ALBERT R. MANN LIBRARY AT CORNELL UNIVERSITY JAMES E. RICE MEMORIAL POULTRY LIBRARY DATE DUE GAYLORD PRINTEDINU.S.A. = SF 487. "me University Library A manual fort mann, THE COMPLETE POULTRY BOOK. A MANUAL FOR THE AMERICAN rOULTRY YARD, By C. E. THORNE, AssocraTE EDITOR Farm AND FIRESIDE. PUBLISHED BY Mast, CROWELL & KIRKPATRIOK, SPRINGFIELD, OHIO. eS .: Copyniaurep, PREFACE. The “ Poultry Book,” edited by W. B. Tegetmeier; and illustrated by Harrison Weir, is everywhere recognized as the standard authority on matters pertaining to poultry, and its descriptions, accompanied by Mr. Weir’s excellent illustra- tions, have performed an invaluable service in fixing the types of the various breeds of fowls. The high price of this work, however, places it beyond the reach of the average American poulterer, while, moreover, it treats of the sub- ject from an English point of view, and has little or nothing to say upon many questions which are of paramount interest here. Of other English and American poultry books little can be said. They are often mere compilations from Mr. Tegetmeier’s work, only departing from his text to admit gross inaccuracies, or to advertise the compiler’s egotism. In the compilation of this book, Mr. Tegetmeier’s work has been used as the basis, and in many places his text has been closely followed, as shown by the marginal references. It will be found, however, that many important additions have been made, as in that portion of the chapter on the diseases of poultry which treats of fowl-cholera; in the description of the newer American breeds, and in many points relating to the care and management of fowls. Cc. E. T. [i] THE POULTRY BUSINESS. The poultry yard is generally regarded as one of the most insignificant paris of the farming business—frequently as more of a nuisance than anything else, only to be tolerated to satisfy the whims of the “womeg folks.” So firmly grounded is this opinion in the masculine mind that no effort is made to ascer- tain the real value of the poultry industry, and we turnin vain to the volumes of National and State statistics for information in regard to it. This being the case we may be pardoned for doing a little guessing at its probable status, mingling our guesses with such figures bearing upon the subject, either directly, or indi- rectly, as may be attainable. For this purpose we shall use chiefly the statistics of the State of Ohio, they being more complete than others which are accessible at this date. From these and the National statistics we find that there are, in round numbers, about 200,000 farms in Ohio. Upon each of these farms it is safe to say that there will be found an average of a dozen fowls, or 2,400,000 fowls for thé State. If two millions of these are hens, and they yield but sixty eggs each during the season, there should be an annual production of 120,000,000 eggs, or ten millions of dozens, worth, at ten cents per dozen, a round million of dollars, If to this quantity we add the value of the poultry consumed at home and sold in the markets, we should have at the lowest calculation half a million dollars more, making a sum equal in value to that of the total production of rye and barley together, the produce of 77,000 acres of land; one third as great as the value of the potato crop; more than half Sf that of the cheese; about one fourth that of the wool; about the same as that of the clover seed; one fourth greater than the eombined productions of sorghum, maple molasses and sugar, and honey; and ten times as greatas the value of the sweet potato crop, for the year 1879. If our estimate of t youltry product is extravagant in either direction it is in that of lowness.-Certainly Such ‘an industry as this is worthy of attention. It is true that the larger part of this poultry product is consumed at home; but it is none the less valuable‘on that account, for both the flesh and egg of the fowl are foods of the soe nus and valuable kinds, and if their consump- tion were increased tenfold in our farmers’ families, and that of salt pork and grease diminished in proportion, the annual saving in doctors’ bills and the greater accomplishment of work consequent upon the improved health which would thus be obtained, would amount to more, in all probability, than the whole value of the poultry product now. . With regard to the value of eggs as food the editor of the Boston Journal of Kemistry says: - “ Eggs, at average prices, are ant cheapest and most nutritious articles 6 THE COMPLETE POULTRY BOOK. of diet. Like milk, an egg isa complete food in itself, containing everything necessary for the development of a perfect animal, as is manifest from the fact that a chick is formed from it. It seems a mystery how muscles, bones, feath. erg, and everything that a chicken requires for its perfect development are made from the yelk and white of an egg; but such is the fact, and it shows how complete a food an egg is. It is also easily digested, if not damaged in cooking: . . Indeed, there is no more concentrated and nourishing food than eggs. ” The albumen, oil, and saline matter, are, asin milk, in the right proportion for sus- taining animal life. Two or three boiled eggs, with the addition of a slice or two of teast, will make a breakfast sufficient for a man, and good enough for a king. : “According to Dr. Edward Smith, in his treatise on ‘Food,’ an egg weighing an ounce and three quarters contains one hundred and twenty grains of carbon, and seventeen and three quarter grains of nitrogen, or 15.25 per cent. of carbon and two per cent of nitrogen. The value of one pound of eggs, as food for sus- taining the active forces of the body, is to the value of one pound of lean meat as 1584 to 900. Asa flesh-producer, one pound of eggs is about equal to one pound of beef. : “A hen may be calculated to consume one bushel of corn yearly, arid to lay ten dozens or fifteen pounds of eggs. Thisis equivalent to saying that three and one tenth pounds of corn will produce, when fed to a hen, five sixths of a pound of eggs; but five sixths of a pound of pork requires about five pounds of corn for its production. Taking into account the nutriment in each, and the com- parative prices of the two on an average, the pork is about three times as costly a food as the eggs, while it is certainly less healthful.” . One of the reasons why the poultry business has received no more attention is that it cannot be made a large business. The barn-yard fowl] is so constituted that it does not thrive when massed in large numbers, but only reaches its high- est perfection when allowed to follow the customs of its progenitors in the Indian jungles, and wander at will in small flocks. This peculiarity has prevented the profitable handling of poultry as a specialty, ‘except in the way of breeding im- proved stock to be sold at fancy prices, since it has not yet been found possible to collect a large number of fowls into one management and maintain them in health, without a greater outlay than would be justified by the returns obtained. Under the conditions of ordinary barn-yard poultry-keeping the fowls gather most of their subsistence from materials which would otherwise be wasted; while the time occupied in their care, being chiefly that of otherwise unproduc- tive members of the household, is not felt; consequently, whatever they may yield in the way of eggs and flesh is so much clear gain. When, however, the natural and waste supplies of food are exhausted; thatis, the insects, weed-seeds and grass obtained upon the range, and the waste food picked up in the barn- yard, scratched out of the manure heap, or out of the waste thrown from the household table, an element of outlay begins to enter into the calculation which may become so great as to counterbalance all the profit obtained. It is hoped that this book may be the means of suggesting such methods of economizing in the care and feeding of poultry, that these expenses may be so reduced as to render the enlarging of the flock on every farm, not only a justifi- \ THE POULTRY BUSINESS. 7 able, but a protitable step; at the same time we would not encourage any one to go into the business of raising fowls and eggs for market with the expectation of becoming suddenly rich atit. It is a business involving but little manual labor, and that of a light character, but it does require daily exercise in the open air; hence it is admirably suited for women, and for those who are infirm in health. To such it offers a small remuneration, and if combined with other light employments, as bee keeping, some branches of small fruit culture, and silk production, would afford a reliable means of support to many whose circum. stances do not allow them to engage in more laborious employments. We have in mind widows, who have been left with families of small children dependent upon them, but without any means of support except the needle; maiden ladies, whom life’s lottery has left without a household mate and pro- tector; persons of infirm health, who have neither the strength nor facilities for the severe bodily or mental exertion which is required in other branches of indus- try; the families of laborers, whose scanty earnings are but barely sufficient to feed and clothe the wife and little ones: All these, if so situated that they can have the use of a small tract of land, may greatly lighten the burdens of life by the Keeping of poultry, and if we do not present this business in the glowing light that some enthusiasts do, it is that such as these may find in our book no incentives to extravagant anticipation, only to be followed by disappointment; but may beled to begin cautiously and work carefully until experience shall have taught them with the least possible loss—for experience teaches only by losses, or what is the same, by failures to attain possible gains—the most suitable methods for their estates and conditions. The foregoing remarks apply simply to the breeding of poultry for flesh and eggs; the breeding of fancy poultry is a separate business, and one which re- quires special adaptitude for success, as well as a knowledge which can only be bought by experience It is not a business to be picked up in a day, any more than the breeding of horses and cattle. The same principles underlie the whole theory of breeding, and these principles are only to be mastered by years of study and practice; therefore we would advise those of limited means who have aspirations in this direction, to begin with one or two varieties of fowls; learn their habits and needs, and increase their number only in proportion as this knowledge is obtained. It isa knowledge which cannotbe obtained from books, although books may be of such assistance that no poultry breeder can afford to do without them; but the information which they give must be mingled with personal experience, and thus digested and assimilated before it can be of much practical value. This business has grown to great dimensions within a few years, owing to the facilities ‘afforded by the express companies for the interchange of fowls and eggs, by which they may be senthundreds of miles with perfect safety, as far as the fowls are concerned, and with butlittle risk to the eggs. This business started with the introduction of the large Asiatic breeds, whose superior size and other desirable qualities made them generally attractive, and now we have, in the es- tablishments of our fanciers, representatives of almost every breed of fowl Enown. CHAPTER I. ORIGIN AND HISTORY OF THE DOMESTIC FOWL. With regard to the origin of the domestic fowl, Charles Darwin, in his Vari- ation of Animals and Plants under Domestication, says, in speaking of the various species of Gallus: “The G. Sonneratii does not range into the northern parts of Tudia; according to Col. Sykes it presents at different heights on the Ghauts two strongly-marked varieties, perhaps deserving to be called species.. It was at onetime thought to be the primitive stock of all our domestic breeds, and this shows that it closely approaches the common fowl in general structure; but its hackles partially consist of highly peculiar, horny lamine, transversely banded with three colors, and I have met with no authentic account of any such char- acter having been observed in any domestic breed. This species also differs greatly from the common fowl, in the comb being finely serrated, and in the loins being destitute of true hackles. Its voice is utterly different. It crosses readily in India with domestic hens, but the hybrids thus produced are almost absolutely sterile when crossed among themselves or with either parent. * * From these facts we may reject this species as being the parent of any domestic breed. “Ceylon possesses a fowl peculiar to thisisland; namely, G. Stanleyii. Thisspecies approaches zo closely (except in coloring of the comb) to the domestic fowl, that Messrs. E. Layard and Kellaert would, have considered it, as they inform me, as one of the parent stocks, had it not been for its singularly different voice. This bird, like the last, crosses readily.with tame hens, but the produce is sterile, and inherits the peculiar voice of G. Stanleyti, This species may then, in all probability, be rejected, as one of the primitive stocks of the domestic fowl. “ Java, and the islands eastward, as far as Flores, are inhabited by G. varius (or furcatus), which differs in so many characters—green plumage, unserrated comb, and single median wattle—that no one supposes it to have been the parent of any one of our breeds; yet, as Il am informed by Mr. Crawfurd, hybrids are commonly raised between the male G. varius-and the common hen, and are kept for their great beauty, but are invariably sterile. “The last species to be mentioned; namely, G. bankiva, has a much wider geo- graphical range than the three previous species; it inhabits northern India as far west as Sinde, and ascends the Himalaya to a height of four thousand feet; it in- habits Burmah, the Malay peninsula, the Indo-Chinese countries, the Philippine Islands, and the Malayan archipelago as far eastward-as Timor. This species varies considerably in the wild state. Mr. Blyth informs me that the specimens, both male and female, brought from near the Himalaya, are rather paler colored than those from other parts of India; whilst those from the Malay peninsula and Java, are brighter than the Indianbirds. Ihaveseen specimens from these coun- . tries, and the difference of tint in the co was conspicuous. The Malayan 10 THE COMPLETE POULTRY BOOK. hens were a shade redder on the neck and breast than the Indian hens. The Malayan males generally had a red ear-lappet, instead of a white one asin India; but Mr. Blyth has seen one Indian specimen without the white ear-lappet. The legs are leaden blue in the Indian, whereas they show some tendency to be yel- lowish in the Malayan and Javan specimens. In the former Mr. Blyth finds the tarsus remarkably variable in length. According to Temminck the Timor spec- imens differ as a local race from that of Java. These several wild varities have not as yet been ranked as distinct species; if they should, as is not unlikely, be hereafter thus ranked, the circumstance would be quite immaterial as far as the parentage and differences of our domestic breeds are concerned. The wild @. bankiva agrees most closely with the black-breasted red Game breed, in coloring ‘and in all other respects, except in being smaller, and in the tail being carried more horizontally. But the manner. in which the tail is carried is highly variable in many of our breeds, for the tail slopes much in the Malays, is erect: in the Games and some other breeds, and is more than erect in the Dorkings, Bantams, etc. There is one other difference; namely, that in @. bankiva, accord- ing to Mr. Blyth, the neck-hackles when first moulted are replaced during two or three months, not by other hackles, as with our domestic poultry, but by short, blackish feathers. Mr. Brent, however, has remarkéd that these black feathers remain in the wild bird after the development of the lower hackles, and appear in the domestic bird at the same time with them; so that the only difference is that the lower hackles are replaced more slowly in the wild bird than in the tame bird; but as confinement is known sometimes to affect the masculine plumage, this slight difference cannot be considered of any importance. It isa significant fact that the voice of both the male and female G. bankiva, closely resembles, as Mr. Blythand others have noted, the voice of both sexes of the common domestic fowl, but the last note of the crow of the wild bird is rather less prolonged. * * * * * * * * “From the extremely close resemblance in color, general structure, and espe. cially in voice, between Gallus bankiva and the Game fowl; from their fertility, as far as this has been ascertained, when crossed; from the possibility of the wild species being tamed, and from its varying in the wild state, we may confidently look at it as the parent of the most typical of all the domestic breeds; namely, the Game fowl. It is a significant fact that almost all the naturalists in India who are familiar with G. bankiva, believe that it is the parent of most or all of our domestic breeds. But even if it bé admitted that G. bankiva is the parent of the Game breed, yet itmay be urged that other wild species have been the parents of the other domestic breeds, and that these species still exist, though unknown, in some countries, or have become extinct. The extinction, however, of several species of fowls is an improbable hypothesis, seeing that the four known species have not become extinct in the most anciently and thickly populated regions of the East, There is, in fact, only one kind of domesticated bird; namely, the Chinese goose, or Anser cygnoides, of which the wild parent form is said tobe still unknown, or extinct. For the discovery of new, or the re-discovery.of old species of Gallus, we must not look, as fanciers often look, to the whole world. The larger gallinaceous birds, as Mr. Blyth has remarked, generally have a re- stricted range; we see this well illustrated in India, where the genus Gallus ORIGIN AND HISTORY OF THE DOMESTIC FOWL. 11 inhabits the base of the Himalaya, and is succeeded higher up by Gallophasis, and still higher by Phasianus. Australia, with its islands, is out of the question as the home of unknown species of the genus. It is also as improbable that Gallus should inhabit South America as that a humming-bird should be found in the old world. From the character of the other gallinaceous birds’ of Africa it is not probable that Gallus is an African genus. We need not look to the west- ern part of Asia, for Messrs. Blyth and Crawfurd, who have attended to this subject, doubt whether Gallus ever existed in a wild state even as far west as Persia. Although the earliest Greek writers speak of the fowl asa Persian bird, this probably merely indicates its line of importation. For the discovery of un- known species we must look to India, to the Indo-Chinese countries, and to the northern parts of the Malay archipelago. The southern portion of China is the most likely country; but as Mr. Blyth informs me, skins have been exported from China during a long period, and live birds are largely kept there in aviaries, so that any native species of Gallus would probably have become known. Mr, Birch, of the British Museum, has translated for me passages from a Chinese encyclopedia, published a. D. 1609, but compiled from more ancient docu- ments, in which it is said that fowls are creatures of the West, and were intro- duced into the East (that is, China) in adynasty 1400 B.c. Whatever may be thought of so ancient a date, we see that the Indo-Chinese and Indian regions were formerly considered as the source of the domestic fowl. From these several considerations we must look to the present metropolis of the genus, namely, to the south-eastern parts of Asia, for the discovery of species which were formerly domesticated, but are now unknown in the wild state; and the most experienced ornithologists do not consider it ‘probable that such species will be discovered. ‘Purely bred Game, Malay, Cochin, Dorking, Bantam, and, asI hear from Mr. Tegetmeier, Silk fowls may frequently or occasionally be met with, which are almost identical in plumage with G. bankiva. This is a fact well deserving attention, when we reflect that these breeds rank among the most distinct. Fowls thus colored are called by amateurs ‘black-breasted reds.’ Hamburgs properly, have a very different plumage; nevertheless, as Mr. Tegetmeier in- forms me, ‘the greatest difficulty in breeding cocks of the golden-spangled variety is their tendency to have black breasts and red backs.’ The males of white Bantams and white Cochins, as they come to maturity, often assume a yellowish or saffron tinge; and the longer neck-hackles of black Bantam cocks, when two or three years old, not uncommonly become ruddy; these latter Ban- tams occasionally ‘even moult brassy winged, or actually redshouldered.’ So that in these several cases we see a plain tendency to areversion tothe hues of G. bankiva, even during the lifetime of the individual bird.” With regard to the history of the fowl Mr. Darwin says further: “Rutimeyer found no remains of the fowl in the ancient Swiss lake-dwellings. Itis not mentioned in the Old Testament; nor is it figured on the ancient Egyptian monuments. It is not referred to by Homer nor Hesiod (about 900 B. ¢.); but is mentioned by Theognis and Aristophanes between 400 and 5008. c. It is figured on some of the Babylonian cylinders, of which Mr. Layard sent me an impression, between the sixth and seventh centuries B. C., and on the Harpy Tomb in Lycia about 600 B. C., so that we may feel pretty confident that the 12 THE COMPLETE POULTRY BOOK. fowl reached Europe somewhere near the sixth century B.C. It h«d traveled still further westward by the time of the Christian era, for it was found in Brit- ain by Julius Cesar. In India it must have been domesticated when the Insti- tutes of Manu were written; that is, according to Sir. W. Jones, 1200 B. C., but, according to the later authority of Mr. H. Wilson, only 800 8. C., for the do- mestic fowl is forbidden, while the wild is permitted to be eaten. * * ¥* “Suffcient materials do not exist for tracing the history of the different breeds. About the commencement of the Christian era, Columella mentions a five-toed, fighting breed, and some provincial breeds; but we know nothing more about them. He also alludes to dwarf fowls; but these cannot have been the same with our Bantams, which, as Mr. Crawfurd has shown, were imported from Japan into Bantam in Java. A dwarf fowl, probably the true Bantam, is re- ferred to in an old Japanese encyclopedia, as I am informed by Mr. Birch, In the Chinese encyclopedia aboye referred to, seven breeds are mentioned, in- eluding what we should now call jumpers or creepers, and likewise fowls with black feathers, bones, and flesh. In the seventeenth century Aldrovandus de- seribes seven or eight breeds of fowls, and this is the most ancient record from which the age of our European breeds can be inferred.” GALLUS BANKIVA- —THE JUNGLE FOWL, [131 - CHAPTER II. THE REARING OF CHICKENS, THE EGG. ' All animal life has its beginning in the egg. In the mammals this egg is hatched within-the body of the mother, and the young animal attains to a greater or less stage of development there before being thrown upon the cold charities of the world. Among most other orders of animals, however, the egg, after being charged with w supply of nutriment sufficient to carry its inhabitant to a stage of growth from which it may proceed with but little external assistance, is re- moved from the body, and the life within it awakened or destroyed by the cir- cumstances with which it finds itself surrounded. : The essential part of the egg is the vitellus, or yelk, which, in its simplest form, is simply a globular mass of oily and albuminous matter, surrounded by a color- less, transparent, homogenous membrane—the vitelline membrane. In the hen these yelks may be found as a mass of yellow balls (ovules) of all sizes, those most-nearly developed being nearly an inch in diameter. These yolks,.or yelks, are arranged in consecutive layers, as may be seen by cutting through a hard-boiled egg. In addition to the purely chemical elements which constitute their oil and albumen, they contain the life-germ of the future chick, which may be seen as a small, circular speck on top of the yelk upon breaking the egg into a basin. This speck is constantly kept on top of the yelk through the agency of gravity, it being lighter than the rest of the egg, while op- posite it is found a comparatively densemass of albumen called the Chalaze, which serves as a ballast to keep the germ uppermost on whichever side the egg may be laid.* By this arrangement the germ is kept constantly near the breast of the hen, in such a situation as to most promptly receive the warmth of the hen, and to avoid the injury to the growing embryo which would resultfrom the pressure of the heavy mass of the yelk. These life-germs exist in all eggs, but the contact of the male element, or sperm, is required to give them vitality. Without that contact the bird’s egg is simply a lump of inanimate matter, doomed to destruction. With it, this same lump of matter becomes endowed with that wonderful and incomprehensible thing, the life-principle, which renders this inanimate egg capable of building its particles together into the perfectly formed, living chick; which gives the seed the ability to develop into the full grown plant or tree, which brings forth bud and flower with every spring-time, and of which Professor Tyndall, the man who has been so widely aspersed because the revelations which he has read from the wonderful book of Nature do not coincide with the interpretations which doctrinarians have ignorantly put upon the equally wonderful Word, has said, in speaking of atoms: *Tegetmeler, [15] 16 THE COMPLETE POULTRY BOOK. “The way in which these atoms build themselves together is to me perfectly astonishing. You have here a play of power as wonderful as vitality itself. And depend upon it, trust me, the revelations of science are not in the least degree calculated to lessen our feelings of astonishment. We are surrounded by won- ders and mysteries everywhere. I have sometimes—not sometimes, but often— in the spring-tide—watched the advance of the sprouting leaves, and of the grass and of the flowers, and observed the genial joy of opening life in nature, and I have asked myself this question: ‘Can it be that there is no being nor thing in nature that knows more about these things than J do? -Do I in my ignorance . represent the highest knowledge of these things existing in the universe?’ The man who puts that question to himself—if he be not a shallow man, if he be a man capable of being penetrated by. profound thought—will never answer by professing tke creed of atheism, which has been so lightly attributed to me.” As the yelks pass through the lower portions of the generative passages the “white of egg,” which is pure albumen and water, is deposited around them in layers, the outermost of which is surrounded by two fibrous membranes, the “shell membranes.” These membranes adhere closely together throughout most of their extent, but at the larger end of the egg they separate so as to form a small vesicle, the “air bladder.” Outside of these membranes is formed the shell; which is a consolidated layer of the carbonate of lime, the same substance that ex- ists in other forms as marble, chalk, etc. This layer is deposited in such a manner as to give the greatest possible strength for the material used, and at the same time is so arranged as to leave numerous pores, or breathing places, through which the water of the egg may evaporate, and the external air penetrate to sup- port the respiration of the growing chick, or to set up the processes of decay by which eggs are so soon addled when exposed to the action of the atmosphere. When the egg is subjécted to a continuous heat of a little more than one hun- dred degrees, the germ, if it has been fertilized, soon begins to increase in size, and within twenty-four hours small blood-vessels may be seen forming a beautiful zone around it, If the heat be maintained, with proper conditions of moisture, these blood-vessels will continue to extend, until by the third day they will have. commenced the formation of a temporary membrane, lining the shell membranes and called the allantois, which gives rise to that opacity shown in fertile eggs that have been sat upon. This membrane serves as the lungs of the growing embryo, which absorbs the contents of the egg and converts them into blood, which is aerated by exposure in the vessels of the allantois to the oxygen of the ai: that. penetrates througb the pores of the shell. This work goes on more and more actively until the nineteenth day of incubation, by which time the lungs - of the embryo chick will have so far developed that they begin to perform their proper function, and its beak will have ruptured the air vesicles at the large end of the egg, which has considerably increased in size through the evaporation of the water from the albumen of the egg. At this time a peculiar tapping-like sound may be heard by placing the egg to the ear; this has been commonly ascribed to the pecking ot the chick against the shell of the egg, but it has been shown to be due to the respiratory action of the lungs of the young chick.* About the end of the twenty-first day of incubation—a few hours sooner with ; "Tegetmeier, THE EGG—INCUBAZION. WV fresh eggs, a few hours later with stale ones—the chick will break the shell, and will soon emerge. The egg is thus seen to contain every element, except oxygen, necessary to the formation of the living chick; the flesh, blood and bone; the horn of the beak, claw and quill; the plume of the feather, the various internal organs, and the digestive fluids. With this review of the constitution of the egg, its nature and the best meth- ods of managing it may be more easily understood. Thus the processes for pre- serving eggs depend upon the porous construction of the shell, the point necessary to be attained being the complete exclusion of the air; which may be accomplished by coating the shells with oil, grease or wax, or by immersing the eggs in a thin, creamy mixture of lime and water. Simply sealing the eggs in air-tight jars will prevent their decay for a considerable time, and where it is desired to preserve them for hatching purposes, this method should be employed in preference to filling the pores with oil, etc., as it is necessary to the growth of the embryo that these pores should be kept open. The peculiar construction of the egg-shell gives it such strength that a man may exert all his force upon it without breaking it, by placing it endwise be- © tween the palms of his hands and applying the force equally at all points; hence eggs may be packed in barrels, boxes or baskets, and shipped long distances without injury, provided they be surrounded_by some elastic material, as oats, bran, cut hay, etc., thoroughly packed around all sides, so that they cannot come in contact with each other. This fact, and the peculiar internal construction of the egg, the yelk and albumen being surrounded by separate membranes, and ‘the germ so perfectly balanced, rendering the mixture of these parts impossible, make the shipping of eggs for hatching purposes so feasible that they are annu- ally sent in large quantities hundreds and thousands of miles, through the express companies, being simply packed in light boxes, or preferably in baskets with handles; a layer of bran, oats, sawdust, or, best of all, finely cut hay or straw, being placed in the bottom of the basket; the eggs placed on end on this, and surrounded with the paeking material in such a way that they will not touch, and the whole held in place by a cloth cover sewed to the sides of the basket. INCUBATION. In the management of incubation, whether natural or artificial, we may learn much from the habits of the hen that is allowed to follow her natural instincts; thus, her nest is generally located upon the ground, under the shelter of a fence- row or thicket, and secluded as much as possible from intrusion ; the earthy iloor of the nest, wing non-conductive of heat, retains that imparted from the body of the hen, while its moisture, together with that gathered by the hen during her early morning excursions for food, prevent an undue evaporation of the water of the egg. The eggs are never disturbed by turning or other handling, and when the embryo matures into a chick it pecks its way out of its stony cell without any other help than its own instinct and that of its hen-mother. The success of this method of incubation is proverbial, and he who can secure as large a percentage of chicks from his eggs under any method of management, as does the hen that thus steals her nest, may be well satisfied. 18 THE COMPLETE POULTRY BOOK. In carrying into practice the suggestions thus received from nature, we should endeavor first to secure eggs as freshly laid as possible, since those which have been laid for some time will not hatch so promptly nor produce such thrifty chicks as those more recently laid; the eggs should have been laid by young and thrifty fowls, as there will be a large per cent. of infertile ones, while the chicks produced will be of weak constitution, among eggs laid by old hens,’ and especially among those fertilized by old or puny cocks; the nests for the sitting hens should be located upon the ground if possible, or if this be impracticable, a few shovelfuls of earth, or a piece of sod, should be putin the bottom of the nest-box, arranged in the form of'a nest, and covered with cut hay or straw, or with leaves. The nest-box should not be so deep but that the hen can leave it without disarranging her eggs—Fig. 1. represents a good form—and should be so arranged that’ other hens may be excluded; otherwise there will be continual_ quarreling, resulting in the breaking of eggs and the laying of fresh ones which will not hatch in season, and will thus be destroyed. y oes In Fig. 2 we illustrate a hatching-coop ‘for’ use where very early chickens are desired. The coop is four feet long, three feet wide and four feet high, being made large enough to give ample ventilation when closed. The nest is made-in one corner of the coop, or two hens may be set in opposite corners at the same tinie, and when the chicks are hatched they may be confined in the’coop when necessary. The sash is 3x4 feet in sizé, and may be raised or removed entirely when desired, Where several hens are sitting at the same time, it is well to have each nest connected with a covered run-way, in which food and water may be placed for the hen, and which will.prevent her returning to the wrong nest, or being dis- turbed by the attempts of other hens to lay to her. Such an arrangement is shown in Figs. 3 and 4, which represent the plan of a sitting-house contrived by a correspondent of Farm and Fireside from Hillsdale, Pa., who writes under the nom de plume of Keystone: INCUBATION. 19 “This house is made for fifty hens, and is twelve feet long, from east to west, by eight feet wide, from north to south. There are doorsat the east and west ends, and sliding glass windows, six by eight feet in size, in the south side. Boards six feet long by one foot wide are set on edge under the north side, in such a way as to form boxes one foot square inside the house, and one foot by five feet outside. Fie. 8. The inside boxes are used for laying and hatching, and are connected by doors with the outside boxes, which are used for feed-boxes, and are covered with laths nailed so close together ‘that the young chick cannot get out. The inside boxes have lids, which are shut down when the hen is set, and the door to the outside box is then opened. Feed, water, gravel, etc., are placed in the outside box, and the hen will thus be able to help herself without being interfered with ' by other hens.” Fie. 4, Lice sometimes become so troublesome as to drive sitting hens from their nests. On this account a nest-box should never be used a second time without thorough cleansing and whitewashing, or fumigating with tobacco smoke. Should the hen become lousy, sulphur or pyrethrum may be dusted under her feathers, but no 20 THE COMPLETH POULTRY BOOK. gre.se should be used, as it will get upon the eggs and prevent them from hatch ing by closing the pores. The placing of tobacco stems among the litter with which the nest is made has been found beneficial. Flowers of sulphur is also used in the same manner. The disinclination of the hen to sit anywhere but in the nest which she has first chosen may be overcome, and the visits of intruders prevented, by the use of a door of coarse wire netting, which will be found serviceable for many pur- poses in the poultry-yard. -If the hen cannot be permitted to forage at will, o fs food and water should be placed within reach, and her eggs should be occasign- ally sprinkled with water. The turning of the eggs to cause them to be evenly heated is entirely unnecessary, but if any should by any accident be broken, those remaining should be washed in tepid water, to prevent the clogging of the pores of the shells. : On the eighth or ninth day of incubation, the fertility of the eggs may be tested by holding them between the eye and a bright light, or more certainly by means of the “egg tester” shown in Fig. 5, which represents a tin cup three inches high and two and a half in diameter, narrowed at the top so as to leave a round opening of such size as to admit the end of an egg, and having an oval mirror fastened at an angle of forty-five degrees with the axis of the instrument, as INCUBATION—CARE OF THE CHICK 21 shown by the dotted line, opposite which, and one inch above the bottom of the cup, is an opening one fourth of an inch in diameter and furnished with an eye piece. Enough light will be transmitted through the egg, if it be infertile, to form a distinct image of the yelk upon the mirror, while if the egg be fertile the allantois will have extended over the inner surface to such an extent as to ren- der the whole opaque. Experience will enable one to decide upon the fertility of the eggs as early as the fifth or sixth days of incubation, at which time those withdrawn as infertile may still be used for certain culinary operations, while those which have been sat upon for eight or ten days may be used advantage- ously in the food of the young chicks. ‘ Further than this, all handling of the eggs should be avoided, and when they begin to hatch, especially, they should be let alone. A chick that has not strength enough to work its way out of the shell will not be worth anything after it gets out; while attempts to assist it are likely to do more harm than good, by prematurely rupturing the blood-vessels of the allantois, which cor- responds in this respect to the after-birth in animals, and this may cause ihe chick to bleed to death. The chicks should be left in the nest until the hen leads them off, unless there has been so great a difference in the age of the eges as to cause a number of them to be many hours later than the rest im hatching, in which case it may be necessary to remove them to prevent the hen from leay- ing the nest. The better plan, however, is to confine her there, giving her food and water (the young chicks will need nothing during the first day), and leave the chickens with her, as they will not thrive so well anywhere else as with the hen. ~ : CARE OF THE CHICK. The young chick, when first hatched, has iust filled itself with the egg velk, and will need no other food until that is fully digested, or from twelve to twenty. four hours. As the first food of the young human or quadruped is its mother’s milk, so there is no other food so suited to the wants of the newly hatched chick as that which has heretofore.sustained it, or eggs. To give this food in the vest condifion beat.up an egg with two tablespoonfu]’s of milk and set it ina re Fia. 6. warm place until it coagulates, or “sets” into a custard, and feed it in this con- dition. This ismuch better than boiling it hard. This food should be continued for three or four days, adding gradually a larger and larger proportion of bread crumbs soaked in sweet milk,—(sour food is injurious to young chickens, hence only so much should be given as will be eaten clean at each feed),—and of oat meal, or a mixture of bran, oat meal and Indian meal, scalded and fed cold. 22 THE COMPLETE POULTRY BOOK. If the chickens are confined in coops a very little finely chopped meat should be given once a day,—a piece as large as a walnut will be sufficient for a dozen chicks—and also some form of green food, as chopped grass, cabbage leaves, or lettuce. Whether confined or not a little cracked corn or wheat screenings should be added to their food after they are a few days old, and the quantity 7) al Fic. 7. gradually increased as they grow older. Soaked bread should only be given in very small quantity, as it tends to produce Uiarrhea. Milk should be given but sparingly at first, and then only in the shape of cottage cheese, but the quantity may be increased as they grow older, and for fowls two months or more of_ age it may be given sweet or sour, and will be founda cheap and acceptable food. If the hens are quiet, and other circumstances do not forbid, the chickens will be more thrifty if allowed to range at will; butif the hens are inclined to take \ ma i il them so far from the house as to worry them out, or to expose them to bawks and vermin, or if neighbors are so close as to render confinement necessary to pre- vent trespass, it may be necessary to coop the hen. In this ease the coop should be located upon grass land if possible; but it will be found an advantage to have a plot of plowed land near by, by stirring which occasionally, and placing the coops upon it in dry weather, the chickens will soon be taught to hunt for worms. The coops should be moved dailv. as the aourine of the fand ana tha CARE OF THE CHICK. 23 excrement of the chickens very soon renders the ground under them a propa- gator of disease. Fresh water should be given daily, and if given in shallow iron dishes or in dishes containing iron scraps, the rust which forms will be beneficial to the chickens in preventing disease. No straw should be placed under the coops, as the young chicks will be more liable to become entangled in it and Fie. 9.—Coop with Floor. trampled by the hen. It will be well, however, to place fresh sand or sifted ashes under them frequently, especially if they cannot be moved every day. In Figs. 6 to 12 we give several designs for coops. Fig. 8 represents a square box without top or bottom, three sides being made of common barn-boards twelve inches wide by two feet long, and the fourth-side slatted with plastering lath. The cover is made of three pieces of barn-board, each twelve inches wide by thirty inches long, nailed to two gables cut out of six-inch fencing. The 4 Fic. 10. Fie. 11. whole is made of pine, and is very light and convenient. Fig. 9 représentsa triangular coop made with a floor and door in order to exclude rats. The man- ner of making and using the floor is shown in Figs. 10 and 11. The same floor may be used in the coop first described, and a door may be made toslide in behind theslats. A hen-coopshould neverhavea floorin it if itcan be avoided, however, as it is necessary to the health of both hen and chickens that they should have access to the ground. If a floor is used it must he frequently cleansed; if there 24 THE COMPLETE POULTRY BOOK. be no floor this cleansing is effected by moving the coop to a fresh spot each morning, by which means the hen may be furnished daily with fresh grass, which she needs. “5 * Figs 12 and 13 give designs for coops where itis desirable, on account of hawks, cats, or for other reasons, to confine the chicks as well «as the hen. ‘ In Fig. 12 the runway is latticed with lath, wire or twine. In Fig, 18 with lath, although either of the other materials may be used here also. Twine netting . is made for these purposes, being tarred for outside work. It is cheap and very convenient, especially when more than one breed of fowls is kept. By its use portions of the lawn or garden may be temporarily set off to the use of the YY TT) fp YY yy yyy YY —YYy Yy yy YY Yy \ Fig. 13. fowls, while the tarred netting may be advantageously used in the more perma- nent divisions of the poultry-yard. Whether the hens be cooped, or allowed to run at large, a feeding-pen should be provided for the chicks when they are afew weeks old. For this purpose the pen shown in Fig. 14 will be found very convenient. To make it, get out fourteen strips one inch thick by two inches wide and six feet lone: non the edges of DISEASES AND ENEMIES OF THE YOUNG CHICKEN. 25 these strips nail plastering laths cut to half lengths (two feet), so as to make seven hurdles, each two feet wide by six feet long, nailing the laths one and one half inchesapart. Set four of these hurdles together so as to make a square pen, tying them or nailing them together at the corners, and cover this pen with the Fic. sk — Rieaing Pen. remaining three hurdtes, This will make a pen in which the chicks can be fed with- out being robbed by the greedy hens or the larger chickens, and the little fel- lows will soon learn to run to it when called. These hurdles will also be found very convenient for making the covered runways shown in Figs. 12 and 13. DISEASES AND ENEMIES OF THE YOUNG CHICKEN. The young chick has little to fear from disease, if it be properly fed and housed. Its worst enemy is the gapes, which is not a disease, but ‘a result of the irritation. caused by a parasitic worm, Sclerostoma syngamus, which finds its way into the windpipe and so impedes respiration until it finally causes death. The complete history of this parasite has not yet been ascertained. It is of a reddish color; the female is five eighths to three fourths of an inch in length, the male about one eighth. In a gaping chicken these worms may be found to the number of three to six or more pairs, and the body of the female will be found to contain ova of various stages of development, up to the completely grown embryo. It would seem that these worms must have another stage of existence, either in the body of some other insect or animal, or in the soil, butthis point has not been investi- gated. The probability is, however, that this stage is passed in the soil, and that .they are capable of existing there in the pupx state until &wakened into life again by being taken into the stomach or lungs of the bird. The _gapes seems to be more troublesome on a moist soil, and in this it shows a similarity to the disease called Paper-skin in sheep, which is caused by the presence of a thread- like worm, Strongylus filaria, in the bronchial tubes of that animal, and which, like the sclerostonra, passes from our knowledge after leaving the body of its host. The remedies for the gapes are several. The worms may be removed by mak- ing a loop of horse-hair, introducing it into the windpipe of the chicken, giving it two or three twists, and withdrawing it. A still more satisfactory method is to take a feather, strip off the web to within halfan inch of the end, moisten, insert 26 THE COMPLETE POUITRY BOOK. to the bottom of the windpipe, and withdraw as before. If the feather be dips ped in kerosene, turpentine, or a weak solution of carbolic acid, such worms as are not caught will be killed, and immediately sneezed up by the chicken. An- other method is to fumigate with sulphur or carbolic acid, to accomplish, which, place a hot brick in the bottom of a box, cover it with a board having an inch augur-hole in the centre (the board is to prevent burning the chickens’ feet), and through this augur-hole drop upon the hot brick a teaspoonful of flowers of sulphur, or a few drops of carbolic acid; put in the chickens, and cover the box for afew seconds. This must be done very carefully, er the chicks as well as worms will be killed. Still another method, recommended by correspondents of the Poultry World, is to'confine the chickens in'asmall box, with a coarse cotton or linen cloth stretched over the top. Upon this cloth place ‘a quantity of finely pulverized lime, and with a stick gently tap the cloth, so that the lime-dust will sift through. This will cause the birds to sneeze, and the worms will be thrown up ina slimy mass, without any danger of any being driven furtherdown. What- ever remedy is adopted, it is essential that all the worms should be burnt, as well as all chicks that may die of the disease, as even if the worms themselves are killed, their eggs may not be, and will go on propagating the evil. Next to gapes, lice are perhaps the most to be dreaded of the foes of the young chick; and to keep these pests in check requires constant vigilance. Prevention is emphatically the remedy here. The coops should be whitewashed, inside and out, and all parts of the buildings, nest-boxes, etc., used by the fowls should be thoroughly whitewashed, or washed with water in which tobacco stems have been steeped, with petroleum, or dilute carbolie acid, and the oftener this is done the better. If, in spite of precautions, the lice make their appearance, then grease the hen on the back and under the wings with a mixture of lard and kerosene, using only enough of the latter to make the grease run easily, and be- ing careful to keep it out of the eyes; or, what is better, apply pyrethrum, or Persian insect powder, for sale at all drug stores, and which, when fresh and pure, is a certain remedy for these pests. Itis applied by blowing it up under the feathers by means of a small bellows which should accompany each package. Unless the lice are very bad it will not be necessary to grease chicks which the hen is brooding, as they will get enough from her. Rats sometimes give great trouble in the poultry-yard, carrying off. chickens of two and three months of age in large numbers. When they go at this they gen- erally have a hiding place under some pile of rubbish tc which they drag the chickens to eat them. If this place can be found, and the partly eaten chickens dusted with strychnine, it may abate the evil, but the surest riddance will be to organize a rat hunt and clean out the whole premises, Hawks are sometimes very troublesome, and very difficult to manage. Insuch eases the following device, communicated to Farm and Fireside by a corre- spondent from Talbot county, Georgia, would certainly be worth atrial: “Place a live chicker. in a large rat-trap, bird-cage, or lattice-box, fasten a steel trap to the top of the box or cage, and elevate them upon a pole or high stump where the chicken can be distinctly seen by the hawk. If properly arranged, you may expect to find his hawkship caught in the snare.” PARTRIDGE COCHINS. fen CHAPTER III. FALL AND WINTER MANAGEMENT. We have followed the fowl from the egg to the half-grown chicken, or from March tothe first of August. It now remains for us to trace the growth of the young chicken through the remainder of the year, in doing which it will be more convenient toinclude the general management of the whole poultry-yard,. since from this date both young and old fowls may be allowed to run together, except where their separation may be made necessary for breeding purposes. Heretofore it has been assumed that the laying and breeding fowls, aside from those actually engaged in the rearing of broods, have had but little care, but have been expected to find their living on the range. If the range be large enough, this will be found not only the most economical plan, but that most conducive to the health of the fowls, as the exercise gained in hunting for food, and the variety of insect and green food thus obtained, will cause a thriftier growth than can be obtained by any artificial feeding. Should the range be limited, however, and feeding on that account be rendered necessary, regard should be had to the natural habits of the fowl, by giving in the food a due proportion of meat and of green vegetables. For the meat supply butchers’ offal is the best; soap-house scraps may be used in small quantity, if fresh. For the grain food, wheat screenings or barley are the best for the chief supply. Cornshould be given in moderate quantities only, on account of its ten- dency to fatten. Sorghum seed is an excellent food for poultry; milk may be given liberally, and skim-milk, sweet or sour, mixed with wheat bran, makes an excel- lent food. Green vegetabes of all sorts, especially cabbages and onions, should be given regularly. Should there be signs of too great looseness of the bowels, diminish the allowance of green and softfood, and increase thatof grain. Pure water should, of course, be always in reach, and it is well to keep it in iron vessels, or to add occasionally a small lump of copperas (sulphate of iron), as a tonic, and preventive of roup and cholera. A dust bath of dry earth, sifted ashes, or both, should be always within reach, and the perches and inside of the hen-house should be kept sweet by whitewashing, and by cleaning the manure from the floors. Lime, insome form, should be constantly within reach, and the best form is that of oyster-shells pounded fine; or of ground bone. The latter may be mixed with the food to advantage, in the proportion of a table- spoonful two or three times a week to each dozen fowls, Without some such supply as this the egg-shells are liable to become soft. This mode of feeding may be continued to the commencement of winter, modifying the amount of food given to suit the conditions of range and season, as a protracted drouth may so shorten the natural food supply that fowls which have been maintaining themselves on the range may now require to be fed. With the approach of winter we must prepare for furnishing a larger propor- tion of the food supply of our fowls, a a large proportion of the winter food s 30 THE COMPLETE POULTRY BOOK. of animals—from five eighths to the whole—is consumed in the maintenance of the animal heat, it is evident that whatever arrangements we may make for pre- venting the radiation of the heat of our fowls into the surrounding atmosphere, so far as these arrangements are compatible with health, will effect a positive eh i " i | J Fie. 15.—Lean-to Poultry House. ‘saving in the quantity of food consumed, saying nothing of the comfort we our- selves will take in the thought that the dumb animals dependent upon us are not being mercilessly exposed to the cutting blasts of the wintry nights. eo FA i. 7 Fig. 16. Fiew17,. The essential points of afowl-house are; exclusion of all-currents of air, venti- lation, light and cleanliness. It should be situated on the south side ‘of other . buildings, if possible, and should have, at any rate, a southern exposure, with a liberal supply of glass in its southern walls. Attached to it should be a yard where the fowls may exercise in pleasant weather, and if this yard contain the FALL AND WINTER MANAGEMENT. 31 A small, low shed, manure heap from the horse-stable, so much the better. built on the south side of a tight board fence, where the fowls may sun them- selves and receive their food on pleasant days, will be thoroughly appreciated. a Fie. 18\—Family Poultry House, Ground Plan. In Fig. 15,a small lean-to is’ shown, situated in the angle of a barn. The ground plan is shown in Fig. 16, in which the roosting poles are shown at A, and the nest-boxes at BB. The nest-boxes may be situated under aslanting board, as vs % Sees raters ote" i 05 seretes imal CTT > Fie. 19.—Family Poultry House. shown in Fig. 17, with a roosting-pole fastened to brackets above it, provided so much roosting space be needed. 32 THE COMPLETE POULTRY BOOK. The roosting-poles should not be more than a foot from the ground, if the heavy Asiatic fowls are kept, as in flying down from higher roosts they are apt to injure their feet, producing the deformity called “bumble foot.” All the poles should be at the same height to prevent the struggle for the highest perch, which is apt to ensue if they are at different heighis. For the larger fowls especially, the poles should be at least three inches in diameter. The nest-boxes may be made stationary, but a better plan is tomake them after the plan shown in Fig. 1, so that they can be moved from place to place if desir. able. In this case they should all be of the same size, to facilitate the changing of one with another. In Fig. 18 is given the ground plan, and in Fig. 19 the elevation, of a family poultry house, intended to stand unconnected with other buildings, and to ac- Fig. 20.—Self-Cleaning Poultry House. commodate fifty fowls. For this number it should be about twelve by eighteen feet in size. .A represents the laying room; B the roosting room; C the sitting room, and Da bin for grain. The nest boxes are shown in the partition between the laying and sitting rooms, and are intended to slide back and forth; but a better plan might be to make them portable, and connect those of the sitting- room with covered runs on the outside of the house, as shown in Fig. 4, remov- the bin D to the opposite side of the room. ' In Figs. 20 and 21 a self cleaning poultry house is shown; the roosts being in the gables, over the inclined floors, which are made of one by three inch slats, set on edge, and about an inch apart, so that the droppings will fall through. Whereseveral breeds of fowls are kept, the house represented in Figs. 18 and 19 may be extended to any length, and divided into sections of three rooms each, constructed on the plan shown, and opening into runways both in frontand rear. A continuous passage way may be provided by changing the partition betweer the laying and roosting rooms. The windows of the poultry-house should be hung on weights, or made toslide FALL AND WINTER MANAGEMENT. 33 horizontally, and should have wire netting, on the inside, for the double purpose of protecting the glass, and of confining the fowls, if desired, when the windows" are open. ; The form of the poultry-house is but a secondary matter, the essential points | Fie. 21,—Skeleton of Self-Cleaning Poultry House. being those previously enumerated, and thesé may be combined as well in a cave dug in the south side of a hill, as in the most expensive poultry-house, pro- vided good judgment be exercised. In fact, such a house as that shown in Fig. 22 would present some decided advantages to those who particularly desire winter @° Fic. 22.—Hillside Poultry House. eggs, as the shelter and warmth provided by a building so situated would be of great assistance in egg production. : It is difficult to say which is the most important of the requisites for a poultry house which we have enumerated; but probably ventilation should come first, as if fee is neglected, roup and other diseases are absolutely sure to follow. Next 34 (HE COMPLETE POULTRY BOOK. to ventilation we should place warmth, to be secured by building in sheltered positions, and so arranging the building as to cut off all draughts of air. If it be necessary to build in an exposed situation the walls should be made double. Light may not be neglected, as the fowls will neither thrive nor even stay in a dark house, while cleanliness certainly may not be put at the end of the list, as filth is a certain breeder of disease. ; After the providing of shelter the next point in the winter care of our fowls is to provide them with an abundant supply of suitable food. Fowls may be win- tered, assome farmers do their other stock, insuch away that they will not only give no return for the little food they may chance to get, but will lose the flesh they have accumulated in the summer and fall, thus reaching the spring in such a con- dition that they must spend months in re-accumulating their necessary working capital of flesh end fat before they can begin the production of eggs. Such management is even more wasteful than the other extreme of over-feeding, and thus inducing laziness, which prevents the fowls taking the exercise in getting their food which is necessary to health, The proper mean between these two is the most readily attained where the fowls are keptin flocks of such size that they can find most of their living among the wastes of the manure pile and barn- yard, these being supplemented by the scraps from the household table, a regu- ‘lar allowance of green food in some form, such as the trimmings of cabbages, small potatoes boiled and mixed with meal, and beets and turnips served in the same way. Unless they get a considerable allowance of meat in the table- scraps this should also be provided. In general, where the fowls are fed regularly, it is as well to throw the food on the ground and let them scratch for it, the exercise thus gained being bene- ficial. When it is not desirable to feed in this manner, from inability to attend to them regularly, or from other reasons, a feeding-box like that shown in Fig. 23 may be used, in which a quantity of food may be placed, and the fowls allowed to help themselves at will. After once becoming satisfied, they will do this with- out danger to themselves, and will consume no more food in this way than when fed by hand all they will eat. ? , The box is so arrangéd that the grain falls from the main hopper JB, into the trough C through the small aperture shown. As fast as it is removed from the trough more falls through, while the slats prevent the chickens from wasting or soiling the food. CHAPTER IV. LARGE SCALE POULTRY MANAGEMENT. The handsome profits which have frequently been published as having been realized from the management of a few fowls, have led to occasional attempts to carry the business into a wider field; according to the common method of rea- soning that if such a profit can be realized from so many fowls, a corresponding one should be obtained upon a larger number. Such attempts, however, have generally resulted in failure, even more generally, perhaps, than is commonly - supposed, since the starting up of a new industry, when everything connected with it is novel, and while only the gilded estimates of its anticipated profits are to be seen, is likely to excite a very much wider attention than its quiet abandonment, after the unforseen expenses and losses attending its manage- ment have brought disappointment and failure. Moreover, some of the most highly gilded descriptions of large poultry farms and their management, have proved, on closer inspection, to have been manu- factured out of the imagination of certain industrious hoaxers. Thus Lewis Wright, in his Practical Poultry Keeper, devotes twenty pages, illustrated with numerous engravings, to the description of a wholesale poultry establishment in France, this description being a “translation from. an interesting work pub- lished under the authority of the French Minister of Agriculture,” and telling of a certain Baroness de Linas, a widow, who, “partly for amusement, and part- ly in order to augment a rather scant income, turns her attention to poultry, and has for some time succeeded in both objects.” This establishment, “situated at Charny, a village near Paris,” was said to accommodate twelve hundred laying hens, with their broods; and Mr. Wright’s description of it is said to have in- duced persons to cross the Atlantic for the purpose of visiting it, only to find that no such place as Charny was known in the neighborhood of Paris, and that the great poultry establishment of Madame de Linas existed only in imag- ination. A similar hoax was the story of the mammoth poultry: eisblinlenent. of M. de Sora, also near Paris, in which twenty-two superannuated and damaged horses were daily slaughtered and cut up into mincemeat, for the benefit of a hundred thousand hens, that, under this regimen, laid three hundred eggs each per an- num. This story was widely copied, even journals of such information and re- spectability as the Mark Lane Express being duped by it; but when the attempt was made to find M. de Sora’s establishment it vanished into thin air. Similar stories have had their origin on this side of the ocean, having not only poultry, but other industries for their object; now it may be a poultry farm in the east; to-morrow a frog farm in Wisconsin; next week a turtle farm in Alabama, etc., ete, [85] 36 THE COMPLETE POULTRY BOOK. Among the bona, fide attempts to carry on poultry management in this coun- try on a large scale one of the most widely noticed has been that of Warren Leland, proprietor of the Metropolitan Hotel, New York City. Mr. Leland, having in his hotel a constant market at the best prices for all the surplus prod- ucts of his poultry-yard, and also as constant @ source of cheap and suitable food, maintained for a number of years aflock of hens reaching into the thou- sands in number. These, however, were not keptin close confinement, but hada free range of at least an acre for every hundred fowls, over a piece of rocky, brush-covered land, not fit for cultivation. In 1877 Mr. W.C. Baker, of Cresskill, N. J., started an establishment in which it was proposed to hatch by artificial incubation and fatten by the French “cram- ming” process from a quarter to half a million chickens annually. Seventy-five thousand dollars were invested in buildings and apparatus, and the Poultry World published, in May of that year, a glowing account of the establish- ment and its prospects. By December, 1881, however, this establishment had changed hands no less than three times, having soon been abandoned by its originator. : In the number of the Poultry World for January, 1880, an account is given of another large establishment, managed after a similar plan to the above, be- ing known as the “Crystal Spring” farm, and located at Medfield, Mass., in which five thousand fowls were kept, the product being taken by the Parker House, of Boston, at high prices. In May, 1881, the same journal described an establishment belonging to A. C. Hawkins, of Lancaster, Mass., in which several thousand fowls were kept, being managed after the old-fashioned plan of natural incubation and feeding. In this establishment more space is given to the fowls than in any of the others described, the hens having the range of a pasture field of several acres, in ad- dition to that afforded by the yards. These, and other similar establishments that have been started within the past two or three yearshave not yet had time to demonstrate the practicability of wholesale poultry management. Disease is the great bane of such a business, and it is liable to break out at any time, as it has done in others which we have not named, causing the loss of thousands of dollars. Further than this, it has been demonstrated that hens will not generally yield so many eggs in confine- ment as when at liberty, while, as before said, their food will cost more. With regard to the yield of eggs which may be expected from hens kept in large flocks, Mr. T. B. Miner, of Linden, N. J., a retired editor, and an ex- perienced poultryman, estimates that one hundred eggs per annum will be as many as can be reasonably expected from each hen.* Mr. J. W. Brooks, proprietor of ‘(Wayside Farm,” near Milton, Mass., realized 112 eggs each from 800 hens kept in 1879. Mr. A. C. Hawkins, before referred to, gives the average product of his 2000 hens “about ten dozen eggs each.” With regard to the cost of keeping the fowls Mr. Miner estimates, from actual experiment, that each fowl will require from a bushel and a quarter to a bushel and a half of grain per annum, with at least one hundred dollars worth of ani- “Poultry World, Vol.3, p.187. ¢ Loc. Cit., Vol.9, p.269. {Loc. Cit., Vol. 10, p, 146. LARGE SCALE POULTRY MANAGEMENT. 37 mal food in some shape per thousand fowls, which estimates are sustained by the statements of other large poultry farmers. From our personal experience we should say that the yield of eggs was put at the maximum, and the cost of keeping at the minimum. Upon these data each of-our readers may estimate for himself the probable profits of poultry farming, according to the relative prices of feed, eggs and fowls in his locality. H. H. Stoddard, editor of the Poultry World, has written a series of articles on this subject for the American Agriculturist, which have been republished by that journal under the title of An Egg Farm, the object of which is to sug- gest a modification of the ordinary methods of farm or village management for large scale poultry keeping. Mr. Stoddard reasons that the same methods which enable the inhabitants of a village to keep flocks of fowls amounting in the aggregate to many hundreds, might be successfully applied by a single individual, and he gives plans and estimates for the management of such a farm, in which the fowls shall be divided into flocks of not more than fifty, each flock being furnished with a separate building, and these being located ten or more rods apart. The buildings are constructed in the cheapest possible manner; fences are dispensed with; and the food and water are carried from house to house on a low wagon, so that the capital invested and the cost of attendance are reduced to the lowest possible point. In order to successfully dispense with fences, the disposition shown by the fowls, on any farm where many are kept, to divide themselves into smaller flocks or families, each having its particular range, is cultivated by raising them at their separate homes, and by feeding them in sucha manner that they shall not learn to expect food when they see their master, and thus to follow him from place to place. Upon this system Mr. Stoddard estimates that five men can take care of 6000 fowls. Mr. Hawkins, above referred to, found himself able to care for 175 to 200 hatching hens and their broods, and 1200 laying hens, without any help. This was accomplished by having his buildings arranged with the utmost con- venience. In ordinary management 600 to 1000 fowls would be found sufficient care for one person. With regard to the capital required for this business, the lowest estimate that can be made for housing the fowls will be fifty cents each, which would repre- sent a space for each fifty fowls of twelve by sixteen feet in size by four feet high at the back and seven at the front, both sides and roof being made of common barn-boards,.and the whole costing, with a window in front, nails, door-hinges, etc., not less than $25.00. If fenced runs are necessary these would cest from $10.00 for each fifty fowls, upward. Extra coops, feeding vessels, etc., would add $2.50 for each fifty fowls, making the minimum cost for buildings, fences, ete., from 75 cents to $1,25 for each fowl, according to prices of material and labor. CHAPTER V. ARTIFICIAL INCUBATION. The Chinese and Egyptians have, for thousands of years, had the secret of hatching eggs without the intervention of the hen. Indeed, it would seem al- most a matter of course that the inhabitants of tropical countries should early. have learned this art, from watching the method by which the eggs of turtles, alligators, etc., are incubated, being simply buried in the warm sand of the river’s bank. As early as 1750 the French scientist, De Reaumur, perfected a process of artificial incubation, which, though successful, was not practicable for ordi- ary purposes. During the past twenty years, however, the attention of poul- terers has been freshly drawn to this question, and now the number of appliances for artificial incubation bids fair to equal the patent bee-hives. The essentials of a successful incubator are three: an equable heat of about 105 degrees; sufficient moisture in the atmosphere to prevent an undue evapora- tion from the egg; and ventilation. These conditions are obtained by the Egyp- tians and Chinese through the use of large ovens, which are watched day and night by skilled attendants. De Reaumur, in his investigations upon this sub- ject, first used ovens, but unsuccessfully; his final success was obtained by the use of fermenting horse manure, and that material is still employed in at least one of the processes used to-day. It is not a pleasant material to handle, how- .ever, and does not give that opportunity for frequent inspection of the eggs which is desirable, hence numerous attempts have been made to revive the more ancient processes, with such modifications as are demanded by our age of. steam and lightning, and especially to providean automaton which shall raise the flame of thelamp when the mercury in the egg-drawer begins to fall, and lower it if the heat becomes too great. This is the problem which has vexed the soul of many a Yankee during the past two decades. am It has been found that the mercury may rise to 110 degrees without injury to the eggs, provided it does not remain at that point more than a very few minutes, or it may sink as low as 50 degrees, for a correspondingly short time; but should it remain below 100, or above 106 for many hours, all the labor expended upon the lot of eggs which the incubator may then contain will have been thrown away, while, as will be seen, it requires a very delicate instrument to quickly appreciate the difference between these degrees of heat. Electricity, that most subtile of all the powers of nature whose aid man has learned to invoke, has been naturally the first thought of many for this work, and numerous machines have been constructed with electrical appliances attached, so arranged in con- nection with instruments for the measuring of heat that a very slight change in _the temperature of the drawer somtaining the eggs will cause machinery to be “SNIHOOO GLIHM 139] ARTIFICIAL INCUBATION. 41 set in motion which will alter the height of the flame to correspond with the needs of the eggs. The practical difficulty about these machines is the extreme delicacy of their construction, rendering them liable to get out of order in inexperienced hands, and thus to cause a great loss of eggs. Of course the manufacturers of each ma- chine claim that their’s is absolutely perfect, and that these objections pertain to all the others; but the testimony of disinterested parties who have given a large number of the best machines a thorough trial, is that not one of them is always reliable, and that ali are sure to give trouble to beginners in their management, although one who has had experience in handling them may hatch a larger pro- portion of eggs than is usually done by the average hen In Figs. 24 to 27 we illustrate the essential principles of an artificial incubator, except the apparatus for regulating the heat. Such an incubator may be used successfully if placed in a room which can be maintained at a nearly uniform temperature by means of an airtight stove. This description is taken from the “ Youth’s Companion,” and the incubator is not patented. = ii a ol Te i ee ; { Fic. 24,—Incubator Closed. “ Have a pine case made somewhat like a common wash-stand (See Fig 24) without the inside divisions. About a foot from the floor of this case, place brackets like those in Fig. 25, and on a level with these screw a strong cleat across the back of the case inside These are to support the tank. The tank should be made of galvanized iron, three inches deep and otherwise proportioned to fit exactly within the case and rest upon the brackets and cleat. The tank should have a top or cover soldered on when it is made. At the top of this tank in the centre should be a hole an inch in diameter with a rim two inches high, and at the bottom, towards one end, a faucet for drawing off the water When the tank is set in the case, fill up all the chinks and cracks between the edges of the tank and the case with plaster of Paris to keep all fumes of the lamp from the eggs. Fill the tank at least two inches deep with boiling water. To find when the right depth is acquired, gauge the water with a smali stick Over the top of the tank spread fine gravel a quar- ter of an inch thick; over this lay a coarse cotton cloth Place the eggs on the eloth, and set a kerosene safety-lamp under the centre of the tank The doorof 42 THE COMPLETE POULTRY BOOK. the lamp-closet must have four holes for ventilation, otherwise the lamp will not burn. The lamp-closet is the space within the incubator under the tank. Turn the eggs carefully every morning and evening, and after turning sprinkle them with quite warm water. Two thermometers should be kept in the incubator, one half-way between the centre and each end; the average heat should be one hundred and five degrees. Ifthe eggs do not warm up well, lay a piece of coarse carpet over them. If they are too warm, take out the lamp and open the cover Fic. 25.—Inside of Incubator, Front Section—T, Tank; LC, Lamp Closet. for a few minutes, but do not let the eggs get chilled. . If they should happen to get down to ninety-eight or up to one hundred and eight degrees, you need not think the eggs are spoiled. They will stand such a variation once in a while; but, of course, a uniform temperature of one hundred and five degrees will secure more chickens, and they will be stronger and more lively. In just such an incubator as this one I have described, I hatched over two hundred chickens two years ago. For those who are ambitious to try top-heat, the same sort of a tank is re quired, but a boiler must be attached at the side with an upper and lower pipe Fic. 26.—Top-heat Incubator, on Table, for circulation. Any plumber can attach the boiler, and the faucet must be at the bottom of the boiler on one side. The drawers containing the eggs should slide beneath this tank. A stand for the lamp should be screwed to Bee end of the case in such a position as to bring the lamp under the boiler. (See picture.) This incubator can be cooled by raising the lid, turning down the Jamp and ae ing the drawers part way out. In both incubators while the eggs are uatehin sprinkle them two or three times with quite warm water.” : ARTIFICIAL INCUBATION. 43 With such an apparatus as this, the principles of incubation may be ther- oughly learned, and probably the combination of such an apparatus with the use of a room heated by a furnace or a good stove, or of a cellar of even tempera- ture, will give quite as satisfactory results as may be obtained from the high priced and complicated patent incubators. Another form of incubator is said to be used in France, and that is, live turkeys, The following account of this process is given by Mr. Geyelin, form- erly manager of the National Poultry Establishment, at Bromley, Kent, England, who was, at the time he discovered it, traveling in France in search of the mythical establishment of M. de Sora, previously referred to. The account savors to us very much of fish, but as it is seriously quoted by Tegetmeier, we give it for what it is worth: “ Amongst some places I visited may be mentioned the farm of Madame La Marquise de Ja Briffe, Chateau de Neuville, Gambais, near Houdan, where we observed twelve turkeys hatching at the same time; in another place, that of M. Anche, of Gambais, a hatcher-by trade, we observed some sixty turkeys hatch- ing at the same time; and we were informed that during winter and early spring he had sometimes upwards of one hundred hatching at the same time, and that each turkey continued hatching for at least three months. At the farm of M. Louis Mary, at St. Julien de Fancon, near Lizienx, in Calvados, I saw a turkey An my if a Fra. 27.--Form of Tank, that was then sitting that had been so upwards of six months, and, considering it rather cruel, the hatcher, to prove the contrary, took her off the nest and put her in the meado¥, and also removed the eggs; the turkey however, to my sur- prise, returned immediately to her nest, and called in a most plaintive voice for her eggs. Then some eggs were placed in the corner of a box, which she instantly drew under her with her beak, and seemed quite delighted. Moreover, I was informed that it was of great economical advantage to employ turkeys to hatch, as they eat very little and get very fat in their state of confinement, and there- fore fit for the market any day. * “The hatching-room is kept dark, and at ‘an even temperature in summer and wiftter. ‘In this room a number of boxes, two feet long, one foot wide and one foot six inches deep, are ranged along the walls. These boxes are covered in with lattice or wire-work, and serve for turkeys to hatch any kind of eggs. Similar boxes, but of smaller dimensions, are prepared for broody fowls. The bed of the boxes is formed of heather, straw, hay or cocoa fibres; and the num- ber of eggs for turkeys to hatch is two dozen, and one dozen for hens. “ At any time of the year turkeys, whether broody or not, are taught to hatch in the following manner: Some addled eggs are emptied, then filled with plaster of Paris, then placed in a nest; after which a turkey is fetched from the yard and placed on the eggs, and covered over with lattice. For the first forty-eight 44 THE COMPLETE POULTRY BOOK. her confinement, but soon becomes recon: r i : t of : De aaa ean d for those of plaster of Paris. The i i hen fresh eggs are substitute ? a tetas to alain without intermission, from three to six rn pres even longer; the chickens being withdrawn as: soon as hatched, = resh ee substituted. After the third day the eggs are examined and the clear Sra a drawn, which are then sold inthe market for new laid; but as they may Ae e or discolored from having been sat upon, they clean them with-water an ai ver- sand to restore their original whiteness. The turkeys are taken off their nests once a day to feed and to remove their excrements from the nests; but after a while they cease self-feeding, when it is necessary to cram them, and give them some water once a day. eye : “Jn some parts of France, where poultry-breeding is carried on as a trade, they seldom allow a hen to lead the chickens after being hatched, as the hen is more valuable for laying eggs; but they entrust this office either to capons or ~ turkeys, who are said to be far better protectors to the chickens than hens. They require, however, a certain amount of schooling preparatory to being entrusted with their charge, which consists in this: when a turkey has been hatching for some months, and shows a disposition to leave off,a glassfulof wine is given her in the evening, and a number of chickens are substituted for the eggs; on wak- ing in the morning she takes kindly, to them, and leads them about, strutting amidst a troop of seventy to one hundred chickens with the dignity of a drum- major. When, however, a troop leader is required that has not been hatching, such as a capon or a turkey, then it is usual to pluck some of their feathers from their breasts, and to give them a glass of wine, and whilst in a state of inebri- ation to place some chickens under them; on getting sober the next morning _ they feel that some sudden change has come over them, and as the denuded part iskept warm by the chickens they take alsokindly tothem. In conclusion I feel in justice bound to say that these artificial living protectors are most efficient to shelter chickens in the day time, and in the evening they are placed with their charge in a shallow box filled with hay, from which they do mot move until the door of the room is opened next morning. I must not omit to mention.that the chickens are not entrusted to the mother or a leader before they are a week old, and then only in fine weather.” : This use of capons or turkeys as foster-mothers if practicable, would obviate one of the most serious difficulties of artificial incubation, which is the providing of a substitute for the maternal instinct of the hen-mother in the rearing of the young chicks, which has been found almost as serious a difficulty in their case as is that of the unfeathered biped. Indeed some do not attempt to meet this dif- ficulty, but manage to have a lot of hens sitting on porcelain eggs at the time the wood-and-iron hen is at work, starting. them at such a time that they shall have been on the nest a week or two before the chicks are hatched, and then giving them the chicks at the rate of eighteen to twenty to each hen. Several forms of artificial mothers, however, have been invented—and most of them, of course, patented—of which the inventors claim that they far surpass the natural mothers, in that they do not drag their chicks through the dew, nor trample them to death, nor cover them with vermin; all of which, no doubt, are positive advantages, but in practice these advantages have been offset bv ARTIFICIAL INCUBATION. 4b the lack of the instinctive care of the mother hen. The artificial mother may frequently be used to advantage, however, in supplementing that care. The essential points of the artificial mother are a sheep-skin tanned with the wool on, or piece of buffalo robe or similar material, fixed with the wool side down upon a frame which will hold it just high enough for the chicks to creep under, and which may be raised to suit their growth; and a system of pipes, or a water-tank similar to that used in the incubator, placed over the sheep-skin, and warmed asin the incubator. The “mother” should also be placed in a room warmed with a stove, for the more easy regulation of the heat. . While the incubator and artificial mother are certainly not what is claimed for them by some of the more sanguine of their advocates—especially those who have a pecuniary interest in selling them—there can still be no doubt that they may be made of great service in the poultry-yard, in the hands of persons who have the time and natural-adaptitude necessary to give that close and judicious attention to the details of their management which is absolutely necessary to success. ’ CHAPTER VI. FATTENING, CAPONIZING, AND MARKETING POULTRY. By the time the chickens are four months old they will be large enough for the table, and in the condition of fatness which most persons will prefer. If, however, it be desired to market a portion of the surplus, they will sell to better advantage to be made still fatter, which may be done by confining them in pens such as those shown in Fig. 28, which represents a long coop, two feet high and two feet ‘broad, and divided into compartments nine inches wide. These divisions should be tight, so that the fowls may not see each other, and should project afew inches beyond the frontof thecoop. The bottom of the coop should be made of triangular slats running Jengthwise of the coop, with the angle up- ward, so that the droppings may fall through, anda shallow pan filled with dry” | i i : \ Pi il i | i earth should be placed under each compartment to catch these droppings. A ledge four inches wide should project beyond the bottom of .the coop, to hold the vessels of food and water, and a small curtain (not shown in the cut) should be tacked in front of each compartment, in such manner that the compartment may be darkened for a couple of hours after the fowl has fed, as the darkness and quiet will render digestion more perfect. The curtain should be lifted an hour or two before the next feeding time, however, that the chicken may come to his meal with an appetite. A young fowl placed in one of these compartments and properly fed, may be made to lay ona couple of pounds of fat in two or three weeks. The best food for fattening is buckwheat meal, or corn meal and barley meal mixed, and if it . be scalded and mixed with milk it will be all the better. Remember that water constitutes a large proportion of fat, and that it must be given eitherin the food or separately. Give no more soft food than will be eaten up clean each time, but a little whole grain may be kept constantly within reach, and a regular sup. ply of it will be necessary to the thrift of the fowl. The feeding should bedone i | ) FATTENING POULTRY. 47 three or four times a day. As soon as the fowlsare fat they should be marketed, as they will immediately begin to lose flesh if kept beyond the proper time. In France this fattening process is carried through still another stage, by cram- ming the fowls. Cramming consists in forcing pellets of dough down the throats of the fowls, after they have been induced to eat as much as possible in the natural way. The following account of this Sane and, in our estimation, unprofitable procéss, is taken from Tegetmeier: “The food used for fattening fowls in France is htedty buckwheat-meal bolted quite fine. This is kneaded up with sweet milk till it acquires the consisten¢dy of baker’s dough; it is then cut up into rations about the size of two eggs, which are made up into rolls about the thickness of a woman’s finger, but varying wiih the size of the fowls; these are subdivided by a sloping cut into “patons,” 0: pellets, about two and a half inches long. “ A board is used for mixing the flour with’the milk, which in winter should be luke-warm. It is poured into a hole made in the heap of flour, and mixed up little by little with a wooden spoon so long as it is taken up; the dough is then kneaded withthe hands till it no longer adheres to them. “Some say that oat-meal, or even barley-meal, isa good substitute for buck- wheat-meal; but Mdlle. Millet Robinet (from whose work, ‘Oiseanx de Basse Cour,’ this account is quoted by Tegetmeier) isnot of thatopinion. Indian corn may do, but itmakes a short, crumbly paste, unless mixed with buckwheat, when it answers well if cheap enough, but buckwheat is a hardy plant, which may be grown anywhere at small cost. “The food is thus administered: The attendant puts on an apron which will stand being soiled or torn, and having the pellets at hand, with a bowl of clear water, she takes the first fowl from its cage gently and carefully, not by the wings nor by the legs, but with both hands; she then seats herself with the fowl upon her knees, putting its rump under her left arm, by which she supports it; the’ left hand then opens its mouth (a little practice makes this very easy), and the right hand takes up a pellet, dips it in the water (this is essential), shakes it on its way to the opeu mouth, puts it straight down, ‘and carefully crams it with. the fore-finger well into the gullet; when. it is so far settled down that the fowl cannot eject it, she presses it down with thumb and fore-finger into the crop, taking care not to fracture the pallet. “ Other pellets follow the first till the feeding is finished in less time than one would imagine. It sometime happens in feeding that the trachez is pressed to- gether with the gullet; this causes the fowl to cough, but it is not of any serious consequence, and with alittle care is easily avoided. The fowl when fed is again held with both hands, and replaced in its cage paelOne fluttering, and so on with each fowl. “The chicken should have two meals in twenty-four hours, twelve hours apart, provided with the utmost punctuality; if it hasto wait it becomes uneasy, if fed too soon it has an indigestion, and in either case loses weight. On the first. day of cramming only 4 few pellets are given at each meal; the allowance being gradually increased till it reaches twelve or fifteen pellets. The crop may be filled, but at each meal you must make sure that the last is. duly digested, which is easily ascertained by gentle handling. If there be any food init, digestion has 48 THE COMPLETE POULTRY BOOK. not gone on properly; the fowl must miss a meal, and have rather a smaller al- lowance next time. If too much food be forced upon the animal at first it will get out of health, and have to be set at liberty. “The fatting process ought to be complete in two or three weeks, but for extra fat poultry twenty-five or twenty-six days are required ; with good management you may go on for thirty days; after this the creature becomes choked with ae- cumulated fat, wastes away and dies. A fowl usually takes more than a peck of buckwheat to fatten it. The fat of fowls so managed is of a dull white color; their flesh is as it were seen through a transparent, delicate skin.” ¢ In another French method of fattening, quoted by Tegetmeier from Le Poularler, a treatise by M. Jacque, the‘food is given in a liquid state by means of a funnel, the lower part of which is cut diagonally, and the edges of the tin turned back to prevent injuring the mouth of the fowl. The food given is bar- ley-meal mixed with milk and watev to the consistence of thin gruel. In England still another process has been used,.the food actually being forced down the poor fowl’s unwilling gullet by a machine resembling a sausage-stuffer, having a long, syringe-shaped nozzlé, made of India rubber, a maw turning the wheel of the machine, while a boy places the fowls at the spout with such ra- pidity that three hundred birds could-be crammed in an hour. ‘ These operations may be profitable in England and France, and possibly to a very limited extent in preparing fowls for the tables of the gourmands of some of our largest cities, but before they can come into general use there must be a wider margin between the selling price of the fatted fowl and the cost of the food required to fatten it than there is at present. Asa preparation for the fat- tening process the French consider caponizing, or castrating, a necessity. For ourselves we do not believe this any more profitable than thé cramming process, but for the benefit of those who may wish to experiment with it we give’ the fol- lowing directions for performing the operation : - The best birds for capons are the large breeds, Asiatics or Dorkings. They should be two or three months old. Before the operation they should be de- prived of food for from twenty-four to forty-eight hours, so as not to have their bowels distended. The bird to be operated on must be fastened down'on his left side to a board or bench through an auger-hole; the wings should be drawn together over his back and well secured; the legs drawn backward, the upper one drawn out furthest and secured. The feathers must be plucked from the right, or upper side, near the hip joint, on a line with and between the joints of the shoulder. The space uncovered should be about one and a half inches in diameter on an ordinary sized bird. Draw theskin of the part backward, so that when the operation is finished the skin slides back to the natural position and covers the wound in the flesh, and does not, when neatly done, require sewing. Make an incision with a fine, sharp penknife (a proper instrument is best) be- tween the last rib and hip, commencing about an inch from the back-bone ;. extend it obliquely downward, from an inch to an inch anda half, just cutting deep enough to separate the flesh; take great care not to wound the intestines. The wound must be kept open with an instrument with a spring, called a retract= or, or with something answering the same purpose, stretching it wide enough to__ afford room for the work, Then carefully cut the membrane covering the in- UAPONIZING POULTRY. 49 testines, which, if not sufficiently drawn up, may be pushed toward the breast- bone lightly by a spoon-shaped instrument, or the handle of a teaspoon. The organs to be removed are readily recognized—a small, reddish-yellow cylinder attached to the spine on each side, covered with a fine membrane or skin, -which must first be removed with forceps and a fine hook to draw it away. With the left hand introduce the bowl of a spoon (an instrument is made for the purpose) under the lower or left testicle, which is generally a little nearer to the rump than the right one. Then take the instrument called a cannula, which is a hollow tube with a horse-hair passed through it, forming at the end a loop which can be tightened by pulling on the two ends of the hair at the ether end of the tube. Pass this loop around the testicle with the aid of something to place it in position—the cannula has a hook for this purpose—so as to bring the loop to act upon the parts which connect the organ to the back. Then by draw- ing the ends of the hair loop backward and forward, and atthe same time pushing the lower end of the cannula toward the rump of the fowl, the cord or fastening of the organ is severed. A similar process is then to be repeated with the up- permost or right testicle, after which any remains of the organs, together with the blood around the wound or at the bottom, must be removed with the spoon. . The reason for operating on the lower or left organ first is to prevent the blood from covering the lower one if left last. When the operation is performed— which if skillfully done occupies but a few moments—the retractor is taken out and the skin drawn over the wound, which if it was drawn on one side before cutting (as mentioned above) will connect at a place not exactly opposite the wound in the flesh, thereby covering the flesh wound. If skillfully done it re- quires no sewing. The old French system was to operate on each side of the the fowl, but the system here described is considered an improvement on the antiquated Gallic method. A corresponding operation may be performed upon pullets, making what the French term “ poulardes.”’” We again quote from Tegetmeier: “The pullet is placed in the lap of the operator, on its right side and with its back turned to the operator, the left leg being drawn forward so as to expose the left flank, in which a longitudinal incision is made close to the side bone; this will bring to view the lower bowel, and alongside of it will be found the egg passage or egg-pipe. If this is drawn to the orifice of the wound by a small hooked wire, and cut across—or, what is perhaps better, a very short piece of it removed—the developement of the ovary or egg-producing organ is cntirely pre- vented, and the birds fatten rapidly, attaining also to a very large size. It is most important to perform the operation before the pullets have begun to lay. We would beg to impress most strongly the desirability of practicing these op- erations in the first instance on dead birds of the same age, so that the oper- ator may become acquainted with the situation and appearance of the parts concerned. By this means a greater amount of success will be attained in the first instance, and much unnecessary suffering saved to the animals. “The operation of making capons and poulardes is, as we have shown, attended with some risk. The advantages gained are slight in comparison with the danger of losing the bird, and with the positive amount of unnecessary pain inflicted upon the animal.” 50 THE COMPLETE POULTRY BOOK. DRESSING AND PACKING POULTRY FOR MARKET. A correspondent of Farm and Fireside furnishes the following directions. for preparing poultry for market: “As much, if not more, depends upon that of dressing it to have it fit for the mar used in this branch of the business. “The French mode of killing we think far the best, as it causes instant death the manner of killing poultry as on ket. Too much caution cannot be Fie. 29. without pain or disfigurement, and is simply done by opening the beak of the ‘fowl, and with a sharp-pointed and narrow-bladed knife, making an incision at- the back of the roof of the mouth, which will divide the vertebre and cause immediate death, after which the fowl should be hung up by the legs till bleed- ing ceases, and picked while warm. The flesh presentsa better and more natural appearance than it does after the old-fashioned way of scalding. Fowls should Fic. 30.—Packing for Market. always be allowed to remain in their coops without food at least twenty-four hours previous to being killed, as the flesh will keep longer and present a better appearance in the market. ‘ “All poultry should be thoroughly cooled before packing. Th provide boxes, for they are preferable to barrels, and place a layer of rye straw that has been thoroughly cleaned from dust on the bottom. Commence packing by bending DRESSING AND PACKING POULTR Y FOR MARKET. 51 the head under the body (See Fig. 29); then lay the fowl in the left-hand cor- ner, with the head against the end of the box, and the back up, and cohtinue in the same manner until the row is filled. Then begin the second row in thesame manner, letting the head of the bird pass up between the two adjoining birds, which will make the whole solid and firm. (See Figure 30.) In packing the last row reverse the order, placing the heads against the end of the box, and letting the feet pass undef each other, and fill the spices with straw. Over this layer place enough straw to prevent the next layer coming in contact with it, then add other layers, packed in the same manner, until the box is filled. Care should be taken to fill the box full, in order to prevent any disarrangement. To those having extra fine poultry tq send to market, we would recommend wrapping each fowl in paper, before packing; this will prevent dust and straw adhering to it, and will add much to its appearance. The box should have the initials of the consignor, the number and variety of contents, as well as the name of the consignee, marked on it.” ; a pen CHAPTER VIL. THE DISEASES OF POULTRY. In adition to the parasites affecting the young chickens, older fowls are subject to a few diseases, of the principal of which we quote the following descriptions from Tegetmeier, with the remedies proposed by him, premising, however, that for most seriously marked cases of disease in common fowls, the axe and chop- ping-block are the safest and most economical remedy, as the care and attention necessary to restore a thoroughly diseased fowl to health will generally far out- weigh its value, while the danger of propagating the disease among healthy fowls is a consideration which should be constantly kept in mind. Whenever there is any suspicion that a fowl has been affected with roup or cholera, which are contagious, and the most troublesome of poultry diseases, the fowl, unless very valuable, should be killed and burnt, as the disease is liable to be propagated from its carcass when simply buried, throngh the burrowing of earth worms, and their carrying of the disease germs to the’surface, DISEASES OF THE BRAIN AND NERVOUS SYSTEM. APOPLEXY, Symptoms.—The symptoms of apoplexy are plain and decisive—a fowl appar- ently in the most robust health, falls down suddenly, and is found either dead or without sensation and the power of motion. These symptoms are occasioned by the rupture of a vessel in theskull, and the consequent effusion of blood, which by its pressure on the brain, produces the evil. Causes.—Apoplexy is almost invariably caused by a full habit of body; it is - therefore frequent in over-fed birds, and is most common among laying hens— which are sometimes found dead on the nest—the expulsive efforts required in laying being the immediate cause of the attack. Unnatural and over-stimulat- ing food, as greaves, hemp, and a large proportion of pea or bean meal, greatly predisposes to the disease. Treatment.—In this disease much may be done in the way of prevention—little towards cure in an actual attack; the only hope consists in an instant and copi- ous bleeding by opening a vein with a sharp-pointed pen-knife or a lancet. The largest of the veins seen on the underside of the wing should be selected, and opened in a longitudinal direction, not cut across; and so Jong as the thumb is pressed on the vein, at any point between the opening and the body, the blood will be found to flow freely. If the bird recovers it should be kept quiet, and fed on light food for some time after oiea Perak. ‘Sv HVad LHOIT (531 Lo Se A SON VERTIGO—PARAL YSIS—CROP-BOUND. 55 VERTIGO. Symptoms.—Fow]s affected with this disease may be observed to run around in a sircle, or to flutter about with but partial control over their muscular actions. Causes—The affection is one evidently caused by an undue determination of blood to the head, and is deperdent on a full-blooded state of the system, usually the result of over-feeding. Treatment.—Holding the head under a stream of cold water for a short time tmmediately arrests the disease, and a strong dose of any aperient, such as three grains of calomel and ten grains of jalap, or jalap alone, removes the tendency to the complaint, The bird should be kept on a low diet for some time after the attack, PARALYSIS. Symptoms.—An inability to move some of the limbs. In fowls, the legs usually are affected, and are totally destitute of the power of motion. Care must be taken not to confound this disease with leg-weakness, which will be described under the head of Diseases of the Limbs, and which requires a totally different mode of treatment. Causes.—Paralysis usually depends on some affection of the spinal cord, and is another result of over-stimulating diet. Treatment.—Nothing can be done by way of cure; the cases may be regarded as hopeless, or nearly so. \ DISEASES OF THE DIGESTIVE ORGANS. CROP-BOUND. - Symptoms.—The crop, or membranous dilation of the gullet, whose office it is to receive the food as it is swallowed, and transmit it in small portions at a time to the gizzard, is sometimes so overcharged that it is unable to expel its contents into that organ. From the emptiness of the gizzard the bird feels hungry, and by continuing to eat adds to the mischief, until at last, by the contraction of the crop and the swelling of the grain, a hardened mass is formed, weighing in some cases nearly a pound, and by the enormous protuberance it causes giving evt dent indications of its presence. Sometimes the disease is occasioned by asingle object being swallowed, whose size is too large to permit it to pass into the stomach. In this case it serves as a nucleus for other matters, and a mass is formed around it. Treatment.—The treatment of this disorder is very simple. With asharp pen- knife an incision must be made through the skin and then into the upper part of the crop; the hardened mass loosened by some blunt-pointed instrument, and removed. If it has remained many days and is very offensive, the crop may then be washed out by pouring in some warm water. The incision, if small, may be left, but if large, a stitch or two is advisable. The bird should be fed on soft food for a day or two, and will rapidly recover. The administration of gin, as is recommended by some ignorant writers, is certain to cause the death of a crop- bound fowl. 56 ' THE COMPLETE POULTRY BOOK. DIARRHGA. Symptoms.—The symptoms of diarrhoea are so evident as to render description unnecessary. ‘ Causes.—A too scanty supply of grain, which necessitates an excess of green food, or an unwholesome dietary of any description, are the usual causes of this complaint. Treatment.—Give five grains of powdered chalk, the same quantity of rhubarb, and three of Cayenne pepper; if this does not speedily check the relaxation give a grain of opium and one of powdered ipecacuanha every four or six hours. Care should be taken not to confound a simple diarrhea with cholera, which will be described further on. CATARRH. - Symptoms.—The symptoms of a cold, or catarrh in fowls, are identical with those so familiar in the human subject—namely, a watery or adhesive discharge from the nostrils, and a slight swelling of the eyelids; in worse cases the face is swollen at the sides, and the disease appears to pass into true roup. Causes,—The cause is exposure to cold or dampriess ; such as a long continuance of cold, wet weather, or sleeping in roosting places open to the north or east. _ Treatment.—In simple cases, removal to a dry, warm situation, and a supply of food rather more nutritious and stimulating than usual, soon effect acure. A little mashed potato, well dusted with common pepper, has been found very ad- vantageous. In severe cases the disease so closely resembles roup that it may be treated in the same manner. «BRONCHITIS. Symptoms.—If the cold, to use a popular mode of expression, settles on the lungs instead of affeeting the head, the symptoms are somewhat different ; there is rattling in the throat, from the accumulation of mucus, which the fowl coughs up and expectorates at intervals. Treatment.—Removal to a drier habitation is sufficient in almost all cases to effect a cure. In severe cases one grain of calomel and one eighth of agrain of tartar emetic may be given at night. ROUP. Symptoms.—The symptoms of roup are at first identical with those of a severe catarrh ; the discharge from the nostril, however, soon loses its transparent char- acter, becoming more or less opaque, and of a very peculiar and offensive odor; froth appears at the inner corner of the eye, the lids swell, and in severe cases the eye-ball 1s entirely concealed, the nostrils are closed by the discharge drying around them, and the eye-lids are agglutinated together; the diseased secretion accumulates within to a great extent, consequently the sides of the face swell to an extreme degree, and the bird, unable to see or to feed itself, suffers from great depression, and sinks rapidly. ; Roup is essentially a disease of the lining membrane of the nasal cavities. This being inflamed, becomes swollen, and secretes the discharge befere men- ROUP—PTIP. 57 tioned. These two circumstances combined tend to close up the small external apertures of the nostrils; as fowls habitually breathe through the nose, the mouth being kept closed, it follows that there ts, even in the early stages, some difficulty of breathing, and a distension of the loose skin below the under jaw may often be noticed. The frothy matter appearing at the corner of the eye results from the same cause; the air, stopped in its passage through the nose, passes up the tear-duct, leading from the eye to the nose, and produces the ap- pearance of bubbles in the corner of the eye. In very severe cases the cavity of the nose becomes filled with the diseased secretion, which cannot escape, owing to the small size and closure of the nostril, and then the face swells considerably. . This disease is, undoubtedly, very contagious, and is frequently communicated by fowls drinking out of the same vessel, the discharge from the nostrils of the sick bird contaminating the water as it drinks. Treatment.—Warm, dry lodging, and stimulating, nutritious food, are the first essentials to recovery; in addition, the frequent removal of the dried discharge from around the eyes and nose, by bathing in warm water, must not be omitted. In the way of internal medicine, nearly equal numbers recover under various modes of treatment. Iodine in tincture, mercurial ointment and nitrate of sil- ver have been applied to the face without any advantage—many drugs have been given internally with no better results. The directapplication of some remedial agent to the diseased membrane promises the best results; but here we are met by the difficulty of application, asthe nostrils of the fowl are so closed that it is al- most impracticable to pass anything through them. A verysmall benttube can, . however, be readily passed into the cavity of the nose through the slit in the roof of the mouth, and in this way a dilute solution of sulphate of copper (blue vitriol, at the rate of ten grains to the ounce of water,) has been used with very favorable results. The injecting tube is readily passed into each nostril, if inserted into the interior part of the slit seen in the roofof the mouth, and directed outwards at right angles to the slit. In most cases, however, Tegetmeier advises the use of the axe, as cure is difficult, and the risk of contaminating the yard is great. 3 PIP. Symptoms.—The occurrence of a dry, horny scale upon the tongue is generally regarded as characteristic of this disease, which, however, is by some confounded with gapese The dry, scaly tongue is, however, only a symptom caused by some other disease, which forces the fowl (that habitually breathes through the nostrils) to respire through the mouth; in this case the constant current of air dries‘the tongue, which becomes hard at the point, and assumes.a very horny character. Thus, in any inflammatory affection of the windpipe, in gapes, catarrh, or roup, when the nostrils are closed by the discharge, the pip, as it is termed, makes its appearance. It should be regarded, however, as a symptom only, and not as the disease itself. Treatment.—The treatment varies with the cause ; if the scale of hardened mem- brane is loose, it should be removed. The absurd plan of nipping off the end of the tongue in chickens igs practiced in some parts of the country; it is needless to say that it is alike useless and barbarous. 58 THE COMPLETE POULTRY BOOR. GAPES. See “Diseases and Enemies of the Young Chick,” page 25. CONSUMPTION. Symptoms.—Consumption, which is caused by the presence of scrofulous tubercles in the lungs, may almost always be induced in chickens by confining them in cold, dark, unhealthy places; tubercles have also been found in the liver and other parts of the body. The symptoms of consumption are not strongly marked in the early stages; in the more advanced state there is wast- ing, cough, and expectoration of matter. ; Treatment.—It is fortunate that consumption can always be prevented by wholesome, abundant diet, and good housing, for in advanced stages it is quite incurable; where it is suspected to be commencing, cod-liver oil may be given mixed with meal; butas the disease is hereditary, a fowl so preserved would be worse than useless as-a stock bird. DISEASES OF THE EGG ORGANS. ‘The egg organs in the fowl consist of the ovary, situated on the fore part of the left kidney, and the oviduct, or egg-passage, leading from it to the outlet. The ovary in its inactive state consists of minute vesicles, the germs of future eggs. In its active condition these enlarge in regular succession, until each has attained the sige of the natural yelk, when it is seized by the funnel-shaped extremity of the egg passage, and as it passes along has successively secreted around it the white, the membranes lining the shell, and lastly, the shell it- self; the white being necessarily formed at the upper pari, the membrane at the middle section, and the shell at the lower part of the oviduct, or egg-passage. The ovary is not often subject to disease, except in old hens past laying, in which it sometimes degenerates ;-and it not unfrequently happens that the hen so affected is healthy in all other respects, and is only known to be diseased’ by her not laying and frequent crowing; sometimes, as in the case of barren hen- pheasants, she assumes the plumage of the male bird. ; INFLAMMATION AND PROTRUSION OF THE EGG-PASSAGE.—SOFT Eas. * Symptoms.—The symptoms of this complaint vary with the part of the oviduct affected. As the disorder oceurs in laying-hens, we are enabled to trace the seat of the complaint by the state of the extruded egg. If the lower part is unduly excited, the egg is expelled before the shell has been secreted, and a soft-skinned egg results. If the inflammation extends to the middle portion, the membrane is either misshapen or incomplete; and if the whole tube is inflamed, the yelks are dropped without any covering whatever. The laying of soft eggs arises from several causes; and if all cases are treated alike, such an empirical method will certainly not be followed by success, The shell of the egg consists almost whollv of carbonate of lime. the same material SOFT EGGS. | 59 which, in different forms, produces chalk, marble, limestone, and the shells of such animals as oysters, ete. The requisite quantity for the formation of the shell must be obtained in or with the food, otherwise soft eggs result. When un- shelled eggs arise from a deficiency of calcareous matter, the remedy is evident. A quantity of old mortar rubbish, or oyster shells heated to redness and then broken up, readily supply the material required. Another cause of soft eggs is the excitement of the fowl from being driven about, or being worried in any manner. Heavy fowls, such as Creveccurs or Dorkinggs, etc., that are not so active as the smaller varieties of poultry, suffer much from being driven, frequently laying soft eggs afterwards. The remedy in this case is simple, being merely rest. Inflammation of the oviduct, or egg-passage, is a. third cause, and in this case the eggs produced are usually irregular in form, or very imperfect. When the inflammation is very severe the yelks may be expelled, as they are received from the ovary without any white or membrane; at other times the white may be ex- pelled with the yelks, or the eggs may be imperfectly or irregularly inclosed in membrane. The treatment of inflammation of the egg-passage is sufficiently sim- ple. The object is to lower the inflammatory action; and this is best done by the use of a remedy proposed some years since by Tegetmeier, namely, one grain of calomel and one twelfth of a grain of tartar emetic, given in meal. After its administration the hen generally ceases to lay for two or three days, and then resumes in a healthy manner; but if necessary a second dose may be given. Inflammation of the egg-passage is shown by general feverishness; the feath- ers (especially those over the back,) are puffed out, and the hen mopes about, and strains to discharge the contents of the passage. This inflammation may be produced by over-stimulating or unwholesome food, such as greaves and- spiced poultry foods; in these cases the disorder ceases without the use of med- icine, on returning to natural food. Protrusion of the lower end of the oviduct not unfrequentty” occurs in hens that are laying. It is sometimes caused by a disparity of size between the egg and the passage, and at other times seems connected with a general relaxation of the system. When protrusion occurs, the plan recommended is immediately to check the laying by the medicine above mentioned, and put the bird on a diet which contains little egg-forming material, such as rice and potatoes; and after a few days the parts usually regain their natural position. If, however, another egg is formed, it usually happens that the efforts to expel it so much in- crease the mischief that the bird dies. : Inflammation of the oviduct is not unfrequently the precursor of apoplexy; if a soft egg, as frequently happens, is broken in the passage, the collapsed membrane, from its irregular form, is not readily expelled, and the violent efforts to get rid of it lead to the rupture of a vessel in the brain; at other times, the canal being closed, additional yelks accumulate above, causing a tumor, which is eventually fatal, and which is rapidly enlarged by the continued secretion of the oviduct. © Tumors of upwards of a pound in weight are sometimes produced in this eee Should the membrane of a soft egg protrude, the fowl should be cattght and the membrane drawn away with ‘the utmost gen- tleness, or the oviduct itself will be drawn out. 60 THE COMPLETE POULTRY BOOK, DISEASES OF THE LIMBS, LEG WEAKNESS. Symptoms.—This disease usually occurs in young birds, and more frequently in cockerels than pullets. The bird affected is, more or less, unable to support itself, and sinks down on the hocks after standing for a short time, or in bad cases is even unable to rise on the feet, In other respects the health is good, the appetite being at first, before the health is injured by want of exercise, very good and the comb red. Causes.—The cause of this troublesome complaint, which frequently attacks the finest and heaviest birds, is merely a rapid increase of weight, which is out of proportion to the muscular development; it consequently is more often present in cockerels than in pullets; it is rarer in old birds, and is most common in the heaviest varieties, Cochins and Brahmas being more especially subject to it. Constitutional weakness may, of course, produce it without any rapid growth, Treatment.—Local applications are perfectly useless; but the most rapid im- provement follows the administration of from three to eight grains of citrate of iron daily, and a due supply of nutritious food, care being taken to select such substances as are flesh-producing, and not fattening—wheat, barley, and a due supply of worms, or in default, a little chopped meat, being preferable to rice or Indian corn. RUEUMATISM AND CRAMP. = Symptoms.—These diseases, though differing in their nature, arise so constant- ly from the same cause and are so readily removed by the same treatment that they may appropriately be placed together. A disinclination and inability to move the limbs, evidently not arising from mere weakness, or a permanently cramped condition of the toes, are sufficiently characteristic. , Causes.—Both disorders are caused by exposure to cold and.wet, and the ten- dency to them may be much counteracted by preventing the fowls, during their earliest chickenhood, from running: in wet grass early in the morning. Treatment.—Good food, and a warm, dry habitation are generally effectual. When chickens are hatched at such times as January or February it must not be expected that any treatment can counteract perfectly the unnatural circum- stances under which they are placed. If exposed, they suffer from cold, and if confined in close rooms, the want of fresh air, and of natural geet and insect food, produce unfortunate results. Gout. Symptoms.—B8welling of the feet, attended with a great degree of heat, Treatment.—Give one grain of calomel at night, and three drops of wine of colchicum three times a day, taking care as to warmth, ete. BUMBLE-FOOT,. Symptoms.—Dorkings are more especially subject to tnt disease. It com- mences by a small, wart-like body on the ball of the foot, This enlarges, and at BALDNESS AND WHIVTE-COMB—LICE. 61 last uleerates, producing so much mischief that the bird becomes Jame and useless. . Cause.—The cause seems to be some slight injury from pressure on sharp stones ; this sets up a low inflammatory action on the thick skin of the foot, which is followed by the formation of the swelling. The disease does not originate in the tendons, nor even in the dense fascial covering, but in the cutis or true skin. Treatment.—From the low state of vitality in-the feet of birds, and the inabil- ity 10 rest them when diseased, there is little hope of successful treatment in advanced cases. In early cases we have removed the corn-like tumors, and cauterized the part with nitrate of silver with success, but the adoption of low perches, which prevent the bird coming with violence to the ground on its de- scent, is the best remedy, inasmuch as prevention is in all cases better than cure. DISEASES OF THE SKIN. BALDNESS AND WHITE-COMB. Symptoms.—White-comb is a hard and scurfy condition of that organ, to which the fowls kept in the confined stable-yards of large towns, and other unhealthy localities, or fed on bad food, are liable; in advanced cases the feathers fall off leaving the head perfectly bare. Causes.—Unnatural food, the want of fresh vegetables, and overcrowding i in dark habitations, are the causes of these complaints. Treatment.—A return to natural diet is indispensable to success ; and if to this important requisite be added the administration of five or six grains of jalap every other night for a week, and the application of sulphur ointment to the comb, immediate benefit will result. At the same time it must be borne in mind that the plumage will often not reappear until next moulting time. SCALY LEGS, Symptoms.—A congregation of infinitesimal parasites, which gather impercep- tibly at first in the crevices between the edges of the leg-scales, and which in- crease rapidly in numbers—piling up on themselves, until they form into appar- ent grayish-white warts or rough bunches. 7 Causes.—The cause of this disorder is evidently contagious, but its progress may be much forwarded by want of cleanliness in the fowl-houses, and it can- not be eradicated except in connection with a thorough cleansing of the houses and roosts, as the insects will propagate in the filth. ‘ Treatment.—Take a small pail, fill partly. with water, and pour in some kerosene, which will remain on top of the water. Then take your fowl and dip its legs into the pail. After two or three minutes wash ‘thoroughly with soap- suds, as this prevents any ill effects to the fowl from the kerosene. LICE, _This trouble has been considered under the head of “Diseases and Enemies of the Young Chick,’ 62 THE COMPLETE POULTRY BOOK. The foregoing description of poultry diseases is taken from Tegetmeier’s work, There remains, however, one disease to which neither Tegetmeier nor Wright have referred, yet which the American poultryman dreads more than all those we have named, and this is : CHICKEN CHOLERA. i A new light has recently been thrown upon the nature of this disease by ‘the researches of D. E. Salmon, D. V. M., and of M. L. Pasteur. The Symptoms of fowl disease are given by Dr. Salmon in his report on this disease to the Department of Agriculture, on investigations made during the year 1880, as follows: : “The first symptom of fowl cholera is, in the great majority of cases, a yellow coloration of that part of the excrement which is excreted by the kidneys, and which is normally of a pure white; it is this part of the excrement thatI have called the urates. This yellow coloring matter appears while the excrement is yet solid; while the bird presents a perfectly normal appearance; while the ap- petite is good, and before there is any elevation of temperature. Indeed, it is frequently seen the second or third day after inoculation, and then may disap- pear for a week or more, to return one or two days before the other symptoms of disease. “Tn avery few cases the first symptom isa diarrhea, the excrement being passed frequently and in large quantity, and consisting almost entirely of per- fectly white urates. “Tn all cases the diarrhoea soon becomes a prominent symptom, the excrement is voided frequently, consists largely of urates suspended in a thin, transparent mucus, and having a deep yellow coloration, which may, in the latter stages of the disease, change to a greenish, or even deep green color. “With the beginning of the diarrhea the temperature rises, reaching 109° to 110° Fah., or two to four degrees above the normal; the comb loses its bright hue and becomes pale and bloodless; the appetite is lessened ; the wings droop; the bird becomes inactive. Frequently a good appetite is retained to the last, but often the bird is overcome by stupor and sleeps away the last day or two of the disease; in such cases they are only aroused with difficulty, a touch or blow being required. “In the last stages of disease they have lost greatly in weight, are exceedingly weak, fall over by a touch, and walk with the greatest difficulty. Death fre- quently occurs without a struggle, but in the majority of cases there are convul. sions and cries. . ; “The duration of the disease varies greatly. Sometimes the bird dies within twenty-four hours after the first coloration of the urates, and when but one er two liquid dejections have occurred; in other cases life is prolonged for three, four or five days, and occasionally for one, or even two weeks. The crop is gen- erally distended with food, and loses the ability to force this onwards to be digested. In all cases except those of the shortest duration the feathers about the anus become soiled with the discharges, If the birds are aroused from their ‘CHICKEN CHOLERA. 65 sleep and made to walk, there is at first an abundant evacuation, followed at short intervals by scanty discharges, which, with the frequent contractions of the sphincter ani, are evidence of considerable irritation of the posterior part of the intestinal canal. “In most cases affected birds are very thirsty throughout the whole period of the disease; frequently, however, the thirst is not exaggerated, and in excep- tional cases they scarcely drink at all. “ Post-mortem appearances.—The comb is pale and bloodless, but neither dark nor dark blue, as seems to be the case in France. The superficial blood-vessels generally contain but little.blood, and there are, in most cases, soiled feathers about the anus to which the excrement may adhere in considerable quantity.* On opening the body the first organ to attract attention is the liver, which in nearly every case is enormously enlarged and softened, with the blood-vessels very apparent; itis often of a very dark or dark green color, is frequently. at- tached to the surrounding parts by false membranes, and is as often surrounded by atransparent, colorless effusion. In exceptional cases its appearance is nearly or quite normal. The gall-bladder is generally greatly distended with thick, dark bile, which has frequently passed through its walls in sufficient: quantity to stain all the organs in its vicinity. “The crop is generally distended with food, though no special lesions have been noticed here. The proventriculus, or true stomach, viewed externally, offen presents anumber of circular discolorations, about one tenth of an inch in diame- ter, which on section are found to be small clots of extravasated: blood. No lesions have been found in the “gizzard. - The small intestines are usually con- gested; often the mucous membrane is nearly black from engorgement of the blood-vessels, and occasionally the internal surface is the seat of ulcerations of various size and number. In one case a fibrinous plug had formed about midway of the smallintestine, completely obstructing the ‘pasuage of the bowel contents; this plug was three inches long and very firm. “The rectum and cloaca generally present deep red lines upon their mucous membrane, evidently the first stage of inflammation, which results in chronic cases in thickening of the walls, especially of the rectum, the desquamation of the mucous membrane, and the formation of large ulcerous surfaces. In some cases this thickening and ulceration extends into the colon, and it is generally seen in the chronic or sub-acute forms of the disease in the ceca, the walla of these being thickened, denuded of their mucous pene and the sone illed with a plug of coagulated lymph. “The mesentery is generally congested, often thickened and rendered opaque by inflammation; the ureters are distended with yellow urates; the kidneys seem engorged, and on section accumulations of the tenacious, yellow urates are frequently seen; the spleen is generally normal in size and appearance, thes frequently enlarged and softened. The pericardium is sometimes with effusion, in which cases there is noticeable hyperemia of surface of the heart. The lungs are often, though not generally, engorged with dark blood; they are seldom, if ever, hepatized. The. hie A are sometimes filled with 8 * This may also happen in common diarrhea, 66 THE COMPLETE POULTRY BOOK. a firm clot, and contain but little liquid; at other times the blood does not coagu- late at all. It seems tobe those cases where the duration of the disease has been longest in which the blood loses its property of coagulation. “Tn the few cases examined by me in which the disease was contracted from infected premises, etc., the lymphatic glands along the neck appear much more congested than in cases which resulted from inoculation, indicating, as suggested by Toussaint, that the virus had been taken with the food and absorbed from the mouth or pharynx “The brain, in the cases examined, has either been normal or not very percept- ibly altered. The muscles at the seat of inoculation are generally reddened, though sometimes perfectly normal; in a few cases, at the point.of inoculation the tissue has been transformed into a whitish, rather firm substance, without definite outline, but disappearing imperceptibly into the substance of the mus- cle; exceptionally this has separated from the muscular tissue, and exists asa clearly circumscribed sequestrum.” We have given these symptoms at length, because fowl cholera is frequently confused with other diseases, as simple diarrhea, roup, etc.,and successful treat: ment depends, of course, upon a correct diagnosis of the case. ‘ Causes —The cause of fowl cholera is unquestionably, in the great majority of cases, contagion. Whether this contagious principle be one of the forms of bacteria, like that to which anthrax fever in cattle and sheep has been traced, .and to which eminent authorities believe the swine-plague, or hog cholera, as well as poultry cholera, to be due, is not yet conclusively settled. Bacteria are microscopic organisms, probably vegetable in their nature, which propagate in putrefying flesh after the manner of the yeast plant or the moulds, and are the active agents of decay. Similar organisms have been found existing in immense numbers in the blood of animala suffering from contagious disease, and many pathologists believe them to be the cause and vehicle of contagion of such diseases. * However this may be, the experiments of Salmon, Pasteur and others, have shown that fowl cholera is not communicated by simple contact, like measles and small-pox in the human subject, since healthy fowls may be penned along- side of those suffering with the disease without being affected. If, however, the flesh of diseased fowls be fed to healthy ones, or if the latter be allowed to run over grounds containing the excrement of diseased fowls, contagion is sure to follow. The disease may also be propagated by inoculating the healthy fowl with blood or tissue from a diseased one. Treatment.—Dr. Salmon says: ‘Medical treatment of sick birds is not to be recommended under any circumstances. The malady runs its course, as a rule, in one, two, or three days, and it can only be checked with great difficulty. As the appetite is very poor, medicine can only be administered regularly by taking cech bird by itself and forcing it to swallow. But this requires too much time to make advisable, if there were no other objection to the practice, Even in those cases in which Ihave succeeded in prolonging the life for two or three weeks, death has finally occurred from profound changes in the liver and intes- Tinea The great reason, however, for not treating sick birds is that the excre- ment is probably filled with the contagion, and it is much better to destroy them CHICKEN CHOLERA, 67 at the start than to keep them to multiply the contagious germs and infect the grotnds and remaining fowls.” The only practicable treatment, therefore, is prevention; for the accomplishing of which we quote the following rules deduced from Dr. Salmon’s report by a correspondent of the Scientific American: “Measures for prevention of fowl cholera should be based upon the following facts: “1, The virus ts not diffusible.—That is, the disease germs are seldom if ever ‘taken up by the air and carried any considerable distance to produce the malady. The virus remains in the fixed form, and is generally if not always taken into the body with the food; it is distributed over the grounds, feeding places, etc., in the excrement of affected birds, and the food, drink, and gravel are thus con- taminated. Healthy birds may be kept in coops within a few feet of the sick ones for months without contracting the disease; but if the former are now placed in the same inclosure with the latter, they sicken in a few days. “2, The virus must be carried upon the grounds frequented by fowls before they contract the disease.—It is not probable that this disease originates in any consid- able number of cases in any other way than by contagion. There isa possibility that it may originate in occasional instances by filthy surroundings, if closely con- fined, or by feeding on decomposing substances; but there are few facts to sup- port such a conclusion. “It is thus brought upon farms either (1) with sick or infected fowls newly acquired, (2) with the blood or parts of the bodies of dead birds carried on the feet of people or brought by dogs or other animals, (3) with infected manure or feathers, or (4) possibly by wild birds, animals (rabbits), or even insects that have contracted the disease or have eaten the blood or bodies of affected birds recently dead. ‘I'he origin of the disease can generally be traced in country dis- tricts where houses are a considerable distance apart, to recently acquired poul- try. Itis only in districts more thickly peopled, and then in exceptional in- . stances, that'the germs are carried by wild birds or animals or by insects. “For grounds not already infected the following precautions should be-observed : “1, Newly acquired birds to be tsolated.-When cholera is raging in 4 locality, all birds introduced from other flocks should be placed in an inclosure by them- selves for at least three weeks, until itis certain that they are free from the disease. No fowl should be accepted from a place known to be infected, for at least a year after the last known cases occur. “2. ' Precautions in regard to eggs.—All the eggs from a distance to be used for hatching must be thoroughly cleaned of .all particles of excrement adhering to them, and the water with which they are washed, as well as cloths or brushes used, must be raised to the boiling point before being thrown upon grounds to’ which poultry has access. The virus is always destroyed by a boiling tempera- ture, or even by 140° F. if maintained:for fifteen minutes. “3. Fouls not to wander upon adjoining infected premises.—A stone wall is in towns frequently the boundary line of an infected place, and though’ fowls are upon each side of it the contagion may not cross for years. In such casesitis a’ matter of the greatest importance to prevent the healthy fowls from trespassing upon the infected grounds, — 68 THE COMPLETE POULTRY BOOK. “4, Fowls from neighboring infected premises to be rigidly excluded.—If od He portant to keep healthy fowls from infected grounds, it is not a ee exclude fowls living in infected quarters from entering on runs that are ' ae. from the diséase. Even though insusceptible to cholera and consequently he - Ys they are able to carry the virus on their feathers and feet, and may even dis tribute it with their own excrement; for although the virus is unable to propa- gate itself in the blood and tissues of insusceptible birds, there is reason to believe that it may stili multiply in the contents of their digestive organs. “5, Other infected substances to be excluded from the runs.—Manure from infected places is often purchased and spread ‘upon land to which healthy poultry has access, and thus becomes the means of spreading the disease. This should either be entirely excluded from the farm or the fowls should not be allowed to come near to where it is placed. It cannot be safely disinfected. Feathers and dead birds are also at times carried a considerable distance by various agencies, and should be guarded against when possible. “If sickness appears among the flock we should ask: “1, Is the disease cholera?—Fowls frequently die in.considerable numbers from diseases that are not contagious, and hence it is a matter of primary importance to decide as to. the nature of the affection when cholera is suspected. In my own experience I have found that this might be done with comparative certainty by inspection of the excrements. With fowls the excretions of the kidneys are joined in the cloaca with the undigested parts of the food, and both solid and liquid excrement are consequently voided together. They are not mixed to any great extent, however; the part excreted by the kidneys is easily distinguished, as during health it is of a pure white color, while the bowel discharges are of various hues, The kidney excretion will hereafter be referred to as the urates,: and it ia the only part which claims our attention. “After a fowl takes the. contagion into its body, the first and only reliable symptom isa coloration of the urates. At first these have onlya faint yellow tint, which rapidly changes, however, into a deep yellow color; up to this time the bird shows no other signs of the disease, its temperature is unchanged, and its excrement of a normal consistency. In one or more days after this yellow color appears, the urates are greatly increased in quantity, and constitute the whole or a greater part of the discharges and an obstinate diarrhoea sets in; in afew cases the urates now become greenish, and exceptionally they are of a deep green color, ves . “The only lesion seen in post-mortem examinations that is likely to attract the attention of non-professional observers is the enlarged liver, which is nearly constant; itmay be of various shades of color. Besides this the presence of Li urates in the cloaca and ureters is a valuable sign and is generally present. a : “2, Sick birds must be destroyed.—The exérements of sick birds are the princi: pal means of spreading the contagion, and the first step in stamping out the dis- ease is consequently to destroy all which are voiding yellow urates: Care should be had to make the distinction between the urates and the bowel dejections, for the latter are frequently of a yellow color in health ; but a little observation will preclude any mistake of this kind, The killing should not be by any method CHICKEN CHOLERA 69 which allows the escape of blood, as this fluid is even more virulent than the excre- ment; wringing the neck isa quick and easy method of destroying the life. Once killed, the bodies are to be taken beyond the limits of the poultry-run and deeply buried. * “Tf it is decided to keep the sick birds till they die or recover, they should be placed in an inclosure by themselves, as far as possible from the healthy ones, where they may be cared for without entering, so that there will be no danger of carrying particles of the excrement on the boots. “3. Healthy birds must be placed on disinfected grownds.—If a piece of land is at hand to which the sick birds have not had access, and which is consequently free from the contagion, the healthy birds should be penned upon it; but if all the land is infected, then a piece is to be selected and thoroughly disinfected with the solution mentioned further on in this book. The fowls are to be re- stricted to this disinfected ground for several months, or even a year or more if practicable. The drinking-vessels and feeding-troughs are to be new, or if used before they must be soaked for twelve hours with the same solution before being placed in the new inclosure. “4, Observations to be continued to note the first reappearance of the disease.—Some of the fowls, though well at the time of removal to disinfected quarters, may be infected with the disease, and after the,period of incubation, which varies from three to twenty days, will sicken. It is necessary, therefore, to make a careful inspection of the excrement each morning for at least three weeks after the sep- aration of the sick fowls. If yellow urates are discovered the birds must be watched until the sick one is detected. To facilitate the early discovery of such sick fowls and prevent infection of the healthy ones, it is advisable, where prac- ticable, to separate the birds into lots of two or three each at the start; and this separation may always be practiced as a last rezort where the disease successfully defies our efforts for a considerable time; but where this is impossible a little patience will generably enable one to pick out the sick before any harm has re- sulted. As soon as the sick bird is removed the excrement must be scraped up and burned, and the run must be again sprinkled with the disinfectant; or the well birds may be changed to fresh ground as before. This method of manage- ment is to be continued as long as new cases of the disease occur. *5. Disinfection.—F or this disease we have a very cheap and most effective dis- infectant. It isa solution made by adding three pounds of sulphuric acid to forty gallons of water (or one fourth pound of acid to three and one half gallons of water) and mixing evenly by agitation or stirring. Thismay be applied tosmall surfaces witha common watering-pot, or to larger grounds with a barrel mounted on wheels and arranged like a street-sprinkler. In disinfecting poultry-houses the manure must be first thoroughly scraped up and removed beyond the reach of the fowls; a slight sprinkling is not sufficient, but the floors, roosts, and grounds must be thoroughly saturated with the solution, so that no particle of dust, however small, *Not buried, but burned. The futility.of burial for the eradication of such diseases as this is shown by the fact that their germs have been found by Pasteur in pits where animals that had died with splenic fever had been buried for twelve years, and as virulent asin animals recently dead. The same scientist has shown that these germs are propagated from burial-pite through the agency of earth worms.—[Ep.] 70 THE COMPLETE POULTRY BOOK. escapes being wet. It is impossible to thoroughly disinfect if the manure isnot removed from the roosting places. “Sulphuri¢ acid is very cheap, costing at retail not more than twenty-five cents a pound, and at wholesale but five or six cents. The barrel of disintesting, nie lution can therefore be made for less than a dollar, and should -be thoroughly © applied. It must be remembered, too, that sulphuric acid is a eal Peg to handle, as when undiluted it destroys clothing and cauterizes the fles: wherever it touches. The safest way is, therefore, to take a five-gallon: keg nearly-full of water to the druggist and have him place the strong acid in: this; the contents of the keg may then be safely transported and added to the barrel of water. ‘ r “<6, Fumégation.—In those cases where the disease has been raging fora consid- erable time the feathers become saturated with the contagion, and it is neces- sary, before placing the fowls on the disinfected .run, to put them in a-close building and thoroughly fumigate them with sulphur. For this purpose a pan of burning coals is taken and flowers of sulphur thrown upon them as long as the air can be breathed without danger of suffocation. When thedisease is rec- ognized at the outset this is not necessary. ‘ “By a careful. observance of these rules the fowl cholera may be excluded - indefinitely, and may be exterminated when it has made its appearance. .The writer has had a very virulent form of the disease among experimental fowlsfor nearly eight months, and though his home flock is but a short. distance from thém, but a few of these have sickened, and the disease has been‘ checked with the loss of a single bird in each instance. It is believed that the birds which thus contracted the diséase were infected by flies, which would gorge them- selves with virulent blood in the laboratory, where dissections were made,.and then fall -vietims to the poultry which were running about outside... No. cases have occurred in this manner since the cold weather has destroyed these in- sects. ”” Prevention by vaccination.—The researches of M. Pasteur have shown that the - virus of this disease may be so modified by-cultivation as to communicate the disease in a much less virulent form, bearing the same relation to the genuine chicken cholera that varioloid does to small-pox; and as one attack-of the dis- ease gives immunity from it thereafter it is hoped that this discovery may lead to practical results. Pasteur has already demonstrated its practical utilityin the kindred disease among sheep, called charbon in France, or splenicsfever in-Enge. land, and which is said to cause an annual loss in France of four millions of. dollars. . Fifty sheep were placed at his disposal, of which twenty-five were vac- cinated with cultivated virus of the charbon disease. A fortnight afterward -the fifty sheep were inoculated with uncultivated or virulent virus. ‘The twenty-five vaecinated sheep resisted the infection; the twenty-five unvaccinated died within. - fifty hours. This experiment so awakened the farmers of the environs of Paris that in the space of fifteen days Pasteur was called upon te vaccinate more than _ twenty thousand sheep, and a large number of cattle and horses, ‘ The Process by which this modified virus was obtained is thus described by Pasteur in an address delivered at the International Medical Congress in Lon- don, August 8, 1881: , CHICKEN CHOLERA. 71 Let us take a fowl which is about to die of chicken cholera, and let us dip the end of a glass rod in the blood of the fowl with the usual precautions, upon which I need not here dwell. Let us then touch, with this charged point, some chicken broth, very clear, but rendered sterile under a temperature of 115° Centigrade, and under conditions in which neither the outer air nor the vessels employed can introduce exterior germs—these germs which are in the air or on the surface of all objects. In a short timeif the little culture-vase is placed in a temperature of 25° to 35°, you will see the liquid become turbid, and full of tiny microbes, shaped like the figure 8, but often so small that, under a high magnifying power they appear like points.” Take from this vase a drop as small as you please—no more than can be carried on the point of a glass rod as sharp as a needle—and touch with that point a fresh quantity of sterilized chicken broth placed in a second vase, and the same phenomenon is produced. ' You deal in the same way with a third culture-vase, with a fourth, and so on to a hundred, or even a thousand, and invariably, within a few hours, the culture liquid becomes turbid and filled with the same minute organisms. At the end of two or three days’ exposure to a temperature of about 30° Centrigrade, the thickness of the liquid disappears, and a sediment is formed at-the bottom of the vase. This signifies that the development of the minute organism has ceased; in other words, all the little points which caused the turbid appearance of the liquid have fallen to the bottom of the vase, and things will remain in this condition for a longer or shorter time—for months even—-without either the liquid or the de- posit undergoing any visible modification, inasmuch as we have taken care to ex- clude the germs of the atmosphere. A little stopper of cotton sifts the air which enters or issues from the vase through ehanges of temperature. “Let us take one of our series of culture preparations—the hundredth or the thousandth, for instance—and compare it, in respect to its virulence, with the ‘blood of a fowl which has died of cholera; in other words, let.us inoculate under theskin ten fowls, for instance, each separately with a drop of infectious blood, and ten others with a similar quantity of the liquid in which the deposit has first been shaken up.. Strange to say, the latter ten fowls will die as quickly,:and with the same. symptoms as the former ten; the blood of all will be found to contain after death the same minute infectious organisms. “Let us now repeat exactly our successive cultures, with this single difference, that we pass from one culture to that which follows it—say from the one hun- dredth to the one hundred and first, at intervals of a fortnight, or one, two or .threé months. If, now, we compare the virulence of the successive cultures, a great change will be observed. It will be readily seen, from an inoculation of a series of ten fowls, that the virulence of one culture differs:-from that of the blood, and from that of a preceding culture, when a sufficiently long interval elapses between the impregnation of one culture with the microbe of the pre- -weding. More than this, we may recognize by this mode of observation, that it is possible to prepare cultures of varying degrees of virulente. One preparation will kill eight fowls out of ten; another, five out of ten; another, one out of ten; another, none at all, although the microbe may still be cultivated. In fact, what is no less strange, if you take each of these cultures of attenuated virulence as a point of departure in the preparation of successive cultures, and without ap- 72 THE COMPLETE POULTRY BOOK. preciable interval in the impregnation, the whole series will rol deena ain — nated virulence of that which served as the starting point. Similarly, when i i it produces no effect.” ; ; Ee aries aa sprotealk to show that this decrease of. cae = ee disease-germ is due to continued exposure to the oxygen of the air, a : a _ may be continued to such a point as shall cause the vaccination of the fow: ys it to produce more or less complete immunity from subsequent attacks, and yet cause little or no inconvenience to the fowl itself. If the ‘virus be very much weakened it may require several vaccinations to give complete immunity—three or four being found necessary in some of Pasteur’s experiments, and the opera- tion may require to be repeated at intervals of a year. This discovery is yet in its infancy, but it is worthy of extended and careful investigation. Prevention by breeding from insusceptible fowls.—Dr. Salmon states that he has found a considerable number of fowls that were capable of resisting repeated inoculations with very active virus, some showing only the mildest symptoms of Fie. 27. the disease, and others remaining entirely free from. any appreciable results, either in general health or at the point of inoculation, and Chauveau has shown that the Algerian sheep are, as a breed, insusceptible to the influence of charbon, hence they urge the importance of breeding from such animals, with the hope of producing strains that will possess this characteristic in a still greater degree. If there is reason to fear that the flock has been or is likely to be exposed to the contagium of fowl cholera we should advise the use of hyposulphite of soda in their drinking water, at the rate of an ounce. to the pailful of water. If the yellow coloration of the urates appear before a fowl shows other signs of disease the use of the homeopathic preparation of strychnine called Nua Vomi- ca, three may be of service, five or six pellets to be given to a large fowl once a day, and a smaller number to a smaller fowl. This remedy has given good re- sults with us, when used in time. Dr. 8. J. Parker writes to the Country Gen- leman that he has found Hucalyptus globulus very serviceuble at this period of the disease, by relieving the indigestion which is among the earliest symptoms. Ten drops of the strong tincture are given with four grains of salt and half a teaspoonful of ground cayenne nevver in a teaspoonful of water. EGG AND FEATHER EATING. 73 EGG AND FEATHER EATING, These are pernicious habits, rather than diseases. They are induced in the’ first place by deprivation of animal and grain food, or allowing eggs to freeze ii the nest, or by too close confinement, and when once acquired are communi- cated to other fowls in the yard. The remedy is to give a due supply of meat, ‘green vegetables and bones in the food, and if that does not cure to use the axe, which never fails, Should it be desired to preserve an egg-eating hen during her period of laying, her eggs ny be saved by the use of the nest-box shown in Fig. 27. Feather eating is harder to circumvent The preventives are plenty of food and plenty of range: but when the habit is once acquired it if very difficult to break it up. The chopping block is the surest remedy, but for valuable fowls a wire bit passed through the mouth like a horse’s bit and held in place by being passed through the comb, the wire being just Jarge enough to prevent shutting the beak firmly together, will render the bird unable to grasp the feathers, and it will soon abandon the habit. A patented appliance for this purpose is called the “Loomis Poultry Bit,” CHAPTER VIII. THE BREEDING OF FANCY POULTRY. The breeding of fancy poultry is a business which requires for its successful management a thorough knowledge of the laws which control animal reproduc- tion; and even the non-professional poulterer will find such a knowledge essential to the most economical management of his flock. The complete dis- cussion of these laws cannot, of course, be entered upon in such a work as this, but a few of the facts most fully established will be referred to. Thus it has been conclusively proven that the jirst connection of the female . with the male exercises so powerful an influence over the former that its effects are never wholly eradicated, hence it is essential to the maintenance of perfect. purity in the various breeds of our poultry-yard that they be never allowed to intermingle. _ 3 In Prof. Miles excellent work on “Stock Breeding,” this subject is exhaustively discussed. From it we make the following extracts: ‘Mr. W. H. Smith, of Lexington, Kentucky, makes the following statement: On or about the first day of February, 1873, I loaned a prime Dark Brahma. cock, that was a good, vigorous bird, to Mr. James Fought, of this city. He put him with a lot of Light Brahma hens, with which a Houdan cock had been running previously. The hens laid, set, hatched and raised their chtcks, laid and hatched again, and the second litter of chicks still had the Houdan marks. There was no Houdan blood in the Light Brahma hens, neither was there any other cock with the hens from the time he got the Dark Brahma cock.” “Mr. A. W. Frizzell, of Baltimore county, Maryland, makes the following state- ment: ‘I once purchased a trio of pure-bred Dark Brahma fowls ‘from a breeder of no small note, and a trustworthy man (I speak from experience, for I was once employed by this gentleman, and do know him to be trustworthy), which fowls had taken the premium at the Carroll county (Kentucky) fair in 1871. I brought those fowls home, arid in the yard was also a Light Brahma, cock, which | I did not dispose of for some time, and in the mean-time he was mating with these dark hens; any effects of this I thought would soon run out. After a while I disposed of the light cock, and kept none but the dark one, nor had none nearer than amile. Nevertheless, three years afterward, I see light, or half light, chicks coming from those two hens.’ “A Mr. Payne, in England, had two Spanish pullets running with both a Span- ish and Cochin cock. After they began to lay the Cochin was removed, and si weeks later the eggs were saved and set; but-the chickens were feather legged, though in all other points resembling the Spanish. “On another occasion the same gentleman allowed a Black-red Game hen, which laid while with chickens, to run a few hours with a Brown-red cock, and nine eggs produced chickens which aed the father, or Brown-red. ‘ 175) THE BREEDING OF FANCY POULTRY. 77 “Another English gentleman, when residing in Canada, sold his Brahma cock and one hen, allowing the hen left to run afterward with a Spangled Hamburgh cock which had five hens of his own. Every egg laid for ten days produced a pure Brahma chick; that on the eleventh day was a half-breed. “In America a Mr. Woodward bought in March some Spanish pullets which had been running all the winter with a native cock, and, though no eggs were set till two months after purchase, all the chicks even then showed the native, points in a high degree. ‘ “Another gentleman breeding Games, finding a neighbor’s feather-legged Ban- tam cock come over his fence, penned his fowls in securely, and saved no eggs for a month after; but several chicks still had feathered legs, though with no other sign of the cross, “Mr. E. W. Barnes, of Plympton, allowed a neighbor’s Brown Leghorn cock to pass three days among his pen of eight one-year-old Light Brahma pullets, ‘for experiment’s sake,’ he said. The Brown Leghorn cock was removed, and he has never once had anything on his premises since but the Light Brahmas of both sexes, ‘pure.’ From eggs set within a week after the Brown Leghorn cock was sent home, a third of the chicks, when hatched, came brown, speckled-brown, or patched with brown, that same summer. Out of the eight hens he saved four, and mated them only with a Light Brahma cock, yet more than one quarter of their chicks came spotted, speckled, and splashed with brown feathers for two years after the Brown Leghorn cock was dead. “Mr. Charles H. Edmonds, of Melrose, allowed a Sebright cock to run fora few weeks with his Light Brahma fowls. In the fall his light Brahma chicks were marked with distinct Golden Sebright feathers and for two years succeed- ing the marking showed itself on scores of his chicks, from this very flock of Light Brahmas, when the Sebright cock had been gone from his premises over two seasons.” * The above are only a few of the examples quoted by Prof. Miles, and inelud- ing horses, cattle, sheep, swine and man, which prove ‘conclusively the fact— whatever may be the explanation of it—that- the influence of the first copulation of the female extends throughout the larger part, if not the whole, of her life. It would seem that this fact might be made use of by skillful breeders in cases where it was desired to infuse into a breed some special characteristics of another breed, such as a greater hardiness of constitution, special markings of plumage etc., in asmaller degree than would result froma complete cross. Ithaslong been customary to “throw in” a cross for such purposes, and then breed it out again, but it would seem that the same result might sometimes be secomplished more quickly by the process indicated. Atavism is another of the mysterious influences which come, sometimes to the assistance, sometimes to the vexation, of the breeder. By atavism is meant the tendency of characteristics of remote ancestors to re-appear in their grandchil- dren, or even in descendants yet more remotely removed, although but slightly manifested, if at all, in the nearer descendants. Or, in other words, the tenden- cy to return to original types of structure and character. This is a form of “*Stock Breeding, by Manly Miles, p. 269, Et. Seq. 78 THE COMPLETE POULTRY BOOK. heredity, but is distinguished from heredity proper, in that it appears only at in- tervals of two or more generations. Thus Mr. Darwin states that a gentleman crossed his fowls with Malays, and, though he attempted to get rid of this strain, he gave it up in despair, the Malay characters reappearing forty years after the cross was made. * Mr.. Hewitt states that the Rumpless fowls in some instances produce young with tail feathers, but that, when three such birds were selected to breed from, there was but one chick with a tail out of over twenty bred from the trio.t The tendency of Berkshire hogs to show occasional patches of sandy hair is a-familiar illustration of this principle, one of the ancestors of the Berkshire having been a black and white and sandy spotted hog.t In the human family instances of atavism have been so fr equently notiéed that Prof. Agassiz has remarked that “the offspring is not the cffspring of father and mother only, but of the grandparents as well.” The influence of heredity upon the character and constitution of the offspring has long been partially acknowledged, but, partly owing to the confusion inci- dent upon the workings of the before-named laws, the value of this influence has not been fully appreciated. Upon this principle depends, in fact, all possi- bility of improvement in our animals and plants, for no permanent advancement can be made unless the improvement gained may be fixed and perpetuated. As greater knowledge is obtained this influence becomes more and more apparent, ' however, and the means for availing ourselves of its effects better understood, so that we may reasonably hope to accomplish far more in the future than we have in the past in the way of. improvement of our domestic animals, if not of ourselves. In-breeding, or the mating of fowls that are near of kin, is sietngly condemned ~by most poulterers; the impression being very prevalent that while such mating may result in improved appearance of the offspring, it is certainly fol- lowed by impaired constitution. This question is not yet fully understood. There can be no denying the fact that a vast improvement has been accomplished in our cattle and sheep by very close breeding, but this improvement was effected in the hands of very skillful breeders, and while the testimony of fowl breeders is so united against the process as it is at present, it will be safer for ‘beginners to avoid the practice. Cross-breeding is the opposite of in-breeding, and by it many of our varieties of domestic animals have been originated, although in many cases a cross has afterwards been followed up by close in-breeding in order to fix and perpetuate _the characteristics obtained. The object of cross-breeding, is of course, the im- provement (of the progeny, either in constitution, or in some useful quality ; but whatever this object may be, it should be definitely fixed and carefully kept in view, else the process will result only in harm instead of benefit. The im- ~provement made in our native cattle by the introduction of the Short Horn blood isone of the most striking examples of the benefits to be derived from the intelli- gent use of this process. But this improvement was not due simply to the fact that the Short Horn bull was in himself a better animal than the cow upon * Variation of Animals and Plants under Domestication. Vol. +11, p. 49. ?Tegetmeier’s Poul- try Book, p. 231. {Youatt, THE BREEDING OF FANCY POULTRY. 79 which he was bred, but that his superiority was the result of many generations of careful breeding, during which his superior qualities had been so firmly fixed that no ordinary shock would destroy their tendency to perpetuate them- selves. . There is in Scotland a breed of black-faced mountain sheep, whose origin dates beyond tradition, and which received no fresh blood for several centuries. These sheep are very muscular and active, and remarkably hardy, as they would need to be to endure the exposures and privations incident to life upon their storm-beaten mountain home. “They instinctively herd together in storms, and although completely buried in snow-drifts, will manage to push the snow from their bodies, and form a cave over them, in which they will live upon what scanty herbage may be within their reach, until help comes. Thus buried, these sheep have lived for two or three weeks before they have been found and extri- - cated.” * It was attempted to improve this black-faced breed by infusing into it the blood of the Cheviot sheep, a breed inhabiting the hilly parts of the Scot- tish lowlands, and claiming almost as great an antiquity of aren as the black- faces. “¢Ty this cross,’ says the intelligent Scotch shepherd, William Hogg, ‘the inde- pendent habits of the mountain flocks were lost, and a mongrel progeny, of s clumsy figure, occupied the lowest and warmest of the pastures.’ The cross-bred animals, although retaining largely the characteristics of the original breed, were not able to withstand the ‘hardships and cold of winter,’ and they required bet- ter care and better pastures than the old race had been accustomed to. “* Another truth which the process of changing a numerous stock has dis- closed is, that in the produce of the first-crop, and for several successive issues, the figure, wool, and other qualities of the Cheviot ram, are’ most conspicuous in the smallest and feeblest of the progeny; while the properties of the moun- tain breed are more fully exhibited in the strongest and most robust of the lambs. This misled many of the store-masters. They didnot consider that there was asmuch Cheviot blood in the coarsest (as they were pleased to call them) as in the finest; though not so clearly exhibited in its external qualities. This induced them to throw aside the best of the lambs and select those to breed from which had apparently most of the Cheviot figure. This was an additional dis- advantage; for, as it prevailed wherever the experiment was tried, the mountain flocks, in general, were smaller and feebler than they were ever known to have been; and were, consequently, more vulnerable to bad seasons, a course of which happened to accompany the change.’ “The stability of the characteristics of the old mountain breed was shown in the readiness with which the cross-bred animals were ‘bred back’ to the original type, and the frequent appearance of the old characters by atavic descent after an effort of twenty-five years to establish the peculiarities of the Cheviot.” ¢ A simlar difficulty was experienced when it was attempted to cross pure-bred English rams upon the old established breeds of France; the intensified heredity of which, or prepotency, as it is technically termed, and the lack of adaptation in the English stock to the climate and system of management to which it was subjected, resulting in the production of a cross which proved fatally defective * Stewart’s Shepherd’s Manual, p. 122. +Miles’ Stock Breeding, p. 193. 80 THE COMPLETE POULTRY BOOK. in constitution; but when the prepotency of the French stock was broken by a mixture of breeds, before the introduction of the English blood, the resulting progeny produced a grade of sheep of very uniform qualities, and so closely resembling the English stock as only to be recognized as a cross by an experi- enced eye; yet, at the same time, adapted to the circumstances of their conti- nental home, In this way the Charmoise breed of France was produced, the hereditary ten- dencies of the French ewes having been obscured by the mixture of four of the native breeds, so that when the first cross was made with the English rams the produce would consist of fifty per cent. English blood, but of only twelve anda half per cent. each of the various French breeds. * But this discussion brings us to the question, What is a pure breed? Upen this point we cannot do better than to reproduce the following article from the pen of Mr. Tegetmeier: “ A considerable amount of uncertainty finds its. way into type respecting what may be termed pure breeds of domestic animals. Such questions as the follow- ing are constantly asked: ‘Are Brahmas a pure breed?’ ‘Are Black Hamburgs a pure breed?’ ete., etc. These queries obviously owe their origin toa confusion of the distinction that exists between different species of animals, and between different varieties of the same species. Let us illustrate our meaning by an ex- ample or two: “ A hare is a pure-bred animal, because it ia totally distinct from all other an- imals, or, as naturalists say; it constitutes a distinct species. It does not breed with other animals, for the so-called leporines are only large rabbits; and if it did, the offspring would be a hybrid or a mule, and almost certainly:sterile, or incapable of breeding. In the same manner the common wild rabbit is a pure breed. This animal possesses the capability of being domesticated, and under the new circumstances in which it is placed, it varies in size, form, and color from the original stock. By careful selection of these variations, and by breed- ing from those individuals which show most strongly the points or qualities de- sired, certain varieties, or, as they are termed, ‘breeds’ of rabbits, are produced and perpetuated. Thus we have the lop-eared breed; the Angora breed; the Chinchilla breed, etc., etc., characterized by alterations in the length of the ears, in the color of the fur, in the size of the animals, and so on. It is obvious that, by more care, more new varieties may be produced and perpetuated. Thus, by mating silver-greys of different depths of color, white animals with black ex- trémities are often produced, and these have been perpetuated by mating them together. The breed so produced is absurdly called the Himalayan variety, and, as it reproduces its like, is as pure and distinct a breed as any other that can be named. But, in the strictest scientific sense of the word, no particular variety of rabbit can be said to be a pure breed, as, like all the others, it is descended from the wild original. In the same manner we may deny the applicability of the term pure breed to the varieties of any domesticated animal; even if, as in the case of the dog or sheep, we do not know the original from which they ‘de- scended, “ All that can be asserted of the so-called purest bred variety is thatit has *Miles’ Stock Breeding, pp. 198-204, THE BREEDING OF FANCY POULTRY. 81° been reared for a number of years or generations without a cross with any other variety. But it should be remembered that every variety has been reared by careful artificial selection, either from the original stock or from other va- rieties. “Tn the strict sense of the word, then, there is no such thing as an absolutely pure breed—the term is only comparatively true. We may term the Spanish fowl a pure breed, because it has existed a long period, and obviously could not be improved by crossing with any other known variety; in fact, its origin as a variety is not known. But many of our domesticated birds have a much more recent origin. Where were the Game Bantams fifty yearsago? The variety did notexist. They have been made by two modes, breeding Games closely in-and- in to reduce the size, and then crossing the small Game fowl so attained with Bantams. Nevertheless, Game Bantams, as at present shown, have quite as good a claim to the title of a pure breed as any’other variety. In fact, every variety may be called a pure breed that reproduces its own likeness true to form and color. “The statement that Brahmas, Black Hamburgs, Dorkings, etc., are pure breeds is meaningless, if it is intended to imply anything more than that they will re- produce their like, which a mongrel cross between two distinct varieties cannot be depended on doing. There is no doubt but that many of our varieties have been improved by crossing with others. The cross of the bull-dog, thrown in and bred out again is said to have given stamina to the grey-hound, and, although generally denied, there is no doubt but that the Cochin has in many cases been employed to ‘give size to the Dorking. In the same manner new permanent varieties of pigeons are often produced, generally coming to us from Germany, in which country the pigeon fanciers are much more experimental than in Eng- land, where they adbere to the old breeds with a true John Bull, or bull-dog like tenacity.” _ CHAPTER IX. , THE ASIATIC BREEDS. The Asiatie breeds of. fowls follow two distingt types, of, which ,the docile, short-legged, loose-feathered Cochin represen{s.qne, and the erect, fierce, elose- feathered Malay and Indian Game show, the other. Of these types the, Cochin, has been most popular in England and America, and to it is due a large part of the improvement which has taken place. in, the, poultry of these countries, dur , ing the past three decades. __ ., iting GHp Bw Bae ae It would seem, from the statements of :travelers in China,. that our, various Chinese breeds are simply the common barn-yard fowls of that country, where they are allowed to breed indiscriminately, all colors running together, and that the various names by which we know them here are simply those of the port from which the importation was made, or. supposed to be made,,of, fowls in which a certain characteristic happened to predominate; these characteristicy being subsequently fixed by askillful selection.among western fancigys.,. This. has certainly been the case with many of: these breeds, as it is; well known. that when first imported they came in mixed lots, and.that,it.required years of care-. ful breeding in this country to fix the characteristics of the Brahmas-and. of, the various Cochins. als ae eles Ii The general effect of the infusion of this eastern blood ,into the fowls. of Europe and America has been to increase their. size, hardihood, ‘and docility; a gain which has been accompanied with a slight loss in quality of flesh-and with an increased disposition to sit; these, however, are small offsets against the great improvements produced. 2Htys edge ey COCHINS, OR SHANGH AIS. _ The conclusion in 1843 of the war between England and China, by which the northern ports, including Shanghe, were thrown open to European vessels, be- gan a new era in the poultry business of the West, by the infusion of the blood of the large Chinese breeds of fowls into those of Europe and America. * Among the first fowls imported from China to England was a flock belonging to the Queen, represented in the [iustrated London News of December 23, 1843, and called Cochin-Chinas. These fowls, however, were very different from those known to-day as Cochins, being tall, slender and clean legged, and having more of the Game shape than of the Cochin. With regard to the appropriateness of the name of Cochin for this breed of fowls, Mr. Tegetmeier says: “As in the case of many other varieties of fowls, Cochins are known popularly by a name to which they have no claim. Mr. Robert Fortune, who has passed many years in various parts of China says e ‘The man who first gave these fowls the name of Cochin-Chinas has mnuely ds answer for. I firmly believe that what ie called ‘Cochin-Chinas’ and ‘Shanghees? “SONTMUOT LE. ZF IQ