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WAKING'S 
 
 BOOK OF THE FARM; 
 
 BEING A REVISED EDITION OF 
 
 THE HANDY-BOOK OF HUSBANDRY. 
 
 A GUIDE FOR FARMERS. 
 
 CONTAINING PUACTICAL INFORKATION IN REGARD TO BUYING OR LEASING A FARM — WHEN AND 
 WHERE TO BUY — BEGINNING OPERATIONS — KEY-NOTE OP PRACTICAL FARMING — FENCES 
 
 AND FARM BI'ILIUXGS — FARMING IMPI.EJIEXTS DRAINAGE AND TILE-MAKING 
 
 PLOWING, SITBSOILING, TRENCHING, AND PULVERIZING THE SURFACESOIL — MAN- 
 URES — ROTATION OF CROPS — ROOT CROPS — FORAGE CROPS — LIVE STOCK, 
 INCLUDING CATTLE, HORSES, SHEEP, SWINE, POULTRY, ETC., WITH 
 WINTER MANAGEMENT, FEKDING, PASTURING, SOILING, ETC. 
 — DIRECTIONS FOR MEDICAL AND SURGICAL TREAT- 
 MENT OF THE SAME — THE DAIRY IN ALL ITS 
 DEPARTMENTS — USEFUL TABLES FOB 
 FARMERS, GARDENERS, ETC., ETC. 
 
 By GEORGE E. WARIXG, Jr., 
 
 OF OGDEX FARM, 
 Consulting Engineer for Sanitary and Agricultural Works. 
 
 WITH ILLUSTRATIONS. 
 
 PHILADELPHIA: 
 PORTER & COAXES, 
 
 '^^ 
 
Eutered accordiDg to Act of Congress, in the year 1877, by 
 
 POUTER & COAXES, 
 
 In the Office of the Librarian of Congress, at Washington. 
 
PREFACE. 
 
 I HAVE on my shelves an old book — worm-eaten and time-worn— 
 which professes to teach every art connected with the domestic ani- 
 mals of a hundred years ago, from horses and cattle to goats and 
 fighting-cocks, including their diseases, their habits, and their uses, 
 together with every art belonging to the complete education of a 
 sporting man of the last century; — all written "By a Country 
 Gentleman //w// his own experience. ^^ 
 
 Such originality cannot be claimed for the present work ; for 
 while none of the operations of the farm are unfamiliar to me, and 
 while I profess to be, by education and experience, a practical 
 farmer, I have tried to tell in its pages not only what I have learned 
 over my work, — which, in the case of any individual, is woefully 
 little, — but also what I have gained from the recorded experience of 
 other farmers, who have been accumulating, little by little for 2000 
 years and more, the precious sap with which our tree of knowledge 
 is fed. 
 
 I have endeavored, too, to look beyond the farmer who has done 
 so much for the unfolding of the riches that Nature, our universal 
 mother, showers upon her industrious sons, and to question, as well, 
 those devoted friends of the farmer, the chemist and the student, 
 who ask from Nature something more than her material gifts, who 
 seek the very cunning of her deft handicraft, who — not satisfied with 
 the fact that she rolls up her bounty from seed-time until harvest — 
 ask how her work is done ; how the seed sprouts, the leaf shoots, the 
 blossom unfolds, the fruit ripens ; how renewed life and vigor spring 
 from death and decay ; how fields are exhausted, and how made 
 fertile ; how crops are increased, and kine are grown ; how from only 
 
 ^tl^ V-^ c^^ 
 
4 PREFACE. 
 
 air and earth and water such a marvel as man is made to live and 
 move. 
 
 I trust that my experience as a farmer has assisted and guided 
 my effort to separate the chaff from the wheat, or at least to 
 select from the teachings of others (whether in the field or in the 
 study) the information that the farmer, as a farmer, will be most 
 benefited by gaining. I have endeavored to forego all theorizing, 
 and to state the leading facts of the art and of the science of farming 
 as plainly and clearly as I could, so that any man who can read at 
 all, and who has ordinary intelligence, may find my statements as 
 free as possible from "hard words," and that he may feel, as he 
 goes along, that it is a brother farmer who is talking to him, and 
 that what he is saying both his reason and his experience lead him 
 to believe worth the telling. 
 
 It is now too late in the day for a sensible man to look with 
 anything but profound respect on the invaluable aid rendered to 
 agriculture by the discoveries of science and by the practical ap- 
 plication of these discoveries; and if any farmer feels the old carp- 
 ing spirit rising within him, he will, if he be wise, look for a moment 
 at the other side of the question, and consider in what important 
 particulars his own life has been improved by that which he denounces 
 as book-farming, — to which he owes the iron plow, the mowing ma- 
 chine, and probably the house over his head. 
 
 This book is intended especially for the use of those practical, work- 
 ing farmers who are willing to believe that, while they have learned 
 much from their own experience, it is not impossible that other 
 farmers (and men in other vocations as well) may have learned some- 
 thing too — something that it may benefit them to learn also ; and 
 who are liberal enough to see that the truth and value of a fact is 
 not destroyed by its being printed. 
 
 As will be seen by reference to the Table of Contents, a wide range 
 of subjects is discussed : in fact, it has been attempted to write just such 
 a book as a young man leaving another occupation and turning his 
 thoughts to farming would be glad to take for his guide. There is 
 
PREFACE. 5 
 
 not an important statement in these pages that I do not believe to 
 be reliable, nor a theory advanced that my own experience has not 
 taught me to approve. 
 
 Calling especial attention to the third and eighth chapters of the 
 book, — "The Key-Note of Practical Farming," and "Manures," — 
 the only ones in which the chemistry of farming is much noticed, — 
 it may be said that they are the result of years of study §.nd specula- 
 lion, kneaded into shape by other years of experience. 
 
 It is sad to look back to the days when "Agriculture " was a rosy 
 future with me ; when my work was done with the regularity and 
 precision of clock-work by cheap and respectable farm hands ; when 
 my crops were all large and my cattle were all fat ; when an analysis of 
 my soil, and a chemical ledger-account with each field, kept fertility 
 at the top mark ; and when the balance-sheet at the end of the year 
 was always adding to my fortune, — and then to bring my sobered 
 gaze down over the hillside of hard realities that ended in the plain 
 of simple "Farming," of humdrum hard work, dear labor, scant 
 manure, small crops, bad markets, sick animals, and — the least in 
 the world — a sick heart; with "soil analysis" an ignis fatuiis, and 
 nothing but patience and toil and skill and experience and hard 
 study to take its place. 
 
 I make no complaint of the disappointment, for even the harder 
 experiences of life are not without their advantages, — when they are 
 past, — but the hope of turning the steps of other young farmers into 
 pleasanter paths was not the least motive for the writing of this 
 book. 
 
 GEO. E. WARING, Jr. 
 
 Ogden Farm, Newport, R. I., 1877. 
 
LIST OF ILLUSTRATIONS. 
 
 FAGB 
 
 1. Stone Wall, Cross Section of. Fig. i 45 
 
 2. " " Fig. 2.. 45 
 
 3. Farm Gate. Fig. 3 47 
 
 4. Gate Fastening. Fig. 4 48 
 
 5- " F'g- 5 49 
 
 6. Outline of Farm- Yard. and Buildings at Ogden Farm 53 
 
 7. Sectional View of Barn " " 55 
 
 8. Perspective " " " 56 
 
 9. Arrangement of Cattle Floor " " 57 
 
 10. " Basement Floor " " 58 
 
 11. Cross Section of Barn Plan " " 60 
 
 12. Arrangement of Root and Manure Cellar " " 62 
 
 13. Perspective View of Medium-sized Barn. Fig. 13 65 
 
 14. Principal Floor " Fig. 14 66 
 
 15. Basement Floor " Fig. 17 68 
 
 16. View of Barn Ventilator. Fig. 15 66 
 
 17. " •' Fig. 16 66 
 
 18. Perspective Elevation of Barn and Sheds. Fig. 18 69 
 
 19. Ground Plan of the Same. Fig. 19 70 
 
 20. Second Floor " Fig. 20 71 
 
 21. Section of the Main Barn. Fig. 21 72 
 
 22. Section of Wing. Fig. 22 73 
 
 23. Farm Roads. Fig. 23 79 
 
 24. " Fig. 24 80 
 
 25. " Fig- 25 So 
 
 26. " Fig. 26 81 
 
 27. Drains, Line of Saturation between. Fig. 27 92 
 
 28. " Outlets of, secured by Masonry, etc. Fig. 28 97 
 
 29. Drainage Map of a Ten-Acre Field. Fig. 29 99 
 
 30. Defective Grade Illustrated. Fig. 30 loi 
 
 31. Bracing the Sides in Soft Fands. Fig. 31 103 
 
 32. Narrow Ditching Spade. Fig. 32..; 103 
 
 33. Measuring Staff. Fig. 33 103 
 
 34. Boning Rod. P"ig. 34 104 
 
 35. Finishing Scoop. Fig. 35 104 
 
 36. Position of Workman and Use of Scoop. Fig. 36 105 
 
 1 
 
8 LIST OF ILLUSTRATIONS. 
 
 PACS 
 
 37. Sighting by the Boning Rods. Fig. 37 105 
 
 38. Pipe Tile and Collar. Fig. 38 ... 106 
 
 39. Pick for Dressing Tile, etc. Fig. 39 107 
 
 40. Lateral Drain. Fig. 40 108 
 
 41. Sectional View of Joint. Fig. 41 loS 
 
 42. Silt-B.\sin of Six-Inch Tile. Fig. 42 109 
 
 43. Square Brick Silt-Basin. Fig. 43 109 
 
 44. Silt-Basin, built to the Surface. Fig. 44 no 
 
 45. Silt-Basin of Vitrified Pipe. Fig. 45 in 
 
 46. Mall for Ramming. Fig. 46 in 
 
 47. Boynton's Fire-clay Tile. Fig. 47 nS 
 
 48. " " " Fig. 48 118 
 
 49- " " " Fig. 49 118 
 
 50. " " " Fig. 50 119 
 
 51- " " " Fig. 51 119 
 
 52. " " " Fig. 52 119 
 
 53- " " " Fig. 53 119 
 
 54. Tile-Draining Implements. Fig. 54 121 
 
 55. Opening the Ditch and Laying the Tile. Fig. 55 122 
 
 56. Drainage BY means OF Plank. Fig. 56 126 
 
 57. Laying out a Field for Plowing. Fig. 57 138 
 
 58. Subsoil Plow. Fig. 58 141 
 
 59- " " Fig. 59 141 
 
 60. Whiffletree and Evener for Three Horses. Fig. 60 144 
 
 61. Field Roller. Fig. 61 146 
 
 62. Shares P.\tent Colter. Fig. 62 149 
 
 63. Horse Hoe. Fig. 63 151 
 
 64. Holbrook's Horse Hoe. Fig. 64 152 
 
 65. The Muller. Fig. 65 152 
 
 66. Corn Crib, rat and mouse proof. Fig. 66 249 
 
 67. " " " Fig. 67 250 
 
 68. Horses 
 69. 
 70. 
 
 71- 
 72. 
 
 Hoofs and Feet Illustrated. Fig. 68 407 
 
 " " Fig. 69 407 
 
 " " Fig. 70 408 
 
 " " Fig. 71 411 
 
 «• «* Fig. 72 411 
 
 t^ 
 
Book of the Farm. 
 
 CHAPTER I. 
 
 BUYING A FARM, — OR LEASING. 
 
 The very large class of men in America who are either leaving 
 other pursuits to establish themselves in the country, or who, 
 having been brought up on their fathers' farms, are about starting 
 for themselves, find the question of buying a f^m to be, for the 
 time, the all-absorbing question of their lives ; and it is very natu- 
 ral that it should be so, for the business is, emphatically, one of a 
 lifetime. 
 
 Being, unfortunately, the occupier of leased land, which has 
 so much of another man's affection and interest invested in 
 it, that its purchase is impossible, I can rpeak with very cordial 
 earnestness on this point ; and I can all the more strongly urge 
 absolute ownership, as of all things almost the most desirable, be- 
 cause I daily feel the uncertainty and unsatisfactoriness of a lease- 
 hold tenure. 
 
 So much of the man himself, so much of the daily sweat of his 
 face, so much of his hope, and of his anxiety, goes to the ground 
 that he tills ; so many of the assoqiations of his home, with its joys 
 and sorrows, are entwined around every tree and shrub in his door- 
 yard, that I can conceive for' him no more dismal thought in life 
 than that, some day, he must pull himself up by the roots, and, 
 further on in his years, must take a fresh start, with all his inter- 
 est to cultivate anew. Apart from any question of economy or 
 of interest, I would strongly urge every man, who finds it possible 
 for him to do so, and who means to end his days on a farm, to 
 buy his land. Let the farm be smaller than he could hire, and 
 less convenient ; let him go in debt for it if he must, but I deem 
 
10 II ANDY- BOOK OF HUSBAXDRY. 
 
 him to be a happier man who oivns a small place, even with a 
 mortjra<ie for his shadow, than is he who, with better facilities tor 
 his dailv occupations, and better conveniences for his dailv hfe, has 
 hanging before his eves the fact that some dav, when he is older 
 and less able to commence farming again, he must resign his im- 
 provements to his landlord, turn the key on his home, and pitch 
 his tents in strange fields. 
 
 The question of economy, however, cannot be set aside. 
 There are, I know, manv farmers whose aim in life seems to be 
 to see how much money they can screw out of the land to invest 
 on bond and mortgage, and the more often they can move and 
 apply their leeches to fresh cheeks, the more tuUy they will gratify 
 their lowest ambition. Thev save at the spigot of improvement, 
 and are unconscious of the open bung of exhaustion; in their 
 wav thev are happy. But every man who means to take a broader 
 view of farming, and recognizes the fact that the most substantial 
 part of the returns of his labor, and of his outlay, consists in 
 better buildings, better soil, and better stock, will see a sufficient 
 reason for wishing to become the owner of the fee of (lis farm. 
 In the other transactions of life, where the principle holds good 
 that any thing is worth what it will fetch in the market, business 
 men invest money with a view to the chances of its return at any 
 time when they choose to sell. In farming, this principle does 
 not hold good — at least not with regard to the farm itself. 
 
 It is better that the question of selling be not at all considered, 
 for a valuable farm is always a very difficult thing to sell, and very 
 rarely brings so much as it is worth. There are persons who 
 speculate in farms, who buy worn-out land at a low price, and, 
 after improving it, sell it at a high price. They often make money 
 by the operation, and they generally do good. They are a useful 
 class of enterprising men, but they are not the kind of men that I 
 have in my mind now — men who intend to "follow" farming as a 
 permanent occupation, who have made up their minds that it is the 
 thing to do, and who regard it not so much an enterprise as a living. 
 To such, I say, buy your farm judiciously, and, of course, as 
 cheaply as you can. Make up your mind whether it will suit you, 
 
BUYING A FARM, — OR LEASING. H 
 
 before you buy, and, having bought it, don't entertain the idea of 
 selling it, nor consider the money you invest in improvements in 
 the light of the selling value they will add to the farm, so much 
 as with reference to the annual return they will bring in conve- 
 nience, economy, or fertility. In short, consider your farm as a part 
 of yourself, and let it "grow with your growth, and strengthen 
 with your strength;" — you will find your yearly advantage in so 
 doing. 
 
 Under all circumstances, make the purchase of a farm a matter 
 of the most careful study. Probably it is the only farm that you 
 will ever buy, and it will have very much to do with your pros- 
 perity and your happiness throughout your whole life. If you have 
 been bred a farmer you will be able to decide what you want, and 
 can form an opinion that will be more satisfactory (to yourself at 
 least) than any that you will get from books or from men. 
 
 If you have passed your previous life in another occupation, 
 and now mean to make your living by farming, the best advice 
 that any one could give you would be to go and pass a whole year 
 with the best farmer you know. Become a regular "farm hand," 
 with an understanding that you are to be allowed to learn to do 
 all kinds of farm work. "Work away for dear life at his farm, 
 *' and make him tell you all he knows. Fancy it is your money in- 
 " stead of his that buys every ton of manure he expends."^'" After 
 such an experience, and with the aid of what you can learn from 
 books, you will probably be able to judge for yourself, better than 
 any one else can judge for you, what sort of farm you want. 
 
 It is a good plan, (for a man who has an opinion of his own,) to 
 ask the advice or opinion of others pretty freely, not that such 
 opinions are generally worth much, but they are often suggestive 
 of new points to be considered. 
 
 I do not propose to say much in the way of advice on the 
 subject of farm buying. The variety of tastes to be suited, and 
 the variety of wants to be supplied, are about as numerous as the 
 men themselves who are seeking farms, and, while taste may be 
 in a great measure educated and modified, and while the real 
 
 * Talpa. 
 
13 HANDY -BOOK OF HUSBANDRY. 
 
 requirements of all systems of farming might be enumerated and 
 discussed, it would be far beyond the scope of this book to attempt 
 cither. There are, however, a few general principles whose appli- 
 cation is so universal that they should always be borne in niinJ, 
 but beyond these I do not deem it practicable to go. 
 
 To those who want to buy for a home rather than for 2. fartn^ — 
 who want an ornamental farm, or a sort of agricultural countiy- 
 seat, — these directions can be of use only in so far as they apply 
 to the strictly agricultural aspects of their case. The very im- 
 portant considerations of beauty, society, and the conveniences < ! 
 luxurious living must be determined by the light of other con- 
 siderations than those with which simple farming has to do. 
 
 At the same time, every farm must be the home of the farmer's 
 family, and must, (or should,) comprise the influences which are 
 to ha\ e the most weight in the development of his Own and his 
 wife's characters, and in moulding the habits, the tastes, and the 
 constitutions of his children. 
 
 As a man has but one life to live, he should be very careful that 
 he so lives as to get from it the greatest possible amount of health, 
 comfort, cultivation, and ability for usefulness for himself and for 
 his family. This requires a healthy location, a good house, good 
 facilities for education, good neighborhood, and good land. To 
 get all of these is the lot of but few men. Generally, we must be 
 content with only a part of them. Inasmuch as, — after health, — 
 money is not the greatest good, but the means for attaining the 
 greatest good, the quality of the soil is of more importance than 
 any other thing except healthfulness of situation. A hundred 
 bushels of corn or forty bushels of wheat to the acre, will not 
 compensate a man for a houseful of fever and ague, but if they 
 can be had without the disease, they will lead the way to almost 
 every thing else that is needed. 
 
 The first thing to be decided is, whether to remain in well- 
 settled parts of the country, or to emigrate to virgin land. In the 
 latter case, the question should be, in how far will large crops 
 and lighter work compensate for the want of good schools, good 
 society, and good home-markets. In the former, in how far wi!l 
 
BUYING A FARM, — OR LEASING. 13 
 
 the social, educational, and commercial advantages make up for 
 the poorer quality of the soil. I assume that in either case the 
 consideration of health is the most important of all. 
 
 The far West, with its newer and more fertile land, is very 
 tempting to one class of men, and the older-settled parts of the 
 country, with their older civilization and their more dense popula- 
 tion, have equal charms for another class. There is much to be said 
 in favor of both ; but as the broader culture, and more careless 
 feeding which is practiced on the larger farms of new countries, 
 requires less exact knowledge and less close economy than is in- 
 dispensable on higher-priced land, the objects of my book will 
 be best attained if I confine my attention to the requirements of 
 the more thorough system of agriculture that small farms make 
 necessary. These are based on universal principles, and the ex- 
 tent to which they may be, or must be, modified, as land grows 
 cheaper, farms larger, labor dearer, and produce less valuable, 
 must be decided by every man for himself. 
 
 It is possible to keep fifty cows on a farm of fifty acres. 
 Whether it will pay to do so must be decided by the prices of 
 milk and of labor. It would pay to do it near New York City. 
 It certainly would not pay in Western Kansas. Still, a farmer in 
 Kansas could only be benefited by knowing how it may be profitably 
 done by the farmer in New York. 
 
 While the settlement of wild lands is often a good thing for the 
 settler, and always a good thing for the country, I think that it is 
 often undertaken under a very mistaken notion that it offers the 
 only chance for a man of small capital. 
 
 Let us suppose a young man, just married, to have a cash 
 capital of $i,ooo, (and the same principles will hold good in the 
 case of a smaller or a much larger amount,) with which he pur- 
 poses to commence farming. He starts life with his own head 
 and hands, the head and hands of his wife, and his $i,ooo in 
 money. His object is to so use these advantages as to get out of 
 his life the greatest amount of good. The world lies before him 
 for a choice. He can buy — with a mortgage — five or ten acres 
 on the outskirts of a manufactuiing town at the East, or he can 
 
l-i nAXKY-BOOK OF II USli AI^' D K V. 
 
 have a hundred and sixty acres at the West for the taking. If he 
 is the right sort of man, he mav grow rich, with the same amount 
 of labor, during his whole lite-time, on either place. Fifty years 
 hence he would haye, at the West, a capital farm, well fenced, 
 well watered, with good out-buildings, and with a good hous". 
 Probably, he would also haye his share of political honor and of 
 social distinction. At the East he would have glass-houses, hot- 
 beds, rich land for vegetables, a house " with all the modern con- 
 veniences," and the most agreeable kind of work for the evening 
 of his life. He would be less likely to achieve personal distinc- 
 tion, but, on the other hand, his wife would have, at least at the 
 commencement, less drudgery, and his children would have better 
 advantages for education near home. 
 
 These arc the two extremes which are open to him, and his 
 opportunities cover the whole ground between. It is for each 
 man to weigh well the arguments on both sides of the case, and 
 decide for himself, — what fio book can tell him, — which path 
 promises the most of what he considers the most desirable. 
 
 In choosing a farm in the far West, the considerations which 
 should influence one are rather political and commercial than 
 agricultural. There is so much perfectly good land to be had, 
 that it is much more difficult to decide upon the most desirable 
 location, than it is to find good land in the chosen situation. 
 
 Farther east, however, good situations are plenty, while good 
 land is not always to be found, and the more nearly we approach the 
 Atlantic coast, the less easily can we suit ourselves in this respect. 
 
 I can say little about the South that ought to have weight in 
 deciding a quiet farmer to go there. The state of society is so 
 unsettled and the prospect of the immediate fJrtu"iffe is so uncer- 
 tain, while so many Northern men who went there under the 
 most favorable circumstances, and with the most flattering pros- 
 pects at the close of the war, have come home v/iser and sadder 
 than when they went, that it seems to me that a prudent person 
 should leave the Southern lands, with their many great advan- 
 tages, for th? settlers of some future day. 
 
 Supposing the region for the new home to be decided on, and 
 
BUY IX a A FARM,— OR LEASING 15 
 
 that it be near one of the lai;ger towns at the East, what are 
 the considerations which should decide us in the selection of the 
 farm ? 
 
 First. — Avoid a malarious district. There is no curse like fever 
 and ague, — which will bring more misery to a family than any 
 amount of prosperity can overcome, and of which there is far too 
 'much both at the East and at the West. 
 
 Second. — Choose a small farm, — small, that is, in proportion to 
 your capital. I think no man is wise who at the East goes in 
 debt for more than fifty acres. With plenty of capital, a farmer 
 of good executive ability can hardly have too much land. Any 
 one who has to work himself out of debt, mainly by the labor of 
 his own hands will find fifty acres better than more. His chances 
 will be better with ten acres than with a hundred. So far as one 
 man's work is concerned, especially with small means for the 
 purchase of stock, implements, and manure, the more it is con- 
 centrated, the better it will tell in the end, and fifty acres brought 
 to the highest state of cultivation of which the land is susceptible, 
 will produce more at much less cost than will a hundred acres 
 only half so well cultivated. 
 
 Third. — Buy a farm that is very much run down and out of 
 repair, rather than a good farm with good improvements which 
 are not exactly what you will require, unless you can get the im- 
 provements for much less than it would cost you to replace them. 
 Better pay fifty dollars an acre for a place that fifty dollars more 
 will make exactly right, than a hundred dollars for a place that 
 never will be exactly right. 
 
 Fourth. — Remember that to clear up swamps, build stone walls, 
 and dig out rocks and stumps costs much labor, and delays legit- 
 imate farm operations. Farmers are not apt to reckon these 
 things at their full cost, because they do not usually pay out 
 money to have them done — forgetting that their own labor, thus 
 spent, might be more advantageously applied to better land. The 
 tile drainage of wet clays may be undertaken with more con- 
 fidence, because such soils when thoroughly drained are usually 
 the most profitable of all for cultivation. Still, in purchasing 
 
1(3 HAXDY-BOOK OF UUSBAXDRY. 
 
 land of this sort we should calculate to pay out from thirty to 
 sixty dollars an acre for draining tiles and labor, — an expenditure 
 which not unfrequently comes back in two or three years, from 
 the hicreased production ; while the improvement is permanent, 
 and often increases yearly for a long time ; yet which does con- 
 sume capital. 
 
 Fifth. — Be sure that the place is adapted to the sort of farm- 
 ing you mean to follow. Do not hope to raise the best fruit on 
 moist, cold land, exposed to the highest winds, nor to raise the 
 best grass on a ground that is too high and dry. If your soil 
 will require heavy manuring, and your system of farming will not 
 produce much manure, you should be near enough to a town to 
 haul out stable manure or other fertilizers without too great cost. 
 
 Sixth. — I don't know but that this should follow next after the 
 question of health. Bear in mind the fact that the farm is to be 
 your home. You are a man and your work is out of doors. If 
 you have comfortable lodging, and sufficient shelter, you may get 
 on without being made unhappy by a dismal house. But your 
 wife and your children have equal claims to consideration, and 
 you make a grave mistake if you compel them to live in an 
 uncomfortable or cheerless house, with no pleasant surroundings, 
 and no hope of having them. 
 
 Unhappily a very large majority of farmers do make this mis- 
 take, and they are rewarded for it by the promptness with which 
 their children run from the old roof-tree as soon as their ao^e and 
 circumstances will allow it, not always, it is true, to better their 
 condition, but always in the hope of a more agreeable life. It 
 will be better for agriculture in America, and, therefore, better 
 for America and for the world, when farmers' children can find 
 no pleasanter place than the home where they were born and 
 when they realize the fact, (for it is a fact,) that the life of a 
 farmer may be as comfortable and as elegant as that of a mer- 
 chant or a manufacturer. Buy a good farm, — or one that you 
 can afford to make good, in a good situation, — with schools, 
 churches, and society for your family, and you will have a good 
 prospect of a happy life. 
 
BUYING A FARM,— OR LKASING. 17 
 
 Or, if you decide to move to the West, get as many of these 
 advantages as you can, and trust for the rest to the fact that 
 schools, society, and markets are working their way intothe newer 
 States with great rapidity. By the time that your children are 
 grown up, it is probable that your new home will be much better 
 surrounded by all of these than would now seem possible. 
 
 LEASING. 
 
 There has recently been published in London, under the 
 title ot " Practice with Science," a series of essays on various 
 agricultural topics. Eighty of its four hundred pages are devoted 
 to the question of leases. There, the farmer who owns his land is 
 an exception. Here, fortunately, the leaseholder is an exception, 
 and an exception so rare that we need not devote much time to the 
 discussion of his position, — one which is generally temporary, 
 inasmuch as he almost always looks forward to the time when 
 he will be able to buy a farm of his own. 
 
 The main thing to be said about leases is, that it is for the 
 mutual benefit of both landlord and tenant that they be made as 
 long as possible, in order that the tenant may afford to make such 
 improvements, and to pursue such a course of cultivation as his 
 advantage and the good of the farm may require ; that he be 
 allowed every possible facility for good farming, and that he be 
 restrained from any course of cultivation or any sale of crops that 
 will lessen the value of the land for future use. 
 
 A lease for a single year at a time, and the privilege of selling 
 hay without returning manure, will usually end in the impoverish- 
 ment of the farmer, and of the farm too. 
 
CHAPTER II 
 
 THE BEGINNING OF OPERATIONS. 
 
 The farm is bought, chcaplv because it is in a badly run-down 
 condition, but it is only the middle ot" September, and there is 
 time enoutjh vet to do a good deal in the way of improvement 
 before winter sets in. 
 
 The house is pretty good, — a little painting and lime-washing 
 and paper-hanging, will make it cosv enough for a commencement, 
 and it can be patched up so that it will be a snug house, until 
 there is money to make it better. There is too much demand for 
 money on the farm for much to be spent for ornament now. 
 
 On the whole, it is not a bad purchase : seventy-five acres of 
 land, — fifty cleared and twenty-five in wood, — two miles from a 
 busy town which gets two-thirds of its food from the West, and 
 most of its butter from the citv markets, and which affords a good 
 supply of stable manure. Our end of the town stretches out in 
 a sort of \ illage which has a nice-looking school-house, hardly 
 more than a mile from us. The neighborhood immediately about 
 is good, and the place looks home-like, if the house is an old one. 
 On this score, our young man is quite satisfied, but he has plenty 
 of hard work ahead, a heavy mortgage on his farm, and barely 
 capital enough to work his way to prosperity. It will take a 
 stout heart, a strong arm, and a clear head to bring him 
 through, but it can be done, and I have placed him in this 
 position because his is the lot of most men who marry young and 
 start in life as farmers. 
 
 His course must be marked by the most patient industry, but 
 the industry must not be all of the body. Farmers who have 
 
THE COMMENCEMENT OF OPERATIONS. 19 
 
 gone before him — for thousands of years — have learned a good deal, 
 and what they have learned has been written and printed. Other 
 farmers are trying experiments, the results of which are as valuable 
 for him as for them. Men in other walks of life have applied their 
 knowledge to finding out how plants grow and what influence is 
 exerted on them by soils and manures. Their discoveries have 
 been published, and many of them have been approved by practice 
 on farms. Altogether, this constitutes more knowledge about 
 the operations of the farm than he could gain by experience if he 
 lived ten lives, and spent every day of all of them in the most 
 ener2;etic work on his farm ; — more than he could " think out 
 for himself" if he were to keep up a steady thinking until 
 Doomsday. And it is, very much of it, knowledge which he, 
 as a farmer, needs to have, just as much as a doctor needs to 
 know what others have learned of medicine. 
 
 The best use he can make of a portion of his money is to spend 
 it for agricultural books and papers, and the best use he can make 
 of his leisure time is to spend a fair share of it in reading them. 
 Let his neighbors call him " book farmer," if they will, and let 
 them decry " theories ;" he will work none the less faithfully for 
 any thing he learns out of agricultural books, and in the end 
 he will find that a ton of hay will cost him no more because he 
 knows something of the principles of hav-making, and of the laws 
 which operate in the growth of grass. The condition of his farm, 
 ten years hence, will be a sufficient answer to those who have 
 ridiculed his habit of reading about farming. 
 
 Still, he should read with great caution and with judgment. 
 There is a great deal in agricultural books, and still more in agri- 
 cultural papers, which is crude and fanciful, and which cannot 
 be successfully applied in practice. While he should read faith- 
 fully, he should make use of what he reads only with great care, 
 and avoid trying, at least on a large scale, any thing which is not 
 actually proven to be suited to his case. 
 
 The first of his out-of-door operations should be to make a map 
 of his cleared land, with the division fences, and the location of 
 the buildings. This map need not be very accurate — what is 
 
20 II A X D T - B K OF H U S B A N D R Y. 
 
 most necessary is to have something that will serve as a reminder 
 when he ii studying over his future operations, in the house in 
 bad weather. It will cost very little to have a surveyor make a 
 diagram of his boundary lines from, the description in his deed, and 
 he can pace off the starting-points of his division fences, so as to 
 make a map good enough for his own use. 
 
 Very soon after taking possession, he should manage to get in 
 five or six acres of rye. This will never come amiss. If the 
 pastures are backward in the spring, he can cut enough, daily, for 
 a green bite for his animals, and what he does not need to use in 
 this way will be worth, in straw and grain, much more than it 
 will have cost. 
 
 Other necessary work, in repairing buildings for temporary use, 
 building up fences where they have fallen down, providing winter 
 food for his stock, and getting ready for winter generally, will 
 occupy his time until cold weather actually sets in. Even if he 
 have ready money for improvements, I would recommend him to 
 be very careful about commencing them at once. He needs 
 at least a whole winter to make up his mind what he really 
 wants, though, if he has swamp land on his place, he can make no 
 mistake in hauling out muck to be composted with the manure as 
 fast as made. As soon as he can decide which field he will put 
 in corn the next year, if he intends to buy manure from stables 
 in the town, he should commence hauling and spread it directly 
 on the sod to be plowed in in early spring. If he is sure of early 
 pasture, he may omit sowing rye, and plow his corn land as early 
 as possible, spreading the manure on the furrow. The crop will 
 probably be better for it, and he will, at least, have that much 
 spring work done beforehand. This fall-plowing should be con- 
 fined to land which will not be likely to wash, and if the subsoil 
 is an unfertile '' blue-pan," great care should be taken not to 
 bring it to the surface. On many soils it is best, late in the fall, 
 to defer the plowing until spring, — enriching the soil as much as 
 possible by top-dressing. 
 
 When the winter has really set in, and he has long evenings 
 and stormy days for house-work, he should study his map well 
 
THE COMMENCEMENT OF OPERATIONS. 21 
 
 and develop a plan for future operations. What to do about 
 buildings, what fences to remove, so as to enlarge his fields, 
 what to rebuild, what land, if any, to drain, what crops to 
 plant, what stock to keep, how to improve the pastures, which 
 meadows to break up, which to top-dress and bring into better 
 mowing condition — these and a hundred other questions will 
 present themselves, and they must all be decided with most 
 careful judgment. Though he do his best, he will make many 
 mistakes, and when, in the spring, he comes to review in the 
 field his winter's work in the house, he will see reasons for chano-- 
 
 o 
 
 ing many of his plans. But, for all that, his plans will have been 
 profitable to him, in many ways, and he will be in a better posi- 
 tion to decide on the best course after having made them. 
 
 When he really gets at work, in March or April, he will have 
 his hands full, and his head full, too, with the management of 
 each day's operations. Then, his practical experience will come 
 into play, and, tempered by what he has learned by his winter's 
 reading, must carry him through planting, haying, and harvest, as 
 best it may. 
 
 It would be too much a work of mere imagination to describe 
 all the labors of the season ; to fancy this field to be drained ; 
 that one to be made smaller ; this larger ; a barn to be built here ; 
 a shed there ; and all that, — I prefer to leave these details to the 
 young man's own discretion, and, (as I cannot write out direc- 
 tions for all farms,) to turn to the discussion of the various prin- 
 ciples and operations which all farmers need to know about, so 
 that not only he, but all others, may have, so far as I am able to 
 give it them, a convenient hand-book of their occupation. 
 
CHAPTER III. 
 
 THE KEY-NOTE OF GOOD FARMING. 
 
 The teachings of agricultural chemistrv and of vegetable physi- 
 ologv are very much less positive now than they were hfteen years 
 ago, concerning many matters of very great importance to the farmer. 
 The old idea of the practical value of soil analvsis exploded long 
 ago, and it shook the very foundations of "Book Farming." 
 
 Still, there are many things that are positively known — proven 
 by simple and unmistakable evidence — that are of practical value, 
 yes, of vital consequence. Many other things we are led to 
 believe are undoubtedly true, and we know are of great importance, 
 but their positive proof lies, thus far, among the hidden processes 
 of nature's workshops, waiting the day when a keener-eyed science 
 than ours shall unfold them. Thus far we can only draw infer- 
 ences from them — valuable inferences, it is true, but not yet 
 absolute rules. 
 
 To enter upon the discussion of these facts and inferences, so 
 as to develop their full influence in agriculture, would compel me 
 to entirely change the purpose of my work. I can only touch 
 upon a icw fundamental truths which lie at the root of the great 
 economies of our art. 
 
 I desire, at the outset, to disclaim all sympathy with the popular 
 outcry against theory^ believing that agricultural writers have done 
 much harm by catering to the prejudice on which this outcry is 
 based. Iheory is a correct statement of the principles by which 
 any efFect is produced -, it is a recognition of unchangeable laws, 
 and is as necessarv to the farmer who grows Indian corn, as it is 
 to the mechanic who makes the mill by which corn is ground. 
 
THE KEY-XOTE OF GOOD FARMING. 23 
 
 To guess at the cause of any effect, and to imagine that certain 
 laws may be made to act in a way in which it is not proved that 
 they can act, is by no means theory, — it is a mere fancy, and it is 
 this fancy that has been decried under the name of "theory." 
 A knowledge of theory is necessary to real practice, and I desire, 
 so far as my limits and my ability will allow, to justify good practice 
 with theory, and to prove theories by practice, stating the whole 
 case so far as possible, in the plain English of common life, avoid- 
 ing, wherever practicable, such purely technical terms as are not 
 familiar to farmers. 
 
 The first great aim of all farming is to raise the largest possible 
 crops at the least possible cost, and good farming considers any 
 injury to the soil as a part of the cost. The use that is to be 
 made of crops after they are raised, is an important but a secondary 
 consideration. How to raise the crops is the first question, and 
 in answering it we should know what plants are made of, whence 
 their constituent parts come, and how they are put together. The 
 farmer should recognize the fact that he is a manufacturer, whose 
 object it is to make roots, or stems, or leaves, by putting together 
 the raw materials in his store-house, in the most complete, most 
 satisfactory, most workmanlike manner. To do this he should 
 understand his machinery and his material, at least so far as the 
 present state of agricultural knowledge enables him to do so. 
 
 In a certain sense the requirements of all cultivated plants are 
 the same. They all need the assistance of the soil, the air, the 
 light and heat of the sun, and water to attain their growth, and 
 they will be more or less perfect in their development according 
 to the completeness with which all of these difi^erent agencies are 
 allowed to act. 
 
 I have not the space to give such a complete statement of the 
 teachings of chemistry as applied to agriculture as is necessary 
 to a profitable understanding of the more intricate laws of vege- 
 table growth, but there are certain leading principles which chem- 
 istry has unfolded, that should be familiar to every farmer, and 
 which, fortunatelv, may be plainly stated and easily understood. 
 
 If a hundred pounds of grass is laid upon a shelf, in a warm 
 
24 ITANDY-DOOK Oli" HUSBANDRY. 
 
 room, it wilts and shrivels up, losing much of its weight. This 
 results from the dr) ing out of the water with which its pores are 
 filled. If it is allowed to become rotten, it loses much more 
 of its bulk, its texture is broken up, and it gives off foul odors. In 
 this case it loses a part of its own substance, (not only the 
 water which filled its pores and gave it its natural form, but 
 a part of the very material by which its pores are surrounded,) 
 and, if kept under circumstances favorable to decomposition, it 
 will finally be reduced to a blackened mass, almost a mould, 
 with no indication of its original form, and with not a twen- 
 tieth part of its original weight. If this small residue is burned, 
 only a handful of ashes will remain of the once luxuriant grass. 
 The same result would come of a like treatment of every plant 
 that grows. Some would be more and some less rapidly reduced 
 by the original decay, while fire, which is only a more active decay, 
 would drive away water, fiber, bark, leaves, and roots, and leave 
 only the ashes behind. 
 
 Our grass is destroyed, — where has it gone ? The water has 
 *' dried up," become vapor, and gone to help make the rains and 
 the dew. The gum and starch, and flesh-forming parts have 
 rotted away, and have floated oft" as gases into the air whence 
 they originally came, and where they are again on duty, ready to 
 enter the leaves of plants, or, being dissolved by the moisture of 
 the soil, to travel up their roots and again take on a useful form. 
 The woody matters that have burned away have followed the 
 same law, and will follow it again and again as long as growth 
 and decay last. All that remains to us is our poor handful of 
 gray ashes, — this is the only part of our grass that can be sup- 
 plied by the soil alone, and to the soil we must give it again. 
 
 Let us now examine the different sources of plant-food : — 
 
 THE SOIL. 
 
 A fertile soil contains various proportions of clay and sand, 
 and mixed earthy substances and decayed vegetable matter ; these, 
 together, forming nearly its whole bulk, and acting in a mechanical 
 rather than in a chemical manner upon the growth of plants. 
 
 ' if 
 
THE KEY -NOTE OF GOOD FARMING. 25 
 
 That is, they constitute a porous mass ; with a certain power of 
 absorbing moisture from the atmosphere, from rains and from the 
 ** water table," * which Hes at a greater or less depth below the 
 surface ; with a greater or less ability to admit the circulation 
 of air ; with a certain power to absorb and retain heat ; and with 
 pores between its particles into which roots may penetrate. So 
 far as these qualities are concerned, the most fertile soils are those 
 which are loose in their texture, and neither light enough to become 
 too easily dry, nor so heavy as to be too excessively wet in rainy 
 seasons. Such soils may have a wide range of composition with- 
 out materially differing in fertility. All that is required is that they 
 contain enough clay to give them a good consistency, and enough 
 marl, or vegetable mould, or sand to prevent their being too stiff. 
 They may contain very little or very much sand, very little or 
 very much vegetable matter, and very little or very much marl. 
 Even the clay may be present in large or small proportion without 
 necessarily making the soil much richer or poorer. 
 
 These rhechanical ingredients of soils may vary in the follow- 
 ing proportions without materially affecting its fertility, pro- 
 viding, of course, that they are so apportioned to each other as 
 to make a mass of the proper consistency. 
 
 Organic matter (vegetable mould) from 8 czs. to 70 lbs. in 100 lbs. 
 
 Clay " 5 lbs "35 " '■' 
 
 Sand (silicious) "20 *' "90 " " 
 
 Marl (calcareous or limy sand) " 5 " "20 " " 
 
 A perfectly fertile soil, out of which the water has been 
 dried, may contain as much as 98 or even 99 per cent, of matters 
 which never enter the roots of ordinarily cultivated plants, and 
 which only perform the mechanical offices set forth above. 
 
 Intimately mixed with this mass of material, and, like it, de- 
 rived from the decomposition of the rocks or from the decay 
 
 * By the " water-table" is meant the level cf the standing water in the ground — the 
 water which is neither dried up from the surface, nor drained away below, by natural 
 or artificial means. It is nearer to the surface or farther away from it in proportion to 
 the completeness of the drainage, the dryness of the season, and the amount of rain-fall. 
 
2G 11 ANDY- BO OK OF HUSBANDRY. 
 
 of the vegetable matter from which the soil was formed, are from 
 one to three pounds in each one hundred pounds of other sub- 
 stances which go to form the ashes of all cultivated plants, and 
 the fertility or barrenness of any soil which is in good condition 
 in other respects, depends on the presence or absence of these 
 parts. All soils, once fertile, which, without growing more wet, 
 have become unproductive (which have been exhausted) through 
 an improper system of cultivation, have become so in consequence 
 of the removal of the available supply of one or more of this 
 class of ingredients, and their fertility can be restored only by the 
 addition of the missing substance, by the application of some 
 agent like lime or unlcached wood ashes, or by deeper plowing, 
 better draining, the use of green crops, or exposure to the 
 action of frost. The first process is a direct return of the 
 materials which have been taken awav ; the others cither bring 
 up similar matters from the unexhausted subsoil, or, by causing the 
 corroding, or the pulverization of coarser particles of the soil, 
 they expose to the action of roots, the same constituents, which 
 had been locked up within them. 
 
 The following table gives the names of the most important of 
 these plant-feeding materials, and the proportion which they bear 
 to the whole weight of the soil : — * 
 
 Phosphoric acid I lb to 4 lbs in 1 000 lbs of soil 
 
 Sulphuric " i " 3 «' «• " '« 
 
 Magnesia 5 " 10 " " " " 
 
 Chlorine I •« z " " " " 
 
 Soda 3 «' 8 '< «' «< «' 
 
 Potash 1 '« 20 " " " " 
 
 In a'.l.from ui «« 47 «' '< ' 
 
 These proportions vary a good deal within certain limits, but 
 they are always exceedingly small. Lime varies vcrv much more 
 widel)'. 
 
 To sum up the case, then, the soil, in a practical point of 
 view, may be regarded as a mass of material, which admits the 
 
 * For greater simplicity, 1 make no account of the si/icates, oxide of iroi. and cxiJe of 
 man^arcj?, and which should be considered in a scientific treatment of the subject ; but 
 which are nut of great practical importance in this connection. 
 
THE KEY-NOTE OF GOOD FARMING. 27 
 
 roots of the plant, and holds it in its position ; absorbs the 
 heat, air, and moisture which are required to be about them ; 
 and contains in very small quantities, certain materials which 
 are necessary to growth, and which can be supplied only by the 
 soil. 
 
 Nitrogen and carbonic acid, which are absorbed by the roots, are 
 necessary constituents of the soil, but as they come originally from 
 the air, I have deemed it best to postpone their consideration. ^ 
 
 THE AIR. 
 
 The air, like the soil, consists of an immense bulk of ma- 
 terials which, so far as the growth of plants is concerned, have 
 mainly a mechanical action. This immense mass contains car- 
 bonic acid in the proportion of about one part to twenty-five 
 hundred, and ammonia in very much smaller proportion ; it also 
 contains very varying amounts of watery vapor. These three 
 substances, — for, although only thin air to our senses, they are as 
 substantial as the soil itself, and can be weighed, and measured, 
 taken apart and put together again with as much accuracy as 
 though they were wood or stone, — are the great sources of the 
 material of which all plants are composed.''' All of the plant, 
 whether the smallest grass or the largest tree, is made up of the 
 constituents of tuater^ carbonic acid^ and atnmonia ; save only the 
 small part that remains as ashes after burning. 
 
 One thousand pounds of red clover hay, out of which the 
 water had been dried, contained — 
 
 Ash 77 lbs. (from the soil.) 
 
 Carbon 474 " ( '• carbonic acid.) 
 
 Hydrosen co " "l , ,, . 
 
 ^ ^ -> M water.) 
 
 Oxygen 37S " i 
 
 Nitrogen 2t " ( " ammonia.) 
 
 1,000 lbs. 
 
 * As in the case of some of the minerals in the soil, I make no account in this con- 
 nection of nitric acid, nor of the many gnssous results of vegetable and animol decompo- 
 sition, as I desire to state the leirlins principles of growth in the simplest form possible. 
 
 So far as these gases are definitely known to have an influence on vegetation, 
 
28 HANDY-BOOK OF IIUSBANDUT. 
 
 These proportions vary somewhat in diiferent analyses, but not 
 materially. Such of these substances as exist in the air arc taken into 
 the plant by the leaves, or, having been carried to the soil, by rains, 
 (or added to it by manure, or by the decay of vegetable matter,) 
 through the roots. The ashes are taken directly from the soil. 
 The manner in which thev are taken, and the sources from which 
 they are taken most readily, will be discussed hereafter. What I 
 desire to especiallv emphasize in this connection is the fact, that 
 by far the larger part of all plants comes originallv from an atmo- 
 spheric source, and that only a small percentage of their constitu- 
 ent parts is supplied by the mineral portion of the soil. 
 
 THE PLANT AND ITS FOOD. 
 
 The cultivated plant has two sets of feeding apparatus : the 
 leaves and green stems, and the roots. The leaves and green 
 stems absorb carbonic acid from the air, and the roots absorb from 
 the soil the mineral matters^ ammonia^ and carbonic acid. Within 
 the organs of the living plant such changes take place as are 
 necessarv to separate these different compounds, to reject what is 
 not needed, and to assign to its proper place in the organism each 
 element that is to be retained. These changes take place without 
 our aid, are bcvond our control, and are therefore, in a practical 
 point of view, not necessarv to be discussed here. 
 
 In red clover hav fullv ninctv per cent., — and in all other prod- 
 ucts about the same proportion, — of the dry weight consists of 
 carbon.^ oxygen., and hydrogen^ which are aKvavs abundantlv sup- 
 plied to the plant bv the decomposition of carbonic acid and 
 water. Of the ashes, certain ingredients, as magnesia., silica., 
 sulphuric acid., oxide of iron., chlorine., soda., the oxide of man- 
 ganese., and generally lime., are either found in all arable soils in 
 
 thfyneed in no wayaffrct the practices of the farmer. The word " ammonia" is used 
 here (in accordance with a common though not strictly fcicntiiic usage) to dcsijnate 
 those nitrogcnouscompounJs which under certain circumstances may aisurne the form of 
 ammonu. 
 
THE KKY-NOTE OF GOOD FARMING. 29 
 
 such abundant quantities that it is not necessary to add them in 
 manure, or they may be so cheaply and easily obtained that they 
 are of secondary importance in practice. 
 
 Therefore, it is chiefly desirable for the farmer to give his atten- 
 tion to the sources from which the plant may derive its three 
 remaining ingredients, — nitrogen^ phosphoric ac'id^ zndi potash. With- 
 out these none of our cultivated plants will attain their full de- 
 velopment, and when a soil ceases to producegood crops, (supposing 
 it to be in good mechanical condition,) it is almost always in con- 
 sequence of a deficiency of one or more of them. I propose 
 therefore to restrict my remarks about agricultural chemistry to a 
 consideration of these three substances, — without a proper manage- 
 ment of which no man can be an entirely practical farmer. He 
 raises no crop which does not contain them, he sells no animal or 
 vegetable product which does not take them from his farm, and 
 he has no soil so rich that they, or some of them, need not be 
 returned to it to keep up its fertility. Whatever course of culti- 
 vation he pursues, he should never lose sight of these elements, 
 and he should pay no greater heed to the dollars and cents that he 
 receives and pays out than to the nitrogen, phosphoric acid, 
 and POTASH which constitute his real available capital, and whose 
 increase and decrease mark the rise and fall of his true wealth. 
 
 Other constituents of his soil are removed in the crops and in 
 the animal products sold, but they are such as are usually con- 
 tained by the soil in larger quantities, or as may be cheaply pro- 
 cured from other sources, and they are rarely removed to a suf- 
 ficient extent to cause an impoverishment of the land. 
 
 The elements spoken of above, as well as lime and other min- 
 eral manures, will be more fully treated in the chapter on Ma- 
 nures ; but I desire, at the outset of my work, to call especial 
 attention to the characteristics and uses of these three cardinal 
 elements. 
 
30 HAXDY-BOOK OF HUSBANDRY. 
 
 NITROGEN*. 
 
 Nitrogen io an clement not only of all plants, but of every part 
 of the plant. Rout, stem, branch, and leaves, at some period of 
 their growth, contain it in every minutest part of their structure. 
 Its quantity, in comparison with the other elements, is extremely 
 small ; but, in vegetable growth, the importance of any constitu- 
 ent of the tissues is not to be measured by its quantity. It may 
 play the smallest possible part in the building up of the plant, but 
 so much of it as is necessary must be at the right spot at the right 
 time. It the sap lacks the atom of nitrogen that is required, all 
 the other atoms in the sap go for nothing. 
 
 It generally forms from lo to 40 parts of every 1,000 parts of 
 the dry weight of the whole plant — by far the largest proportion 
 being lodged in the grain. 
 
 The experiments of Boussingauk showed that 1,000 lbs. of 
 each of the following articles contain the amount of nitrogen 
 stated in the tabic. (The substances were thoroughly dried at a 
 h gh temperature). 
 
 Wheat 23 lbs. 
 
 " Straw ^ " 
 
 Rye 17 " 
 
 '* Straw ■> 'i 
 
 J 
 
 Oats » J «c 
 
 " Straw ^ « 
 
 Peas 4; a 
 
 " Straw 2 , (( 
 
 Potatoes I - <( 
 
 Beets I ^ « 
 
 Turnips jy ct 
 
 Red Clover hjy 21 i< 
 
 This, like all other tables based on vegetable analysis is to 
 be regarded as indicating the general proportion which the different 
 elements bear to each other, rather than the positive amount of 
 each. They vary a little, according to the conditions of growth 
 but not very materially. 
 
THE KEY-XOTK OF GOOD FARMING. 31 
 
 In the crops, as grown, of course these proportions will vary 
 according to the amount of water they contain : l,ooo lbs. of 
 turnips contain about 900 lbs. of pure water, while l,ooo lbs. of 
 ripe peas contain only about 86 lbs. Therefore, 1,000 lbs. fresh 
 peas contain about 39 lbs. of nitrogen, while 1,000 lbs. fresh 
 turnips only contain about \\ lbs. 
 
 The reason why nitrogen, although forming a so much smaller 
 part of the substance of our crops, is more necessary to be con- 
 sidered by the farmer than the other substances that are derived 
 from the air, is because, while there is a certain amount furnished 
 by natural means, — enough to enable plants to make a tolerable 
 growth, — they are generallv benefited by the addition of an in- 
 creased supply as manure. The other atmospheric elements take 
 care of themselves. The air about the leaves and the water of 
 the sap contain them abundantly, in a form that is always avail- 
 able. With nitrogen the case is different. Although it exists in 
 the atmosphere in the form most useful to vegetation, — that of 
 ammonia and nitric acid, — the plant cannot usually obtain its sup- 
 ply through the leaves, but it must find its way into the soil and 
 enter the roots with the water that ^oes to form the sap. 
 
 Ammonia and nitric acid are the universal sources of the supply 
 of nitrogen to vegetation. Ammonia is a gas formed during the 
 decomposition of vegetable and animal matters. These all con- 
 tain nitrogen, and when they are destroyed, either by fire or by 
 decay, their nitrogen escapes in the form of ammonia, or as nitric 
 acid. Usually, the original product of all destruction of organic 
 matters containing nitrogen is ammonia, which gives great value 
 to all animal manure, which is one of the manurial ingredients of 
 rain water, and which is the farmer's best assistant in making his 
 land produce the largest crops that with its supply of mineral food, 
 it is capable of growing, 
 
 Liebig, speaking of the sources or the nitrogen of plants and of 
 the supply of ammonia, says : — 
 
 " We cannot suppose that a plant could attain maturity, even 
 " in the richest vegetable mould, without the presence of matter 
 " containing nitrogen, since we know that nitrogen exists in every 
 
32 II.VN 1> Y-]i001v OF HUSBANDRY. 
 
 " part of the vegetable structure. ******* We 
 " have not the shghtcst reason for believing that the nitrogen of 
 " the atmosphere takes part in the processes of assimilation of 
 *' plants and animals ; on the contrarv, we know that many plants 
 " emit nitrogen, which is absorbed by their roots, either in a 
 " t!;aseous form or in solution in water. But there are, on the 
 " other hand, numerous facts showing that the formation in plants 
 " of substances containing nitrogen * * * * takes place in 
 *' proportion to the quantity of this e'ement conveyed to their 
 ** roots in the state of ammonia derived from the putrefaction 
 " of animal matter. ******* Let us picture 
 '* to ourselves the condition of a well-cultivated farm, so large 
 *' as to be independent of assistance from other quarters. On 
 ** this extent of land there is a certain quantity of nitrogen con- 
 *' tained both in the corn and fruit which it produces, and in the 
 " men and animals which feed upon them, and also in their ex- 
 ** crements. We shall suppose this quantity to be known. The 
 " land is cultivated without the importation of any foreign sub- 
 *' stance containing nitrogen. Now, the products of this farm 
 *' must be exchanged every J'ear for monev and other necessaries 
 " of life — for bodies, therefore, destitute of nitrogen. A certain 
 *' proportion of nitrogen is exported in the shape of corn and 
 " cattle, and this exportation takes place everv year, without the 
 " smallest compensation ; yet after a given number of vears, the 
 *' quantity of nitrogen will be found to have increased. Whence, 
 ** we may ask, comes this increase of nitrogen ? The nitrogen in 
 *' the excrements cannot reproduce itself, and the earth cannot 
 " yield it. Plants, and consequently animals, must, therefore, 
 *' derive their nitrogen from the atmosphere. ****** 
 *' A generation of a thousand million men is renewed every thirty 
 *' vears ; thousands of millions of animals cease to live, and are 
 *' reproduced in a much shorter period. W^here is the nitrogen 
 " contained in them during life ? There is no question which 
 " can be answered with more positive certainty. All animal bodies 
 " during their decay vield to the atmosphere their nitrogen in the 
 *' form of ammonia. Even in the bodies buried sixty feet under 
 
THE KET-XOTE OF GOOD FARMING. 33 
 
 *' ground, in the church-yard of the Eglise des Innocens^ at Paris, 
 " all the nitrogen contained in the adipocere was in the state of" 
 " ammonia. ******** The nitrogen of putre- 
 " fied animals is contained in the atmosphere as ammonia, in the 
 *' state of a gas which is capable of entering into combination 
 " with carbonic acid, and of forming a volatile salt. Ammonia 
 *' in its gaseous form, as well as all its volatile compounds, is of 
 " extreme solubility in water. Ammonia, therefore, cannot re- 
 '' main long in the atmosphere, as every shower of rain must 
 " effect its condensation, and convey it to the surface of the 
 '■'' earth. Hence, also, rain water must at all times contain 
 " ammonia, though not always in equal quantity. It must con- 
 " tain more in summer than in spring or winter, because the 
 " intervals of time between the showers are in summer greater, 
 *' and when several wet days occur, the rain of the first must con- 
 *' tain more of it than that of the second. The rain of a thunder 
 " storm, after a long protracted drought, ought, for this reason, 
 " to contain the greatest quantity conveyed to the earth at one 
 " time. * * * * 
 
 " It is worthy of observation that the ammonia contained in 
 " rain and snow-water possesses an offensive smell of perspira- 
 " tion and putrefying matter, — a fact which leaves no doubt 
 " respecting its origin." 
 
 To repeat, — while there is a certain amount of ammonia and 
 nitric acid presented to the roots of plants in a state of nature, 
 the excessive growth at which good farming aims, can be stimulated 
 only by the addition of increased supplies, either by the applica- 
 tion of manures, or by such a system of cultivation as shall caus3 
 an increased absorption of ammonia from the air. 
 
 Nitrogen is not only a necessary element of all plants, it is 
 even more largely a constituent of the bodies and of the milk of 
 animals, and it remains an object of the greatest care of the 
 farmer through the whole course of his operations. He must first 
 procure it to apply to his growing crops, must next so use it in 
 his stock feeding as to produce the greatest development of meat, 
 of milk, or of wool, and then must so economize that which the 
 
34 IIANDV-BOOIC OF IIUSBANDRi. 
 
 animal has rejected, in the manure, as to have the largest possible 
 suppiv for his future crops. 
 
 PHOSPHORIC ACID. 
 
 Phosphoric acid is, in a certain sense, even more important to 
 the farmer than nitrogen. This latter is supplied in limited 
 amount by natural process, — it is absorbed by the soil directly from 
 the atmosphere, and it is brought down in the water of rains. 
 Phosphoric acid, on the contrary, is a fixed ingredient of the soil, 
 and it is never brought to it by wind and rain. We have, in the 
 soil, a certain amount, and only a very small amount, while of this, 
 the larger part is locked up in the interior of pebbles, or compact 
 clods which no root can penetrate. All that is available to a crop 
 is that which, being on the surface of the particles of the soil is 
 directly within the reach of roots, and of such roots as come in 
 contact with those particles. Probably, when any soil has been 
 exhausted by improper husbandrv, it is, in ninety-nine cases out 
 of every hundred, the phosphoric acid that is gone. From Maine 
 to Minnesota the gradual advance of " enterprise," — that sort of 
 enterprise which, as it passes from east to west, reduces the 
 yield of wheat from 30 to 12 bushels per acre, — has been mariced 
 by the taking up of new lands, bv the production of good crops 
 for a few years, and of a precarious subsistence for a tew more, 
 and by the destruction of the profitable fertility of the soil within 
 the life-time of the second generation, — all through ignorance or 
 disregard of the value of phosphoric acid, and of the limited 
 ability of the most fertile soils to supply it to consecutive crops. 
 It is commonly urged, when phosphoric acid is mentioned, that 
 most farmers do not know what it is, that a very large majority of 
 them never heard of it. Speak of the useof phosphate of lime, (which 
 is valuable mainlv on account of its phosphoric acid,) to a man 
 who is unacquainted with it, and he will probably say that it may 
 be a good manure in ^'some parts," but that he does not know that 
 it would do any good on his land. If he has just settled on new 
 land at the West, he will show you his deep black loam, that " has 
 
THE KEY-XOTE OF GOOD FARMING. 35 
 
 more richness in it than you can get out in a thousand years." 
 This would be all very well, if it were possible for a farmer to 
 compel his crops to live on the food that he happens to know 
 about, if roots took nothing from the soil that he has not heard of, 
 if plants did not require the same nutriment in "all parts," and 
 if "richness" meant only good color and good tilth. 
 
 So long as we were farming the stubborn hillsides of New 
 England, and while our population needed elbow-room, while the 
 Mohawk and Genesee valleys in New York, the Western 
 Reserve and rich river bottoms of Ohio, and the wonderful prairies 
 of the farther West invited the hard-worked farmers of the East 
 to better crops, and an easier life, it was at least excusable that all 
 who could get away should mind the bidding, and go ; and the 
 world is better for their having gone, — richer and more free for the 
 marvelous people and the marvelous opportunities of the North- 
 west. But now, the case is greatly changed. The richest lands 
 of the country have been brought under cultivation — many of 
 them have been, already, ground under its heel. Emigration from 
 the Genesee Valley, or from Illinois, to Kansas or to Colorado, is 
 not excusable, on any agricultural grounds, and it can only do 
 harm if its object is to seek richer lands. Richer than the pres- 
 ent lands once were, the new lands cannot be, and any course of 
 cultivation that would keep these from speedily running down 
 would equally renovate the older soils. 
 
 In the monthly report of the Department of Agriculture for 
 October, 1867, the editor, in an article headed "Wheat Culture 
 Ruinous," says, " Is proof of impoverishment wanted ? one witness 
 /' only is needed, — the soil itself. First thirty bushels per acre, is 
 " the boast of the farmer ; then the yield drops to twenty-five, to 
 " twenty, to fifteen, and finally to ten and eight. Minnesota 
 " claimed twenty-two bushels average, a few years ago, (some of 
 " her enthusiastic friends made it twenty-seven,) but she will 
 " scarcely average, this year, twelve, and will never again make 
 " twentv-two under her present mode of farming. To be sure, 
 " there are excuses. The seasons do not suit as formerly, blight 
 " or rust comes, or the fly invades, but all these things are evi- 
 
36 HANDY-BOOK OF HUSBANDRY. 
 
 * dences of exhaustion, and prey upon the soil in proponion to its 
 ' deterioration. •' "' " " " The average yield of wheat in 
 '■ Entjland is stated at twcntv-cight bushels per acre, never less 
 
 * than twenty-six, unless in a year of unusually bad harvests. 
 
 * The average in this country, is less than half of the lowest of 
 
 * of these figures. Why is it.' Certainlv not because our soil is 
 *■ naturally poorer than theirs, neither because our climate is so 
 *■ much worse for wheat culture. It is mainlv for want of a 
 ' suitable rotation of crops, of a more careful husbandry of 
 
 * resources of fertilization, of a more thorough and careful cul- 
 *■ ture." 
 
 To show to what extent the clement under consideration 
 enters into the composition of the crops that we raise, and the 
 various farm products that we sell, attention is asked to the 
 following table : — 
 
 yimount cf Phosphoric AciJ contained in I,ooo Ibi. of the Aihes of each of the fUoiv- 
 
 iug substances : — 
 
 Grain of Wheat (average of six analyses) 49S lbs. 
 
 " Indian Corn 501 " 
 
 " Rye (average of two analyses) 493 " 
 
 " Oats (with shell) J49 " 
 
 " Buckwhc-t 5C0 " 
 
 " Beans 357 « 
 
 Hay 1 20 ■' 
 
 Clover 63 " 
 
 Potatoes 113 " 
 
 Beets 6 J " 
 
 M;ik. 
 
 Bjnes. 
 
 ai7 " 
 
 393 " 
 
 Lean Meat (about) 300 ' 
 
 It may be true that farmers generally do not know much 
 about phosphoric acid, but it is equally true that it is high time 
 they learned. 
 
 In England they have got this knowledge to a certain dc<jree — 
 as we are getting it now, — at great cost, — and they are putting 
 their knowledge to such eager account that they even ransack 
 the 1 at If-fields of Europe for human bones, and quarry the phos- 
 phatic rocks of the whole world to replenish their soils. We are 
 
THE KEY-NOTE OF GOOD FARMING. 37 
 
 beginning to follow the same course here, and in the older parts 
 of the country phosphates of lime, (good and bad,) meet with 
 ready sale. Still, as a class, we are learning only one-half of 
 what we ought to learn. We should know not only how to get 
 a supply of phosphoric acid for manure, but how to economize 
 what we already have, and how to keep up the available supply 
 in the soil ; and I bespeak attention to the further treatment of 
 this subject under the heads of " iVIanures," " Feeding," and 
 *■' Rotation of Crops." 
 
 POTASH. 
 
 What has been said of the importance of phosphoric acid is in 
 a measure true of potash. Fortunately this substance has a 
 name and many characteristics which are familiar to all, and its 
 discussion does not require the use of " new-fangled " names and 
 expressions. 
 
 It is second to phosphoric acid in the extent to which it is used 
 by plants, as will be seen by the following table: — 
 
 Amount of Potash contained in 1,000 lbs. of the Ashes of the following substances: — 
 
 Grain of Wheat (average of six analyses) 137 lbs. 
 
 " Indian Corn 250 " 
 
 " Rye 220 " 
 
 " Oats (witli shell) I23 " 
 
 " Buckwheat 87 " , 
 
 " Beans 462 " 
 
 Hay 300 " 
 
 Clover 161 " 
 
 Potatoes cjr " 
 
 Beets jgo " 
 
 Tobacco leaves 264 " 
 
 Note. — The proportion of potash varies considerably in growth under different cir- 
 cumstances. 
 
 The exhaustion of the tobacco lands of the South, and of the 
 potato fields of western Connecticut, is mainly due to the removal 
 of their potash. 
 
 I postpone the further discussion of this subject also to the 
 chapters on " Manures," etc. 
 
3S 11 ANDY- BO OK OF II USB AX DRY. 
 
 Having in the foregoing remarks struck what I believe to be 
 the key-note of the scientific practice of agriculture, and indicated 
 the points which seem to me to be of the most vital importance to 
 every farmer who would regulate his operations, so far as is possi- 
 ble, by what is positively known of the fundamental laws of fer- 
 tility and growth, I proceed to the consideration of the daily de- 
 tails of his business, the " How to do it" of practical farmino; ; 
 — and I shall, whenever the occasion offers, recommend that the 
 treatment of the soil and its products, of the live stock of the farm, 
 and of manures, be based on what has already been shown to be 
 the very groundwork of true economy in agriculture. 
 
CHAPTER IV. 
 
 FENCES AND FARM BUILDINGS. 
 
 FENCES. 
 
 What fences to have, and how to make them, are questions 
 which may well engage the attention of the new occupier of a 
 farm, — and of the old occupier too, for that matter. 
 
 There is a great deal said about the advantage of dispensing 
 entirely with fences, as they do in many parts of Europe, — and it 
 is said with much truth. But, unfortunately, in this respect Eu- 
 rope is not America, and so long as we keep cattle at pasture, and 
 have not pauper children to watch them, so long must we build 
 fences to keep them from encroaching on our neighbor's property, 
 and from straying into our own grain fields. 
 
 It will be a happy day for American farmers when they can 
 escape the necessity for building expensive fences, and can bring 
 into their fields, and into clean cultivation, the weedy headlands 
 which are now worse than wasted ; but that day will not come in 
 many a long year, and, for the present, we must content ourselves 
 with making fences as little expensive, and as little of a nuisance, 
 as is possible. 
 
 There are whole counties in New England, and probably in 
 southern New York, in which all the farms are not worth so 
 much to-day as it would cost to build the fences within their 
 boundaries ; and there are whole townships in which the fields 
 will not average two acres in extent. I think I have seen farms 
 in which they average less than one acre. I know some fences. 
 
40 II A N D Y • D K OF n U S B A N D R Y. 
 
 in Connecticut, which arc eight feet wide at the top, the sides being 
 of iiunicnsc blocks of granite laid to a face, and the center filled 
 with smaller stones. 
 
 Under the best management such a fence, with its headlands, 
 will occupy land a rod wide, — or an acre for every half mile. Of 
 course, the reason for building fences such as this is that there are 
 stones to be cleared from the land ; but it would be much cheaper 
 to bury the larger stones where they lie, by digging pits under 
 them and dropping them out of reach of the plow, while the 
 smaller ones could be disposed of much more cheaply, and in a 
 way to do good instead of harm, by digging large trenches and 
 making stone drains. It costs less to dig a ditch four feet deep 
 and two feet wide, on an average, and put the stone in them than 
 to lay up a good wall of the same dimensions. In the one case 
 we make quite a serviceable drain, and in the other we encumber 
 the land and obstruct cultivation. 
 
 Of course, in our ordinary method of managing a farm, we must 
 have fences around all fields which are to be used entirely or partly 
 for pasture. We must have lawful fences around the whole farm, 
 and must inclose the roads by which cattle are to be driven to 
 pasture. Still, the smallest possible amount of fencing that will 
 accomplish this, we should always seek to have. 
 
 Pasture fields should be as large as is consistent with the neces- 
 sity for giving them occasional rests. The whole pasture land of 
 a farm should be divided into not more than three fields, and 
 two would be better ; although, if they are never to be plowed, 
 division fences, which may be standing, will do less harm than on 
 cultivated land. 
 
 So far as the arable land of the farm is concerned, I think that 
 the greatest economy of cultivation, and the best results in crops 
 would be secured if it were not divided by fences at all. The 
 only reason why it should be, is, to enable us to pasture mowing 
 lands in the fall, or to use them for pasture after they have ceased 
 to produce paying crops of grass, — neither of which practices are 
 consistent with the best cultivation. A good hay field should 
 never have a hoot upon it, except during the operations of top- 
 
FEXCES AND FARil BUILDINGS. 41 
 
 dressing, rolling, or harvesting. If it produces a heavy crop of 
 hay, that is enough to ask of it, and any attempt to get more by 
 pasturing animals upon it will lessen its value for future crops, 
 much more than Its use as pasture will be worth. If it has ceased 
 to produce good hav, in paying quantities, it should be renewed, 
 either by being brought into cultivation, or otherwise. 
 
 In giving this advice, I assume that we have no more land under 
 the plow, and in meadow, than we can properly attend to. If we 
 have, it will probably pay best to turn the excess out to pasture. 
 When we go to the expense of plowing, cultivating, and harvestino-, 
 we should so manage as to get the largest possible return for our 
 labor, and that we shall get by raising the largest crops that can 
 be got with a reasonable outlay of money and work. Three tons 
 of hay per acre is within the easy possibilities of any ordinarily 
 good land, if it is properly managed ; and it will cost less, and pay 
 better to get it from one acre than from two, to say nothing of 
 its better quality. 
 
 This subject will be discussed more fully hereafter, in consider- 
 ing the rotation of crops, and the treatment of grass lands. 
 
 If the course suggested above is adopted, it will be best not to 
 have the course of the plow and of the mowing-machine inter- 
 rupted by fences, and to have no weed-breeding headlands bordering 
 our plowed fields. Even with a board fence, or an iron one, 
 which occupies but little room, we must leave a space of at least 
 four feet on each side that cannot be v/ell cultivated — a total 
 width of a half-rod given up to weeds, or at least wasted from 
 the field, and an annoyance in many ways. The fence and head- 
 lands around a square field of five acres will occupy nearly three- 
 quarters of an acre. To this loss add the time spent in turning 
 at the ends of furrows, in plowing and in cultivating, and the 
 trampling of the rows in one case, and of the plowed land in the 
 other, and the expense of keeping fences in repair, and we shall 
 have a formidable sum total of the cost of too many fences. 
 
 It would be impossible to establish any universal rule for all 
 farms, and for all farmers, but it may be stated as a good general 
 principle that every farm should have the smallest amount of 
 
42 II AN ii Y - j;i)(ii: of iii\suandhy. 
 
 fencing that will answer the only purpose of fences, — that is, to 
 keep loose animals where they belong. 
 
 All that has been said against the inonlinatc use of fences, does 
 not by any means lessen the importance of making such fences 
 as wc do have in the best and most thorough manner. In the 
 first place, boundary fences must be " lawful fences," which have 
 been described, (more forcibly than elegantly,) as " horse high^ built 
 strongs and p'lg tight." 
 
 Mr. Todd* says : 
 
 " Our civil law, in relation to fences, which appears to be 
 " founded on principles of strictest equitv, provides that where land 
 *' is inclosed, and lies contiguous, and possessed bv two different 
 *' owners, each must build and maintain a good lawful fence on 
 *' one-half the distance of the entire line between their land. 
 *' According to law, A may not build his half of the fence exactly 
 " on the line, neither may B, but each must erect his fence on 
 *' his own land as near to the line as he desires, but neighbors 
 " usually erect their fences exactly on the line. ***** 
 
 " If A refuses to build or maintain one equal half of a line 
 *' fence between his land and the land owned by B, by giving A 
 ** thirty days' legal notice that he must build or repair his line 
 *' fence, and A neglects to do so, B may build or repair such 
 " fence and collect of A the expense of building, the same as for 
 ** any other indebtedness. 
 
 " If A has land not inclosed, or ' open to the commons,' which 
 *' lies contiguous to the land of B, if B desires to have his land 
 " inclosed, he must build all the fence between them. If A should 
 '' then inclose his, he cannot hold one-half of the line fence. 
 *' He must allow B to remove one-half of the fence, and he (A) 
 ** must build a fence in the room of it, or he mav purchase one- 
 " half of it. If he refuses to do either, B, the owner of the 
 " fence, may prosecute A, and recovc-r pay for half of the line 
 "■ fence. 
 
 " B may not, in a fit of resentment or frenzy, remove his 
 " division fence, and throw open his own fields to the commons 
 
 *Younc Farmers' Manual, vol. i., page 285. 
 
FENCES AND FARM BUILDINGS. 43 
 
 " with impunity, unless he gives A ten days' notice of his inten- 
 " tion to throw open his fields to the commons between Novem- 
 " ber and April. During the time from April to November, if a 
 " line fence is removed by B, and A is made to sustain any loss 
 " by such removal, B is responsible for the damage." 
 
 Four feet and six inches is considered a lawful barrier against 
 any animals, and a fence lower than that is, in the eve of the law, 
 a sufficient barrier against the smaller animals. The court must 
 decide whether the trespassing animals were unruly^ and whether 
 the fence was sufficient to keep them out if they had not been. 
 
 So far as interior fences are concerned, it should be remembered 
 that a poor fence makes an unruly animal and a good fence an 
 orderly one. It is better, where horses and cattle are to be kept, to 
 make all fences four and a half feet high, though a part of this height 
 may consist of a narrow bank of earth on which the fence is built. 
 
 The material of which the fence is to be made must depend 
 mainly on what is most easily accessible. In heavily wooded, new 
 countries, capital fences are made of the roots of large trees, torn 
 from the ground and set up edgewise. Where wood is plenty and 
 stone scarce, rail fences are generally cheapest, although, in good 
 lumber districts, board fences, with their greater durability, are 
 more desirable, while, for general use, about houses, lawns, and 
 gardens, a picket fence has some great advantages ; and when 
 there arf good stones to be had, nothing can supplant stone walls. 
 Where nothing is to be had but a fertile soil, that of itself must 
 furnish the fencing by producing a stout growth of hedge -row. 
 If the material for the fence must be brought from a distance, 
 iron wire netting is best to be used. 
 
 To discuss the manner of making all kinds of rail, board, 
 picket, and iron fences, (which offer a very great variety of charac- 
 teristics, and may be made to suit,) and the growing of hedges, 
 which is a study by itself, would either swell this volume to a 
 very undesirable size, or compel the exclusion of other topics 
 which are of greater importance.* 
 
 * Those who seek information on these subjects will find them treated at length in 
 the " Youn^ Farmers' Manual," anJ in Warder's '• Hedges and Evergreens." 
 
44- n AX I) V • i;ooK OF husbandry 
 
 STONE WALLS. 
 
 Stone walls and rail fences arc the great fences of the country. 
 The latter require very much less skill to build in an enduring 
 manner than the former, and their proper construction is very 
 much easier. In any country where they are much used, they 
 are generally well made, and the different forms of " worm," 
 "post and rail," " stake and rider," etc., are too well understood 
 to need more than a passing notice in a hand-book. 
 
 The stone wall, however, — when well made the best of all 
 fences, — is generally built in the most unpractical and uneconomi- 
 cal wav possible. Probably the majority of the stone fences in 
 New England commenced their career as a tier of boulders and 
 irregular stones set one above the other, on the surface of the 
 ground, and kept in position by a very nice adjustment of their 
 centers of gravity, and such of them as were without yearly care 
 have ended it as long heaps of rubbish, covered with brambles and 
 elder bushes, — a sort of spontaneous hedge with a stone founda- 
 tion, flanked by thistles, cockles, iron weed, and golden rod ; — 
 possessing all the disadvantages and performing few of the offices 
 of a fence. 
 
 A poor stone wall is the worst fence that can be imagined. It 
 is thrown down by every winter's frost, and must be repaired, — 
 not merely every year, but, worst of all, every spring., after the 
 frost is all out of the ground, and when spring work is pressing. 
 
 A good stone wall, with a broad base, a sure foundation, plenty 
 of lock-stones, and well capped, is expensive to make, but when 
 made it is made for a life-time. No unruly animal can break it 
 down, no frost can " heave " it, and it need never be touched 
 from one end of the year to the other. 
 
 The two great requisites are, a solid and dry foundation and 
 proper construction. More than in the case of almost any thing 
 else there is a good and a bad way to do the work. Two walls 
 may be built with the same stones, on the same ground, and at 
 the same expense, and one be good and the other good for 
 nothinc;. 
 
FENCES AND FARM BUILDINGS. 
 
 45 
 
 The following cut (Fig. i) shows the cross-section of a wall two 
 and a half feet wide at the base, one and a half at the top, and 
 four and a half feet high, which is hardly worth the stone it con- 
 tains. It stands on level ground, with no Fir. i. 
 drainage, and no foundation other than a 
 moist soil. Its stones are laid up on the 
 independent principle — all that each one 
 asks of another is a place to rest. The 
 sides are straight and the top level. To 
 all outward appearance, it is perfectlv 
 good. But when winter sets in, the ^"^iy^ 
 freezing ground will raise the whole con- 
 cern perhaps, an inch, in the air ; warm weather comes and 
 thaws out the warm side first, and it settles an inch below the 
 level of the other side ; then another frost lifts it up again, and 
 another thaw settles it. A few such rackings topple down a lot 
 of stones against the side of the wall ; then comes another frost, 
 and these stones keep in the ground until after the opposite side 
 has thawed, when that goes down, and more stones fall that 
 way, or the wall gets a twist. A few winters of such racking 
 work will finish the wall, and it must be rebuilt. 
 
 
 Fig. 2 shows the cross-section of a wall built of the same stones 
 laid in the proper manner, on a suitable foundation. The first 
 thing has been to make a sufficient drain (which, for this purpose, 
 
4G 11 A N I> V -iJO-tK. OF Jl L' .<]'. A N 1» H V . 
 
 need not be more than two and a half feet deep) to remove the 
 water of saturation. Then the earth has been plowed up into a 
 ridge a foot above the general level of the ground, with a good 
 water furrow at each side. On this ridge, after it has had a vear 
 to settle, the foundation course has been laid of the largest stones 
 well bedded, well " chocked up," and with " broken joints " 
 wherever the stones were not long enough to reach entirely across 
 the wall. 
 
 If some of the stones are so large as to reach six inches or a foot 
 beyond the wall on each side, there is no objection to their use 
 next to the ground. Above this course the stones should be well 
 selected and so laid (on their best faces) that all of the smaller 
 ones shall be bound together bv long ones which reach entirely 
 across the wall, or at least have a good bearing on each side of 
 the joint between them. This "locking" is the most important 
 part of the whole operation, and without it, no wall, even if built 
 of square blocks of hewn stone, will withstand the movement 
 against which even the best foundation cannot entirely protect it. 
 The cap-stones, selected during the building of the wall, should 
 reach entirely across the top. They had better be even six inches 
 too wide than one inch too narrow, and the heavier thev are the 
 better will be their binding effect. 
 
 Concerning the face of the wall, it is worthy of remark that, 
 as a genera! rule, too much smoothness should not be sought after. 
 The general line of the face should be true, and the crevices 
 should be sufficiently well chinked to give each stone a firm sup- 
 port, but the smooth faces of the stones had better be laid diwn 
 than toward the face, as soliditv is of more value than smoothness. 
 In a park wall a smooth surface is verv desirable ; in a farm wal^ 
 extra smoothness should be sacrificed to soliditv. 
 
 If a stone wall is built in the manner last described, the chief 
 care that will be necessarv for its preservation will be to prevent 
 boys from accepting the invitation which its broad, level top offers 
 for a run -, if the cap-stones are not disturbed, and if its chinks 
 are not loosened by climbing, it will not need repairing for many 
 years. 
 
FENCES AND FARM BUILDINGS. 
 
 47 
 
 A very common and a very good substitute for the ridge at the 
 bottom of the wall, is a trench from one to two feet deep, filled 
 with small stones, but even in this case it is better to have an 
 underdrain, directly beneath, or at the side of the wall. If beneath 
 it, with at least six inches of well-rammed earth separating it 
 from the small stones in the trench, lest earth be carried into the 
 drain by surface water and choke it up. 
 
 GATES. 
 
 Gates are so much better than bars that they ought to be uni- 
 versally used wherever frequent passage with vehicles is necessary. 
 Bars being much simpler, and not liable to get out of order, are 
 sufficiently good for the entrances to pasture-fields, but the time 
 lost in taking them entirely out, when the entrance must be fre- 
 quently used for wagons, is a sufficient objection to their use in 
 
 Fig. J. 
 
 such cases. The difficulty of making a gate that will swing wel' 
 on its hinges, latch easily, and swing clear of the ground, year 
 after year, is to me one of the mysteries. The tendency of gates 
 
4g IIANDY-BOuK OF IIUSUAXI»RY. 
 
 to "sae>" and of hinge hooks to work loose, seems to defy the 
 wisest mechanical skill and to overturn all our preconceived ideas 
 of the strength of material. 
 
 There are gates which are always in order, which close of them- 
 selves, and which latch when closed, but they are generally either 
 very new or very expensive. A good, cheap, farm-gate, which 
 will always be in order, is very much needed, and the need has 
 given rise to no end of inventions. 
 
 These, however, seem generally to seek to overcome the diffi- 
 culty by a complication of parts, or by some device which sooner 
 or later fails in practice. 
 
 So far as our present experience extends, the simplest gate is 
 the best. Probably as good a form as any is that shown in Fig. 3. 
 Its most important parts are the heel post^ A, the arm^ B, and the 
 itrut^ C. 
 
 On these we must chiefly depend to prevent sagging. They 
 form together a right-angled triangle, and if made of hard wood, 
 accurately fitted together and well pinned or bolted, will maintain 
 their position as well as any other form. The other parts of the 
 gate should be made as light as possible, and all, except the latch 
 post, D, are as well made of pine as of heavier wood. 
 
 The arrangement of the slats and tie-pieces is not very essen- 
 tial. The strap of the upper hinge should run out at least two 
 feet on each side of the arm, and be securely bolted. The hook 
 of the top hinge should pass entirely through the post and be 
 fastened by a nut, the thread being cut far 
 enough down on the hook to enable us to 
 draw it up, little by little, as the front end 
 of the gate settles. 
 
 The lower hinge of the gate is better, 
 in all cases, to be made as represented in 
 Fig. 4. This is so arranged that the gate, 
 unless fastened open, will close of itself. It is much better to be 
 obliged to fasten a gate open, in case of need, than to run the 
 risk of its being carelessly left open. The post on which the 
 gate hangs is a very important part of the arrangement. Unless 
 
FENCES AXD FARiL BUILDINGS. 49 
 
 it remains firmly in its perpendicular position, the best gate will 
 work badlv. 
 
 The best gate-post for farm purposes, is a single long stone, 
 but a good stick of hard wood, set not less than five feet in the 
 ground, and filled around at least for three feet below the surface 
 with small stones, so that the frost can have no effect on it, is 
 good enough — while it lasts. The various devices for holding the 
 post upright bv rods, or braces, are of little effect. 
 
 The post against which the gate is fastened when shut, it is not 
 so important to have set deeply. It need only be firm enough 
 to withstand the racking to which it will be subjected when a 
 high wind blows directly against the gate. It ought, for this pur- 
 pose, to be a stout stick or stone, set not less than three and a 
 half feet in the ground, and protected against the action of frost 
 as recommended for the other post. 
 
 The gate may be fastened by a hook, a latch, a bolt, or a pin. 
 In either case, the fastening should be about half way between the 
 top and the bottom, so that the force of direct winds will have an 
 equal bearing above and below. If fastened at the top or bottom, 
 the gate would be more racked in heavy blows. 
 
 The form of latches are various. That which seems to 
 me the best for farm-gates is shown in Fig 3, which is a 
 bar of hard wood passing easily through two slots in p- 
 the gate, and hung lightly on the short straps of iron, so 
 that it will swing freely back and forth, hanging natu- 
 rally in such a position that it will enter a groove in the 
 post (Fig 5), or better, a space between two blocks in 
 front of the post. This space should be at least half an 
 inch wider than the thickness of the bolt, and the blocks 
 should slope off gradually, and be faced with sheet-iron, 
 over which the end of the latch will slip easily. When 
 the gate is closed, this inclined plane or slope forces the latch 
 back, and when it reaches the groove it drops in by its own 
 weight. 
 
50 HANDY-BOOK OF HUSBANDRY. 
 
 FARM BUILDINGS. 
 
 Concerning the dwelling-house, it is not worth while for me to 
 say any thing, except so far as relates to the dairy department, 
 and this will be treated hereafter under its proper head. 
 I Although the dwelling is a very important clement of farm 
 economy, the tastes of individuals and their ability to spend 
 money for ornament and for convenience vary so greatly, that 
 even a tolerably full discussion of the architecture of farm 
 dwelling-houses would require very much more space than could 
 here be given to it. In the vicinity of towns there are always 
 architects and builders whose services can be commanded when- 
 ever necessary. In the more remote frontier districts, the simpler 
 style of dwelling, which is all that the opportunities of the situa- 
 tion allow, is usually built without the aid of skilled labor, and 
 for temporary purposes only. Barns, sheds, hay-barracks, sheep- 
 folds, poultry-houses, etc., belong more properly to the range of 
 subjects under consideration. The first principle to be observed 
 is, so far as possible, to bring every thing within the same four 
 walls and under the same roof, and to adjust the size of the 
 structure, not so much to the present requirements, as to the 
 future needs of the farm. 
 
 In a very large majority of cases, however, it is not practicable 
 to follow this rule. It would require a larger investment at the 
 outset, than most farmers would be able to make, especially in 
 view of the many other necessary expenses which must be de- 
 frayed from their usually limited capital. Yet in all cases where 
 such a complete barn as is above referred to cannot be built at 
 once, the possibility of building it at a future day, and the import- 
 ance of approaching it as nearly as possible at the outset, should be 
 constantly kept in view, A given amount of space can be more 
 cheaply inclosed in one large building, than in several small ones, 
 while the concentration of stock and food under one roof, the 
 greater ease with which barn work may be done in a conve- 
 niently arranged large barn, and the much more complete super- 
 
FENCES AND FARM BUILDINGS. 51 
 
 vision which a farmer is enabled to have over the indoor work of 
 his assistants, are strong arguments in favor of the plan. 
 
 Formerly, when hay wagons had to be unloaded entirely by 
 hand, the height of the hay bays of a barn had to be regulated 
 by the height to which it was practicable to pitch hay ; but the 
 rapidly extending use of the horse fork or elevator has done away 
 with this restriction. Hay can now be easily and rapidly raised 
 to any height, and not only may we gain the extra space which the 
 greater height of the bay gives, but a considerably gi eater 
 capacity in proportion to the height, which comes from the closer 
 packing at the bottom of a high bay. 
 
 That it is much more convenient, easier, and cheaper to feed 
 stock in the building in which all of the hay and other fodder is 
 stored, every farmer knows without being told. How much 
 easier it is, is only known to those who have spent their lives in 
 foddering cattle in sheds and yards from distant hay barns, from 
 which every forkful of hay must be carried in bundles or on a 
 cart. 
 
 Furthermore, the more hay has to be carried about the more 
 it is wasted, and the more liable it is to be injured by bad weather, 
 while the convenience of keeping manure is in exact proportion 
 to the concentration of the stock, under the most favorable cir- 
 cumstances. 
 
 I have recently had occasion to give much attention to this 
 question in undertaking the improvement of a worn-out and 
 "run-down" farm of sixty acres,* on which, with sufficient 
 capital at command, I am endeavoring to prove that good farm- 
 ing may be made to pay, where bad farming has been starved out. 
 My aim is to make sixty acres of land which would not, when I 
 took it, support five head of cattle, furnish all the food, winter 
 and summer, that will be required hy fifty head — except meal and 
 grain for working animals. To do this, I need the best sort of 
 a barn, with every convenience for storing hay, fodder, and roots, 
 for cutting and steaming food, for sheltering animals, in hot 
 
 * Ogden Farm, near Newport, R. I. 
 
52 HANDY-BOOK OF HUSBANDRY. 
 
 weather and in cold, for keeping all manure made, under cover, 
 from the time when it is dropped until it is carted on to the land, 
 and for " soiling" my animals in summer. 
 
 It would not be difficult to make a plan of a barn with more 
 various capacities and more conveniences than that at Ogden 
 Farm for the handling of grain, etc., but it seems to be desi-rable 
 that recommendations for the construction of farm buildings 
 should be based as far as possible on the personal experience of 
 the writer, — and in my own case I have endeavored to combine 
 everv thing that is really essential to convenience and economy. 
 I have prepared drawings of this barn exactly as it is built, and 
 with only such attachments as I purpose having in regular use. 
 
 This is in no respect a *' fancy " building. It is as plain as a 
 pike-staff, as all farm barns should be, with not a dollar expend- 
 ed anywhere for ornament, and, although it has manv of the 
 ** modern conveniences," they are all such as I have seen in 
 practical and profitable use elsewhere, except in the single item 
 of the railway and car to carry the feed to the heads of the stalls, 
 which is a cheap arrangement that recommends itself, especially 
 where animals are to be '' soiled," — that is, fed on green fodder in 
 their stalls all summer. 
 
 The first problem that presented itself was to so arrange the 
 barn that there should be no pitching up of any thing — that the 
 hay should be hauled in wagons on to the top floor of the barn, 
 and there stowed awav bv horse-power; thence thrown down to 
 the feeding floor ; and the manure from this to the cellar; — or, in 
 summer, that the corn fodder or other green food should be 
 dumped from a cart directly into the car, by which it will be 
 taken to the cattle. 
 
 In short, I wanted a side-hill barn, but had no side-hill to build 
 it on, the land sloping only two feet in a length of one hundred 
 feet. 
 
 The barn stands in the middle of an old apple-orchard, about two 
 hundred and twentv feet wide and three hundred feet long, two 
 rows of trees being left all around the space occupied by the barn. 
 The whole is surrounded, except at the entrance end, by a stone wall 
 
FENCES AND FARM BUILDINGS. 
 Fig. 6. 
 
 53 
 
 
 £';a wf\ \ , ^ M 
 
 
 < > 
 
54: HANDY-BOOK OF HUSBANDRY. 
 
 five feet high, and is to be divided, by walls of the same height, 
 into four yards, communicating bv gateways. Each yard contains 
 about one-third of an acre, and is to be used as an exercising 
 ground for one-fourth of the stock. The arrangement of the 
 yards and buildintis is shown in Fin. 6. 
 
 The arrangement of the entrances at the opposite ends by 
 which the different floors are reached is shown in Fig^ 7, which 
 represents a sectional view through the barn at the head of the; 
 stalls on one side. A perspective view is shown in Fig. 8, which 
 shows the east end and south side of the barn. The north side is 
 exactly the same as the south, except that the stone foundation 
 is carried up to the level of the top floor for better protection 
 against cold north winds. Figs. 9, 9^, and 12 show the arrange- 
 ment of the cattle, hav, and basement floors. 
 
 The cellar was dug out seven feet deep at the east end and five 
 feet deep at the west end, the earth excavated being mainly de- 
 posited back of the abutment, making an easily graded road, strik- 
 ing the level of the ground about two hundred feet east of the 
 barn. The descending driveway, by which the cellar is entered 
 from the west, slopes about four feet in a distance of thirty feet, 
 the steepest grade about the barn. The entire basement on each 
 side of the gangway is for the storage of manure, except that por- 
 tion which is taken off by the root cellar, 22 x 25 feet. The walls 
 are of stone, laid in lime and cement mortar, and the wall about 
 the root cellar is topped out with brick, fitted closely around the 
 floor timbers. 
 
 The root cellar is ventilated by a window on the south side, 
 which is also used for shooting in the roots. The gangway is 
 left clear for wagons to be taken in to be loaded with manure. 
 The arrangement of the feeding floor is tolerably well shown in 
 the cut. Its only peculiarities are — (i) A railway which extends 
 from the west end, the entire length of the barn, on which runs 
 a four-wheeled truck, holding in summer a rack large enough to 
 contain a horse cart-load of green fodder, and in winter a large 
 box for cut and steamed food. (2) An open-slatted floor occu- 
 pying a length of seven feet from about the middle of the line of 
 
FENCES AND FARM. BUILDINGS. 
 
 55 
 
 Fig. 7. 
 
56 II A N D V - B K OF HUSBANDRY. 
 
 Stalls to'within five feet of the outer wall, lliis floor is made of 
 slats six inches wide, placed one and a half inch apart. This 
 arrangement gives light to the basement and allows all of the urine 
 to run through, while the treading of the cattle presses through 
 most of the dung, the remainder of which is thrown through small 
 scuttle-holcs near the outer wall. So far as I can judge from 
 'over a year's trial, this open floor is excellent, though, had the 
 timbers been prepared for it, it would have been better to have 
 had the slats run lengthwise of the barn, as in that case they 
 would have given an equally good footing if onlv three inches 
 wide, and the space for the passage of manure would have been 
 doubled. 
 
 It is intended that all of the horned cattle should feed from the 
 level on which they stand. Green fodder, or long hay, being 
 thrown directly on the floor between the front of the stalls and the 
 elevated border of the railwav, the cut feed being given them in 
 tubs, which may be frequently set out in the sun, or, like the long 
 fodder, being placed on the floor, which, as it is free from obstruc- 
 tions, can be swept and washed out at pleasure. The cattle are 
 tied by the neck. Should stanchions be preferred, (and it is an 
 open question which is best,) they could still be fed in the same 
 way. 
 
 The oxen are fed from mangers inside of their stalls, so that the 
 gangway between them and the horses, where the food is re- 
 ceived from the upper floor, may remain unobstructed. The 
 two loose boxes on the south side of the barn are of equal size, 
 with a space of about a foot and a half above the partitions for 
 ventilation and for the lighting of the inner one, which has no win- 
 dow. The entire floor of these boxes is slatted in the same man- 
 ner with the floor under the hind quarters of the cattle. A rail 
 from the di\isi()n of the stalls to the outer wall, at the center of 
 each side of the barn, may be used to separate the cattle of each 
 range ot stable into two sections, each having its own door com- 
 municating with its own exercising ground, l^he hay floor, which 
 is reached by a very easy grade over the embankment and bridge, 
 has no center posts. The space from the floor to the bottoms 
 
Fig. 8. — Perspective View of Barn, showing the east and south sides. 
 
To face page 57. 
 
FENCES AND FARM BUILDINGS. 57 
 
 of the trusses (eighteen feet) is entirely unobstructed, save by the 
 side braces of the three center frames, which were necessary to 
 give stiffness to the building. The feed-roorn, tool-room, work- 
 shop, and chamber are independent structures, seven and a half 
 feet high, with strongly timbered ceilings, capable of holding any 
 weight that it may be necessary to put upon them. The space 
 above the workshop, etc., will be used for storing hay, while that 
 over the feed-room will be used as a receptacle for cut hay, to be 
 taken up from the cutting machine, which stands on the main floor 
 west of the feed-room, by an elevator similar to that used for grain. 
 The capacity of the hay floor will be about one hundred and twenty 
 tons, besides ample space for wagons. The trap-door opposite the 
 door of the chamber corresponds with one between the rail tracks 
 on the floor below. Through these, roots are hoisted from the cel- 
 lar to the upper floor, where they are cut by a root-slicer. The 
 steam-box, grain and meal bin, etc., are in the feed-room, leaving 
 sufficient space for the mixing of cut food, and its delivery through 
 the trap-door to the rail-car below, A steam-boiler and a small 
 engine for driving the hay-cutter will be erected in a shed north 
 of the ox stalls, against the stone wall which, as already stated, 
 is, on this side of the barn, carried up to the upper floor. Greater 
 safety against fire makes this arrangement advisable. The reasons 
 which have induced me to adopt this method of preparing winter 
 food, and the details of the system will be set forth in the chap- 
 ter on " Feeding." 
 
 One winter's experience with a Prindle steamer and a horse- 
 power hay-cutter has proven both the advantage of this mode of 
 preparing food and the necessity for better means for cutting a 
 large supply, and more abundant steam for cooking. 
 
 A self-regulatinj^ pumping windmill has been erected over a spring 
 one thousand feet distant, forcing water through a pipe into a tank 
 on the hay-floor, communicating with iron water-troughs, one in 
 front of each pair of cattle stalls, so arranged as to be always supplied 
 with water. This arrangement for supplying water has now been in 
 operation for nine years, and it is in all respects perfectly satisfactory. 
 The windmill is entirely self-regulating, and works steadily and well 
 
58 
 
 HANDY-BOOK OF HUSBANDRY, 
 
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FENCES AND FAR'ltf BUILDINGS. 59 
 
 in all winds, having passed uninjured through some of the most severe 
 storms ever known on this coast. A windmill of larger size — suffi- 
 cient for driving a small grain-mill, thrashing-machine, feed-cutter, 
 etc. — may be erected on the top of a barn. 
 
 The ventilation of the barn is by means of a simple covered open- 
 ing, in the centre of the peak for the hay-floor, and two more active 
 ventilators, one at each end, communicating through wooden fun- 
 nels, following the slope of the roof on each side, and descending 
 through the hay-floor and the cattle-floor to the cellar. The manure 
 cellar being entirely closed from the outer air, the ventilating pipes 
 can be supplied only by drawing down the foul air of the cattle- 
 room, through the slatted floor. I append herewith the specifica- 
 tions for the carpenter work, which includes the sizes of the tim- 
 bers. 
 
 " All the materials for this building will be furnished by the 
 " owner, and the contractor is to put them together in the most 
 " thorough and workmanlike manner. The work of framing, rais- 
 '' ing, and covering, including shingling sides and roof, to be com- 
 " pleted in thirty days from the time that the foundation walls are 
 " ready for the sills. 
 
 " On the north side of building and wing the foundation wall will 
 *■*■ be carried up to height of under side of second story floor. On 
 " the south and ends the wall will be carried up one foot above the 
 " grade level, and on these there will be an 8 x 8 sill, the ends 
 " to be carried up to and built into north wall. 
 
 " The summer-breasts in this floor will be tenoned into the sill 
 " on the south, and the north ends will rest on an 1 8-inch buttress. 
 " Each summer-breast will be supported on two piers, as shown on 
 " plan, and will be pinned to the sill. All these sticks will be 
 " 6x8, placed edgewise. 
 
 " On the first floor and over piers there will be 6x8 sup- 
 " ports under two-inch flooring. 
 
 " Corner posts 6x8, other posts 6x6, and one at every bay. 
 
 " The girt will be 6 x 8 placed edgewise, and the beams of 
 " second story floor will be framed the same as those of first 
 " floor. 
 
60 
 
 HANDY- BOOK OF HUSBANDRY 
 
 l_i JJ l-I I I 
 
 n 
 
 -. u'jjiL j i 1 J i i~r-i i: 
 
 J" 
 
 Fig. II. — Barn at Ogden Farm — Cross-Section. 
 
 a a. Cattle Stalls. 
 
 A. Hay-room (capacity of no tons). 
 I. Feed room in one corner of hay-room. 
 d. Passage between cattle. 
 I t t. Manure cellar — one end of the right-hand space being walled off for roots. 
 g. Water tank. 
 h. Tool-room, etc., in one corner of hay -room. 
 
PEXCES AND FARM BUILDIXGS. CI 
 
 " The girt on the north will rest on the wall, and will form the 
 '' sill on that side. 
 
 " The plates will be 6 x 6. 
 
 '' All the posts will be framed as shown in framing plans, and the 
 " braces 4x6 will be tenoned and pinned in a thorough manner. 
 
 *' The studs 2x6, and there will be six in each bay. Those 
 " in the ends and in the lean-to will be spaced out in the same 
 " manner. All outer studs will be properly framed. 
 
 *' The trusses will be framed as shown on section. The tie- 
 " beams will be 9 x 6, made of three thicknesses bolted together. 
 *' The principals and straining pieces will be 6x8. The tie- 
 " beam will be notched down to the plate and will be kept in 
 *' place by means of an iron strap, secured on each side to the post 
 " below the plate. The principals and tie-beams will be strapped 
 " together, as shown on section, and the tie-beam, to crown not 
 " less than 2 inches, will be supported by means of Iron rods, nuts, 
 *' and washers, as shown on section. 
 
 " Purlins 6x6, and to be notched in jack-rafters, also to be 
 " notched in, to be 2 x 8. There will be 34 pairs on the main 
 " roof. Rafters for lean-to will be of same size, and will be spaced 
 ** in the same manner. They will also have braces or collar beams. 
 
 ** The ridge board will be 2 X lO. 
 
 " On the west end of main building to give the necessary 
 " amount of strength to carry the load, frame a truss above the 
 " girt on each side, making the girt the tie-beam, and put in 6x8 
 " principals. Frame the whole together properly, strap the princi- 
 " pals to the girt, and put a suspension rod with nuts and washers 
 " into each truss. 
 
 *' Cover exterior of building, roof included, with hemlock 
 " boards, set window and door frames, and shingle the whole build- 
 " ing, lean-to included. 
 
 *' The rafters will project 18 inches beyond the line of the build- 
 " ing, and the boarding will run up by the rafters till it meets the 
 *' roof boardino;. 
 
 o 
 
 *' All floor joist will be 2X 12 and 16 inches apart from cen- 
 '' ters. Headers and trimmers for hatchways 3x12. 
 
C2 
 
 II ANDY-BOOK OF HUSBANDRY 
 
 Fig- i: 
 
 q: 
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 i 
 
 u 
 
 a 
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 w 
 
FENCES AXD FARM BUILDINGS. 63 
 
 '' Make first floor gangway, front half of cow stalls, five feet 
 *' out from the side walls, and floor of horse stable of 2-inch plank 
 " matched with splines. Cover the rest of first floor with 2x3 
 " joist one inch apart and spiked down. 
 
 *' In the stable floor and back of the horses there will be a gutter 
 " with a pitch to the west, to take the water to the manure pit. 
 
 " Cover second story floor with 2-inch plank, matched with 
 *' splines and spiked to floor beams. The flooring to be notched 
 " for posts and studs, and to fit up close to outer boarding. 
 
 " All the windows are to have plain cases. They will be glazed 
 " with ordinary 8x10 glass. Besides the number of windows 
 *' shown in the plan there will be one of the same size in each peak. 
 
 " All doors not otherwise described will be hung with rollers at 
 '■'■ the top, and the frames of sliding doors will be of 2-inch plank. 
 
 *' Fit up the horse stables with permanent partitions the whole 
 *' height of the story, making the stall divisions of the usual height. 
 '' Close the mangers up at the bottom and in front up to the ceil- 
 " ing. In the center there will be an opening, horse-collar shape, 
 " with a cast-iron rim, and the bottom of mangers will be covered 
 *' with sheet zinc. 
 
 " From gangway on second floor there will be covered openings 
 " to let down feed into the mangers. 
 
 " Opposite the horse stable there will be an ox stable as shown 
 " on plan, fitted with a permanent partition, and to have openings 
 *^' on gangway for feeding. 
 
 " On the second floor there will be permanent partitions set and 
 " ceiled on one side and overhead with |-inch matched spruce. 
 " The doors will all be battened, and that to the chamber will have 
 " a lock and catch. 
 
 " The hatches on both floors will be hung on hinges and will 
 *' each have a ring and staple flushed in. 
 
 " Over the hatches there will be an eye secured to the ridge- 
 " board for a fall. 
 
 " There will be a bridge to floor of second story, made of 
 "8x8 chestnut sleepers, and covered with 3-inch plank. 
 " On each side of main building there will be eave troughs, 
 5 
 
64 II AND Y -BOOK OF II USB AN DRY. 
 
 "with a pitch from the center to the two ends, and wooden 
 " spouts to take off the water from the roof, also at end of lean-to. 
 " All the outside doors have platforms in front as shown in ele- 
 *' vations." 
 
 For poultry, animals sick with contagious diseases, and such 
 uses, small inexpensive buildings have been erected in the yard, 
 as remote as possible from the barn. The swine are kept 
 entirely in the manure cellar, being fed through a shoot from 
 the feeding floor. 
 
 The entire cost of this barn, including the digging of the cellar, 
 materials and labor, and a liberal estimate for the cost of steam 
 and water-works, and a horse hav-fork, will not exceed $7,500, or 
 a yearly cost for interest, repairs, and insurance, of ^^700. It would 
 be difficult to estimate in figures the yearly value of such a barn; 
 but the perfect protection of all manure made, the sheltering of 
 fifty animals and of all the implements and vehicles required on 
 the farm, the saving of the labor of watering stock, the great 
 economy of such convenient feeding arrangements, the ability of 
 two men to cut a week's supply of fodder in two hours by the aid 
 of a steam-engine, the storage of 120 tons of hay, and the reduc- 
 tion of the labor of "soiling" to its very lowest point, must be 
 worth far more than $700 a year. 
 
 The increased value of the manure alone, over that which lies 
 in an open barn-yard exposed to rain and sun, to " drenching and 
 bleaching," would go far toward making up the amount, which 
 is only $14 per annum for each animal accommodated. 
 
 The barn is somewhat more expensive in the item of doors an- 
 windows than it would need to be if soiling were not intended. 
 For this, it is important to secure the most perfect ventilation in 
 warm weather, which is accomplished in the case in question by 
 the use of six doors, five feet wide, one door ten feet wide, ten 
 single windows, and one double one, and by very thorough ventila- 
 tion from above. 
 
 The doors are all hung from the top on iron rails, and the single 
 ones close against stout jambs. 
 
FENCES AND FARM BUILDINGS. 
 
 65 
 
 Of one thing I am very sure; many a farmer in this country 
 lias detached barns and sheds which could not now be built for 
 $10,000, yet which, from their small size and disconnected location, 
 have much less capacity than the barn at Ogden Farm, and offer 
 few of its conveniences, while they include no provision for the 
 care of manure. 
 
 A very good plan for a small barn, " for a farm of fifty acres or 
 less," is given in Thomas's Register of Rural Affairs, vol. iii., p. 
 129, which is here given with his own description : — 
 
 "•The plan here given is sufficient for a farm containing fifty 
 "acres under cultivation, and yielding good crops, with general 
 "or mixed husbandry. For special departments of farming, it 
 " must be modified to apply to circumstances. 
 
 "Fig. 14 is apian of the principal floor. Being built on a 
 *' moderately descending side-hill, the thrashing floor is easily 
 "accessible through the wide doors on the further side, and the 
 
 Fig. 13. — Perspective View. 
 
 *' wagon, when unloaded, is backed out. These doors should 
 " be each at least five feet wide, so as to give an opening of ten 
 "feet; and about twelve feet high, to allow ample space to 
 " drive in a load of hay. The door at the other end of the 
 *' floor is about five feet wide, and is used for throwing out 
 " straw. A narrow window on each side of this door, and one 
 " with a row of single horizontal lights over the large doors, 
 " keep the floor well lighted, when stormy weather requires the 
 " doors to be shut. 
 
66 
 
 HANDY-BOOK OF HUSBAXDRY. 
 
 m 
 
 13X38 
 
 L 
 
 " The bav, on the right, will hold at least one ton of hay for 
 II c\ erv foot of height, or some 20 or 25 in 
 '■'■ all. Bv marking the feet on one of the 
 " front posts, the owner may know, at any 
 " time, with some degree of accuracy, how 
 " many tons of hay he has in this bay, 
 " after it has become well settled. The 
 
 Fig. M.-Princip.i Floor. ^^ uprjght shaft, V, servcs at the same time 
 
 A. A trap door, (or throwing ,, ., , i i i i i r 
 
 down manure. ^o vcntilatc the stablcs below, and tor 
 
 B. Closet for harness, "<"!«." throwing down havdircctlv in front of 
 
 bulfalo skins, etc. V i i i i i r 
 
 c. Toolroom. "the COW stablcs. It should be made of 
 
 E. Trap-door for straw and roots, cc pia^^ J boards insidc, that the hav may 
 
 F. Ladder to bay. ^ . 
 
 V. Ventilator and hay shoot. "fall frcelv, and for the same reason it 
 s. Stairs to asement. " should bc slightlv larger downward. It 
 
 " should have a succession of board doors two feet or more 
 " square, hung on hinges so as to open downward, through the 
 "openings of which the hay is thrown down for the animals. 
 " When not in use, these doors should be shut by turning 
 " upward and buttoning fast. A register should be placed in 
 "this shaft, to regulate the amount of air in severe weather. 
 " This may be a horizontal door at the bottom, dropping open on 
 " hinges, and shut by hooking up closely or partially, on different 
 *' pins. 
 
 " Fig. 15 shows the form of the ventilator at the top of the build- 
 Fig. 15. " ing. It is made of 
 " wood, except the four 
 " iron rods or bolts at the 
 " corners, and secures the 
 " advantages of Emer- 
 " son's excellent cap, 
 "which causes the air to draw upward at all times when there 
 "is wind from any quarter. Fig. 16 is a section showing the 
 " interior. 
 
 "A fixed ladder, on the line between the bay and the floor, 
 "enables the attendant to ascend readily at any moment. 
 
 "As a basement is usually too damp for horses, a stable large 
 
 Fig. 16. 
 
FENCES AND FARM BUILDINGS. 67 
 
 " enouo-h to hold five is placed on this floor. The middle stall 
 " will receive two horses to stand abreast ; and being placed 
 " opposite to the door six feet wide, will readily admit a span in 
 " harness, for temporary feeding, which is often a great conve- 
 " nience. A narrow passage from this stall admits the attendant to 
 '■'■ the barn floor. A trap-door at A allows the cleanings of the 
 " stable to pass at once to the manure heap below. 
 
 " These stalls are represented as only four feet wide, f'ive 
 " feet would probably be better, making but one narrow stall on 
 " each side the wide one, and allowing room for four horses in all. 
 " A door under the girth, at E, allows straw and roots to be dis- 
 " charged into the root cellar below — the roots being first depos- 
 " ited there, and then a few feet of straw upon them, protects 
 " from freezing." 
 
 " The Granary^ 8 by 13 feet, contains three bins which have 
 " a part of the front boards movable or shding, so that when all 
 " are in their place, they may be filled six feet high. They will 
 " hold, in all, about 350 bushels. The contents of each bin may 
 " be readily determined by me-asuring and multiplying the length, 
 "breadth, and depth, and dividing the number of cubic feet thus 
 " obtained by 56, and multiplying by 45. The result will be 
 *' bushels. It will, therefore, be most convenient to make each 
 " bin even feet. A scale should be marked inside, showing the 
 " number of bushels at any height. Bags may be marked in the 
 " same way, after trial, with considerable accuracy, and save 
 " much trouble in measuring, for many purposes, but not for 
 " buying and selling. A short tube, with a slide to shut it, may 
 " pass downward from one or more of these bins, so that bags 
 " placed in a wagon in the shed below, may be easily and rapidly 
 " filled. 
 
 " A bay for unthrashed grain occupies all the space over the 
 " horse stable, tool room, and granary ; and movable poles or 
 "platform over each end of the floor also admit a considerable 
 ^' quantity besides. 
 
 " The basement^ (Fig. 17.) This needs but little explanation. 
 " The cows are fed from the passage in front of them, into which 
 
G8 
 
 HANDY-1300K OF HUSB.VXDRY. 
 
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 *' the hav-shoot discharges, in front of which a door opens to 
 Fig. ,7.-Bascmcnt. " ^hc shcd, for the rcadv feeding of an- 
 
 *■'■ imals outside. The two inner stalls 
 " shut with gates, and serve for calf-pens 
 " when needed. Coarse implements, as 
 " sleds in summer, and wagons and carts 
 " in winter, may occupy the inclosed space 
 "r.djoining, entered by a common gate." 
 
 For the very comprehensive requirements of a farm devoted 
 to ''mixed husbandry," — when live stock, fruit, grain, etc., are 
 each to receive their share of attention, — I have seen no plan 
 for building a barn and sheds that seems so complete as that 
 prepared by Dr. Hexamer for the Agricultural Annual of 1867, 
 and which he describes as follows: — 
 
 *' Explanation of Ground Plan. — The Alain Buddings 
 "50x80 feet, exclusive of the approach, contains ist. The 
 *' Cook-room for boiling or steaming and preparing feed, which is also 
 *' a convenient place for butchering in winter; <?, <?, are boxes, 
 " with inclined floors, for mixing cut feed ; f, r, c, r, are grain 
 *' boxes, connected by shoots with the granary on the floor above, 
 " (see Fig. 20,) and capable of holding a week's supply of meal : r.d 
 *' grain -, b \s z water-tank with penstock, or a cistern and pump ; 
 " ^ is a caldron •, ^, a hydrant for filling it; f^ the chimney ; ^, g^ 
 " stairs to second story. 2d. The Root-cellar^ which is divided 
 " into four bins filled through trap-doors from the floor above ; 
 " />, />, are ventilators running to the roof; next this is the The 
 " Fruit-cellar^ and beyond this /, the cider press ; /f, place for 
 " coopering, cleaning barrels, etc. ; w, a vault under the approach 
 " to the third floor, intended for an ice-house, but which may be 
 " used as a cellar, or very well as an engine-house, detached from 
 *"• the barn and made fire-proof; /, cool cellar for hanging meats; 
 " n, w, ;/, w, descending planes from second story ; 0, 0, ascend- 
 " ing planes from cellar. 
 
FENCES AND FARM BUILDINGS. 
 
 69 
 
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70 
 
 HANDV-BOOK OF UUSBANDRY. 
 
 Pig. 19. — The Ground Plan. 
 
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FENCES AND FARM BUILDINGS. 
 
 71 
 
 " The West Wing is 21 x lOO feet. The feeding alley 6 reet 
 " wide. There are windows on the north side. The horse- 
 *' stalls are 5 feet wide and 9 feet long, exclusive of mangers, 
 ** which are 2 feet wide. The loose boxes, for calf-pens, calving 
 " stalls, etc., are 7 i X 9 feet. The passage behind the stalls is 4 
 *' feet wide j p is a double stall for a harnessed span, or for use as 
 " a large loose box. The manure pit is 8 feet wide and 3 feet 
 " deep ; and y is a privy. 
 
 " The East Wing^ for cows and oxen, is 19 x lOO feet ; feeding 
 "alley 6 feet. The platform for cows is arranged for twenty 
 
 Fig. 20. — Second Floor. 
 
 \ 
 
 ^^ 
 
 1 
 
 icr. 
 
 -r -TtSfc 
 
 i« 
 
 " stalls, 3|- feet wide; mangers, 2% feet wide. The inclined 
 " platform, from rear of manger to the manure gutter, 5 feet ; 
 "and the cemented manure gutters are 18 inches wide and 4 
 " inches deep. These gutters are on an incline, and discharge 
 "every 15 feet into the manure pit. The ox-stalls are 8 feet 
 " wide for each yoke. Bull stall, 5 feet wide. The platforms for 
 " oxen and bull are six feet long, exclusive of manger ; r, r, 
 " mark descending ways for carts to back down into the manure 
 " pit, which is bridged at (5) for the oxen to pass. 
 
72 
 
 HANDY-BOOK OF nUS13ANDRY. 
 
 " The Piggery and Fowl-bouse is 25 x 50 feet, and opens directly 
 *' into the jards ; /, /, /, /, hog pens, lOX 10 feet ; z/, m, «, «, 
 " yards ; v^ ^', feeding alleys ; IV is the main fowl room, with 
 " roosts ; x^ laying room, separated from the roosting room by a 
 *' movable partition. The nest-boxes are so arranged along the 
 *' north side, that any one can be pushed into the hatching room 
 *'(_)») without disturbing the hen; z is the room for fattening 
 *' fowls in the autumn, or for any convenient purpose when not so 
 *■*■ used. 
 
 *' Manure Sheds. — The wash of the Barn-yard runs in the 
 *' direction of the arrows into the liquid manure cistern (y/) from 
 *■*■ whence it can be pumped over the compost heaps, 5, 5, B^ B. 
 "The leaders from the barn roofs do not discharge into this 
 " cistern, but may be turned into the manure pits, when the 
 *' manure gets too dry. The sheds are for carts, wagons, plows, 
 " etc., also for absorbents and materials for composting to be used 
 " with the manure. 
 
 " Explanation of Second Floor Plan. — ^, <?, ^, <?, as- 
 *' cending roads; />, carriage floor; f, tool-room ; d^ workshop; 
 " e^ harness room for carriage harness, farm harness is kept in the 
 " stables behind the horses ; f^ place for horse-power ; g^ g^ g^ g., 
 "trap-doors to cellars ; /;, cool room ; /', ice-house ; ^, -f, ^, bins 
 " in granary ; «, stairs to upper floor ; 0,(7, stairs from lower floor ; 
 "/, /, feed shoots to grain boxes, (0, in Fig. 19 ;) w, sleeping room 
 
 Fig. 2r. — "^Ttinn nf Main Barn. 
 
 *' for a man ; if not wanted as such it may be added to the 
 *' granary. The dotted line />, is a horizontal shaft, fixed close to 
 *■'■ the ceiling, and moved by steam or by horse-power. This 
 "works all the machinery used in the barn, the belts running to 
 " the cellar below, and to the thrashing floor above ; y, place 
 
FENCES AXD FARM BUILDIXGS. 
 
 73 
 
 " for cider mill over the cider press ; r, chimnev ; s^ 5, hav-shoots 
 "from above; /, f, t, t, trap-doors for Fig. 22-?ection of wing. 
 " bedding ; ?/, «, u^ ?/, trap-doors for 
 " hav, stalks, and other fodder. The 
 " corn floor may be over one of the lofts. 
 
 Dr. H. also recounts, as follows, "the 
 conditions of a good barn," etc. : — 
 
 " I. There should be one head, and -- -, . ^ ^^-^ 
 
 *' he should be able to control com- 
 
 " pletely everybody and every thing in the whole barn. To 
 
 "obtain this, 'Centralization' and one general system are 
 
 " necessary. Without this no man can farm with profit, and no 
 
 " barn plan is good which is incompatible with a high degree of 
 
 "both. 
 
 " 2. Arrangements for saving labor as much as possible, in 
 " taking care of stock and other work. The easiest way should, 
 " when possible, be the right way. 
 
 " 3. Security for fodder, grain, roots, fruit, and all crops. 
 
 " 4. Facilities for protecting, and means of making manure. 
 
 " 5. Provision for the comfort and health of animals. 
 " a. Full and direct light in the stables. 
 " b. Ventilation of stables, cellars, and loft. 
 " c. Southerly exposure of yards. 
 
 *' 6. Shelter for all tools and implements. 
 
 " 7. Provision for work on rainy and cold days." 
 
 Mr. Thomas, in the Register of Rural Affairs, quoted above, 
 gives the following very useful hints to those who are about 
 buildino- barns : — 
 
 " ESTIMATING THE CAPACITY OF BARNS. 
 
 " Very few farmers are aware of the precise amount of shelter 
 " needed for their crops, but lay their plans of out-buildings from 
 " vague conjecture or guessing. As a consequence, much of 
 "their products have to be stacked outside, after their buildings 
 " have been completed ; and if additions are made, they must of 
 *' necessity be put up at the expense of convenient arrangement. 
 
74 HANDY-BOOK OF HUSBANDRY. 
 
 ** A brief example will show how the capacity of the barn may 
 ** be accurately adapted to the size of the farm. 
 
 *■*■ Suppose, for example, that the farm contains one hundred 
 ** acres, of which ninety are good arable land; and that one- 
 '* third each are deyoted to meadow, pasture, and grain. Ten 
 " acres of the latter may be corn, stored in a separate building. 
 " The meadow should afford two tons per acre, and yield sixty 
 *'tons ; the sown grain, 20 acres, may yield a corresponding bulk 
 ** of straw, or forty tons. The barn should, therefore, besides 
 ** other matters, haye a capacity for one hundred tons, or oyer 
 *' one ton per acre as an ayerage. Allowing 500 cubic feet for 
 '* each ton (perhaps 600 would be nearer) it would require a bay 
 *' or mow 40 feet long and 19 feet wide for a ton and a half to 
 " each foot of depth. If twenty feet high, it would hold about 
 *' thirty tons. If the barn were forty feet wide, with eighteen 
 ** feet posts, and eight feet of basement, about forty-five tons 
 *' could be stowed away in a bay reaching from basement to peak. 
 '* Two such bays, or equi\ alent space, would be required for the 
 *' products of ninety well-culti\ ated acres. Such a building is 
 *' much larger than is usually allowed ; and yet without it there 
 ** must be a large waste, as every farmer is aware who stacks his 
 ** hay out ; or a large expenditure of labor in pitching and re- 
 " pitching sheaves of grain in thrashing. 
 
 " In addition to this, as we have already seen, there should be 
 *' ample room for the shelter of domestic animals. In estimat- 
 *' ing the space required, including feeding alleys, etc., a horse 
 '' should have 75 square feet ; a cow 45 feet ; and sheep about 
 *' 10 square feet each. The basement of a barn, therefore, 40 
 '' by 75 feet in the clear, will stable 30 cattle and 150 sheep, and 
 **a row of stalls across one end will afford room for eight horses. 
 *' The thirty acres each of pasture and meadow, and the ten 
 " acres of corn-fodder, already spoken of, with a portion of crrain 
 " and roots, would probably keep about this number of animals, 
 " and consequently a barn with a basement of less size than 40 
 *' by 75 would be insufficient for the complete accommodation of 
 *' such a farm in the highest state of cultivation. 
 
FENCES AND FARM BUILDINGS. 75 
 
 " FORM OF BARN BUILDINGS. 
 
 *' It has formerly been a practice, highly commended by 
 " writers, and adopted by farmers,- to erect a series of small build- 
 '' ing s in the form of a hollow square, affording an open space 
 " within this range, sheltered from severe winds. But later ex- 
 '* perience, corroborated bv reason, indicates the superiority of a 
 " single large building. There is more economy in the materials 
 " for walls ; more in the construction of roofs — a most expen- 
 " sive portion of farm structures ; and a saving in the amount of 
 " labor, in feeding, thrashing, and transferring straw and grain, 
 " when all are placed more compactly together. The best barns 
 " are those with three stories ; and nearly three times as much 
 " accommodation is obtained thus under a single roof, as with the 
 " old mode of erecting only low and small buildings. 
 
 " An important object is to avoid needless labor in the trans- 
 " fer of the many tons of farm products which occupy a barn. 
 " This object is better secured by a three-story barn than by any 
 " other, where a side-hill will admit of its erection. The hay 
 " and grain are drawn directly to the upper floor, and nearly all 
 " is pitched downward. If properly arranged, the grain is all 
 " thrashed on this floor, and both grain and straw go downward 
 " — the straw to a stack or bay, and the grain through an opening 
 " into the granary below. Hay is thrown down through shoots 
 " made for this purpose to the animals below, and oats are drawn 
 " ofF through a tube to the horses' manger. The cleanings of 
 " the horse stables are cast through a trap-door into the manure 
 " heap in the basement. These are the principal objects gained 
 " by such an arrangement ; and as the labor of attendance must 
 " be repeated perpetually, it is very plain how great the saving 
 " must be over barns with only one floor, where hay, grain^ 
 " manure, etc., have to be carried many feet horizontally, or 
 ^' thrown upward. 
 
 " HOW TO PLAN A BARN. 
 
 " The first thing the farmer should do who is about to erect a 
 " barn, is to ascertain what accommodation he wants. To 
 
76 HANDY-BOOK OF HUSBANDRY. 
 
 " determine the amount of space, has already been pointed out. 
 " He should next make a list of the different apartments required, 
 " which he may select from the following, comprising most of 
 *' the objects usually sought : — 
 
 I. Bay or mow for hay. 8. Root cellar. 
 
 a. Bay or mow for unthrashed grain. 9. Rojm for heavy tools and wagons. 
 
 3. Bjy or mow for straw. 10. Manure sheds. 
 
 4. Thrashing floor. 11. Granary-. 
 
 5. Stjblcs for h JKCS. I a. Harness room. 
 
 6. Stables for cattle, and calf pens. 13. Cisterns for rain water. 
 
 7. Shelter for sheep. 14. Space for horse-power. 
 
 " If these are placed all on one level, care should be taken 
 " that those parts oftenest used should be nearest of access to 
 " each other ; and that arrangements be made for drawing with 
 " a cart or wagon in removing or depositing all heavv substances, 
 '^ as hav, grain, and manure. In filling the barn, for example, 
 " the wagon should go to the very spot where it is unloaded ; the 
 " cart should pass in the rear of all stalls to carry off manure ; 
 '* and if many animals are fed in stables, the hay should be carted 
 *' to the mangers, instead of doing all these labors by hand. 
 
 " If there are two stories in the barn, the basement should con- 
 " tain, — 
 
 1. Stables for cattle. 4. Manure shed. 
 
 2. Shelter for sheep. 5. Cistern. 
 
 3. Root cellar. 6. Horse-power. 
 
 7. Cjarse-tool room. 
 
 " The second floor should contain, — 
 
 1. Biys for hay and grain. 3. Stables for horses. 
 
 2. Thrashing rtoor, 4. Granary. 
 
 5. Harness room. 
 
 " For three stories, these should be so arranged that the base- 
 " ment may be similar to the two-story plan, and the second 
 *' story should contain, — 
 
 1. Bay for hay, 3. Granary. 
 
 2. Stables for horses. 4. Harness room. 
 
 " The third or upper story, — 
 
 I. Thrashing floor. 3. Bays fjr grain, including space over floor, 
 
 a. Continuation of hay bay. 4, Openings to granary below. 
 
FEXCES AXD FARM BUILDINGS. 77 
 
 " In all cases there should be ventilators, shoots for hav, lad- 
 *' ders to ascend bays, and stairs to reach quicklv everv part ; 
 " besides which every bin in the granary should be graduated 
 *' like the chemists' assay-glass, so that the owner may by a 
 " glance at the figures marked inside, see precisely how many 
 •■' bushels there are within. A blackboard should be in every 
 "granary, for marking or calculating; one in the stable, to 
 " receive directions from the owner in relation to feeding, or 
 " keeping accounts of the same ; and a third should face the 
 " thrashing floor, for recording any results." 
 
 So much for barns. I have used all the space that can be de- 
 voted to the subject in a work having the wide range which 
 this has ; yet I have hardly done more than to introduce the 
 subject in its more important aspect, and have attempted only to 
 enlist the interest of the reader, and, by showing him what others 
 have done or described, to induce him, if he have need for a barn 
 on his own farm, to give the subject, (which is more fully treated 
 in other publications,) the fullest attention, and to study well the 
 requirements of his own particular case. 
 
 Other farm buildings will be considered in connection with the 
 particular branches of industry to which they belong : corn-cribs, 
 with corn culture, for example ; poultry houses with poultry, &c. 
 In conclusion, I would say that I have found it to be to my own 
 advantage, and am sure that other farmers would find it to theirs, 
 to employ a competent architect to make complete plans of the 
 whole work before commencing operations. It saves material, 
 saves time, and saves the cost and annoyance of many alterations, 
 which are sure to suggest themselves during the progress of the 
 work, unless the details have been previously studied out as they 
 only can be with the assistance of complete drawings made to a 
 scale. 
 
 BARN-YARDS. 
 
 The barn-yard must necessarily be regulated by the character 
 of the land on which, largely for other considerations, it has been 
 found necessary to locate the buildings, yet it should have its due 
 weight in determining the location. 
 
73 n A X D Y - B K OF HUSBANDRY. 
 
 When cattle are kept at pasture, at least during the day-time in 
 summer, it should be a very good reason that induces a farmer to 
 so place his barn that he cannot have the yard on the warmest 
 and sunniest side of it. Ordinarily the coldest winds of winter 
 blow from the north and northwest, while the warmth of the 
 morning sun in winter falls best into nooks whose lookout is 
 toward the southeast. Therefore a southeast exposure is usually 
 the best. If there are to be several buildings, they should be so 
 arranged as to shelter the yard from the north and west. Shelter 
 from the east is not so important, but if it can be conveniently 
 procured it has a certain advantage if so arranged as to allow the 
 earlv morning sun to fall in the vard. A close fence, six or seven 
 feet high, would be better than a high building. When a shed is 
 to be used, it is a good plan to build the barn on the north side 
 and the shed on the west side of the yard. 
 
 The barn-yard ought, alwavs, to have sufficient slope for sur- 
 face drainage, but the wash should be collected in a pit or deep 
 pond hole at one side, and into this, straw, leaves, and muck mav 
 be thrown to absorb the liquids reaching it. If cattle are to be 
 fed in the yard, and are expected to make manure of a large 
 amount of corn-fodder and straw, it is very well to have a nearly 
 level vard, with a slight depression in the center, and to give them 
 a dry footing by a profuse feeding of these materials, of which they 
 will consume the best parts, trampling the refuse under foot. Such 
 an accumulation properly composted during the summer will make 
 excellent manure for autumn use. 
 
 No farmer, however, who has once learned the feeding value of 
 both corn-fodder and straw, when cut and mixed with other food, 
 will continue to waste them under the feet of his animals, unless he 
 is entirely careless of his own interest, or has a superabundance 
 of fodder that he cannot sell to advantage. By hook or by 
 crook, he will contrive, in some wav, to make them available for 
 food. 
 
 Whatever plan is pursued the surface of the barn-yard should 
 receive no water, save that which falls directly upon it from the 
 clouds. Surface gutters should protect it against the flow of 
 
FENCES AND FARM BUILDINGS. 79 
 
 water from other ground, and the roofs should be supplied with 
 eave-troughs, discharging into cisterns or outside of the yard. 
 
 It will always pay to build a rough shed over that part of the 
 yard which is to contain the pit or hollow for the manure, and the 
 yard drainage, — especially if the droppings of the cattle are daily 
 removed from the rest of the yard and added to a compost under 
 the sheds. 
 
 FARM ROADS. 
 
 I would not feel justified in recommending that extra men and 
 teams be employed to make substantial farm roads, but there are 
 at least a hundred half days in the year, when the regular force 
 of the farm can be occupied with such work — adding by every 
 hour's work to the permanent future efficiency of the teaming 
 appliances. Any thing which will enable each team, in all future 
 time, to carry a heavier load than is now practicable, or to carry 
 the same load more .easily, must add to the permanent money 
 value of the farm. 
 
 The foundation of all good roads — at least when any improve- 
 ment of the natural roadway is necessary, — lies in good drainage. 
 Roads are made soft only by water. Either the subsoil is so 
 badly drained that the water of the surface soil cannot sink into 
 it, or it is so wet that the frost is a long time in leaving it in the 
 spring. So long as the frost remains in the subsoil it forms an 
 effectual barrier to the descent of the water which makes the 
 surface soft. Land on a well-drained subsoil parts with its frost 
 very much earlier in the spring than that on an undrained one 
 does. It is, therefore, of the utmost importance that the subsoij 
 be as dry as it can be made. 
 
 Fig- 23- 
 
 _ 12 ft 
 
 Thorough draining will not make a road always hard, but it will 
 very much lessen the duration of the muddy condition, both when 
 
80 II ANDY -BOOK OF HUSBANDRY. 
 
 the frost is coming out of the ground and in times of protracted 
 rains. A narrow road, say not more than twelve feet wide, may 
 be sufficiently drained by a single line of tiles laid under its 
 center, as shown in Fig. 23 ; but if it is much wider than that it 
 will be better to lay a drain at or near each side, as shown in Fin. 
 24. These drains should not be less than three feet deep. The 
 manner of constructing them is given in the chapter on " Drain- 
 Fig. 24. 
 
 ?/•< 
 
 age." They should be made with the same care and in the same 
 manner as ordinary land drains, and may often be connected with 
 the same system. 
 
 While a good underdrain, alone, will often very much improve 
 a good road, it is usually advisable, especially in heavy land, or 
 on land with a heavy subsoil, to use stones, and if possible gravely 
 which will make a road good at all seasons of the year. 
 
 As in the case of many other sorts of farm work, there are two 
 ways of making a stone road, both equally costly, but by no 
 means equally effectual. One way is to dig out the road to a 
 depth of a foot and a half for its whole width, and fill it to within 
 six inches of the surface with stones carefully laid on their flat 
 sides, and brought to a uniform face at the top — then to cover 
 them with gravel or other filling. If gravel cannot be obtained, 
 a mixture of broken stones and common earth makes a good 
 
 . Fig- 25- 
 
 t^AUVtt l\ 'VHI.'I 
 
 •1.-, 
 
 12 ft 
 
 surface. This sort of road (shown in Fig. 25) is excellent when 
 first made, but a few years of heavy teaming will "shake it to 
 pieces." The jarring caused by heavy teams passing over it will 
 
FENCES AND FARM BUILDINGS. 
 
 81 
 
 displace some of the stones in the lower bed, and the gravel from 
 above will work under them. When this disturbance is once 
 commenced it goes on more and more rapidly, until finally some of 
 the stones will have worked their way to the top, some of the gravel 
 will have gone to the bottom, and the road will be really in a 
 worse condition than before the improvement was undertaken — 
 but (ovfarm roads the plan is a good one. 
 
 A much better and more durable road, made on a modification 
 of what is called the Telford plan, although no more expensive 
 than that just described, is very much more satisfactory and 
 enduring, especially for public highways. 
 
 The ground is dug out to a depth of two feet at the sides, and 
 nine or ten inches in the center, but in a curved line, as shown 
 in Fig. 26. The depressions at the sides are solidly packed with 
 
 Fig. 26. 
 
 small stones to the line of the slope of the surface of the road. 
 Larger stones — as flat ones as can be found — are then set on edge 
 as closely as possible over the whole bed, and " spalls" or " chink- 
 ing stones," are tightly wedged in between their tops. A heavy 
 iron maul or sledge-hammer is then used to drive in the wedging 
 stones, and to break down the projecting points of the larger 
 stones, until the whole mass is as firm as a floor. Sufficient 
 "crown" should be given to this bed to afford surface drainage, 
 (say 3 inches in an i8-ft. road,) and only so much gravel or earth 
 put upon it as will completely cover the stones, and prevent the 
 wheels being jarred by them. If properly drained and well made, 
 such a road will last a life-time, and will require very little atten- 
 tion to keep it in order. 
 
CHAPTER V 
 
 DRAINAGE. 
 
 DRAINING WITH TILES. 
 
 To condense within the limits of a few pages even a tolerably 
 complete description of the construction and mode of operation 
 of tile-drains, and to give a clear statment of the theory of under- 
 drainage in general, is no easy task, and it would probably be of 
 little use for me to attempt to do it more satisfactorily than by 
 making the following extracts from what I have already written 
 on the subject.* 
 
 The following articles on the subject, which I have at various 
 times furnished for the Evening Post^ properly bear upon this branch 
 of it: — 
 
 WHAT IS UMDERDRAINING ? 
 
 It is an axiom of good farming that all land should be thoroughly 
 underdrained : undcrdraincd, of course, either naturally or arti- 
 ficially. 
 
 There is nothing mvstcrious either in the operation or in its effect. 
 The ability to plow and plant early in the spring, the perfect 
 germination of seeds, the rapid and luxuriant growth of healthy 
 plants, the ability to plow and otherwise cultivate growing crops, 
 
 *i. An Essay on "Tile Draining," in the American Agricultural Annu.il for 1867. 
 New York : Oranj^e JuJJ & Co. 
 
 a. " Draining for Fk fit and Draining for Health," published by the same house. (1867.) 
 
 3. A Cli ipter en " Tile Drain'ng," in the Farmers and Mechanici* Manual. New 
 York: E. B. Tieac&Co (1S68.) 
 
 4. Various Communications to the American Agricultur'nt and to the Nc-u) York 
 Evening Fast on the same subject. 
 
DRAINAGE. 83 
 
 and the opportunity for seasonable harvesting and for fall plowing, 
 all depend more upon the condition of the soil as to moisture than 
 on any other single circumstance. 
 
 For the purpose o*f illustration, we will suppose an acre of land 
 to be inclosed in a water-tight box, its bottom being four feet 
 below the surface, and its sides reaching to the surface, with no 
 outlet at any point. The whole acre lies open to the rain, and 
 the whole depth is saturated by every heavy storm. This acre of 
 land may have the most thorough cultivation of which it is capa- 
 ble, and may be manured as land was never manured yet, and its 
 produce will inevitably be precarious. In very good seasons it 
 may be fair. In wet seasons it will be weak and badly matured, 
 and in dry ones it will be mean and stunted. It will be the first 
 of May instead of the middle of March when we plow it ; the 
 plowing will paste together more than it crumbles it ; the har- 
 rowing will do as much harm as good j the seed will probably rot 
 in the ground and have to be planted a second time ; and the 
 growth will be slow except during the short interval (often only 
 a few days) between the conditions of "• too wet " and " too dry." 
 
 In short, the soil will be putty one-half of the time, and brick 
 the rest of it : " It girns a' the summer and it greets a' the winter." 
 It is such a soil as no man can afford to cultivate at all. Now let 
 us knock the bottom out of our box and see the result. Of course 
 we must assume that it is underlaid by a stratum of gravel or other 
 porous material. The water which has filled the spaces between 
 the particles of the soil, lying there until evaporated at the surface, 
 sinks slowly away and leaves the whole mass pervaded by air, the 
 particles themselves holding by absorption enough water to make 
 them sufficiently moist for the highest fertility, but affording very 
 little for the cooling operation of evaporation at the surface. When 
 a heavy rain falls, the soil may be for a short time saturated (soaked 
 full) with water, and this drives out all of the air it has contained. 
 As the water settles away, after the rain, fresh air follows and 
 embraces every atom with its active fertilizing oxygen, and deposits, 
 in the upper layers, carbonic acid, and ammonia, and all else that 
 makes air impure and soil rich. Indeed, the water itself h:is washed 
 
84 IIAXDY-BOOK OF HUSBANDRY. 
 
 the air clean, and then on filtering through the loose soil, has 
 deposited, near enough to the surface to be within the reach of 
 roots, all of its impurities. 
 
 Seed planted now finds as much moisture as it needs for germ- 
 ination, and only as much -, its rotting in the ground is impossible. 
 And if we will follow all of the processes of growth, and all of 
 the operations of cultivation and harvesting, we shall find that 
 the former are never impeded bv too great wetness of the soil, and 
 that the latter mav be performed always in good season and with 
 the best effect. Neither are the crops destroyed, or even greatly 
 injured by drought, for if there is one effect of underdraining that 
 is established beyond doubt, it is that it is at least the basis of all 
 those operations by which we most successfully attempt to over- 
 come the effect of drought ; and it is itself the greatest of all 
 preventives of drought. 
 
 Instead of being a pest to the farmer, disappointing half of his 
 hopes, and baffling his best skill, this acre of land has become a 
 pliant tool in his hands. So far as it is possible for him to be 
 independent of the changes of the weather, he has become inde- 
 pendent of them, and he works with a certainty of the best reward, 
 which changes his occupation from a game of hazard to a work 
 of fair promise. 
 
 To answer the question, then, which stands at the head of this 
 article, underdraining is the knocking out of the bottom of the 
 water-tight box in which our soil is incased. If we are the happy 
 occupiers of land through which water settles away as it falls, we have 
 no need of the operation. But if our only (or our chief) outlet 
 is at the surface, with the drying sun and wind for draining tiles, 
 we do need it, and we can never hope for the success to which 
 our seed, our manure and our labor entitles us until we adopt it. 
 
 How it is best to do the work depends on soil, situation, price 
 of labor, price of material, and depth of outlet that can be secured. 
 
 Stone drains, tile drains, brush drains, board drains, mole plow 
 tracks, and all other conduits for water are proven pretty good, 
 so long as they continue to afford a channel throush which the 
 water can run freely. The choice between them is based on the 
 
DRAIXAGE. 85 
 
 questions of durability, cost, and availability. The only positive 
 rules applicable to all cases are that the drain should be a covered 
 one, and not an open ditch, and that it should be, whenever possi- 
 ble, at least three, and better four, feet deep. 
 
 FARM DRAINAGE, 
 
 While it would hardly be fair to say that farmers are more slow 
 than men of other classes to adopt improvements in the methods 
 of their trade, as hardly any other industry has been, within the 
 same time, so completely revolutionized as has farming, in the 
 single item of hay-making, since the introduction of the mowing 
 machine — still there are some improvements whose practical use- 
 fulness, and whose applicability are universally acknowledged, yet 
 which seem to find it hard work to fiight their way to general 
 adoption. 
 
 The drainage of moist land is one of these. We use the ex- 
 pression moist land^ because land which is absolutely wet is either 
 drained or let alone, as a matter of course. Every farmer knows 
 that his swamps must either be made dry (or at least only moist) 
 or must be left to the bulrushes. The far larger part of our cul- 
 tivated farms, which come under the designations "late," 
 " naturally cold," " heavy," " sour," *•' springy," etc., — the larger 
 part of all our more fertile lands, that is, — are cultivated year after 
 year, under very heavy disadvantages ; their half crops, and the 
 extra labor and "catching" work that they entail, being accepted 
 as a sort of doom from which there is no available means of relief. 
 
 Almost every farmer of such land is ready to admit that it 
 would be better for being drained, but he has got on so long with- 
 out it, and draining is such expensive work, that, having no example 
 for its benefits before his eyes, he "gets on" without it to the 
 end of his days. 
 
 It does seem hard to believe that on solid upland, that only cost 
 fifty dollars an acre in the first instance, and produces fair crops 
 in fair seasons, it will pay to spend from fifty dollars to one hundred 
 dollars an acre more to make it a little dryer, where more of the 
 same sort can be bought at the original price. But exactly this 
 
86 HANDY- BOOK OF HUSBANDRY. 
 
 must be believed before farming can become in America what it 
 already (and bv means of drainage) has become in England, and 
 before our farmers can be so successful as they ought to be and 
 as they have the means of becoming. 
 
 The cost of draining (and its cost is the great obstacle to its 
 adoption) should be compared, not with the cost of the land, but 
 with the capital on which the yearly cost of labor, seed, and manure 
 is the interest. For instance, the following is a very moderate 
 estimate of the expense of raising an acre of Indian corn, when 
 it is intended to be the first crop of a rotation running through 
 four or five years : — 
 
 Plowing $5 oo 
 
 Harrowing I 50 
 
 Manure 12 03 
 
 Seed 53 
 
 Planting 2 00 
 
 Cultivation (hoeing, &c.) 7 50 
 
 Harvesting 10 00 
 
 $38 50 
 
 This is a constant quantity, and is an outlay that must be made 
 on wet land as well as on dry, on cheap land as well as on dear. 
 It is (at seven per cent,) the interest on over $500, That and 
 the $50 paid for the land make the total investment of capital in 
 the operation. 
 
 It will be a good crop — a very good one — on such land as we 
 are describing (" naturally cold " land) that yields fifty bushels of 
 corn and two tons of fodder, worth $57 50 — or about 10 per cent, 
 on the investment of $550, 
 
 By precisely the same manuring and cultivation, on the same 
 land, after thorough underdraining, (say at a cost of §100 per acre, 
 although this is too high,) in a season that would yield the above 
 crop on the undrained land, we should surely get seventy-five 
 bushels of corn and three tons of fodder, worth $86 25, or thir- 
 teen and a third per cent, interest on an investment of $650. 
 
 This difference of crops, (an increase of fifty per cent,,) costmg 
 only the interest on the outlay for draining, which is as permanent 
 as the land itself, is not more than may be expected under average 
 
D R A I X A G E . 37 
 
 circumstances ; yet we have stated only a part of the argument 
 on which the apostles of drainage justly depend for the advance- 
 ment of their ideas. 
 
 Land that remains wet so far into the spring as often to delay 
 the plowing until it is time to plant, may, after being drained, often 
 be plowed in March instead of May ; when the seed is planted, 
 it will never be rotted in the ground and call for a new planting, 
 if the water can find its way to the drains below. Weeds, which 
 grow while the land is too clammy to be hoed, and get beyond 
 our control, so that when the ground is dry hoes and horse-hoes 
 have to wage an unequal warfare against them, may, on drained land, 
 be attacked on almost any sunny day and killed with little work ; 
 and when the time comes for hauling ofF the crop, as in spring in 
 hauling on manure, it will not be necessary to wait weeks for the 
 ground to be solid enough for the teams to work, nor will the 
 ground be so much injured in the operation. 
 
 In short, work can be done in proper season, done in a proper 
 manner, and done with a definite certainty of a fair return, and 
 with very much less dependence on the weather than when the 
 water of heavy rains has to lie soaking in the soil until dried up 
 by the sun and wind. 
 
 It may be objected to the above calculation that it is unfair to 
 capitalize the annual cost of cultivation, manure, etc., because 
 these expenditures come from the yearly income of the farmer, 
 and do not represent the interest on his capital. If this view of 
 the case be taken, it will surely be fair to charge the cost of drain- 
 ing by its annual interest, and not by its gross amount, for it bene- 
 fits not only the crop of the first year, but of all subsequent years 
 — and often in an increasing degree — while it is subject to no 
 deterioration, but remains as permanent and as safe an investment 
 as is a mortgage on a neighbor's farm. 
 
 What is needed is that we have more general information on 
 the subject, more practical examples of the beneficial effects of 
 draining, and cheaper draining tiles. All of these will come slowly 
 at first, but they are coming surely ; and they cannot fail to increase 
 in rapid progression, by the very effect of their own influence. 
 
38 IIAXDY-BOOK OF HUSBANDRY. 
 
 UNDERDRAINING Vt'KSUS DROUGHT. 
 
 That land should be made damper by being made more dry, 
 that undcrdraining should be one of the best preventives of the 
 ill effects of drought — this is the apparently anomalous proposi- 
 tion on which one of the strongest arguments in favor of draining 
 is based. 
 
 When we see a field baked to the consistence of a brick, gap- 
 ing open in wide cracks, and covered with a stunted growth of 
 parched and thirsty plants, it seems hard to believe that the simple 
 laying of hollow tiles four feet deep in the dried-up mass would 
 do any thing at all toward the improvement of its condition. For 
 the present season it would not ; but for the next it would, and 
 for every season thereafter, and in increasing degree, so long as 
 the tiles continued to act as effective drainage. 
 
 The baking and the cracking, and the unfertile condition of 
 the soil are the result of a previous condition of entire saturation. 
 Clay cannot be moulded into bricks, nor can it be dried into 
 lumps, unless it is made soaking wet. Dry or only damp clay, 
 once made fine, can never again be made lumpy unless it is first 
 made thoroughly wet, and is pressed together while in its wet 
 condition. Neither can a considerable heap of pulverized clay, 
 kept covered from the rain, but exposed to sun and air, ever be- 
 come even apparently dry except within an inch or two of its 
 surface. 
 
 Undcrdraining, if the work is properly done of course, after it 
 has had time to bring the soil for a depth of two or three feet to 
 a thoroughly well-drained condition, will equally prevent it from 
 becoming baked into lumps, or from being, for any considerable 
 depth below the surface, too dry for the purposes of vegetation. 
 In the first place, the water of heavy spring ruins, instead of ly- 
 ing soaking in the soil until the rapid drying of summer bakes it 
 into coherent clods, settles away and leaves the clay, within a 
 few hours after the rain-fall ceases and before rapid evaporation 
 commences, too much dried to crack into masses. 
 
 Of course, this is only the beginning of the operations of im- 
 
DRAINAGE. 89 
 
 provement. It is merely the foundation, but on heavy soils it is 
 the necessary foundation, of the processes (natural and artificial) 
 by which the improvement is effected and made permanent. The 
 only direct effects of draining are to prevent the soil from ever 
 being completely saturated for any considerable time, and to re- 
 move from below water, which if not so removed would be 
 evaporated from the surface. 
 
 The formation of a crust on the surface of the ground is in 
 direct proportion to the quantity of water that is removed by 
 evaporation, and the crust constitutes a barrier against the admis- 
 sion of air in direct proportion to its thickness. Consequently, 
 the larger the quantity of the water that is removed by the drains 
 the smaller is the obstacle offered to the entrance of air. 
 
 The more constantly the lower parts of the soil are relieved 
 from excess of water and supplied with air, the more deeply will 
 roots descend, and the more frequently will the air in the lower 
 soil be changed — the easier its communication with the atmos- 
 phere. 
 
 On these two principles depends the immunity from drought 
 which underdraining helps us to secure. In dry weather the 
 soil gets its moisture from the deposit of dew — on the surface 
 during the night, and on the surfaces of the particles of the lower 
 soil constantly, day and night. 
 
 The familiar example of the " sweating " of a cold pitcher that 
 stands in the sun and wind on a hot July day, illustrates the 
 manner in which the dew-laden air of our dryest weather gives 
 up its moisture (greater then than at any other time) to the parti- 
 cles of the cool-shaded lower soil with which it comes in con- 
 tact. A box of finely pulverized earth, two feet deep, previously 
 dried in an oven — placed in the sun and wind on the dryest and 
 hottest day of summer, would soon become sufficiently moist for 
 the growth of plants, by the deposit of dew among its lower and 
 cooler particles. Let the same earth be saturated with water and 
 closely compressed, and it would, under the same circum- 
 stances, be baked and dry throughout its who!e depth. No 
 air could enter for the deposit of dew, and, from its compact con- 
 
90 HAXDY-BOOK OF HUSBANDRY. 
 
 dition, all of the moisture that it contains would move, by capillary 
 attraction, from particle to particle, to supply the evaporation at 
 the surface, while the crust thus formed on the surface would 
 prevent the free admission of air, even if the lower soil were 
 loose and porous. 
 
 It is the same in the field. A heavy clay soil, saturated with 
 water, dries up to a condition that will not admit of the circula- 
 tion of air. Even if the thin surface-soil, containing much vege- 
 table matter, is loose enough, it is soon heated to such a depth 
 that the little moisture it receives during the cooler parts of the 
 day is dried out by the midday sun, while the compact subsoil is 
 impervious to all atmospheric influence. Plants grow well 
 enough during the weeks that separate the rains of early Jpring 
 from the heat of midsummer ; but when the drought sets in — the 
 roots being only in the surface-soil — for roots will not enter a 
 cold, saturated subsoil — vigorous vegetation ceases, and we accuse 
 Providence of having sent us a scourge for our sins. As well 
 blame Providence for our loss if we neglected to plow and har- 
 row and plant at seed-time, as for loss from neglect to drain away 
 the water that places us at the mercy of the drought. 
 
 If we underdrain the land, even without the use of the sub- 
 soil plow, — but rather with it, — the early growth will be less pre- 
 carious and more uniform, and the roots of our crops will push 
 down into the subsoil, where they will find, all through the dryest 
 summer, enough moisture for their uses. For the first year or 
 two, of course, we could only hope to modify our evils, but in 
 time we should find, as the writer has found in his own practice, 
 that if we keep the surface of our underdrained ground well stirred, 
 a six weeks' drought, that lays the whole country side bare, has 
 little power to diminish our crops. 
 
 KINDS OF SOIL WHICH ARE BENEFITED BY TILE-DR.MNING. 
 
 All soils which are so retentive that the water of rains is not 
 (at least during the season of growth,) absorbed as it falls, and 
 carried readily down to a point below the ordinary reach of the 
 roots of crops — say to a depth of at least three feet — will be 
 
DRAINAGE. 91 
 
 benefited by draining. With the exception of actual swamps, 
 the soils which derive the greatest advantage, are, of course, 
 those which, during the spring and fall, are completely saturated 
 with water, and during the heat of summer, are baked to a hard 
 crust and broken with fissures ; but all heavy loams, friable soils, 
 which rest on impervious subsoil (or hard pan), — indeed all but 
 sands, and the lighter deep loams and gravels — are very much 
 benefited bv such a removal of their excess of water as can be 
 economically effected only by tile-draining. 
 
 THE MODE OF ACTION, AND THE EFFECT OF UNDERDRAINS. 
 
 A thoroughlv underdrained field is one which is underlaid, at 
 suitable intervals, with lines of continuous pipe drains, which 
 admit the water of the soil, and convey it to an outlet, from 
 which it is completelv removed. The water which falls upon 
 the surface is at once absorbed, and settles through the ground 
 until it reaches a point where the soil is completely saturated, and 
 raises the general water level ; when this level reaches the floor 
 of the drains, the water enters at the joints and is carried off. 
 That which passes down through the land lying between the 
 drains, bears down upon that which has already accumulated in the 
 soil, and forces it to seek an outlet bv rising into the drains.* For 
 example, if a barrel standing on end be filled with earth which is 
 saturated with water, and its bung be removed, the water of satura- 
 tion (that is, all which is not held by attraction in the particles of 
 earth) will be removed from so much of the mass as lies above the 
 bottom of the bung-hole. If a bucket of water be now poured upon 
 the top, it will not aP run diagonally toward the opening ; it will 
 trickle down to the level of the water remaining in the barrel, 
 and this will rise and run ofr at the bottom of the orifice. In 
 this manner the water, even below the drainage level, is changed 
 with each addition at the surface. In a barrel filled with coarse 
 pebbles, the water of saturation would maintain a nearly level 
 surface ; if the material were more compact and retentive, a true 
 
 * Except from quite near to the drain, it is not probable that the water in the soil runs 
 laterally toward it. 
 
92 HANDY-BOOK OF HUSBANDRY. 
 
 level would hp attained only after a considerable time. Toward 
 the end of the flow the water would stand highest at the points 
 farthest distant from the outlet. So, in the land, after a drenching 
 rain, the water is first removed to the full depth, near the line of 
 the drain, and that midway between two drains settles much more 
 slowlv, meeting more resistance from below, and for a long time, 
 will remain some inches higher than the floor of the drain. The 
 usual condition of the soil (except in very dry weather) would be 
 somewhat as represented in the accompanying cut (Fig. 27.) 
 
 Fig. 27. 
 
 Lifst Oh b.\ 1 L .;ATH).N Btrwl-tN UKAINS 
 
 The dark shading to the line b represents the water of satura- 
 tion in the soil, which, immediately after a rain has stood at <?, 
 and is descending toward c. In time of drought it would in 
 most soils, descend nearly or quite to the level of the drains, or 
 even, in severe drought, much lower than this. 
 
 To provide for this deviation of the line of saturation, in 
 practice, drains are placed deeper than would be necessary if the 
 water sank at once to the level of the drain floor, the depth of 
 the drains being increased with tlie increasing distance between 
 them. 
 
 Theoretically, every drop of water which falls on a field 
 should sink straight down to the level of the drains, and force a 
 drop of water below that level to rise into the drain and flow 
 off. How exactly this is true in nature cannot be known, and is 
 not material. Drains made in pursuance of this theory will be 
 effective for any actual condition. 
 
 Any system, which so disposes of the water falling on the land, 
 produces the following important results : — 
 
D R A I X A G E . 93 
 
 1. // greatly lessens the evil effects of drought. During the 
 hottest weather there is a great amount of water in the atmos- 
 phere which has been evaporated from the earth bv heat, and 
 which is held by heat^ in the form of vapor. When this vapor 
 comes in contact with bodies sufficientlv cooler than itself, they 
 take away its heat, and the vapor contracts to the liquid form 
 (condenses) and is at once deposited as dew on the surface of the 
 cooler substance. At night, after a hot summer day, the earth 
 is much cooler than the air, and consequently, as it absorbs heat 
 from the atmosphere and from the watery vapor contained in the 
 air, dew is deposited. The familiar example of a cold pitcher, 
 which seems to sweat in hot weather, while it is only absorbing 
 heat from the air, and causing the vapor of the air to be deposited 
 in a liquid form, is an illustration of the action of this law of 
 condensation. In like manner, a knife-blade condenses dew from 
 the breath, by depriving the moisture in the breath of its heat, 
 and thus causing it to assume the liquid form. 
 
 So, when the water is removed from the soil, the spaces between 
 its particles (which, before drainage, had been filled with water) 
 are occupied by air, and, to a greater or less extent — owing to 
 the motion of the air above the surface caused by winds, and 
 to the effect of changes of temperature below the surface — this 
 air is constantly changing, and that which enters from above, 
 charged with vapor, gives up its heat and therefore its moisture, 
 both of which are absorbed by the lower and cooler soil. In 
 consequence of this action — especially where the surface of the 
 soil is kept in a loose condition, so as to admit air freely — 
 drained lands withstand drought better than those which are 
 undrained. 
 
 2. It enables the soil to receive a larger supply of the fertilising 
 gases of the atmosphere^ {carbonic acid arid ammonia.') The air 
 always contains more or less of these gases, which, with water, 
 are the chief sources of the materials of which plants are made. 
 When the water which fills the spaces between the particles of 
 the soil is drawn off, air enters and takes its place, and the car- 
 bonic acid and ammonia are absorbed, ready to be taken ap by the 
 
94 H A X I) Y - R K F H C S B A N D R T . 
 
 roots of plants, and to produce beneficial changes in the mineral 
 ingredients of the soil. 
 
 The rain which falls, finding the soil in a porous condition, 
 sinks into it, and gives up the gases which it contains, passing out 
 of the drains, nearly pure ; while, if the land were already satu- 
 rated, or had not been made porous by the process of draining, 
 the water would, to a greater or less extent, run ofF over the 
 surface, and instead of enriching the soil, would carry away some^ 
 of its more fertile parts. 
 
 3. // warms the bluer portions of the soil. We have already 
 seen (i) that the air which circulates in the soil gives up heat, 
 and it thus elevates the temperature of those parts which are 
 cooler than the atmosphere. The water of rains also, in passing 
 down through the soil, carries with it the heat of the surface, 
 and deposits it, and a portion of the heat which it received from 
 the warm air through which it fell, in the lower and cooler parts 
 of the soil. In hot weather, the water which issues from the 
 mouth of a drain is often ten degrees cooler than that which 
 falls on the surface, and all of its lost heat has been given to the 
 soil. 
 
 4. // lessens the cooling of the soil by evaporation. This is one 
 of the most important effects of draining. When liquid water 
 becomes \apDr, it increases in bulk 1723 times, and it contains 
 1723 times as much heat. The heat required to evaporate it, is 
 taken from surrounding substances. When water is sprinkled on 
 the floor, it cools the room, because in becoming a vapor (drying) 
 it takes heat from the room. If a wet cloth be placed on the 
 head, and the evaporation of its water assisted by fanning, the 
 head becomes cooler — a portion of its heat being taken to convert 
 the water into the condition of vapor. 
 
 The same action takes place in the soil. When the evapora- 
 tion of its water is rapidly going on, bv the aid of the sun and 
 wind, heat is abstracted and the soil becomes cold. If the water 
 ot the soil is mainly removed by draining, there is comparatively 
 little to be evaporated, and comparatively little heat is taken 
 away — probably not more than is received from the atmosphere, (3.) 
 
DRAINAGE. 95 
 
 This cooling of the soil, bv the evaporation of its water, greatly 
 retards the growth of crops, and the fact that draining lessens 
 evaporation is one of the strongest arguments in favor of its adop- 
 tion. An idea mav be formed of the amount of heat taken from 
 the soil in this way, from the fact that, in midsummer, twenty- 
 five hogsheads of water may be evaporated from a single acre in 
 twelve hours. 
 
 5. // greatly facilitates the chemical action by which the constitu- 
 ents of the soil are prepared for the use of plants^ and by which its 
 mechanical texture is improved. Ordinary soils contain roots and 
 other organic matters, and the various minerals which aid, directly 
 or indirectly, in the nutrition of plants. Before the roots, etc., 
 which have been left in the soil bv a previous crop, can become 
 useful to a new growth, they must undergo the process of decay, 
 which is a slow combustion, requiring the action of atmospheric 
 air. In a soil saturated with water, this decay cannot take place. 
 It proceeds most actively in thoroughly drained land, while in land 
 which is often too wet, it is greatly retarded. The mineral con- 
 stituents of plants can be taken up by roots only in solution of 
 water, which can dissolve them only from the surfaces of the 
 particles of the soil, and usually only after they have undergone a 
 chemical change from exposure to the air and moisture. The 
 more freely air is admitted into the soil, the more easily will the 
 coarser particles be disintegrated, thus exposing more surface, and 
 the more readily will the exposed portions be prepared for the 
 dissolving of their fertilizing ingredients. These chemical changes 
 also greatly improve the mechanical condition of the soil, tending 
 to make it more light and friable, and, both from its greater fineness 
 and from the increased amount of its decayed organic matter, to 
 enable it more readily to absorb fertilizing gases (2) from the air 
 and from rains, and to condense the watery vapor of the atmos- 
 phere in drv weather, (i.) 
 
 6. // tends to prevent grass-lands from '■'•running out." The 
 tille-^ing of grasses — that process by which they constantly repro- 
 duce themselves bv offshoots from the crowns of the plants — 
 goes on during the season of growth, as long as the roots can find 
 
 r 
 
96 n A N D Y - B K OF III' S B A N D R Y . 
 
 sufficient nutriment in the soil, unless arrested bv their coming in 
 contact with a cold, wet, uncongenial subsoil. By withdrawing 
 the moisture which causes this uni'axorable condition of the sub- 
 soil, we may maintain a full supplv of grass plants, as long as we 
 can keep the soil rich enough to support them. 
 
 7. // deepens the surface soil. The withdrawal of the water 
 which, in undrained lands, occupies the subsoil for so great a por- 
 tion of the growing season, allows the roots of plants to extend 
 much farther from the surface, and in dccav, these roots deposit 
 carbon (black mould) in the spaces of the lower soil, while the 
 mineral parts are improved bv the action of the air, thus, 
 gradually, converting the subsoil to the condition of the surface 
 soil. 
 
 8. // renders soils earlier in the springs and keeps off' the effects of 
 cold iveather longer in the fall t because the water, which renders 
 them cold, heavy, and untillable, is earlier removed, and the excess 
 of water, which produces an unfertile condition on the first 
 approach of cold weather, is withdrawn. 
 
 9. // prevents the throwing out of grain in winter ; because the 
 water of rains is at once removed, instead of remaining to throw 
 up the surface by freezing, as it dees by reason of the vertical 
 position taken by the particles of ice. 
 
 10. // enables us to zvork much sooner after rains , inasmuch as 
 the water will pass down to the level of the drains much sooner 
 than it will soak away in an undrained, retentive soil, or be 
 removed by slow evaporation from the surface of the ground. 
 
 11. It prevents land from becoming sour ; because the acids which 
 result from the decay of organic matter, in the presence of too 
 much moisture, are not formed in the more healthy decomposition 
 which takes place in a sufficiently dry and well-aerated soil. 
 
 12. // lessens the formation of a crust on the surface of the soil after 
 rains in hot weather. When water, having mineral matters in 
 solution, is drawn up from the lower soil, it deposits tl.em, at the 
 point of evaporation, at the surface, often forming a hard crust, 
 which is a complete shield, to prevent the admission of air with 
 its fertilizing gases and water vapor. In proportion to the com- 
 
DRAINAGE. 
 
 97 
 
 pletcness with which the water of rains is removed from below, 
 do we lessen the evaporation by which this crust is so largely 
 formed. 
 
 DRAINING OPERATIONS. 
 
 LAYING OUT THE WORK..* 
 
 The Outlet. — The first important point, in arranging a sys- 
 tem of drains, is to seek the lowest suitable point at which an 
 outlet can be obtained. This should be, whenever possible 
 without too great cost, at least four feet (better four and a half 
 feet) below the general level of the land near it, that the drains 
 
 Fig. 28. 
 
 ^X. 
 
 . I'i^i \ V S /. 
 
 ''■'iiiyiiii|i'i'iMiiiiiihii " r ■'■■'■''■ rnwiii! 
 
 Outlet, secured with masonry and grating. 
 
 may be covered to that depth, even in the lowest part of the 
 land to be drained, though it is sometimes better to place the 
 drains at a less depth for a short distance, than to incur the cost 
 of deepening a ditch on a neighbor's property for a very long 
 distance. 
 
 The position and depth of the outlet being established, it 
 
 * For want of space, the reasons for adopting the methods herein set forth are not 
 discussed. They are those which experience has shown to be the best. 
 
98 HANDY-BOOK OF HUSBANDRY. 
 
 should be permancntlv built up with brick or stone, (as repre- 
 sented in Fig. 28,) the work being done solidly, but as rudely as 
 mav be thought proper. The ditch below this outlet must be 
 of sufficient depth and capacity to keep it always free from ob- 
 structions. 
 
 Mains and Sub-Mains. — Having procured substantial stakes 
 about eighteen inches long, stake out the main drain from the 
 outlet through the principal depression of the land, and if the 
 ground slope in other directions than toward this depression, or if 
 there be a broad valley with sloping land at each side, stake 
 other lines, connecting with the first, and running at the bottom 
 of the various slopes, or in the middle of the secondary depres- 
 sion, so arranged that thev shall have a uniform descent tor their 
 whole distance. The proper arrangement of these collecting 
 drains requires more skill and experience than any other branch of 
 the work, as on their disposition depends, in a great measure, the 
 economy and success of the undertaking. 
 
 Lateral Dr.^ins. — Having so arranged the mains and sub- 
 mains that water flowing down the various slopes, in the line of 
 steepest descent, would reach them without materially changing 
 its course, stake out parallel lines, forty feet apart (the first line 
 being twenty feet from the boundary of the land to be drained) 
 running directly down the slopes in the lines of their steepest 
 descent, or as nearly so as is consistent with tolerable simplicity 
 of arrangement, and connecting with the main lines at their feet. 
 The stakes which indicate the points at which the laterals strike 
 the main lines, may be marked so as to be easily recognized as 
 indicating these points, and the original stakes of the main lines 
 may be taken up and reset at points mid-way between the laterals, 
 or at shorter distances, if necessary. On the lateral lines, they 
 should be at uniform distances; on the main lines, they should be 
 as nearly so as possible. 
 
 Mapping. — Commence at the lower end of the main line and 
 mark the stakes consecutively y/, Aa^ Ah^ Ac^ etc. Then, sup- 
 posing sub-mains to unite with the main line at stakes b and f, 
 mark the stakes of these Ab \^ Ab 2, Ab 3, etc ; Ac i, Ac 2, 
 
DRAINAGE. 
 
 99 
 
 , , . , ^ Ab \ Ab \ Ah \ 
 yf^ 3, etc ; and their laterals — r~i~T~i ~3~' ^^'^'•> ""'^•'^ ^^^ 
 stakes of all the drains are so marked as to be clearly designated. 
 (See map, Fig. 29.) 
 
 Fig. 29. 
 
 M»p of a ten-acre field, showing the conformation of the land; the arrangement of the drains and sU» 
 basins j and the method of marking the stakes. Scale l6o fc«t to I inch. 
 
100 HANDY -BOOK OF HUSBANDRY. 
 
 Next, survey the boundaries of the land, and all of the lines, 
 and note the position of each stake on the map, having reference 
 to some permanent landmarks, so that the exact position of any 
 point of the dra'ns mav at anv future time be found, in order that 
 repairs and alterations mav be made without loss of time in hunting 
 for lines whose exact location is forgotten. Such a map of drains, 
 which are entirely hidden, is always satisfactory and often useful. 
 
 Levels. — Except on land which has a rapid descent, drains 
 should be laid with more accuracy as to the depth than is possible 
 by the aid of the eye alone, and in order to do this, the elevation 
 of the ground at each stake should be measured and recorded. 
 First, drive in a grade stake (a peg eight or ten inches long) at the 
 side of each stake, until its top is nearly even with the surface 
 of the ground; then imagine a horizontal plane above the ground, 
 at such height as will be abo\e the highest grade stake of the 
 whole system of drains, and by the aid of a leveling instrument, 
 such as is used by railroad surveyors, ascertain the distance from 
 the imaginary plane, down to the top of each crade stake, and 
 mark it in pencil, near its proper stake on the map. This will 
 give perfect data from which to compute the depth at which the 
 tiles are to be laid, or the grade of the drains. 
 
 On nearly level land this process is indispensably necessary, 
 while its importance diminishes as the surface inclines more 
 steeply ; where the fall is as much as one foot in fifty feet, an 
 ordinary carpenter's level will do sufficiently accurate work , and 
 on steeper slopes the eye is a sufficient guide. Generally, how- 
 ever, the main drains (having less fall) should be very accurately 
 leveled ; and the leveling of the whole tract is in all cases satis- 
 factory, and is essential to perfect drainage, while its cost is 
 trifling, as it may be done by the surveyor at the time of mapping 
 the lines. 
 
 Grading. — The proper adjustment of the grades on which 
 the tiles are to be laid, is, by far, the most important question 
 connected with draining. Not only must wc make sure that the 
 outlet ii lower than the head of the drain; it is necessary that 
 the whole line pursue a well-regulated descent, and equally 
 
DRAINAGE. 101 
 
 necessary that every single tile be placed at the precise depth re- 
 quired to bring it into line with those above and below it (except 
 when the rate of fall is purposely changed). It has been well 
 said that " the luorst laid tile is the measure of the goodness and 
 permanence of the luhole drain^ just as the weakest link of a chain 
 is the measure of its strength."* No tile should be so placed as 
 to offer an impediment to the even flow and velocity of the 
 current which reaches it from the tile above. The fall of a 
 drain should not decrease in velocity as we proceed toward the 
 outlet, lest particles of soil, (technically called silt^ which are car- 
 ried along by the rapid flow, be deposited by the slower current 
 and obstruct the drain, f 
 
 Above all, should undulations and irregularities be avoided. 
 Draining is pre-eminently worth doing well, if worth doing at all. 
 The cost of tile, and the labor of digging and refilling the 
 ditches, constitute the chief expense of draining, and it is the most 
 improvident sort of " penny-wisdom" to economize in the item 
 of precision. One ill-laid tile in a main drain may render useless 
 
 Fig. 30. 
 
 
 Defective Grade, resultiag from Uniform Depth. 
 
 five thousand whose outlet lies through it. Drains must not be 
 laid at a uniform depth from the surface, but on a straight line of 
 descent at the proper general depth. Figure 30 shows a drain in 
 uniform depth, and the line, a c, passing through it shows how it 
 deviates from the proper inclination ; at the point d the tile would 
 be filled with " dead water," and might soon be obstructed with 
 silt. By aid of the levels taken at the grade stakes, the proper 
 depths to be given at these points may be readily computed and 
 
 * Talpa, or the Chronicles of a Clay Farm. 
 
 f Under the head of "Silt Basins," will be found directions for managing this 
 change of grade when necessary to be made. 
 
102 
 
 II A N D Y - B K OF HUSBANDRY 
 
 marked on the stakes, and, for the distance at which the rate of 
 fall is unchanged, the line of tiles should be a straight line, lying 
 at the computed distance below those stakes. 
 
 The computation may be made as shown below. For illus- 
 tration we take the first three spaces of the main drain (J) on 
 our map (fig. 29). 
 
 Note that the^r.f/ column represents the marks on the stakes ; 
 the second is the measured distance between the stakes ; the third 
 the total descent of one hundred feet of drain, (eight-tenths of one 
 foot and six-tenths of one foot per one hundred feet ;) the /iurth, 
 the amount of fall, at this rate, from stake to stake ; the sixth^ the 
 recorded grade at each stake. The first figure of the fifth repre- 
 sents the recorded grade of the floor of the outlet, (21 .7 I,) and by 
 subtracting from this the fall between ^ and yfa^ (.34,) we ob- 
 tain the grade of the drain at the latter stake, (21.37 ;) subtracting 
 from this the next fall, (.36,) we have the grade at Jh^ etc. ; then, 
 by subtracting the figures in the sixth from those in the Jifth, we 
 have in the seventh the depth of cutting at each stake. 
 
 FORM OK COMPUTATION FOR DEPTH OF DRAIN BELOW TOPS OF GRADE STAKES. 
 
 No. of 
 Stake. 
 
 Distance 
 bi-twccn 
 Stakes. 
 
 Fall, (in feet and deci- 
 mals of a foot.) 
 
 Depth below Imaginary 
 Pliine. 
 
 Depth of 
 Drain. 
 
 Per 100 ft. 
 
 Between 
 
 Stakes. 
 
 To the Drain. 
 
 To the top of 
 grade stake. 
 
 A. 
 Aa. 
 Ab. 
 Ac, 
 
 42 feet. 
 45 fi-et. 
 38 feet. 
 
 0.80 
 0.80 
 0.60 
 
 0.34 
 36 
 0.23 
 
 21 .71 
 
 21.37 
 21 0! 
 20.78 
 
 18 21 
 18.02 
 17.14 
 16.92 
 
 3.50 
 
 3-35 
 3.87 
 3.S6 
 
 For want of space, in the map on page lOi, only such points 
 have been marked with letters and grades as are necessary to illus- 
 trate the text. 
 
 The least rate of fall which it is prudent to give to a drain, in 
 using ordinary tile, is 2,5 feet in 1,000 feet, or 3 inches in loO feet, 
 and even this requires very careful work.* A fall of 6 inches in 
 
 *Some of tlic drains in the Central Park have a fall of only one inch in one hun- 
 dred feet, and they work perfectly; but they are large mains, laid witli an amount of care 
 and with ccrtiiin costly precautions, (including very precisely graded wooden floors,) 
 which could hardly be expected in private work. 
 
DRAINAGE. 
 
 103 
 
 Fii 
 
 100 feet is recommended whenever it can be easily obtained — not 
 especially as being more effective, but as requiring less precision 
 and expense. 
 
 Digging the Ditches. — It is not necessary that a ditch foi 
 tile-draining should be more than four inches wide at the bottom, — 
 only wide enough to allow the workman to 
 stand with one foot in front of the other, — and 
 if it widens to twenty inches at a height of four 
 feet from the bottom, he will have room enough 
 to work in. Soils which are tolerably retentive 
 
 will stand at this ano-le durins: 
 
 the short time that ditches need 
 
 remain open. If inclined to 
 
 cave in, the weaker places may 
 
 be supported by boards braced 
 
 against the opposite side. (Fig. f'g- 31.— Bracing the sides 
 
 in soft lanJs. 
 31-) 
 
 For four-foot drains, stretch two lines, parallel 
 to each other, twenty inches apart, leaving the 
 stakes at a distance of two or three inches from 
 one side of the inclosed space. Then, with an 
 ordinary spade, cut the lines neatly, remove the 
 surface soil, and throw it on the staked side of the 
 line. Dig the ditch to a depth of three feet, 
 throwing the lower soil on the bank opposite to 
 that on which the surface soil has been placed. 
 Now, take a narrow ditching spade. Fig. 32, four 
 inches wide at the point, and dig down opposite 
 the stakes to the depth marked thereon. The 
 depth may be measured by an instrument simi- 
 lar to that represented in Fig. ^^. Having reached 
 this point, set up at each of two or more of the 
 stakes a " boning-rod," seven feet long, Fig. 34, 
 Fig. 33._Measuring fastening it in place by laying two bits of board 
 ^'*^' across the drain, holding the boning-rod between 
 
 them, and held in place by stones or earth laid on their ends. 
 
104 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 The line of sight taken across the tops of two of these boning-rods 
 will be exactly seven feet above the line of the bottom of the 
 drain, and a "plumb-rod" (which is a boning-rod with 
 a line and plummet by which to place it perpendicu- 
 larly) will have its cross-head exactly in a line with 
 those of the boning-rods, when its foot stands on the 
 true line of the bottom of the drain. The ditch may 
 \ I be dug with the narrow spade to within 
 about two inches of the desired depth, and 
 it may then be trimmed to the exact line 
 (with the aid of the plumb-rod) by a finish- 
 ing scoop. Fig. 35. The position of the 
 laborer in the narrow ditch, and the mode 
 of using the scoop, are shown in Fig. ^6. 
 
 As the laving of the tile should be com- 
 menced at the extreme upper ends of all 
 drains, so that no dirt may be washed into 
 them ; and, as the finishing of the bottom 
 should immediately precede the laying of 
 the tile, lest its bottom be made uneven by 
 water flowing over it, the ditches should be 
 first roughly finished to the outlet, (at a little 
 1 I less than the final depth,) for the removal 
 \j of the water during the work, and the 
 Fig. 35.— Finish- Kig. 34.— Bon- boning-rods should first be set at the upper 
 
 ing scoop. ingRod. ^^^^^ ^y^^^ ^^^ ^^^^ ^^ ^^jj j^^^ ^^^^ 
 
 change, the boning-rods may be set at intervals of from 80 to 120 
 feet, as the sighting may be accurately done at this distance. Of 
 course, a rod must be set at each point at which the fall changes. 
 The manner of sighting over the boning-rods, and the inter- 
 mediate plumb-rod, is shown in Fig. 37. 
 
 If, by mistake, the bottom is dug out too deeply, the earth 
 with which it is filled up to the proper grade must be beaten 
 solid. 
 
 Tiles — Kinds and Sizks. — There are various forms of tiles 
 in use in this country — known as " round," " sole," " horse- 
 
DRAINAGE. 
 
 105 
 
 shoe," etc., but it is not proposed, here, to discuss their compara- 
 tive merits. Experience, in both public and private vv^orks, in 
 
 Fig. 36. — Position of Workman and Use of Finishing Scoop. 
 
 this country, and the cumulative testimony of English and French 
 engineers, have demonstrated that the only tile which it is eco- 
 nomical to use, are the best that can be found ; and that the 
 
 ~T?^ 
 
 
 Fig 37- — Sighting by the Boning Rods. 
 
 [/4 and C are theboning-rods. 5 is the plumb-rod. A^ B, C, is the line of sight (7 feet above the 
 grade). 7', y, is the line of the bottom of the drain, which will be correct when the plumb-rod, 
 standing upon any point of it, has the top of its cross-head in the line of sight, A. B, C] 
 
 best, thus far invented — much the best, is the " pipe and collar," 
 (Fig. 38,) — or round tiles ; and these are unhesitatingly recom- 
 mended for* use in all cases. Round tiles of small sizes should 
 not be laid without collars, as the ability to use these Vvith them 
 constitutes their chief advantage. They hold them perfectly in 
 place, prevent the rattling in of loose dirt in laying, and give twice 
 the space for the entrance of water at the joints. A chief ad- 
 vantage of the larger sizes is, that they may be laid on any side 
 and thus made to fit closely, while the shrinking of the top of the 
 sole tiles (from more rapid drying in manufacture) makes it ne- 
 
106 HANDY-BOOK OF HUSBANDRY. 
 
 cessarv to trim the ends, to make even a tolerable joint. The 
 usual sizes of these tiles are i^ inch, 2] inches, and 3J inches 
 in interior diameter. Sections of the 2] inch make collars for the 
 1^ inch, and sections of the 3! inch make collars for the 2] inch. 
 The 3^-inch size does not need collars, as it is easily secured in 
 place, and is only used where the flow of water would be sufficient 
 to wash out any slight amount of foreign matters that might enter 
 at the joints. When collars cannot be conveniently procured, an 
 excellent substitute for them mav be cheaply obtained from any 
 tinsmith, in the form of strips of refuse zinc, galvanized iron, 
 
 Fig. 38. — Pipe Tile and Collar, and the same as laid. 
 
 or tlnplate from i^ to 2 inches wide. I have had such made by 
 a tinsmith in Newport, for a cost of 8c. per lb. — averaging per- 
 haps, $3 per thousand. Thev are easily formed to the shape of 
 the tile bv being bent over a round stick. If used with "sole" 
 tiles (those having a flat side to stand on) they need be only long 
 enough to form a saddle over the top. 
 
 The sizes of tiles to be used is a question of consequence. In 
 England, i-inch pieces are frequently used, but i]-inch tiles* are 
 recommended for the smallest drains. Beyond this limit, the pro- 
 per size to select is, the smallest that can convey the water which 
 will ordinarily reach it after a heavy rain. The smaller the pipe, 
 the more concentrated the flow, and, consequentlvj the more 
 thoroughly obstructions will be removed, and the occasional 
 flushing of the pipe, when it is taxed for a few hours to its 
 utmost capacity, will insure a thorough cleansing. No inconveni- 
 ence can result from the fact that, on rare occasions, the drain is 
 unable, for a short time, to discharge all the water that reaches it; 
 
 * Taking the ditfercnce of friction into consideration, i^-inch pii'cs have lully twice 
 the discharging capacity of i-inch pipes. 
 
DRAINAGE. 107 
 
 and if collars are used, there need be no fear of the tile being 
 displaced by the pressure. An idea of the drying capacity of a i^- 
 inch tile may be gained from observing its xvetthig capacity, by 
 connecting a pipe of this size with a sufficient body of water, 
 at its surface and discharging, over a level dry field, all the water 
 that it will carry. A i^-inch pipe will remove all the water 
 that would fall on an acre of land in a very heavy rain, in 24 
 hours — much less time than the water would occupy in getting to 
 the drain in any soil which required draining ; and tiles of this 
 size are ample for the draining of 2 acres. In like manner, 21- 
 inch tile will suffice for 8 acres, and 3|^-inch tile for 20 acres. 
 The foregoing' estimates are, of course, made on the supposition 
 that only the water which falls on the land, (storm v/ater,) is to 
 be removed. For main drains, when greater capacity is required, 
 two tiles may be laid, (side by side,) or, in such cases, the larger 
 sizes of sole tile may be used, being somewhat cheaper. Where 
 the drains are laid 40 feet apart, about 1,000 tiles per acre will be re- 
 quired, and, in estimating the quantity of tile of the different sizes 
 to be purchased, reference should be had to the foregoing figures : 
 the first 2,000 feet of drain or less requires a collecting drain of \\- 
 inch tile ; the water from more than 2,000 and less than 7,000 feet 
 may discharge into 2^-inch tile ; and for the outlet of from 7,000 
 to 20,000 feet, 3^-inch tile may be used. Collars, being more sub- 
 ject to breakage, should be ordered in somewhat larger quantities. 
 
 Laying Tile. — There is a tool made for laying Fig. 39. 
 
 pipes and collars, but it is recommended that they 
 be carefully laid by hand, a process which, though 
 somewhat difficult in narrow ditches, is not impos- 
 sible, and is much more satisfactory. The tiles, 
 each having a collar passed over the end, should be 
 placed along the side of the ditch, within easy reach 
 of a man standing in the bottom. He commences 
 at the upper end of the ditch, and walks back- „. , ^ ^ 
 
 ' r^ ' Pick for dressing and 
 
 ward as the work proceeds. The first tile is laid pertor^fng "le- 
 with the collar on its lower end, and with a flat stone or bit 
 of broken tile fitted closely against the upper end. The collar 
 
108 
 
 II A N D Y - B K OF n U S B A N D R Y . 
 
 is then slipped along until only one-half of its length is under the 
 tile. The next tile has its nose inserted in the unoccupied half 
 of the collar, and one-half of its other collar is drawn forward 
 to receive the next tile — and thus to the lower end of the drain. 
 The trimming of the ends of the tile, and the perforations in the 
 tiles of main drains to admit the laterals, arc made with a pick 
 (Fig. 39). To make a hole in the tile, use the pointed end of 
 the pick, chipping around the circumference of the hole until the 
 center-place falls in. Collecting drains should be laid a little 
 deeper than the mouths of the laterals which discharge into them, 
 
 (allowance for this having 
 been made in the original 
 grading,) that these mav be 
 admitted at the top of the 
 main. When the lateral 
 
 Fig. 40.— Lateral Drain entering at Top. and thc main are of Cqual 
 
 size, the best way to make the connection is to substitute a long 
 pipe in place of the collar, making a hole at the top of this, to 
 admit the lateral, as shown in Figs. 40 and 41. 
 
 Silt Basins. — In new drains there is always some earthy 
 matter (silt) in the water which flows through the pipe, — the 
 looser earth about the joints is carried in, in small quantities, dur- 
 ing the earlv action of thc drain. If the fall of the drain is 
 irregular this silt may be carried in suspension in the water, where 
 
 the current is rapid, and deposited 
 .7 in the depressions, or more level 
 parts, where the flow is sluggish, 
 and cause the obstruction of the 
 ^{M^^SSy^^ drain, which is thereby rendered 
 ^ worthless. In ordinary soils, the 
 amount of silt entering at the 
 joints of the drain, will, if the fall 
 be regular, cause no inconvenience, being cither all carried 
 out at the mouth of the drain, or deposited throughout its whole 
 length to a depth so slight as to be of little or no consequence. 
 If, on the other hand, it becomes necessary to diminish the fall 
 
 Fig. 41. — Sectional View of Joint. 
 
DRAINAGE. 
 
 109 
 
 in proceeding vOvvard the outlet, there is danger that the silt, 
 
 which was carried by the more rapid stream above, will be 
 
 deposited bv the slower current and cause a stop- ^'^- ■♦-• 
 
 page of the drain. In the drainage of the Central 
 
 Park, this danger was guarded against by the use 
 
 of silt-basins at all points at which the fall ot a 
 
 drain (which had not a very steep descent, say %' 
 
 two or three feet in one hundred feet) became ^^ 
 
 less rapid. The silt-basin is a vessel (larger ^^ 
 
 than the tile with which the drain is laid) extend- 
 
 ino; some distance below the grade of the drain. 
 
 '-' ° silt-basin made of six- 
 
 It has the effect of arresting the movement of the inch tiie. 
 
 water, thus allowing its silt to settle to the bottom, and has suf- 
 ficient depth to accumulate that which will probably enter it 
 before the drain commences to 
 
 run clear water. For a lateral 
 drain of small caliber, a very good 
 silt basin is made by placing a 
 single six-inch tde on end, sink- 
 ing; it two-thirds of its lenp-th 
 below the floor of the ditch, and 
 admitting the tiles from above 
 and below at opposite sides. It 
 should be covered with a well- 
 fitting, flat stone, and should 
 stand on a stone or a board — not 
 on the earth, ( Fig. 42.) For 
 |drains of somewhat larger size 
 a small chamber of brick-work 
 may be used, (Fig. 43,) and for 
 the collection of the mains of 
 several systems, it is satisfactory 
 
 to build a well two feet in P^ 
 
 diameter, ha\ ing a depth of two . " v 
 
 feet below the bottom of the out- ^'S- 43— square brick silt-basin. 
 
 let drain, and reaching the surface, with a good cover which 
 
no 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 may be kept locked, (Fig. 44.) When large sizes of vitrified 
 earthenware pipes (ten or twelve inches in diameter) can be ob- 
 tained, they make a very good and cheap silt-basin, answering 
 very well for the collection of several small drains. One of 
 these is shown in Figure 45. 
 
 The most perfect deposit of the silt will be secured in those 
 basins which admit and discharge the water on the same level ; 
 but a difference of two inches — sufficient to allow the action of the 
 in-coming drains to be seen — is so satisfactory to the eye of a 
 proprietor, that it may well be tolerated in basins which are built 
 to the surface, although the fall tends to keep the water in the 
 basin agitated to its bottom, and somewhat interferes with the de- 
 posit of silt. Basins, which can be opened at the surface, should 
 
 have their outlets protected by coarse 
 wire-cloth or upright grating, to pre- 
 vent the entrance of rubbish, which 
 may, by accident, reach them. 
 
 The position and size of all under- 
 ground silt-basins should be carefully 
 noted on the map. In the event of 
 the stoppage of any drain, (which will 
 P be indicated by the wetness of the 
 ground), dig down to the first silt-ba- 
 sin below the break, and the cause will 
 generally be found to be the accumu- 
 lation of silt beyond the capacity of 
 the basin, and, by taking up a few tiles 
 each way from it, until they appear 
 free from deposit, the difficulty may 
 be remedied in far less time than 
 would have been necessary if the silt 
 had been allowed to deposit itself 
 through a long stretch of the drain. If the soil is very " silty," 
 (containing layers of running quicksand,) the ditch immediately 
 over the silt-basin should be left open for a short time after the 
 drain is laid, so that, by simply removing the stone cover, the 
 
 F"ig. 44. — Silt-basin, buJli to the surface. 
 
DRAINAGE. 
 
 Ill 
 
 IL 
 
 ^3 
 
 Fig. 45, — Silt-basin of vitrified 
 pipe. 
 
 deposit of silt may be watched and removed, until it ceases to 
 accumulate, when the ditch may be permanently filled in. 
 
 Filling in the Ditches. — As fast as 
 the tiles are laid, they should be securely 
 covered, in order that they may not be 
 broken by stones falling in from the banks,* 
 and that their position may not be dis- 
 turbed by the water running in the ditch. 
 
 The best covering to place immediately 
 over the tile, is the heaviest and stiffest clay 
 from the ditch, because this compacts more 
 readily than any other material, and allows 
 less of its finer particles 
 to enter the tile. It is 
 a mistake to suppose 
 that there is the least 
 
 necessity for placing a porous material next 
 to the tile. Especially should sods, or other 
 covering which contain organic matter, be 
 avoided, as affording a less firm packing 
 around the tile, and, on the decay of the or- 
 ganic parts, furnishing loose particles to enter 
 the joints. Throw in fine clay, — dropping it 
 gently about and over the tiles, until they are 
 well covered, and then fill in to a depth of eight- 
 een inches with clay. This filling should now 
 be trampled down with the feet, and then 
 rammed with a wooden maul (Fig. 46) until 
 quite firm. By this process, the tile will be 
 securely clasped by the clay, and the least pos-** 
 sible amount of silt will enter the drain. As 
 to the entrance of the water, the young drainer 
 Fig. 46.-Maui for ramming. ^^^^ ^j^^ himsclf no troublc. To usc the lan- 
 guage of an English farmer, " experience will prove that you 
 can't keep it out, and it is astonishing how soon the water will 
 learn how to get in, even if strong clay is rammed tight over 
 8 
 
112 HANDY-BOOK OF HUSBANDRY. 
 
 the pipes." After the ramming is completed, the rest of the ditch 
 may be filled, and it is recommended that the surface soil, which 
 was thrown to one side, be mixed with the subsoil throughout the 
 entire depth. 
 
 Full and complete directions for the laying out and making of 
 tile drains, such as would suffice for any farmer contemplating 
 the improvement may be found in books on the subject, whose 
 cost is trifling as compared with the cost of the work, and no one 
 should undertake it without first learning all that is to be learned 
 from books on the subject. 
 
 Underdraining should be commenced in the winter time, and 
 very early in the winter. When the ground is locked fast with 
 frost, and when it is impossible to do any out of door work, the 
 farmer has leisure for such a careful study and consideraticn of 
 the question as is necessary to any successful draining operation ; 
 not that the ditches may not be as well dug, and the tiles as well 
 laid without the least previous consideration, but because the 
 work is very expensive, and any slight mistake made in the ar- 
 rangement of the drains, may result in its being done incom- 
 pletely, or in its being too costly. 
 
 I have, during the past year, drained the whole of Ogden 
 Farm, and, of course, have endeavored to do the work as thor- 
 oughly and as cheaply as was possible. The land drained (that 
 which constitutes the farm proper is sixty acres) lies over the 
 crown of a hill, and all but five or six acres of it has sufficient 
 slope for easy drainage, without their being a very great fall in 
 any part of it. The difference of elevation between the highest 
 and the lowest point is about fifty feet ; and these points lie about 
 a half a mile distant from each other. While the slope of the 
 land appears to the eye to be absolutely uniform, the taking of 
 accurate levels demonstrated that there were considerable inequali- 
 ties, and that drains, laid according to the very best judgment, 
 founded on the apparent slope, would not have stood in proper 
 relation to the true slope. 
 
 The course pursued was the following : The whole farm was 
 staked off" into squares of one hundred and sixty feet each, and 
 
DRAINAGE. 113 
 
 levels were taken at all of the points of intersection, showing the 
 elevation of those points above an imaginary plain underlying the 
 whole farm. This was all shown upon the map, and upon the same 
 map contour lines, — or lines of equal elevation, — at differences 
 of level of one foot, were laid on in a different color from the 
 hnes marking the squares. In the accompanying map the black 
 lines show the lines defining the squares, and the figures at their 
 intersections show the elevation of the land at that point above 
 the imaginary-level plain. The red lines show the lines of 
 equal elevation along the surface of the land ; of course the line 
 of steepest descent of the land is in all cases at right-angles to 
 these. The blue lines show the location of the drains. 
 
 Before a stroke of work was done upon the land, the levels 
 were taken at the intersections of the black lines, and these and 
 the contour lines were drawn upon the map ; and in every in- 
 stance, in advance of the staking out of the drains upon the 
 ground their location was drawn upon the map and was staked on 
 the ground directly from the map. This insured the locating of 
 each drain in what, not guessing, but actual measurement, showed 
 to be the right place ; and enabled an estimate to be made in 
 advance of the quantity and sizes of tiles required, and of the 
 amount and cost of the work to be done. 
 
 By reference to the map it will be seen that the following rules 
 have been adhered to, so far as circumstances would admit : — 
 
 First. — Always to run the lateral drains parallel to each other, 
 and down the deepest descent of the land ; in some cases they 
 are not parallel, and in others they run in a direction slightly 
 different from the steepest inclination — the object being always to 
 harmonize those two conflicting requirements so as to produce 
 the best average result. 
 
 Second. — To lay no drain on such a course that water running 
 through it would flow more rapidly in the upper than in the lower 
 part of the drain ; it has been necessary in this matter also 
 to deviate somewhat from the rule. This has never been 
 done, however, except where the reduced rate of fall was suffi- 
 cient to insure so rapid a flow as to carry off any silty matters 
 
114 handy-book: of husbandry. 
 
 which might have been carried by the more rapid stream above. 
 For instance, in the extreme southwest corner of the farm it will 
 be seen that the long drains of the main system were not carried 
 directly down to the main drain near its outlet, although such a 
 course would have allowed the size of the tile a little wavs back 
 from the outlet to be somewhat reduced. The reason for this 
 was, that the land near the extreme corner is so nearlv level that 
 there would have been danger (in carrying the drains at a uniform, 
 depth directly through it ) that silt, accumulated in their upper 
 ends, would have been deposited by the sluggish flow near the 
 main, and have caused the obstruction of the tiles. To avoid 
 this, the collecting drain, starting from near the south fence, and 
 running in a northwesterly direction, was made to cut oft' the 
 longer laterals at the foot of the steepest inclination — the land 
 lying between this collecting drain and the main outlet being fur- 
 nished with drains of its own, laid upon a uniform though slight 
 fall. 
 
 Third. — To make the drains four feet deep and forty feet apart ; 
 this rule has been adhered to as rigidly as possible, though of 
 course, owing to slight inequalities in the surface, it was at times 
 necessary to make the depth a little more or a little less than four 
 feet for a short distance, and it was also necessary, occasionally, 
 as in the field north of the barn, to deviate a little from the par- 
 allel line, bringing the drains less than forty feet apart at their 
 lower ends, and making them a little more than forty feet apart 
 at their upper ends. In a few instances drains have been run up 
 between two converging lines so far that they divided a space of 
 less than eighty feet. In such cases these intervening drains 
 were made somewhat less than four feet deep at their upper ends, 
 and the cost of digging was thereby reduced. 
 
 The work of draining was commenced in the autumn of 1867, 
 in the extreme northwest corner of the farm. Owing to the 
 early setting in of severe weather, it was possible only to dig the 
 main outlet ditch which runs along the west line, and to com- 
 plete the northernmost six laterals. As soon as the ground was 
 settled in the spring of 1868, the work was recommenced with 
 
DRAINAGE. 115 
 
 vigor, and the severe weather of the month of December found 
 the work entirely finished, with the exception of a few laterals, 
 and the main drain south of the house. These would also have 
 been completed but for a mistake in sending tiles, which made it 
 necessary to delay the work until the ground became frozen, and 
 to hazard the danger that the caving in of the main drain in spring 
 would so choke the laterals which were laid, that they would have 
 to be taken up and remade. 
 
 Except for this slight accident the work would have been 
 entirely completed within the time and the cost originally esti- 
 mated. 
 
 As to the effect of the work as shown in the production of 
 better crops, it is hardly possible yet to speak with much cer- 
 tainty. The spring of 1868 was very wet, and it was impos- 
 sible to get a single field drained in time for it to be planted in 
 season for the best growth. Even if this could have been done, 
 it is not likely that, so soon after the construction of the drains, 
 their action would have been sufficient to produce a very marked 
 effect on the soil. Therefore, the most that can be said at this 
 time is with reference to the condition of the land in the matter 
 of readiness for cultivation, and this can be best illustrated by a 
 reference to the land lying north of the dwelling-house. This 
 land, as will be seen by the contour lines on the map is very much 
 the most level tract on the whole farm. Its subsoil, like the 
 subsoil of the entire farm in fact, is a very compact blue clay, 
 intermixed with gravel and streaks of black oxide of manganese, 
 the whole forming a material of so nearly impermeable a char- 
 acter that, with all my confidence in draining, I fully expected 
 that it would be several years before any very marked result was 
 produced. Hitherto this farm, though beautifully situated on the 
 top of the highest hill in this vicinity, has been so constantly wet, 
 except in seasons of extreme drought, as to have baffled every 
 effort to make it tolerably fertile, and to disappoint, if not to 
 impoverish, every owner and every tenant who has ever had any 
 thing to do with it. It has long been known in the vicinity as 
 " Poverty Farm," and I do not believe that the average estimate 
 
l\Q nANDY-BOOK OF II USB AX DRY. 
 
 fixed upon it by the best farmers in the township, simplv as 
 agricultural land, would have given it even one-fourth of the 
 value of an ordinarilv good farm. In fact, one of the chief rea- 
 sons for its purchase was the belief that, while it could be bought 
 for a low price, thorough underdraining must, in time, make it an 
 excellent farm ; for its surface soil seems capital, and its subsoil 
 is such as, after draining and deep cultivation, must become one 
 of the best. 
 
 That this opinion was a correct one is partly demonstrated 
 already by the experience with the field to which allusion was 
 made above, — that north of the house. The draining of this land 
 was commenced about the middle of September, and up to that 
 time (there having been no decided drought during the season) there 
 was hardly a day when the water did not stand on its surface, and 
 at no time, after a heavy rain, could it be comfortably driven over 
 for two or three weeks. The draining was completed on this 
 piece by the middle of November. On the 26th it commenced 
 raining at about 10 a m., and at that time the outlet drain, which 
 passes under the road east of the farm, was carrying about one- 
 half inch depth of water in a four-inch pipe. It rained very hard 
 until 5 P. M. when it cleared off. At sunset this main was run- 
 ning entirely full. At noon on the 27th — the next day — plowing 
 was commenced on the wettest part of this land, and the ground 
 was amply dry enough for the operation. At night-fall the tile of 
 the main was running only about one-quarter full. This shows 
 that an amount of water which would have prevented our going 
 upon this land in its undrained state before the next June at the 
 earliest, found its way iTntnediately^ even through the compact sub- 
 soil, to tile drains lying four feet below the surface, and was 
 carried away as rapidly as could possibly be desired The same 
 rapid removal of water is obtained over the whole farm, and the 
 hope is yet cherished that its old title of " Poverty Farm" need 
 never be applied to it again. 
 
 The cost of the work of drainmg 60 acres m the very best 
 manner has been, I regret to say, a trifle more than ^6,000 — just 
 about enough more to pav for two or three accidental interrup- 
 
DRAINAGE. 117 
 
 tions to the work — leaving the actual cost, accidents aside, $ioo 
 per acre. 
 
 Of course the question is asked, and asked generally, I think, 
 with a good deal of doubt as to the answer, whether this expen- 
 sive work can possibly pay — whether we shall ever be able to get 
 back a hundred dollars per acre as a result of the beneficial influ- 
 ence of the draining. Suppose we do not. We purchased the 
 farm to have the farm, and not to get back its cost ; and we did 
 the draining, not in order that we might pocket the cost of the 
 draining, but in order that the cost might be profitably invested. 
 If the money had not been used in this way it would probably 
 have brought a return of 6 per cent, on a safe investment. It is 
 now invested in the safest possible manner and if the result of 
 this thorough draining of land, otherwise good, does not amount 
 to at least $6 per acre, it will be remarkable. My own impres- 
 sion is that in favorable seasons such acres as are well cultivated 
 will bring a return (ascribable entirely to the draining) of at least 
 $30 each. And in addition to all this there is the satisfaction of 
 knowing that when plowing day comes plowing can be done, and 
 that it will not be, as it hitherto has been, postponed for a month 
 on account of a single heavy rain. Probably the ability to 
 systematize the labor of the farm and carry on its various opera- 
 tions without interruption will, of itself, be worth $6 an acre every 
 year. 
 
 I have gone thus particularly into a description of a purely per- 
 sonal operation with the belief that there is no sort of argument 
 which is so effective with readers generally, and especially with 
 agricultural readers, as one that is based on actual experiment ;- 
 and, in connection with the map, any farmer will be able, from the 
 description given, to form a better idea of how the work of draining 
 may be done, and of its extent and cost, than by any description of 
 a purely hypothetical case. 
 
 When the Ogden Farm drainage was commenced the best 
 process for doing the work and the best means were those de- 
 scribed in the first edition of my work on draining,* and the system 
 ♦"Draining for Profit and Draining for Health." New York, O. Judd & Co. 1867. 
 
118 
 
 UANDT-BOOK OF HUSBANDRY. 
 
 of drains on the northwest field of the farm and that lying west 
 and south of the barnvard was made according to the directions 
 therein laid down. By the time this was completed the very im- 
 portant inventions of Mr. C. ^V. Boynton, in connection with 
 the manufacture of draining tiles, enabled me to adopt a much 
 simpler and more satisfactory method, which, in its application to 
 the rest of the farm, has proven itself to be in many respects a 
 great improvement. And I would gladly pay one-half of the cost 
 
 Fig. 47. Fig. 48. 
 
 of the original work to have it, also, done in the same manner. 
 Mr. Boynton's improvement consists, first, in the making of tiles 
 of the best quality of fire-clay, two feet long ; and second, in the 
 use of "junction pieces," which are short tiles of the size of the 
 main, having a branch at the side to which the lateral may be 
 attached. 
 
 The character of these junctions, and the manner in which 
 they may be used, will be readily understood by reference to the 
 following description : — 
 
 Formerly the best way to admit a lateral drain into a main was 
 by breaking a hole (with a light sharp-pointed pick) into the side 
 of one of the tiles of the main, trimming off the end of the lateral 
 so as to make it fit as closely as practicable. It was impossible 
 Fig. 49. in this way to make 
 
 a joint that would 
 not more or less ob- 
 struct the flow of the 
 stream. 
 
 Boynton's junc- 
 tion, however, (Fig. 
 i^^ 49,) consisting of a 
 short tile of the size 
 of the main, with a piece of the size of the lateral, attached to it 
 before burning, so smoothly moulded that the stream is in no way 
 
DRAINAGE. 
 
 119 
 
 interrupted, and set on at an acute angle, so that the force of the 
 stream flowing from the lateral drain adds to the velocity of the 
 current in the main, entirely obviates this difficulty, which was 
 one of the greatest connected with the old style of work, jvnd 
 makes the drainage of land even less uncertain than before. 
 
 Among the minor improvements made by Mr. Boynton, the 
 Bend, (Fig. 50, quarter bend, 
 and Fig. 51, one-eighth bend,) 
 for turning corners in drains, 
 allows the stream to change 
 gradually and 
 
 Fig. so. 
 
 Fig Si- 
 
 lts 
 
 Quarter Bend. 
 
 One-eighth Bend. 
 
 smoothly, and with much less retarding effect, than with the 
 
 angular turn which alone was possible in using straight tiles with 
 
 beveled ends; the reducing tile, Fig. 52, enables Fig. 52. 
 
 us to change from one size to another in a 
 
 straight drain without making an abrupt edge in 
 
 the bore of the drain ; and the glazed outlet. 
 
 Fig. 53, with a grating to exclude vermin, 
 
 makes an excellent and durable finish at the 
 
 only point at which they first attack the 
 
 work. 
 
 Reducing Tile. 
 Fig. S3- 
 
 Grated Outlets Glazed. 
 
 LAND DRAINAGE DETAILS OF THE WORK. 
 
 It is never pleasant to confess errors ; but I am convinced, by 
 what I have recently seen, that, in previous writing about drain- 
 age, I have been mistaken on one point. That is, in insisting, 
 as a universal rule, that the whole line should be opened from 
 the upper end of the lateral to the lower end of the main, and 
 that the main should be kept open until the tile-laying and cover- 
 ing should be finished in all its laterals. This is frequently, but 
 not always, true, — perhaps it is not even generally so. 
 
 I have probablv directed the laying of over a hundred miles of 
 tile drains, and I have always tried to approach as nearly as pos- 
 sible to the English practice, as I had seen it described. I 
 have bought sets of English draining-tools, and have read in 
 English agricultural books and papers about the way in which 
 
120 HANDY -BOOK OF nUSBAXDRY. 
 
 the work is done. I have seen pictures and diagrams show- 
 ing every step of the operation, and have had letters from 
 England (in reply to my questions) telling me precisely what they 
 do there. I have tried for fifteen years — with scores of Irish 
 ditchers — to imitate them, and have finally concluded that the 
 statements made were not true, and that the pictures drawn were 
 drawn from the imagination. I could in no way get my ditches 
 dug without ha\ing the men tramping on the bottorn, and making 
 more or less mud according to the amount of water, — and this 
 mud, running toward the main, carried a sure source of obstruc- 
 tion with it. Hence, I have always recommended that the whole 
 line be opened from one end to the other, before a tile is bid, and 
 that the tile-laying be commenced at the upper ends of the laterals 
 and continued down stream^ so that no muddy water would run 
 into them, as would be the case if the tiles were laid from the 
 lower end upward. 
 
 I am still convinced that in very wet, soft land, or where the 
 grade is so slight that great care is necessary to preserve the 
 uniformity of the fall, this precaution is necessary. But wherever 
 there is a fall of as much as one foot in a hundred feet, if the 
 bottom is ordinarily firm, the best plan will be to reverse the direction^ 
 and to commence laying at the lower end of the drain — putting in 
 the tile, and covering it up, as fast as the digging progresses. 
 
 I am led to this change of opinion by seeing the thing dt)ne by 
 drainers of English education. What I could not understand from 
 description, nor attain by experiment, is made clear by observation. 
 In the digging of ordinary drains the foot of the workman never reaches 
 to within less than a foot of the bottom cf the ditch ; consequently, 
 there is no trampling of the floor of the drain, and no formation 
 of mud. What water may ooze out from the land (and, as but 
 little of the ditch is open at once, the amount is very small) has no 
 silt in it, and cannot obstruct the tile through which it runs. 
 
 I will try to describe the process so that all may understand it. 
 We will suppose the main drain to be laid and filled in, junction 
 pieces being placed where the laterals are to come in, and that we 
 are about to dig and lay a lateral emptying into it. 
 
DRAINAGE. 
 
 121 
 
 I A line Is stretched to mark one S'de of the ditch, and the 
 sod is removed to a spade's depth (15 Tches wide) for a length of 
 about two rods, and a ditch is dug abou' 18 inches deep, with a 
 narrow bottom. 2. A ditching spade, (Fig. 54, a,) 20 inches long in 
 the blade, 6 inches wide at the top, and 4 inches wide at the point, 
 — made of steel and kept sharp, — is forced into its whole length, 
 and the earth thrown out. Of course it will be necessary in 
 very hard ground to do some picking, but it is surprising to see 
 
 a b c e d 
 
 Fig. 54 — Tile-draining Implements. 
 
 with what ease a man with an iron shank screwed to the sole of 
 his boot will work the sharp point of this spade into an obdurate 
 hard-pan. The loose earth that escaped the spade is removed by 
 a scoop (Fig. 54, b) 4 inches wide, which the workman, walking 
 backward, draws toward him until it is full, swinging it out to 
 dump its load on the bank. In this way he gets down 3 feet, and 
 leaves a smooth floor on which he stands. 3. Commencing 
 again at the end next to the main, with a narrower, stronger, and 
 
122 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 even sharper spade, of the same length or a httle less, (Fig. 54, c,) 4^ 
 inches wide at the top and 3 inches at the point, he digs out as 
 nearly as he can, another foot of earth — he facing the main and 
 working back, so that he stands always on the smooth bottom, 3 
 feet below the surface. When he has dug for a length of 2 or 
 3 feet, he takes a snipe-bill scoop, (Fig. 54,^,) only 3 inches wide, 
 and using it as he did the broader scoop, removes the loose earth. 
 The round back of this scoop, which is alwavs working a foot 
 below the level on which the operator stands and which performs 
 the offices of a shovel^ smooths and forms the bottom of the trench, 
 making a much better bed for the tiles than it is possible to get 
 if it has to be walked on, and regulates the grade most perfectly. 
 
 4. When the short length of ditch has been nearly all dug out 
 and graded, the branch on the junction piece of the tile is uncov- 
 ered, and the tile is laid by the use of a "tile-layer," (Fig. 54, ^,) 
 operated by a man standing astride the ditch on the banks. The 
 collar is placed on the end of the branch on the upper end of the 
 tile. The implement lowers the tile, (with its collar in place,) and 
 the other end is carefully inserted in the collar on the branch. 
 Then the end of the second tile is inserted into the second collar, 
 and so on until nearly all of the graded ditch is laid. 
 
 f^'K- 55- — Opening the Dilch and Laying the Tiles. 
 
 5. The most clayey part of the subsoil is thrown carefully down 
 on the tile and tramped into its place, — all but the collar end of 
 the last tile being covered, — and the ditch filled at least half-full 
 and pounded. 
 
 6. Another rod or two of the ditch is opened, dug out, laid. 
 
DRAINAGE. 123 
 
 and filled in as above described, — the amount opened at any one 
 time not being enough to allow the accumulation of a dangerous 
 quantity of water. If there is any considerable amount of water 
 in the land, or if it is feared that it may rain during the night, 
 the tile is left with a plug of grass or straw, which will prevent 
 the entrance of dirt. 
 
 Fig. 55 gives a section of a ditch with the work in its different 
 stages. The tile is shown in section. 
 
 And now for the result : — 
 
 Last year, after the draining of Ogden Farm was completed, I 
 undertook the drainage of a neiglibor's land, emplovins; the same 
 gang of experienced Irish ditchers. The best bargain I could 
 make was for one dollar per rod for digging and back-filling (tile 
 laying not included). The best men earned $3.50 per da\', — the 
 average not more than 1^2.25. Owing to the lateness of the 
 season, the work was suspended until this year's harvest should 
 be completed. 
 
 This year I hired a gang of tile-drainers from Canada, who had 
 English experience. They work precisely as above described. 
 The price paid is 75 cents per rod for digging, back-fillino;, and 
 tile-la\'ing (for the whole work complete, although owing to the 
 hard-pan^ much picking is required). The best man among them 
 completes seven rods per day, (v5-25,) and the a\erage is fully 
 five rods (33-75)- The amount of earth handled (owing to the 
 narrowness of the ditches) is less than one-half of what it was 
 last year, and the work is done with a neatness and completeness 
 that I have never seen equaled. 
 
 What these men are doing others can do as well, and I am 
 satisfied that in simple, heavy clays the whole work of digging and 
 tile-laying can be done for less than 50 cents per rod. 
 
 While tiles are much the best, and generally the cheapest ma- 
 terial that can be used for making underdrains, there are many parts 
 of the country in which they cannot be obtained, and in all cases 
 they require a direct outlay of money — a process against which 
 many farmers have an aversion. For these reasons, (and some- 
 times because it is absolutely necessary to get rid of stones which 
 
12-t II ANDY -BO OK OP HUSBANDRY. 
 
 are not needed in making fences,) it is often desirable to make 
 drains with other materials. 
 
 STONE DRAINS. 
 
 Stone drains, when well built, may last a very long time, but 
 they are not so reliable as tile drains, for the reason that they 
 cannot be so made as to keep the water flowing through them in 
 a smooth current,, nor so as to entirely prevent it from flowing 
 over the earth, which it may wash up and deposit where it will 
 obstruct the channel. They are, also, more liable to be reached 
 by water from the surface, running down through fissures in the 
 soil — such water being the best possible destroyer of any drain, 
 stone or tile, on account of the earth it carries with it. 
 
 Contrary to the general idea, stone drains are usually much more 
 costly than tile drains -, they require a much wider trench to be 
 dug, and refilled, and it frequently costs more than the price of 
 the tiles to lay the stones properly, after they have been deposited 
 at the side of the trench. 
 
 Every farmer in a stony region knows how to lay a stone 
 drain, with an "eye," "throat," or "trunk," as the channel for 
 the water is called, but there are two important principles con- 
 nected with such drains, which are usually not known, or are 
 disregarded. 
 
 1. A stone drain should never form a part of a system of which 
 the other part is laid with tiles ; because if the stone drain 
 empties into the tile drain it will be \erv likely to deliver to it 
 so much sand or gravel " silt " as to obstruct it, while if a stone 
 drain is used as an outlet for tile drains, it will greatly lessen 
 their permanent value by its own liability to become closed. 
 
 2. No porous material — neither small stones, straw, sods, brush, 
 nor shavings — should be placed on the top of the stones forming 
 the channel. It is not hom above that any drain should receive 
 its water. The water that is drained away from a saturated soil 
 always rises into the drain from below. The amount flowing in 
 from the sides is hardly worth notice, and any that might come 
 
DRAINAGE 125 
 
 directly down from the surface would be very likely to bring 
 with it matters which would choke the channel — that which 
 rises into the bottom of the drain is as clear as spring water, (is 
 spring water in one sense,) and can only obstruct the drain by 
 washing into heaps the earth that it flows over in its course 
 throufrh the drain. 
 
 o 
 
 It is very well to cover the stone-work with the smallest quan- 
 tity of shavings or leaves that will prevent the earth with which 
 the trench is tilled from rattling into the " eye," but this should 
 be immediately covered with the stiffest subsoil at hand, which 
 should be trampled or rammed down so solidly that no streams of 
 water and no vermin can work their way through it. Sods make 
 a very good covering when they are first laid, but thev soon decay, 
 and afford the best possible material for obstructing the drain. 
 If small stones are to be used at all they should not be placed 
 over the drain, where they can only do harm ; but below it, where 
 they protect the earth against the action of the stream, and al- 
 low the water of saturation to rise freely into the drain. 
 
 The different methods of laying stones so as to form a chan- 
 nel are too well understood to need illustration, and the selection 
 of one or another must depend very much upon the character 
 of the stone to be had for the purpose. In every case, they 
 should be so laid that thev can neither be undermined by the 
 stream, and made to "cave in," nor be forced out of their places 
 by the weight of the filling above them. 
 
 If the chief object is to get rid of a large. amount of stone, this 
 may be best accomplished by dig2;ing very wide trenches, wide 
 enough to use a plow for loosenmg the ground to the whole 
 depth, and dumping the stones in from a cart, merely leveling 
 them off within one and a half or two feet of the surface, and 
 packing the heaviest soil over them. In a very large drain of this 
 sort, the water will always find a passage, unless it is so carelessly 
 laid that surface streams flow in. 
 
 A very good way to get rid of useless stone walls is to dig a 
 trench at one side of them and throw them in — finishing off the 
 top as above directed. 
 
126 HANDY-BOOK OF HUSBANDRY. 
 
 PLANK, BRUSH, AND POLE DRAINS. 
 
 When 2-inch planks or slabs can be cheaply procured, a good 
 
 drain may be made by cutting the bottom of the ditch so as to 
 
 leave a shoulder at least three inches on each side as shown in 
 
 Fig. 56, and lay across — resting on the shoulders — pieces of 
 
 Fig. 56. plank or slab sawed to the proper length, 
 
 to reach from one side of the ditch to] 
 
 the other, and fitted as closely as possible 
 
 ; at their edges. For the smaller drains — 
 
 not more than six inches across, between 
 
 - the shoulder, common hemlock boards, 
 
 one inch thick will suffice, and will last 
 
 for a long time. In all cases the wood should be thoroughly 
 
 soaked before laving, so that it will not be necessarv to leave 
 
 joints to allow for swelling. In a clay subsoil, such a drain would 
 
 last long enough to be economical. In quicksand it would be 
 
 good for nothing. The grain of the wood must run across the 
 
 ditch. 
 
 If a ditch is filled with brush (especially cedar) to its top, com- 
 mencing at the upper end, and laying the butts toward the mouth 
 of the drain, and the brush then pressed down as closely as pos- 
 sible, and covered with well-compacted earth, it will make a very 
 good " make-shift " drain — so much better than none at all, as to 
 commend itself highly to those who cannot afi'ord to make stone 
 or tile drains. 
 
 Small poles laid evenly in the ditch, with just enough fine 
 covering to keep out the loose dirt of the filling will often prove 
 very good. 
 
 When either the poles or the brush decay, the earth itself will 
 often preserve the channel for a long time. 
 
CHAPTER VI. 
 
 PLOWING, SUBSOILING, AND TRENCHING. 
 
 " In ancient times, the sacred plow employed 
 
 The kings and awful fathers of mankind ; 
 
 And some, with whom compared your insect tribes 
 
 Are but the beings of the summer's day. 
 
 Have held the scale of empires, ruled the storm 
 
 Of mighty war, and then with unwearied hand, 
 
 Disdaining little delicacies, seized 
 
 The plow, and greatly independent lived." 
 
 Thomson. 
 
 A FEW years ago a " Young Farmer " in England wrote to the 
 "London Gardeners' Chronicle and Agricultural Gazette," asking 
 information concerning the " Art of Plowing." The following 
 was the reply of that very able paper : — 
 
 " The niceties of this subject are no longer of the importance 
 " they once possessed. Well-drained land should be ' smashed 
 "up' — that is the proper way to treat it. If you want to know 
 "all the mysteries of the subject, as it used to be practically 
 "carried out, consult 'Steven's Book of the Farm.' The whole 
 "vocabulary of this once tedious subject has become obsolete : 
 " in place of gathering up, croiun and furrow plowing, casting or 
 '■'■ yokiiig, or coupling ridges, casting ridges zvith gore furroius, 
 '■'■cleaving down ridges, with or without gore furrows, plowing 
 " two in two out, plowing in breaks, etc., all that the land now 
 " needs, in order to efficient cultivation, is, according to Mr. 
 " Smith, of Woolston, a 'smashing up;' and it is to land drainage 
 " as permitting a deeper rough tillage before winter, and to steam 
 " plows and steam cultivators as enabling it, that the most striking 
 "lesson of recent experience in land cultivation is due." 
 
 9 
 
128 HANDT-BOOK OF HUSBANDRY. 
 
 Plowing has the following objects: — 
 
 1. To destroy existing vegetation. 
 
 2. To loosen the soil and prepare the seed bed. 
 
 3. To allow the lower parts of the surface soil to be prepared 
 for the better use of plants by the action of atmospheric influ- 
 ences. 
 
 4. To deepen the surface soil. 
 
 5. To cover manures, green crops, or dung. 
 
 6. By a combination of the foregoing efforts, to admit air and 
 water more freelv among the roots ot plants. 
 
 The first and the fifth of these objects are best attained by 
 such regular turning of the furrows as shall completely invert 
 the soil, or at least as shall turn it over so far that the harrow 
 will leave only the lower soil on the smoothed surface. 
 
 The others do not require such nicety of work, and, indeed, 
 they are better accomplished bv such treatment, as will more 
 thoroughly break up the furrow. 
 
 In plowing grass land, I think that a carefully turned flat furrow, 
 — that is, the laving of the grass side of the furrow-slice flat upon 
 the bottom of the plow track, or turning it completely over like a 
 board, — is conducive to the most rapid rotting of the sod, while 
 it renders it less liable to be torn up by the harrow, which at the 
 same time acts more uniformly on the freshlv turned earth. In 
 turning in green crops, the flat furrow has the same advantage. 
 In plowing in farm-vard manure, however, it is quite as advan- 
 tageous, — perhaps more so, — to mix it more thoroughly through- 
 out the whole depth of the plowed soil by adopting the lap- 
 furrow. 
 
 The chief objections to the flat-furrow system seem to be that, 
 with a gi\ en amount of power, the plowing cannot be so deep ; 
 that the sod is less broken up ; and that less air is admitted among 
 the particles of the soil. These objections are enough to con- 
 demn the practice, except for the accomplishment of the two 
 purposes referred to above. For all but these it is better to plow 
 with lap-furrows, and better still to so crush the furrow in plow- 
 ing, that it is not turned over in any definite shape ; — simply pul- 
 
PLOWING, SUBSOILING, AND TRENCHING. 129 
 
 verize it as much as possible, and push it out of the way, to make 
 room for the next bite. As a merely mechanical operation the 
 plowing of pure sand, which it is impossible to turn in a regular 
 furrow, affords the best model, and any arable soil would be im- 
 proved by being made as fine as sand, so that it would not turn 
 in a regular furrow. 
 
 The English use, very extensively, an implement called a 
 grubber, which is a stronger and deeper cultivator, loosening the 
 soil more completely than any plow for a depth of 6 or 8 inches, 
 when drawn by horses. Its teeth project forward like the point 
 of a plow, so that their action is more upward than that of the 
 harrow, while they hold better to the ground. 
 
 THE KIND OF PLOW TO BE USED. 
 
 A single manufacturer of agricultural implements in New York 
 city advertises over a hundred varieties and sizes of plows, and 
 there are hundreds of other large manufacturers and dealers in the 
 country who would add immensely to the number from which we 
 may select. 
 
 In choosing a plow for light land or heavy ; for sod or stubble ; 
 for shallow work or deep ; for sand, clay, gravel, or plastic mould, 
 there are many considerations which should influence us, most of 
 which are familiar to all practical plowmen, and none of which 
 are so well defined that they can be made the basis of any estab- 
 lished rule. Lightness of draft and uniformity of work are the 
 great things sought after, and they are very important ; but some 
 lightness of draft may be very well sacrificed to completeness 
 of the pulverization of the furrow slice, and uniformity — except 
 in plowing grass land — is of much less consequence than thorough 
 breaking. 
 
 In all the investigations that have been made concerning the 
 draft of plows, from the time when President Jefferson submitted 
 to the French Institute his paper on the true shape of the mould- 
 board, and throughout a long course of mathematical philoso- 
 phizing on the subject, the only thing of universal application that 
 can be said to be established as a rule^ is, that on ground in which 
 
130 HANDY-BOOK OF HUSBANDRY. 
 
 a wheel woulJ not be clogged up, a wheel on the front part of 
 the beam lessens the draft of all plows, and makes them work 
 more casilv generally. After the world has been supplied, for 
 three-quarters of a centurv, with diagrams and formula? on the 
 direction in which the furrow-slice moves over the mould-board, 
 — all of which prove the advantage of a hollow form, so regu- 
 lated that a straight edge may be laid across any part of it, at 
 right angles to the line of motion, touching at all points, — there 
 comes a '* convex mould-board " plow, (on which a straight edge 
 so placed will touch only at a single point,) which is claimed to 
 be in all ways superior, and which, in mv hands, has certainly 
 performed very satisfactorily ; and the " cylinder" plow, on which 
 it would touch at only two points. 
 
 This is, it must he confessed, a humiliating fact, and it at 
 least shows that science has thus far failed to appreciate all of the 
 resisting forces which come into action in the process of plowing ; 
 and it conveys to the farmer the intimation that he should attend 
 even more to the completeness with which a fair expenditure 
 of the force of his team will break up his land than to the ease 
 with which he can do a certain amount of work. It is not quite 
 true that the hardest plowing does the most good ; but, as above 
 stated, some heaviness of draft is well compensated for b^' more 
 complete pulverization. 
 
 In making a selection of plows, therefore, we can hope for but 
 little aid from books, and, more than in almost any other depart- 
 ment of our work, must depend on practical experience and 
 a judicious obser\ ation. Oh\iously, that plow is the best which 
 will do the work as It ought to he done with the least expenditure 
 of force. Aly own experience has led me to believe that, for 
 light work — not more than seven inches in depth — I get the most 
 complete pulverization that is possible with one pair of horses, from 
 the use of Holbrook's stubble plow, No. 66, or of Allen's cylinder 
 plow, with skim attachment, and for heavy work, with a strong 
 double team, going to a depth of nine or ten inches, from the Ames 
 Plow Company's Eagle, No. 25. 
 
PLOWING, SUBSOILING, AND TRENCHING. 131 
 
 The skim attachment of Allen's cylinder plow cuts off about 
 two or three inches of the land side of the furrow-slice, and folds 
 it over on to the furrow side, thus lessening the weight on the 
 mould-board. It helps to pulverize the furrow, and at least does not 
 increase the draft. 
 
 Holbrook has a plow with a skim attachment, which is said to be 
 an excellent tool, but I cannot speak from any actual experience 
 ■with it. 
 
 He also makes a "swivel" or "side-hill" plow, which is very 
 highly recommended for plowing on hill-sides, or on level land. 
 By turning the furrow always in the same direction it obviates the 
 necessity for leaving dead furrows. 
 
 Among the other plows which I have found by experience to be 
 admirably adapted to all kinds of work, in heavy and in light soils, 
 are Smith's patent cast-steel plows, made by the Collins Co., near 
 Hartford, Conn. 
 
 The manufacturers claim for this plow the following advantages: — 
 
 " ist. It is the only plow yet produced which will invariably 
 ** scour in any soil, 
 
 " 2d. It is now a well-established (act that it will last from three 
 "to six times longer than any other plow. 
 
 " 3d. It can easily be demonstrated that it draws lighter than any 
 "other plow cutting the same width and depth of furrow. 
 
 " 4th. It will plow in the most perfect manner at any desired depth, 
 " between three and twelve inches, which is a third larger range than 
 " is possessed by most other plows, while in difficult soils none other 
 " can be run deeper than six or eight inches. 
 
 " 5th. The same plow works perfectly not only in stubble and corn 
 "ground, but in timothy and clover sod. 
 
 "6th. In every part it is made of the best material, and no 
 "pains are spared to produce a uniformly good and merchantable 
 "article." 
 
 The same firm has brought out a plow without handles, with Volk- 
 man's "Guide," — a plow that holds itself to its work, and returns 
 to it when thrown out by stones even better tlian it could be held 
 and replaced by a plowman. I consider these steel plows one of the 
 
132 HANDY-BOOK OF HUSBANDRY. 
 
 greatest improvements that I have adopted. The plough-guide es- 
 pecially is a great labor savor. With its aid, any boy who can 
 drive a team can do good work. 
 
 This "Guide" has now been before the public long enough to 
 have worked its way into popular fiivor, but has failed to do so. It 
 is necessary, therefore, to say that while holding, personally, to any 
 former opinion of its value, I cannot recommend its purchase without 
 stating this fact. As a rule, every new tool that has real practical 
 merit will make its own way. At Ogden Farm, the Volkman Plow 
 Guide has shown itself to be worth having, but it obviously has not 
 that general value that should make it one of the first implements to 
 be bought. The limited capital of the farmer may be better em- 
 ployed in some other way. 
 
 Plowing is the fundamental work of cultivation, and very much 
 of the success ot all cultivation depends upon its being done when the 
 conditions are such as to produce the best result. No matter how 
 hurried the work may be, — especially in the case of heavy clay soil, — 
 more will be lost than gained by plowing when the land will be pud- 
 dled and packed by tlie pressure of the mould-board and of the feet 
 of the team. Light and dry soils may be worked without injury at 
 any time, though even these get a better "weathering" if plowed 
 in the autumn. 
 
 The first condition, and bv far the most important cf all, is to 
 plow ivhett the soil has only enough moisture in it to make it crumble 
 when moved. If it is too wet (unless verv light land) it will be 
 compacted into clods, which it will take vears to break down, 
 and which will do far more harm than the plowing will do good. 
 If it is too dry it will be very hard to plow, and the furrow slice 
 will contain lumps which it will be difficult to make fine. Still, 
 it is better to plow when the land is very drv than when it is very 
 wet. 
 
 The second condition is to plow in autumn, or as soon as con- 
 venient after the crops are off the ground. Man can, after all, 
 do only a part of the work of cultivation, the most important 
 part is done bv nature, and we should aim, so far as possible, to 
 aid her. She works at the processes of pulverization, sweetening, 
 
PLOWING, SUBSOILING, AND TRENCHING. 133 
 
 and oxidation* chiefly during the winter and spring. In the sum- 
 mer she is busy at other things, but in winter she takes hold of 
 every lump of the rough furrow tops, splits its particles apart 
 with her wedges of ice, roughens their edges so that they will 
 never stick together again, turns the black oxide of iron into 
 iron rust, sets free the pent-up plant food, sweetens the acids, 
 and performs such wonders in mechanics and chemistry as man 
 can never hope to equal — wonders which have made the world 
 what it is, and without which its population could not live. 
 
 If heavy land is saturated with water in the autumn, and lies 
 soaking all winter, the action of the frost and air can do but 
 little good, and the plowing would surely do harm, but with proper 
 underdrainage — with only so much water in the soil as its par- 
 ticles will absorb within themselves, the spaces between therri 
 being filled with air — there is nothing to equal fall plowing — 
 which has the further very great advantage of lessening the hurry 
 and the tax on the strength of the teams in the spring. One good 
 plowing in the fall is a saving of time In the spring, and does 
 more good than half a dozen plowings without the subsequent 
 weathering to prepare the land for the production of crops. 
 
 Spring plowing — except in plowing grass land for corn — should 
 be done as early as is consistent with a proper regard to the state 
 of the land. It is better not to plow clay land at all than plow it 
 when wet ; but take the first opportunity when it is dry enough, 
 to do as much as possible, not only for the sake of getting so 
 much of the work out of the way, but to give the air as much 
 time as possible to act on the newly turned ground. 
 
 HOW TO PLOW. 
 
 Plow your land deeply, and " smash it up." This is the begin- 
 ning and the end of what is theoretically good plowing, without 
 regard to the condition of the soil and subsoil. If the directions 
 can be followed without injury, they are emphatically the direc- 
 tions that should be followed. If the land is fallow, and if there 
 
 * Rusting. 
 
134 HANDY-BOOK OF HUSBANDRY. 
 
 is nothing in the character of the subsoil to make it objectionable 
 when brought to the surface, we cannot plow it too deeply nor 
 too roughly. If our land will not admit of such treatment now, 
 without injury to present crops, the sooner we can bring it to a 
 condition in which it will, the better for it and for us. 
 
 It is now too late in the history of agricultural improvement for 
 it to be worth while, in a treatise like this, to discuss the reasons 
 why deep plowing is advisable, for although the average depth of 
 the furrow-slice in all the United States is certainly not over four 
 inches, there are very few readers of agricultural books who need 
 to be told that the country would be vastly richer, and would get 
 its income with much greater certainty, if the average were eight 
 inches. 
 
 I vv'ould not recommend that it be attempted to reach the extra 
 depth at once, — if experiment shows that this can safely be done, 
 as it very ofcen will, well and good, — but in many soils the end 
 must be gained gradually. A little of the uncultivated, raw sub- 
 soil must be brought up each autumn, and prepared by the winter's 
 frosts, to be mixed with the surface, or else a long course of sub- 
 soiling and cultivation must first ameliorate the earth that until 
 now has been locked against the circulation of air. 
 
 In giving the above figures, by way of illustration, I by no 
 means intend it to be understood that eight inches is my limit of 
 depth. Ten, twelve, sixteen, or twenty inches would not measure 
 my modest desire, on land in which it is possible to sink a plow 
 to so great depth, — for I believe I could make more money from 
 one acre, twent)-four inches deep, than from six acres, four ' 
 inches deep, — certainly more from a farm of fifty acres, well 
 cultivated and enriched to the depth of twelve inches, than 
 from one hundred acres, six inches deep. I think we should 
 value our land by the cubic feet of good soil it contains, rather 
 than by its superficial feet. 
 
 If we are plowing sod land we should lay the furrows uni- 
 formly, and as smoothly as possible, so that the grass may all be 
 covered out of reach of the harrow, and so that there shall be no 
 holes or g:ips among t!:c furrows. To do this requires a skill 
 
PLOWING, SUBSOILING, AND TRENCHING. 135 
 
 which is acquired at the plow-stilts, not over books. The best 
 instructor in plowing is a good team and plow on good land. 
 The only principle that can be set forth here, with much advan- 
 tage, Is that the plow should be so adjusted that it will almost 
 " <ro alone." The forces and the resistances should be so 
 
 o 
 
 balanced that the implement will incline to keep Its proper depth 
 and width, and Its erect position. It should require very little 
 guiding, except when it meets with accidental irregularities of the 
 surface or with stones. All plows have a certain depth at which 
 they run naturally. To set them deeper than this necessitates a 
 constant bearing to the land side on the part of the plowman, and 
 for deeper work it is better, when practicable, to get a plow that 
 naturally runs deeper. 
 
 The *' line of draft " in all plows runs from the point of the 
 center of resistance (which is near the front of the plow in the 
 ground) straight to the ring on the ox-yoke or horse-collar, and 
 the point to which the draft chain Is attached, at the end of the 
 beam, lies exactly in this line. If the line of draft Is lengthened 
 it rises more gradually from the center of resistance, and the end 
 of the beam must descend to join it — this lowers the point of the 
 plow and makes it run deeper. If It is shortened, It rises more 
 abruptly, and causes a raising of the beam, and a less depth of cut. 
 These changes may be made by lengthening or shortening the 
 draft chain or traces. The length of the line of draft remaining 
 the same, if the chain (or whiffletree) Is attached to the upper part 
 of the clevis, the end of the beam goes down until the line of 
 draft is met by the point to which the attachment Is made — and 
 the plow goes deeper ; if attached to the bottom of the clevis, the 
 beam must rise until this point meets the line of draft and the 
 plow runs less deep. 
 
 By a movement of the clevis to the left side, the beam is 
 turned to the right, until the new point of attachment Is in the 
 line of draft, and the plow takes less land. By moving the clevis 
 to the right, the plow Is thrown to the left, and takes more land. 
 By throwing the clevis as far as possible to one side, the plow 
 may be made to work to the right or left, so that a furrow may 
 
136 HANDY-BOOK OF HUSBANDRY. 
 
 be cut close to a fence. In such case, however, the team not 
 being directly in front of their work, pull at a disadvantage.* 
 
 The young plowman will have to experiment bv altering the 
 length of his traces and by changing the attachment at the clevis, 
 until he finds the proper adjustment of the draft and the right 
 width and depth of the furrow ; after this, if his plow is suited to 
 its work, he will have an easy time of it, in fair land, — among 
 stones and roots his task cannot be made an easy one. 
 
 It is better, if possible, to make the necessary alterations by 
 changing the clevis rather than by lengthening the traces or the 
 draft chain, — for the closer the team can be kept to the plow, 
 the more advantageously they will exert their power. 
 
 Judiciously used, the roller or wheel is of great advantage, but 
 it should be set up free from the ground until the plow has been 
 exactly adjusted to its work, — then lowered so as to take a very 
 little of the downward pressure, barely enough to keep it revolv- 
 ing. More than this would tend to lift the plow out of its work, 
 or to increase the resistance. Its proper use is to assist in 
 steadying the plow, so that it will not feci the swaving of the line 
 of draft. 
 
 Cut the furrows in as nearly a rectangular form as possible, 
 that is, have the land side of the plow perpendicular and the sole 
 flat. No matter how much you break up the slice before you 
 turn it to its place, (and except in plowing sod, the more this 
 is done the better,) you cannot work neatly, unless you keep a 
 good furrow, of uniform height and width, and with a straight 
 land side and bottom. 
 
 It is found in practice, that, except for very thin or shallow 
 plowing, the proportion of furrow best adapted to economical 
 working is as seven is to ten, — that is, a furrow seven inches deep 
 should be ten inches wide ; ten ^nd a half inches deep, fifteen 
 inches wide, etc. 
 
 * These directions apply to plows which turn the furrow to the right, or right-hand 
 plows. For left-hand plows they must be reversed. 
 
PLOWING, SUBSOILING, AND TRENCHING. 137 
 
 PLOWING FROM THE CENTER OF THE FIELD. 
 
 About fifteen years ago, at the Farmers' Club, in New York, 
 the question of the " Gee-about system of plowing " was much 
 discussed. I numbered myself among its adherents and advo- 
 cates, and I have since seen no reason to change my opinion o*" 
 its merits. 
 
 The only difficulty about it is to find the right starting point, 
 and to keep the furrows so uniform in width as to come out even 
 on all sides at the end of the work. 
 
 The advantages of the system are manifest: — 
 
 First. The soil, instead of being plowed against the fences, 
 where it is of no use, (is rather injurious,) is turned toward the 
 center of the field. Of course this should not be continued to 
 such an extent as to strip the land very far from the fences, but 
 it may be repeated a good many times before the headland will be 
 stripped too far. 
 
 Second. The team never treads on the plowed land, which is 
 left as light as the plow turns it, while they work better at the 
 corners from their more solid footing. 
 
 Third. There is less heavy handling of the plow at the turn- 
 ings, and even the plowman has better footing for his hardest 
 work. 
 
 Fourth. There are no dead furrows left in the center and 
 toward the corners, as in plowing around from the outside. 
 
 To lay out a field for plowing in this wav, (see Fig. 57,) take 
 a long pole and measure a certain distance inward from two points 
 on each side, (say three rods,) and set stakes at the points so found, 
 (a, ^, ^, etc.) Then take a position opposite one corner of the 
 field, and set a stake where the lines ranging from the two stakes 
 at each side of you intersect, (.v.) Set stakes opposite the other 
 corners in the same manner. Next, measure another distance 
 inward from the stakes first placed, and mark the points of 
 their outer section, {b., h^ />, etc.,) and stake the corners as at 
 y-i y-) y-) y^ Continue in this way until you have only a small 
 
138 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 F"'E- 57- 
 
PLOWING, SUBSOILING, AND TRENCHING. 139 
 
 space left between the lines which inclose the center of the field, 
 (^, r, z, etc.) 
 
 Commence the work by plowing this small space, commencing 
 at the stakes last set for the first furrow, and throwing the earth 
 from the center, as it is difficult, especially in an irregular field, 
 to get evenly started in plowing toward the center. After this 
 piece (which need not contain more than a square rood) has been 
 plowed up, reverse your direction and turn your furrow against 
 the outside of it, and so continue until you reach the boundaries 
 of the field. 
 
 The stakes set at <?, ^, b^ h^ etc., will be useful as guides, 
 enabling you to so regulate the width of the furrow on the different 
 sides that you will come out even at the end of the work. 
 
 I am aware that this plan is open to the objection that it is 
 unusual, but I feel confident that any farmer who will try it will 
 find its adoption easy, and that it has all the advantages claimed 
 for it. 
 
 In fields with parallel sides, the center piece may be larger, and 
 be plowed in " lands," — or in a single land against a back fur- 
 row, but this cannot be quite so neatly done in a piece of any 
 other shape, though it is not impossible, after one furrow has been 
 thrown outtvard. 
 
 I have concluded to say nothing of the manner of plowing in 
 "lands," "ridge and furrow-plowing," etc., not because the sub- 
 ject is not important, but for the reason that, after a careful search 
 through hundreds of pages that have been published about it, I 
 have failed to find any thing of importance that I had not already 
 learned in practice, and that will not form a part of the very 
 early practical education of any young farmer who needs the 
 knowledge. 
 
 There are so many topics which demand attention in a hand- 
 book for general use, that only the more important can claim 
 much space. 
 
 On one point, both practical experience and common sense 
 fully agree. That is, that (as was stated under the head of 
 " Fences") the fields should be so arranged as to make the furrows 
 
140 HANDY-BOOK OF HUSBANDRY. 
 
 as long as possible. It has been found, bv actual trial, that, in 
 plowing a licit! three hundred yards long, a man and team will do 
 one-third more work than in plowing one one hundred yards long 
 — the difference in time being made up in the more frequent 
 turnings required by the shorter furrows. 
 
 In cutting furrows nine inches wide, the time required to plow 
 an acre at the following rates would be — 
 
 Going at the rate of i J- miles per hour 7 hours 20 minutes. 
 
 " " '< of ij " «' " 6 " 30 «« 
 
 " " " of 2j " " " 4 *< 
 
 « « « Q^ . L « (( (( _ 7 " 8 " 
 
 In this table no allowance is made for turnings. 
 
 The distance traveled in plowing an acre is as follows : — 
 
 Width of furrow, 8 inches Distance, I2i miles. 
 
 « " 9 « " II " 
 
 " " 10 " " 9,",. " 
 
 « « ] J « « g « 
 
 " « 12 " " 8i " 
 
 SUBSOILING. 
 
 By the term subsoiling, is meant any process which loosens 
 the subsoil without bringing it to the surface. In spade work, it 
 is done by throwing the top spit forward, and loosening, without 
 removing the next spit below. In plowing, the loosening cftect 
 is produced by following in the furrow of the surface plow with a 
 subsoil ploiu^ which passes like a wedge, or like a mole, through the 
 subsoil, allowing it to fall back, in a loosened condition, into its 
 original place. 
 
 There arc several forms of this implement. That which is 
 best known being a cast-iron plate shaped very much like the 
 land side and projecting point of the common plow. On the 
 right-hand side, in the place of the mould board, there is a rising 
 flange, or inclined plane, which raises the earth on that side about 
 four inches, (with a slight side thrust). As the plow passes through 
 the ground, the loosened subsoil falls off behind. The tool docs 
 good work, but requires a heavy team. 
 
 A very great improvement on the original form is shown in 
 
PLOWING, SUBSOILING, AND TRENCHING. 141 
 
 Fig. 58, of which the working parts are made entirely of wrought 
 iron and steel. The draft is very much lighter than that of 
 
 Fig. 58. 
 
 Fig. 59. 
 
 the wing plow, described above, and it is much easier to manage 
 it on stony land. 
 
 This is the most deceptive implement used in agriculture. It 
 looks as though it would produce but little effect in a heavy clay 
 subsoil, yet in actual trial it produces more commotion in the 
 
 ground than any other sub- 
 soiler that I have seen used. 
 The total rise given to the 
 earth at the level of the 
 plow foot is hardly more 
 than an inch, but it so 
 completely crushes the soil 
 above it, and for considerable distance on each side, that it leaves 
 the bottom of the furrow raised in a ridge three or four inches 
 high. The action of this foot is both upward and sidewise, the 
 soil being loosened, very much as shown in the shaded portion of 
 
 Fig. 59. 
 
 On land that needs draining, subsoiling is of no use, at least its 
 effect is not permanent enough to make it pay ; but in a soil that 
 is (either naturally or artificially) well underdrained, I know of no 
 operation connected with the cultivation of the land, except drain- 
 
142 HANDY-BOOK OF HUSBANDRY. 
 
 ing itself, that is so beneficial and so lasting in its effect. A well- 
 drained subsoil, that has been once well broken up with a subsoil 
 plow, will never again become so hard and impenetrable to roots 
 as it was before the operation. It opens a way in the lower soil 
 for the deeper entrance of roots, and these are always ready to 
 avail themselves of an opportunity of going down beyond the 
 reach of the drying effect of the sun's rays and of the wind. 
 When tiie crop is removed, these roots remain and decay in the • 
 subsoil, entirclv changing its character. The more ready admis- 
 sion that is given to the water of rains and to the circulation of 
 air, hastens the chemical changes in the composition of the sub- 
 soil, and these changes, together with the decay of the roots, 
 will in time bring the soil to the condition of that which has been 
 turned by the surface plow, so that, after a very few years, a 
 subsoil which would have impaired the fertility of the field if at 
 once turned up in large quantities, may be brought to the surface 
 as plentifully as is desired. This, in connection with a gradua 
 deepening of the surface furrow, is the best means of making the 
 soil deeper, — of making more soil to the acre. 
 
 I must repeat, however, that on wet land, the foregoing effects 
 cannot be expected, at least not in a sufficient degree to make the 
 operation advisable. 
 
 The depth of the working of the subsoil plow is regulated by 
 means of a clevis, in the same manner as that of the surface plow, 
 and it may be made to run from six inches to eighteen inches 
 below the bottom of the furrow of the surface plow, according 
 to the character of the subsoil and the strength of the team. As 
 many as eight oxen are sometimes used, and often a single pair 
 will do good work. 
 
 The " trick" of the work is to set the plow as deep as it will 
 work without getting beyond the control of the plowman. It has 
 a wonderful tendency to take too deep a hold, as soon as it passes a 
 point at which the team can exercise a lifting force upon it, and it 
 will sometimes get " set " beyond the power of extrication, except 
 bv digrring. So far as the plowman has anv power to prevent it from 
 going too deep, he must keep it out bv lifting at the stilts. By 
 
PLOWING, SUBSOILING, AND TRENCHING. 143 
 
 bearing down, as he would do in the case of the surface plow, he 
 will only drive its wedge-shaped point deeper into the ground. 
 
 The steel subsoiler (the one shown in Fig. 58) has other uses 
 besides that of following in the furrow of the surface plow. The 
 smallest size, running six or eight inches deep and drawn by one 
 horse, is a capital cultivator for working between rows of corn 
 or roots, loosening the soil more deeply and more thoroughly than 
 any other implement. It should not, however, be run so near 
 to the rows as to cut ofF the spreading roots, nor should it be 
 used at all except during the earlier periods of growth. 
 
 The larger sizes, running a foot or more deep, at intervals of 
 two feet in width, will loosen up a run-down or hide-bound 
 meadow or pasture, so that a top-dressing and subsequent roll- 
 ing will often restore its fertility, and postpone the necessity of 
 bringing it into cultivation. 
 
 Land that has been plowed in autumn may be better prepared 
 for the planting of the next spring by the use of this tool — crossing 
 the field first in one direction and then in the other — than by the 
 use of the common plow. Of course, the harrow would be as 
 necessary in the one case as in the other. 
 
 TRENCHING. 
 
 In the Island of Jersey, (in the English Channel,) which has 
 always been noted for its great fertility, — and especially for the 
 large parsnips there grown, which are extensively used in cattle- 
 feeding, and which require a very deep soil, — there has been used 
 for a hundred years what is known as the Great Jersey Trench 
 Plow, which, drawn by six or eight horses, turns the soil to a depth 
 of from one and a half to two feet, the surface soil and the manure 
 being first turned into the bottom of the deep furrow by an ordi- 
 nary plow drawn by two horses. Neighbors "join teams " for the 
 operation, which is called " The Great Digging." 
 
 For the deep cultivation of gardens and small tracts, it is cus- 
 tomary to do the work of trenching by hand ; the process being 
 to dig a trench about two feet wide, and of the desired depth, 
 10 
 
144 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 throwing the soil all out on one side, then to dig down to the 
 same depth for another two feet, putting the top soil in the bot- 
 tom of the first trench, and the last digging on the top, thus com- 
 pletely inverting the soil. The manure is cither put at the bot- 
 tom of the trench or mixed evenly through the whole mass. 
 When the last trench has been dug out, the earth thrown from the 
 first trench is wheeled around and used to fill it. 
 
 I cannot better close this subject than by saying, for the third 
 time, that no benefit at all adequate to the outlay can be hoped 
 for from either trenching or subsoiling, unless the subsoil is (either 
 naturally or artificially) well drained. 
 
 PLOWING WITH THREE HORSES ABREAST. 
 
 It is generally considered that three horses working abreast 
 exert as much force on a plow as four horses working in pairs, 
 and such experience as I have had in the matter indicates that 
 
 the opinion is a correct one. 
 There are several methods 
 for gearing such teams. 
 The simplest, and, I think, 
 the best, is by the use of 
 an evener, with a set of 
 double-trees and a single-tree, as shown in Fig. 60. 
 
 The reins may be arranged in a triple set, or, with a tractable 
 team, I have usually found it sufficient to tie the three bits together, 
 and to pass a single rein to the outside rings of the bits of the two 
 outside horses. It is especially desirable that one horse should walk 
 in the furrow and the other two on the unplowed land where they 
 have the best footing. This requires the plow to be set far to the 
 furrow. 
 
 5 ~ - 2 " " ^ 
 
 Fig. 60.— Set of Whifflctrccs and Evcncrs for Three 
 Horses. 
 
CHAPTER VII 
 
 PULVERIZING. 
 
 Reduce the soil to a powder, or bring it as nearly to that con- 
 dition as you can. The roots of plants absorb only such matters 
 as are presented to them on the outsides of the particles of the 
 soil, and the air, water, and maraire which prepare the plant 
 food to be taken up, can only act on such surfaces. A soil mav 
 contain enough mineral food for twenty crops, and yet be prac- 
 tically barren, if its food is locked up within impenetrable clods. 
 
 As the draining away of the water in which the particles of the 
 soil are immersed, allows roots to travel over wider pasturage, 
 and allows the changing air to do its work of chemical prepara- 
 tion, so the finer pulverization of the particles is conducive to the 
 increasing richness of the land, to the better supply of food, and 
 to the easier seeking of food by the plant. 
 
 The great pulverizer in our northern latitudes is frost, to the 
 action of which sufficient reference has been made in the preced- 
 ing chapter. The tools which we use for the work of pulver- 
 ization, after the plow and the subsoiler, are the roller, the harrow, 
 the cultivator, the horse-hoe, etc. 
 
 THE ROLLER. 
 
 The best roller (and the most costly) is made of cast-iron 
 wheels, from twenty to thirty-six inches in diameter, and twelve 
 wide, set close together on an iron axle, on which they revolve 
 independently. From four to six of these wheels (or sections) are 
 used together, and they are provided with a pole and double-trees, 
 and with a box in which stones may be placed if extra weight 
 
146 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 is desired. 1 his roller (Fig. 6i) has the great advantage of turn- 
 ing around without disturbing the surface of the soil, as it would 
 if all in one piece. 
 
 Fig. 6i.— Field Roller. 
 
 A cheaper roller, and one answering a tolerably good purpose, 
 is made by setting a smoothly shaven log so as to revolve in a 
 frame similar to the one shown in the cut. 
 
 The roller has several important uses. Bv passing over the 
 land after plowing, it settles the furrows so that they will not be 
 turned over by the harrow, and it gives the best possible crushing 
 to the top of the slice, grinding it to dust. After the harrow has cut 
 the ground (which the plow has inverted in a lumpy condition) into 
 smaller lumps, the roller passes over it again and crushes these 
 still smaller. The more frequentlv the two operations succeed 
 each other, the finer the soil will become, especially at the top, 
 while each rolling presses down to the general level of the surface 
 such stones as the harrow may have thrown up. 
 
 Used in the spring, on winter grain, or on mowing land or 
 pastures, the roller corrects the "heaving" effect of the winter's 
 frosts, settles the plants back into their places, and compresses 
 fine soil closely around their roots. It, at the same time, presses 
 loose stones into the ground, and prepares a smooth surface for 
 the mowing machine, or reaper. 
 
 Of course this implement, like all others which arc intended 
 to make the soil smoother or finer, should be carcfull\' kept off 
 from the land when it is so wet that, instead of crumblinc' under 
 the treatment, it becomes only more closely compacted. There 
 
PULVERIZING. 147 
 
 is, however, no objection to its use, but almost always an advan- 
 tage in the dryest weather of summer. As the roller is used only 
 during a very small part of the year, it is far more likely to rust 
 out than to wear out. It should, therefore, be carefully housed 
 when not needed in the field, and it will be much easier to work 
 if occasionally greased. 
 
 THE HARROW. 
 
 This ancient, time-honored, and unsatisfactory tool — only a 
 better-than-nothing affair, at best — must retain its hold on the 
 affections of those who like it, and command the toleration of 
 those who use it without liking it — on the principle that (to re- 
 verse an old saw) handsome does that handsome is. 
 
 A harrow tooth, (especially if made of iron and well sharpened,) 
 if furnished with a suitable handle, would be the best sort of 
 tool with which to pack the earth around newly set fence-posts. 
 It is impossible to drop it into the ground, or to' drag it in a ver- 
 tical position over the ground, without packing the earth below its 
 point. The earth in a fence-hole that has been packed in with 
 a sharp crowbar may be made solid to within two inches of the 
 surface, too solid for any plant to thrive in, although the immediate 
 surface may be fine and soft as a flower-bed. 
 
 Of course, it would take a good many harrowings to pack the 
 lower soil to any thing like this degree, but every time a sharp- 
 toothed iron harrow is drawn across it, it exercises a tendency in this 
 direction, and although I use it myself, for want of a substitute, and 
 know nothing else that will entirely take its place, I hope that 
 some efficient substitute may yet be found, and I should have 
 much faith in the success of an experiment with teeth shaped like 
 those of the steam grubber, which have square, case-hardened, chisel- 
 like ends. 
 
 The' sorts of harrows in use are numerous, and are generally 
 familiar to all. A very good one has a single square frame, 
 with about twenty teeth. This, in a rather heavy soil, is 
 enough for a single light team. For more general use, it would 
 
148 HANDY-BOOK OF HUSBANDRY. 
 
 be best to purchase Geddes' folding A harrow, or the double square 
 Scotch harrow, for stiffer soil. This may be taken apart, and only 
 one side used. 
 
 There have recently come into use two new forms of harrow which 
 have much to commend them. The first is Thomas's Smoothing 
 Harrow, which has teeth of y^ steel rods, sloping backwaniy so as 
 to effect only a smoothing of the surface of the ground. It is a 
 capital tool to destroy very young weeds and to give a fine tilth to 
 the seed bed. Used immediately before the planting of corn, and 
 again as soon as the rows are well indicated by the young sprouts, 
 the cost of the crop will be very much reduced. The second is the 
 "chain" harrow, an English invention, but now made in this 
 country. It is made up of triangular sections of cast iron, connected 
 with wrought- iron links, so as to be very flexible. It drops into 
 every depression and rides over every hump so as to scratch the 
 whole ground thoroughly. 
 
 In using the pointed-tooth harrow, where it is desirable to cut up 
 the soil very thoroughly, at a considerable outlav of power on the 
 part of the team, I find it a good practice to stand with the feet 
 wide apart on the harrow, throwing the weight first on one side and 
 then on the other. This gives a swa\ ing movement to the im- 
 plement, which tears up the soil very thoroughly. 
 
 Shares' harrow (Fig. 62^ is a great improvement over the 
 common harrow for general use. I have used it for ten years 
 with excellent effect, and confidently recommend it — especially for 
 harrowing sod-furrows. It is thus described by the manufac- 
 turers : — 
 
 " The advantages of this harrow lie principally in the con- 
 '* struction of the teeth or colters, which are broad, thin blades 
 " of cast iron, inclining forward so as to prevent their clogging 
 " with roots, grass, stones, etc., as well as to cut the sods and 
 " force an easy entrance into any kind of soil. The mould- 
 " board is attached to, and forms the lower or back end of the 
 '•■ colter, the lower edge of which is continued a short distance 
 *' below the covering portion of the tooth, and forms the point. 
 
PULVERIZING. 
 
 149 
 
 " This serves to elevate the teeth over stumps, stones, and other 
 " impediments, and also gives them durability. In preparing land 
 *' which ordinarily needs plow^ing several times for root crops or 
 
 " grain, by the use of this harrow, it is only necessary to plow 
 " once, and it will, by its lifting, pulverizing process, prepare and 
 " finish the ground more thoroughly and satisfactorily than can be 
 *' done with the usual styles of harrows, and in less time. 
 
150 HANDY-BOOK OF HUSBANDRY. 
 
 " This harrow is six feet in width when expanded, but when 
 " closed for transportation is less than two feet. It is seven feet 
 " long, and weighs one hundred and fifty-five pounds." 
 
 THE CULTIVATOR. 
 
 There are various modifications of this tool. The teeth may 
 be made of various forms. Sometimes the common harrow teeth 
 are substituted, and sometimes shovel-shaped teeth. It is a good 
 improvement to use, in the place of the hindmost teeth on the 
 arms, a pair of the small i/'tfr^j of the horse-hoe, shown in Fig. 63. 
 The cultivator is used in working between the rows of corn, 
 roots, etc., and is verv much better for this purpose than the 
 plow. 
 
 In the large corn-fields of the West, a great deal of hard work 
 is saved by the use of a sulkv cultivator, on which the driver 
 rides. These are sometimes made wide enough to cultivate two 
 rows at once, and drawn by two horses. It is stated, however, 
 that the cultivation done bv this tool is far less complete than is 
 desirable, and that it is less popular than when first introduced. 
 
 For the simple purpose of cultivating the ground between rows 
 of plants, without reference to the killing of weeds, there is no 
 implement to be compared to the smallest sized subsoil plow of 
 the form shown in Fig. 58, which mav easily be drawn bv one 
 horse to a depth of from five to eight inches, and which leaves 
 the soil lighter and more exposed to the air than anv of the so- 
 named cultivators. If the rows are more than two feet apart, 
 the subsoiler should be run twice in each space, but not so close 
 to the plants as to disturb them in their position, as this would 
 cause the breaking off of important feeding roots, while the tool 
 itself might cut off some of the more important side roots. 
 
 In fact, in cultivating hoed crops, it is prudent to act on the 
 theorv, that after thev have attained one-half their growth, their 
 roots occupv the whole space between the rows, and after this, 
 to confine the cultivator to the most shallow work that will 
 
PULVERIZING. 151 
 
 break the crust of the ground, and kill such weeds as may still 
 be growing. 
 
 In the early stages of growth^ cultivate as deeply as possible — late in 
 the season^ only an inch or two. 
 
 THE HORSE-HOE. 
 
 A modification of the cultivator, and, foe most uses, an im- 
 provement on it, is the horse-hoe^ (Fig. ^2>-)) which has a sharp 
 
 Fig. 63. — Horse-Hoe, 
 
 tooth in front for a steering pivot ; a small plow-snaped tooth at 
 each side, which may be made to run very close to the row, as 
 it throws the earth fro?n it ; and a broad V-shaped, knifelike 
 blade at the rear, ending in a rising comb. The knife edge cuts 
 off all weeds about an inch below the surface, and has sufficient 
 bend to throw back, toward the row, the earth that the wing plow 
 draws from it — leaving it very loose and fine. 
 
 The intention of the rising comb at the back is to leave the 
 weeds on the surface, allowing the earth to fall through the spaces. 
 I never could see that this part of the programme was carried out ; 
 but, notwithstanding this, it is a capital tool, and, with the small 
 subsoiler for the earlier work, is all that could be desired for small- 
 sized fields. 
 
162 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 Holbrook's horse-hoe (Fig. 64) is a strong, simple, well-made 
 tool, which is better for hard or rough land than the one de- 
 scribed above, and for all work it is a good tool. 
 
 Fig. 64. — Holbrook's No. I Horse-Hoe. 
 THE MULLER. 
 
 This is a tool much used in Rhode Island, which I have never 
 seen elsewhere, but which is worthy of general adoption. Its 
 local name is the mullcr. Its construction is very simple, (as 
 
 Fig. 65.— The Muller. 
 
 shown in Fig. 65,) and it is made at the wagon shops throughout 
 the State. Its teeth are about si.x inches long, and the front and 
 back teeth alternate along the bar, so that every inch of the 
 ground is pulverized. Bv bearing on the front or back row of 
 teeth, (bv lifting or bearing down on the handles,) slight inequali- 
 ties in the surface may be made smooth. 
 
PULVERIZING. 153 
 
 Themulleris drawn by a single horse, the traces being attached 
 near the ends of the bar. It is more properly a harrow than a 
 cultivator, as it is too wide to be used between rows, although 
 a shorter tool of the same construction, with a steering rest behind, 
 would answer very well for this purpose. 
 
 Whatever kind of horse-hoe or cultivator we may use, they 
 will usually be found profitable, in proportion to the frequency 
 and the depth of their use ; — the only qualification of this state- 
 ment being, that their vigorous use should cease after the side 
 roots of the crop have spread so as to occupy all or nearly all of 
 the ground between the rows. 
 
CHAPTER VIII. 
 
 MANURES; 
 
 So long as men are cultivating a soil whose virgin fertility 
 responds to their demands with unfailing generosity, so long as the 
 tickling hoe brings the brightest harvest smile, it is useless to talk 
 to them about manure. Indeed, it would not pay under such 
 circumstances to use manure, and we have no right to expect 
 any thing to be done in farming that does not pay. 
 
 The East has been, and the West now is (very largely) in the 
 hands of farmers who found, or who find, that their fields produce 
 large crops, year after year, without the cost and labor of manur- 
 ing. Manure would not increase their yield at all in proportion 
 to the outlay. That the soil is being made less valuable for pos- 
 terity, its occupants cannot be convinced. Their particular locality 
 is an exception to the inexorable rule ; it always is, — and they 
 do not always live long enough to be convinced to the contrary. 
 After all, why need they be convinced ? It would be better for 
 posterity that they should prevent the soil from growing poor ; 
 but posterity, when its time shall come, will be amply repaid for 
 making it rich again, and will have, by reason of a more dense 
 population, better facilities for doing so. In the abstract. It is a 
 sad thing to see the power of production diminishing under cul- 
 tivation ; but we have no just right to blame those who are the 
 cause of the decrease. They are entitled to their use of the land, 
 and if they leave it less fertile than they found it, they, at the 
 same time, in America at least, leave it tamed, peopled, and better 
 fitted for habitation. What they destroy on the one hand, they 
 more than build up on the other. 
 
 The farmers of the West deal with wide areas and large herds. 
 
MANURES. 155 
 
 Their pioneer life has its hardships, and its compensations ; and I 
 very much doubt the justness of most of the criticisms, which we, 
 who have different necessities, are so free to bestow upon them. 
 Assuredly, our intense system of cultivation, which is necessarily 
 confined to small farms, would fail if attempted on the frontier. We 
 may vi^ell a(7ord to let them follow the path that their circumstances 
 have marked out for them, for, after all, it is but the thin surface 
 of the land that they injure, and while they will destroy it for the 
 sort of farming that they pursue, they will hardly touch the stores 
 from which a better system of agriculture will draw the means 
 for its renewed and more permanent fertility. 
 
 The foregoing applies only to those who occupy lands of 
 " inexhaustible fertility " — while they remain such. Later in the 
 history of these lands, we begin to hear of " insects," " blight," 
 " wet seasons," " dry seasons," " weeds," and all the long list of 
 scourges which beset the path of all farmers, but which become 
 grave, only when the bountiful productiveness of the soil grows 
 weak and unable to overcome their devastatino- influence. There is 
 a long period between the eras of " inexhaustible fertility" and 
 "absolute exhaustion," durins; which the science of farmino- should 
 come to the rescue, and save that which the unaided art of farming 
 threatens with destruction. Then we need to study the question 
 of inanure^ — then, true farming begins. Let me not be under- 
 stood as undervaluino; the intelligent management of his affairs, 
 
 t) too ■ ' 
 
 which marks the character of the frontier farmer, or his useful- 
 ness in the world. I mean, only, that he is rather a manipulator 
 of what the earth gives him most freely, than a skillful stimulator 
 of her power to give ; and even this difference is far more marked 
 with reference to the question of manures, than to any other 
 branch of farming ; — generally it is not apparent when we come to 
 the breeding of animals. 
 
 Lying between the frontiermen and the farmers of the Atlantic 
 slope, come those who cultivate the garden States east of, and 
 bordering upon the Mississippi River. There seems to be no reason 
 whv thev should be regarded in this connection as forming a dis- 
 tinct class by themselves. In so far as they are still independent 
 
156 HANDY-BOOK OF HUSBANDRY. 
 
 of the necessity of adding manure to their soil, they belong to 
 one class ; — when tlie waning fertility of their land has compelled 
 them to seek its aid, to the other. 
 
 When the demand for manure comes, (as it must, inevitably, 
 come in time, to all farms that are not occasionally inundated,) 
 the rules for its application, and the principles of its action must 
 apply to all alike. Of course one soil may be best improved by 
 one manure, another soil by a different manure, but — other things 
 being equal — in all localities. North and South, East and West, 
 the operation of manure and the necessity for Its use are based on 
 the same laws, and are regulated by the relation between the 
 plant and the soil on which it grows. 
 
 By " manure " we mean all substances which are applied 
 artificially to the soil to increase its ability to produce vegetable 
 growth. 
 
 As all manures do not act in the same manner, they are some- 
 times classified as follows : — 
 
 1. Nutritive : those whose own ingredients being taken up by 
 the roots of plants, go to form a part of their structures. 
 
 2. Solvent : those which give to water a greater power to 
 dissolve the plant food already contained by the soil. 
 
 3. Absorbent : those which add to the power of the soil to 
 absorb the fertilizing parts of other manures, of the water of 
 rains, and of the atmosphere circulating within it. 
 
 4. Mechanical: those which improve the mechanical char- 
 acter of the soil ; — such as clay on sandy soil, and sand or peat 
 on heavy clays, and such as disintegrate the particles of the soil, 
 and make it finer. 
 
 Probably no manure acts in any one of these capacities alone. 
 For instance, common salt not only gives up its own ingredients 
 to plants, but being dissolved in the water in the soil, it gives this 
 water greater power to dissolve other plant food from the surfaces 
 of the particles of earth, or from other manures added to it. It is, 
 therefore, to be regarded as both a nutritive and a solvent manure. 
 
 Farm-yard manure, the universal fertilizer, is a direct source of 
 most valuable plant food; it produces, in its decomposition. 
 
MANURES. 157 
 
 ammonia and other substances, which, while they feed the crop, 
 add greatly to the solvent power of water ; as it rots down, its 
 coarser parts are changed into compounds which are very active 
 absorbers or fixers of ammonia ; and, by reason of its fibrous 
 texture, it loosens heavy clays, and binds together blowy sands, 
 while its decomposition produces heat which warms the soil, and 
 its power of absorbing moisture from the air keeps it moist. 
 
 The action of all manures is so complex, and, in some respects, 
 so imperfectly understood, that it is not easy to classify them by 
 any system that is free from objection, and as this is a book of 
 practice rather than of principles, it will be best to consider the 
 different common fertilizers in order, leaving the question of their 
 classification to more purely scientific essays. The first in order, 
 in the agriculture of all countries where domestic animals are 
 largely kept, is, of course, 
 
 FARM-YARD MANURE. 
 
 This consists of the undigested parts of food ; of those con- 
 stituents of the animal's body which, being expencred in the 
 vital processes, are discarded in the urine and dung ; and of the 
 straw, etc., used for litter. The first two of these constituents 
 always bear a direct relation to the food, and their relative value 
 may be more nearly estimated. The third, the litter, is very 
 variable in kind and in quantity, according as we use much or 
 little of straw, corn-stalks, leaves, peat, sea-weed, beach-sand, 
 etc., etc. 
 
 Except when peat, sand, etc., are used, stable manure contains 
 nothing but what has already formed a part of plants, and it con- 
 tains every ingredient that plants require for their growth. This, 
 however, states but one half of the question. The other half 
 — and a very important one it is — is as follows : a given quantity 
 of farm-yard manure does not contain all that is needed to produce 
 the same quantity of vegetable matter that constituted the food 
 and litter of the animals by which it was produced. 
 
 A part of their food has passed into the air in the carbonic 
 
158 HANDT-BOOK OF HUSBANDRY. 
 
 acid that they constantly throw off In respiration ; this the new 
 plant must get again from the air. A part has been resolved 
 into water, and has been thrown off from the lungs or skin, or 
 has evaporated in the escaping moisture of the manure ; this 
 must be taken bv the new plant from the water of its sap. 
 Another part has been sold away in milk, wool, flesh, and bone ; 
 and this, (the part which demands the attention of the farmer,) 
 the new plant must take from the soil. 
 
 If the crop of a field is fed to milch cows, and lOO lbs. of 
 phosphoric acid is sold away in the product, the manure must 
 contain lOO lbs. less of this necessary ingredient than the food 
 did, and if the whole of the manure is returned to the field, it 
 still gets back lOO lbs. less than it gave. The next crop must 
 contain less phosphoric acid, — and so be smaller, — or it must take 
 a fresh supply from the soil. In time, the quantity in the soil, 
 however large it may have been at the outset, must be reduced 
 so low that the crop can take up, during its limited period of 
 growth, only a part of what it requires, and its quantity must shrink 
 in proportion to the decreasing supply. 
 
 It may DC in ten years, or it may be in a hundred, but the day 
 must inevitably come, when the constant removal of more than 
 is returned will lessen the ability of the soil to produce. 
 
 This is the theory of the exhaustion of the soil, and it is based 
 on a law so simple, and yet so inexorable, that no man can deny 
 its existence, or reasonably hope to escape the penalty of its in- 
 fraction. The recuperative power of the soil is very great, and 
 we have many means for amending or postponing the injury of 
 excessive cropping; but the use of green crops, fallows, thorough 
 and deep cultivation, exposure to frost, and the whole array of 
 processes through which we are provided relief, are only so many 
 means for more complete exhaustion in the end. 
 
 To what extent it is advisable to increase the immediate fer- 
 tility of the soil, without the use of manure, must be decided by 
 each man according to his circumstances. Any process by which 
 this may be accomplished is a process of discounting future fer- 
 tility. No farm from which more of the earthy constituents of 
 
MANURES. 159 
 
 plants is sold off than is brought back, can be perfectly manured 
 by using only the excrement of the animals feeding upon it. 
 
 These earthy constituents have a very different value in different 
 localities. In Central Illinois — where, as a correspondent of the 
 Country Gentleman recently wrote . " Corn is the crop, every 
 time" — they must still be of very little value. On the island of 
 Rhode Island, where it pays to buy coarse stable m.anure at six 
 dollars per cord, and to expend a day's labor of a man and tour 
 oxen iji hauling it to the farm, they are of very great value. In 
 Illinois, where there is still a superabundance of them in the soil, 
 their value will increase as the stock on hand becomes reduced by 
 future crops. In Rhode Island, where, probably, as much is now 
 . returned as is taken away, their marketable value is likely to be 
 reduced by the more complete development of the supply already 
 contained in the soil. 
 
 The question is, after all, a purely commercial one. So long 
 as the soil, aided only by the manures made on the farm, yields 
 paying crops, and purchased manures would not increase the 
 product sufficiently to return their cost, it is of course to be rec- 
 ommended, that the whole attention of the farmer be given to the 
 careful husbanding of his home-made supply. When it becomes 
 profitable to buy manure, (or, which amounts to the same thing, 
 to buy food for the sake of the manure it will make,) that made on 
 the farm should be still more \'igilantly protected against loss, and 
 the cheapest means of supplying the deficiency must be sought. 
 
 So long as the yield, with no manure, is large enough to satisfy 
 the ambition ot the farmer, even farm-yard manure will not be 
 used at all. This is a misfortune, of course, but there is no help 
 for it, and there is nothing to be gained by talking about it. 
 
 Within the past twenty years, the question of the use and 
 application of farm-yard manure has been a good deal discussed, 
 and some new ideas on the subject have been developed. 
 
 The most complete practical investigations were made by Dr. 
 Voelcker, Professor of Chemistry in ■^he Royal Agricultural Col- 
 lege, Circencester, (England,) whose report was published in the 
 ^'Journal of the Royal Agricultural oociety," (vol. xvii.,) and re- 
 11 
 
IGO HANDY-BOOK OF HUSBANI>RY. 
 
 published in the "Second Report of the New England Agricul- 
 tural Society." * 
 
 The examination extended over a period of more than a year, 
 and included an investigation of the constituents of as uniform a 
 sample as could be prepared of the manure of horses, cows, and 
 pigs, as ordinarily combined in the tarm-yard, in its fresh state ; 
 after long exposure to the weather •, after fermentation in the open 
 air ; and after fermentation under a tight shed. 
 
 Careful analyses were made of each lot, at intervals during the 
 whole time, and the results were carefully summed up and con- 
 sidered with reference to their bearing on the treatment of manure 
 in practice. 
 
 I give the conclusions arrived at, partlv in Dr. Voelcker's own 
 words, and partly in a more condensed form : — 
 
 1. "Perfectly fresh farm-yard manure contains but a k small 
 proportion of free ammonia." 
 
 2. The nitrogen o( fresh dung is mainly insoluble. 
 
 3. The soluble parts of the manure are much the most valuable. 
 Therefore, it is important to save the urine, and to keep manure 
 protected from the rain, so that its soluble parts may not be washed 
 out. 
 
 4. Farm-yard manure, even in its fresh state, contains soluble 
 phosphate of lime. 
 
 5. The urine of the animals above-named does not contam any 
 considerable amount of phosphate of lime, but this is largely con- 
 tained in the drainings of dung-heaps, which are more valuable 
 than urine. 
 
 6. " The most effectual manner of preventing loss in fertilizing 
 " matters is to cart the manure directly on the held, whenever cir- 
 "cumstances allow this to be done." 
 
 7. " On all soils with a moderate proportion of clav, no tear 
 " need be entertained of valuable fertilizing substances becoming 
 "wasted if the manure cannot be plowed in at once. Fresh, and 
 " c\'en wcll-rotteJ dung, contains very little free ammonia •, and 
 
 * " On the composition of farm-yard manure, and the changes which it undergoes 
 on keeping under different circumstances." 
 
MANURES. 161 
 
 " since active fermentation, and, with it, the further evolution of 
 " free ammonia, is stopped bv spreading out the manure on the 
 " field, valuable volatile manuring matters cannot escape into the 
 " air bv adopting this plan. 
 
 " As all soils, with a moderate proportion of clay, possess, in 
 "a remarkable degree, the power of absorbing and retaining 
 *' manuring matters, none of the saline and soluble constituents 
 " are wasted, even by a heavy fall of rain. It may, indeed, be 
 " questioned whether it is more advisable to plow in the manure 
 " at once, or to let it lie for sofne time on the surface, and to 
 "give the rain full opportunity to wash it into the soil." 
 
 " It appears to me as a matter of the greatest importance to 
 " regulate the application of manure to our fields so that its con- 
 " stituents may become properly diluted, and uniformly distributed 
 " among a large mass of the soil. By plowing in the manure at 
 " once, it appears to me this desirable end cannot be reached so 
 " perfectly as by allowing the rain to wash in gradually the manure 
 " evenly spread on the surface of the field. * * * * * * j am 
 " much inclined to recommend, as a general rule, carting the 
 " manure on the field, spreading it at once, and waiting for a favor- 
 " able opportunity to plow it in. In the case of clay soils, I have 
 " no hesitation to say the manure may be spread even six months 
 " before it is plowed in, without losing any appreciable quantity 
 " of manuring matters. ***** * Qj^ light, sandy 
 " soils, I would suggest to manure with well-fermented dung 
 " shortly before the crop intended to be grown is sown." 
 
 8. " Well-rotten dung contains, likewise, little free ammonia, 
 " but a very much larger proportion of soluble organic and saline 
 "mineral matters than fresh manure." 
 
 9. " Rotten dung is richer in nitrogen than fresh." 
 
 10. " Weight for weight, rotten dung is more valuable than 
 "fresh." 
 
 II and 12. During fermentation, dung gives ofF organic 
 matter in a gaseous form, but, it properly regulated, there is 
 no great loss of nitrogen. 
 
 13. During fermentation of dung, organic acids are always 
 
162 HANDY-BOOK OF nUSBANDRT. 
 
 formed, and gvpsum is developed, and these fix the ammonia as 
 fast as it is generated. 
 
 14. " During the fermentation of dung, the phosphate of lime 
 which it contains is much more soluble than in fresh manure." 
 
 15. Ammonia is given ofF in the heated interior of the fer- 
 menting heap, but it is arrested by the organic acids and the gvp- 
 sum in the colder external layers. 
 
 16. While ammonia is not given off from the surface of vv ell- 
 compressed heaps, it is wasted in appreciable quantities, when 
 they are turned o\er. 
 
 17. *' No advantage appears to result from carrying on the fer 
 "mentation of dung too far, but everv disadvantage." 
 
 18. "Farm-yard manure becomes deteriorated in value when 
 " kept in heaps exposed to the weather — the more the longer it is 
 "kept." 
 
 19. The loss from manure-heaps kept exposed to the weather 
 is not so much due to the evaporation of ammonia as to the wash- 
 ing out, by rains, of the soluble ammoniacal salts and other solu- 
 ble fertilizing parts. 
 
 20. " If rain is excluded from dung-heaps, or little rain falls at 
 " a time, the loss in ammonia is trifling, and no saline matters, of 
 " course, are removed ; but if much rain falls, especiallv if it 
 *' descends in heavy showers upon the dung-heap, a serious loss in 
 " ammonia, soluble organic matters, phosphate of lime, and salts 
 " 01 potash is incurred, and the manure becomes rapidly deterio- 
 " rated in xalue, while, at the same time, it is diminished in weight." 
 
 2i. "Well-rotten dung is more readily affected by the dcteri- 
 " orating influence of rain than fresh manure." 
 
 22. "Practically speaking, all the essentially valuable manuring 
 " constituents are preserved by keeping farm-yard manure under 
 " cover." 
 
 23. If there is a verv large amount of litter in the dung, 
 water must be added to it, by pumping or bv rain, to enable it 
 to ferment actively. 
 
 24. " The worst method of making manure is to produce it 
 " by animals kept in open yards, since a large proportion 01 valu- 
 
MANURES. 163 
 
 " able fertilizing matter is wasted in a short time ; and, after a 
 *' lapse of twelve months, at least two-thirds of the substance of 
 *' the manure is wasted, and only one-third, inferior in quality to 
 *' an equal weight of fresh dung, is left behind." 
 
 Dr. Voelcker continued his investigations, especially as to the 
 character of drainings of dung-heaps, and published a second valua- 
 ble paper in the " Journal of the Royal Agricultural Society " of 
 the next year (vol. xviii.) The following are among the con- 
 clusions there arrived at : — 
 
 " I. It will be seen that these drainings contain a good deal of 
 " ammonia, which should not be allowed to run to waste. 
 
 *' 2. They also contain phosphate of lime, a constituent not 
 " present in the urine of animals. The fermentation of the dung- 
 " heap thus brings a portion of the phosphates contained in manure 
 " into a soluble state, and enables them to be washed out by any 
 " watery liquid that may come in contact with them. 
 
 " 3. Drainings of dung-heaps are rich in alkaline salts, especially 
 *' in the more valuable salts of potash." 
 
 " 4. By allowing the washings of dung-heaps to run to waste, 
 " not only ammonia is lost, but also much' soluble organic matter, 
 " salts of potash, and other inorganic substances, which enter into 
 " the composition of our crops, and which are necessary to their 
 " growth." 
 
 The foregoing statements convey a sufficiently clear idea of the 
 changes that result from the fermentation of manure, to enable 
 us to understand the importance of protecting it very carefully 
 against the action of rains, until it is finally applied to the land. 
 
 They furnish, furthermore, the most convincing proof that a 
 A'ery large majority of American farmers manage the manure of 
 their stables in the most wasteful and extravagant manner possible. 
 Many, even of those who attach great value to manure, and pur- 
 chase large quantities of grain, mainly that the dung-heap may be 
 made richer, allow the most valuable parts of their entire store to 
 be stolen away by the drip of their barn-roofs. 
 
 Dr. Voelcker's analysis of fresh farm-vard manure, which is 
 given below, is generally accepted as the best and the most com- 
 
104 
 
 ir V N D Y - B K OF HUSBANDRY. 
 
 plcte that has yet been made, and as representing, probably, a fair 
 r.veragc oi the composition of the manure of a farm on which are 
 kept the usual variety of stock. It is as follows : — 
 
 COMPOSITION OF FRESH FARM-YARD MANURE, (COMPOSED OF 
 HORSE, PIG, AND COW DUNG,) ABOUT FOURTEEN DAYS OLD. 
 
 Detailed Composition of Alanure in Natural State. 
 
 Water 
 
 * S luble organic matter , 
 
 SolubL- inorganic matter (ash) : 
 
 Sjluble silica, (silicic acid). . 
 
 Phosphate oi' lime 
 
 Lime 
 
 Magnesia 
 
 Potash 
 
 Soda 
 
 Chloride of sodium. . . 
 
 Sulphuric acid 
 
 Carbonic acid and loss. 
 
 Sulpliuric acid 
 
 Carbonic acid and loss. 
 
 237 
 299 
 066 
 on 
 
 573 
 051 
 030 
 
 055 
 218 
 
 I InS'.>luble organic matter 
 
 Insoluble inoiganic matter (ash): — 
 
 Soluble silica -> r 
 
 . . ,, ... ). silicic acid -^ 
 
 Insoluble silica, J I. 
 
 Oxide of iron, and alumina, with phosphates 
 
 (Containing phosphoric acid 1 78) 
 
 (Equal to bone earth 386) 
 
 Lime 1 . 1 20 
 
 Magnesia 
 
 Potash ; 
 
 Soda 
 
 .967 
 .56. 
 .596 
 
 H3 
 
 099 
 
 .061 
 .484 
 
 66.17 
 2.48 
 
 J-54 
 25.76 
 
 4.05 
 
 Whole manure contains ammonia in a free state. . 
 " " " " in form of salts. 
 
 .034 
 .088 
 
 * (Jonlaining nitrogen 149 
 
 Equal to ammonia .181 
 
 t Containing nitrogen 494 
 
 £>^ual 10 ammonia .599 
 
MANURES. 165 
 
 According to this analysis, a ton of manure, (2,000 lbs.,) con- 
 tains, in addition to 1,323 lbs. of water and 515 lbs of insoluble 
 organic matter, (woody fiber, etc.,) the following quantities of the 
 more valuable manuring ingredients : — 
 
 Ammonia 15.60 lbs. 
 
 Soluble phosphoric acid 3-64 " 
 
 Insoluble « " 3.56 " 
 
 Potash , I 3.44 " 
 
 Total 36.24 " 
 
 As stable manure in towns is usually sold by the cord, I have 
 caused a well-trodden cart-load of good livery-stable manure, (in 
 which hogs had been constantly working, but which contains the 
 usual proportion of straw,) to be carefully weighed, and I find a 
 cord of this manure to weigh 7,080 lbs. 
 
 Taking 7,000 lbs., (or 3 1-2 tons,) as the standard weight of 
 one cord (128 cubic feet) of manure, we find it to contain, 
 according to the foregoing analysis, about the following quanti- 
 ties : — 
 
 Water 4,632 lbs. 
 
 Insoluble organic matter, (woody fiber, &c.) 1,803 " 
 
 Ammonia . . ce « 
 
 Soluble phosphoric acid i a « 
 
 Insoluble " " 12 « 
 
 Potash ^j ft 
 
 Total of the more valuable parts 127 " 
 
 This seems, at first sight, to be an exceedingly small propor- 
 tion of the more valuable fertilizing ingredients ; yet, if we esti- 
 mate them at their market price, we shall find that they alone are 
 sufficient to ^ive great value to the manure. 
 
 In Judd's "Agricultural Annual" for 1868, (p. 40,) we find the 
 following; : — 
 
 " From a comparison of the cheapest available sources of the 
 *' most valuable ingredients in manures, we give the following as 
 *' not far from fair prices by which to estimate fertilizers (it is 
 
IGG II ANDY -BOOK OF HUSBANDRY. 
 
 " well, in making these estimates, to fall a little below, than to go 
 *' abo\ e the real \ alue) : — 
 
 " Ammonia, 20 cents per pound. 
 
 " Phosphoric acid, (insoluble,) 5 cents per pound. 
 
 " Phosphoric acid, (soluble,) 14 cents per pound. 
 
 " Potash, 5 cents per pound." 
 
 Estimated at these rates, and supposing Dr. Voelcker's analysis 
 to be of an average sample of manure, the value per cord would 
 be:— 
 
 Ammonia, 55 lbs. at 20c $11 00 
 
 Soluble phosphoric acid, 13 *' " 14c I 8a 
 
 Insoluble " " 12 " " 5c 60 
 
 Potash, 47 «« " 5c 2 35 
 
 $15 77 
 
 Of course the only real dependence to be placed on this calcu- 
 lation is confined to the question of comparative value, when con- 
 sidering the relative advantages of different manures. Still, it 
 shows, unmistakably, that in all localities where manures are used 
 at all, that made on the farm is very much too valuable to be kept 
 under the eaves of a barn, or in a yard that will not protect it from 
 being washed away by the rain. 
 
 It is difficult to believe that these four constituents of average 
 farm-yard manure are worth so much as the above estimate, espe- 
 cially when we consider that the value of the lime, sulphuric acid, 
 salt, and soda, of the very large amount of carbonaceous matter, 
 and all the mechanical effect of such manure, (rrreater than that of 
 any other,) are amply sufficient to repay all of the labor of handling 
 and of a long haul. 
 
 Yet, is it not, after all, this very remarkable money value which 
 has so strengthened the opposition of "practice" to "science.''" 
 The "good old stuff" has alwavs been upheld bv farmers as the 
 great manure, — almost the only one that is worth using. Those 
 who first commenced the advocacy of more scientific cultivation 
 were led away bv the glittering promises of chemical analysis 
 of the soil and the plant, and believed that it would be possible 
 
MANURES. 167 
 
 to do away with the use of the more bulky manures, and to ac- 
 complish the best results by the use of concentrated chemical 
 compounds. 
 
 The truth is now known to lie between these two extreme opin- 
 ions, and all fertilizers are to be regarded as belonging to the same 
 system. The same ingredients are of the same value in all, — if 
 only their condition is such as to render them equally easy of 
 assimilation, — for the nutrition of plants ; the same salts have the 
 same solvent action ; the same materials have the same absorbent 
 power, as affecting the soluble and volatile elements of plant-food ; 
 and they have the same mechanical effect on the soil. All ma- 
 nures, therefore, whether organic or mineral, are to be measured 
 by the same rule, and their value must be estimated according to 
 their ability to perform the various offices of manure. 
 
 So measured, farm-yard manure is very much the best, in pro- 
 portion to its price, of all that v/e buy in the market. The old 
 practice is justified by theory, and theory is sustained by practice. 
 
 Probably Dr. Voelcker's analysis would not exactly apply to 
 any other sample of farm-yard manure that could be produced. 
 Some would be richer and others poorer. The variations result 
 from the kind and quantity of food and litter used ; the condition 
 of the animal, and the use that is made of its products and of its 
 labor. • 
 
 The full-grown horse or ox, standing all day in the stable, neither 
 increasing nor decreasing in size, and fed just enough to supply the 
 natural wastes of the body, produces manure which contains a full 
 equivalent of the nitrogen and earthy matter of its food. 
 
 If used on the road, so much of the elements of the food as are 
 contained in the manure dropped away from home is lost. If 
 growing, by the development of bone and muscle, a part of the 
 nitrogen and earthy constituents of the food is kept in the body, 
 and there is so much less in the manure. 
 
 The manure of a pregnant animal does not contain those parts 
 of the food that are taken up bv the growth of the fetus. 
 
 The milch cow turns a portion of her food into milk and voids 
 so much less in the manure. 
 
158 nANDY-BOOK OF HUSBAXDRY. 
 
 The fleece of a sheep contains much that would he valuable in 
 the dung-heap. 
 
 The manure of poultry is less valuable in proportion to the 
 quantity of the food that is contained in the eggs laid. 
 
 In short, every product of the animals of the farm, whether it 
 be labor, meat, bone, milk, eggs, wool, or progeny, takes away 
 from the value of the manure, and in proportion as these are sold 
 away, in just that proportion will the manure of the farm be less^ 
 valuable. 
 
 Probably the least amount of fertilizing matter is removed where 
 only butter is sold ; — next in order would be the fattening of full- 
 grown animals. 
 
 As the more valuable part of manure consists of unassimilated 
 food, of course its composition must depend directly on the char- 
 acter of the food. 
 
 Grain, which is rich in nitrogen and the phosphates, yields 
 manure relatively rich in these substances. 
 
 Cotton-seed meal, and oil (linseed) meal, being the residuum 
 after the pressing out of the oil from seeds — none of the nitrogen 
 nor of the phosphates having accompanied the oil — make richer 
 manure than other grains. 
 
 Hay makes better manure than straw. These differences will be 
 more precisely shown from the analysis of the different sorts of 
 food, in another chapter. 
 
 Of course, it is not to be expected that the farmer will watch 
 the character of his cattle food and the condition of his animals 
 for the purpose of ascertaining, minutch , the (]uality of his dung- 
 heaps. He should, however, keep a very close watch over the 
 exports and imports of his farm, and be careful that the balance 
 of trade is not against him. 
 
 If he sells away lOO lbs. of potash, he should buy back, in gram, 
 or green sand marl, or wood ashes, or stable manure, or in some 
 way, another lOO lbs. to take its place ; — and so with all of the more 
 valuable earthy constituents of produce sold. If this is not done, 
 there will follow — now or later — a deterioration of the soil. If 
 it will not pay to replace the lost matter now, of course it will 
 
MANURES. 1G9 
 
 not be done •, but when the soil is once so reduced as to need 
 manure to enable it to bring paving crops, this process must be 
 commenced, unless by a resort to clover, fallows, etc., the land 
 can be, for a time, brought back to a state of fertility. In this 
 case, the imperative need of fertilizers will be postponed — not 
 rendered forever unnecessary. 
 
 So much for the quantity and value of the manure of the stable, 
 — which will be increased or diminished according to the quantity^ 
 and quality of the food consumed, — and the purposes for which 
 animals are kept. The next question is, how to take care of 
 that which we have. 
 
 By the force of old usage, we speak of all of the manures of 
 the stable as " yard-manure." The farm-yard, or barn-vard, 
 however, as Dr. Voelcker has told us, and as a very little reason- 
 ing will demonstrate, is, under the ordinary circumstances of yards, 
 the worst possible place to keep or to make manure. If the yard be 
 so shaped that no drop of its liquid, even in the heaviest rains, 
 can escape from it, and if the ground be covered a foot deep with 
 swamp-muck, or with a mixture of clay and sand, the loss will be 
 very much modified ; will sometimes be reduced to insignificance. 
 Ordinarily, it is any thing but insignificant. In ninety-nine out of 
 every hundred barn-yards in America, the manure is subjected to 
 an evaporation of volatile ammonia, and to a washing away of 
 fertilizing soluble parts that must vastly reduce its value. 
 
 When we come to speak of " barn cellar " manure, or " shed 
 manure," we shall have changed our practices for the better. 
 
 The best place of all in which to store manure, until it can be 
 carted on to the land, is in a tight cellar immediately under the 
 animals by which it is made, where it will absorb all of their urine, 
 and will be protected from freezing, from the drying effect of 
 winds, and from the action of rains. No labor of handling and 
 forking over is required, save what will be done by the hogs that 
 fatten upon the undigested food, while they mix and compost the 
 mass better than any number of forkings would do it. 
 
 Manure kept in this wav need never be touched, nor even 
 
170 HANDY- BO OK OF HUSBANDRY. 
 
 looked at, until the time comes to throw it into the wagons to be 
 hauled out. If the floor of the cellar is a tight clav soil, and if 
 there be no escape for the liquid portion of the manure bv surface- 
 draining, there will have been no appreciable loss. 
 
 When a cellar cannot be made, a shed will be found to be a 
 very good substitute. It should be so tight as to exclude all rain, 
 and its floor so arranged that none of the drainings of the manure 
 can flow awav — should be low enough to receive all of the urine 
 of the stable. 
 
 To keep manure in this wav will require much more labor than 
 to drop it directly into a cellar, and the saturation of the whole 
 mass with the urine will be far less complete and uniform ; but 
 it will entail much less loss — very much less — than is inevitable 
 under entire exposure to the weather, in heaps, or spread in the 
 barn-yard. 
 
 Under certam circumstances, the best storage place for the 
 manure of the stable is the field where it is to be used. If the 
 land is so situated, and if the soil contains a lair amount of clav, 
 and is in such condition that the water of heavv rains will wash the 
 soluble parts of the manure, not off from, but into, the ground, the 
 surface of the field is the best place for it. We can in no other 
 way distribute the nutritive parts of the manure among the parti- 
 cles of the soil so thoroughly as bv allowing them to be washed in 
 among them bv falling rains. The only loss sustained in this 
 practice will be by a very slight evaporation of ammonia — very 
 slight, because the formation of volatile ammonia will almost 
 entirely cease when the manure is so spread as to become too cold 
 for rapid decomposition. The soluble ammoniacal salts, and the 
 soluble carthv parts, will be washed into the soil, of which the clay 
 and decomposed organic matter have a very strong absorption 
 action, and which will hold all fertilizing matter that niav coat its 
 particles — very much as the fiber of cloth holds the coloring matter 
 of dye stuffs. To continue the comparison, the coating of the par- 
 ticles of soil is not a " last color," but is rcmo\ ed bv the water of 
 the sap in the roots of plants, and is appropriated to their use. 
 
 The recommendation to spread stable manure directly upon the 
 
MAITURES. 171 
 
 land as soon as it is made, or as soon as it can be hauled out, 
 applies only to such soils as are in a condition to receive and to 
 retain its soluble parts. On steep hill-sides, very leachy sands, and 
 over-wet clays, the practice would often, no doubt, result in loss. 
 
 When the ground is locked fast with frost, the manure would 
 run away with the water, that, unable to gain entrance, would flow 
 over the surface in times of heavy rain. In the case of thin 
 sandy soils, there is danger that it will be washed down too deeply 
 to have its best effect. On steeply sloping land, of course, the 
 water of heavy rains would flow off over the surface, and some of 
 the manure would go with it. 
 
 To state the case simply, wherever and whenever the water ot 
 rains and melting snows can find its way into the soil, the best way 
 to use the manure of the stable is to spread it broadcast over the 
 surface — except on very light sandy soils. Where the inclination 
 is too steep, — where, from springs or want of drainage, the water 
 would be kept out of the soil and would flow away over the sur- 
 face of the ground, such use would, probably, be about the worst. 
 
 Where the snow lies so deep as to prevent the freezing of the 
 ground, and where, as it melts in spring, it will all, or nearly all, 
 soak into the soil, it is a good plan to spread the manure upon the 
 snow ; but it is a very bad plan to do this, when, from the frozen 
 condition of the ground, or from its rapid inclination, the melting 
 snow would run away over the surface. 
 
 The principle upon which the advantage and disadvantage of 
 the practice depends is, that the manure will go with the water in 
 which it is dissolved. If it goes into a soil containing a fair pro- 
 portion of clay or organic matter, it will be distributed in the best 
 places and in the most complete manner ; if it runs away over the 
 surface, it will be lost. 
 
 Coarse, unfermented manure should be spread upon the land 
 before plowing, and turned well into the soil, where its decompo- 
 sition will be more rapid than if harrowed into the dry surface, 
 while its best mechanical effect will be more completely and more 
 lastingly exerted. 
 
 In the case of thoroughly rotted manure, although there are 
 
J[72 HANDY -no OK OF HUSBANDRY. 
 
 good arguments in favor of plowing it in, I am inclined to very 
 strongly recommend that it be spread upon the furrow, — after 
 rolling, if the roller is used at all •, if not, after once harrowing, — 
 and then be thoroughly wtjrkcd into the surface with the culti- 
 vator. Shares' harrow, or common harrow. So treated, it will lie 
 where the earliest roots of the crop will feel its effect, and its 
 constituents will be more evenly distributed by rains than if it 
 were more deeply covered. 
 
 I have lingered over this branch of my subject, and have given 
 it what may seem to be an undue share of attention ; but the uni- 
 versal applicability and usefulness of manure made by the domes- 
 tic animals, together with its almost universal production, gi\e 
 greater importance to the methods of its preservation and use than 
 attaches to any other fertilizer. 
 
 There remains, still, one question connected with the manure 
 of the farm that is of some consequence. That is, as to the rela- 
 tive value of the excrements of different animals. The broad 
 statement of the case is, that the quality of the manure depends 
 on the food, and not on the animal by which it is consumed ; 
 that is, no matter what animal it may be to which we feed a 
 bushel of corn, if he is of mature age, not increasing in any of 
 his parts, be he horse, ox, sheep, or hog, he will return, in his ma- 
 nure, the full equivalent of the nitrogen and earthy parts of his 
 food. In proportion as parts of his food are taken to make bone, 
 flesh, wool, etc., the manure will be of less value ; but the bones 
 of a horse do not differ materially from those of other animals, 
 nor does his muscle. The difference of fertilizing power must be 
 attributed, mainly^ to a difference of food. Still, the completeness 
 of digestion varies somewhat, in the various species, and this has 
 an effect on the character of the manure — more, however, on the 
 rapidity than on the amount of its action. 
 
 There is not very much to be said as to the use to be made of 
 the difTcrent manures, when well rotted, save with reference to 
 that of the pig-sty, which should never be used, no matter how 
 thoroughly decomposed it may be, for any of the hrassica tribe, 
 (cabbage, cauliflower, ruta-baga, or any of the smooth-leaved tur- 
 
MAXURES. 173 
 
 nips,) as it is quite likely to cause the disease known as " club- 
 foot, "*or " finger and toe." 
 
 POULTRY MANURE. 
 
 The droppings of poultry deserve especial consideration, as the 
 richest, most concentrated, and most active of all manures pro- 
 duced on the farm. 
 
 This superiority arises from two causes. Fowls live on the 
 most concentrated, the richest food — mainly seeds and insects, 
 and they void their solid and liquid excrement together, or rather, 
 the urine is solid, combined with the evacuations of the bow- 
 els, or dung, and the whole is of uniform quality and of great 
 richness. Under the best circumstances, (when dry,) it is often 
 nearly equal to Peruvian guano, which is worth ^85 per ton. 
 
 It has been stated that on land that is naturally good, but 
 exhausted by cultivation, the excrement of a given number of 
 fowls will produce enough extra corn to feed them for a whole 
 year. 
 
 As a very large part of the manure of birds is already soluble, 
 it is very much reduced in value by exposure to the rain ; while, 
 if it accumulates in too large quantities, — remaining damp, — its 
 decomposition is very rapid, and very exhausting, inasmuch as it 
 does not, like coarse stable manure, contain a large amount of car- 
 bonaceous matter, capable of assuming an absorbent form on its 
 decay. When ammonia is formed by the decomposition ot this 
 manure, it is much more free to escape than when formed in a heap 
 of the droppings of the stable. 
 
 The best, most simple, and most practicable way to protect 
 poultry manure against loss is to have a floor of loose earth in the 
 roosting-house, under the perches, and to spade in the droppings 
 every itw days. This will entirely prevent the escape of the 
 fertilizing gases, as well as of all offensive effluvia, and the whole 
 depth of the spaded earth will become as rich, in time, as the 
 droppings themseh'es. 
 
174 HANDY- BOOK OF UUSBAXDRY. 
 
 NIGHT-SOIL. 
 
 The empire of Japan, with an area about equal to that of some 
 of our smaller States, has a population, probably, equal to that ot 
 the whole United States. For thousands of years, its small hand- 
 tilled fields, without the importation of a grain of food from any 
 foreign source, have supported its teeming millions in comfort and 
 plenty. Shut off, until within a few years, from commercial^ 
 intercourse with the nations of the West, this remarkable people 
 have, like the Chinese, maintained themselves in sober and indus- 
 trious prosperity, while they have achieved a civilization, different 
 from ours, it is true, and to be measured b\- a different standard, 
 but which has, far more successfully than that of America or of 
 Europe, compassed the comfortable subsistence of all classes of a 
 dense population. 
 
 The secret of their ability to accomplish what the agriculture 
 of our more favored race has failed to secure, is to be found in the 
 fact that the rule of their life and of their industry has always been 
 to allow no element of the fertility of their soil to go to waste. Pro- 
 hibited by their religion from eating flesh, milk, butter, or cheese, 
 and with farms so small as to forbid the use of draught animals, 
 almost their only source of manure is found in the vegetable food 
 and the fish which they themselves consume. 
 
 Human excrement, which we name only in an undertone, and 
 which, when we consider it at all, we generally hurry into the 
 nearest stream of water, is to them the foundation-stone of subsist- 
 ence. It is their chief prop in all of their culti\ation. Their 
 methods of collecting, preserving, and applying it are any thing but 
 delicate, but they are safe and sure, and without them, or their 
 equivalent, Japan would long ago have gone the way of ancient 
 Rome. 
 
 Disregarding the lessons of the past, (and of the present, as 
 shown in the East,) the British Empire is now preserving itself 
 from annihilation only by the commerce which brings bread and 
 manure from all parts of the world to supply the enormous waste 
 that swallows up nearly every atom of the food of its population. 
 
MANURES. 175 
 
 Equally disregarding the same lessons, we, with a newer soil, 
 and a more remote necessity for economy, so long as the crops of 
 our fields bring present money, are heedless of future want for our- 
 selves or for posterity. 
 
 In the "American Agricultural Annual" for 1868, there was 
 published an article of mine on " Sewers and Earth Closets, and 
 their Relation to Agriculture," from which article the following 
 is extracted : — 
 
 " The average population of New York City — Including Its 
 "temporary visitors — is, probably, not less than 1,000,000. This 
 *' population consumes food equivalent to at least 30,000,000 
 *' bushels of corn in a year. Except the small proportion that is 
 " stored up in the bodies of the growing young, which is fully ofF- 
 *' set by that contained In the bodies of the dead, the constituents 
 *' of the food are returned to the air by the lungs and skin, or are 
 " voided as excrement. That which goes to the air was originally 
 " taken from the air by vegetation, and will be so taken again — 
 " here Is no waste. The excrement contains all that was furnished 
 " by the mineral elements of the soil on which the food was pro- 
 " duced. This all passes Into the sewers, and Is washed Into the 
 *' sea. Its loss, to the present generation, is complete. 
 
 " In the present half-developed condition of the world, there is 
 " no help for this. The first duty in all towns is to remove from 
 "the vicinity of habitations all matters which by their decomposi- 
 " tlon would tend to produce disease. The question of health Is, 
 " of course, of the first Importance, and that of economy must fol- 
 " low it ; — but it should follow closely, and perfect civilization 
 " must await Its solution. 
 
 " Thirty million bushels of corn contain, among other minerals, 
 " nearly seven thousand tons of phosphoric acid, and this amount 
 "Is annually lost in the wasted night-soil of New York City.* 
 
 * " Other mineral constituents of food — important ones, too — are washed away in even 
 " greater quantities through the same channali ; but this element h thz bejt for illustra- 
 " tion, because its effect in manure is the most striking, even so small a dressing as 
 " twenty pounds per acre producing a marked effect on all cereal crops. Ammonia, too, 
 "which is so important that it is usual in England to estimate the value cf manure in 
 "exact proportion to its supply of this element, is largely yielded by human excrement." 
 12 
 
176 IIANDT-BOOK OF HUSBANDRY. 
 
 " Practically, the human excrement of the whole country is 
 "nearly all so disposed of as to be lost to the soil. The present 
 " population of the United States is not far from 35,000,000. On 
 " the basis of the aboye calculation, their annual food contains 
 *' oyer 200,000 tons of phosphoric acid, being about the amount 
 " contained in 900,000 tons of bones, which, at the price of the 
 " best flour of bone, (for manure,) would be worth over $50,000,000. 
 " It would be a moderate estimate to say that the other constitu- 
 " ents of food found in ni2;ht-soil are of least equal yalue with the 
 "other constituents of the bone, and to assume $50,000,00035 
 " the money yalue of the wasted night-soil of the United States. 
 
 " In another yiew, the importance of this waste cannot be es- 
 " timated in money. Money yalues apply rather to the products 
 " of labor and to the exchange of these products. The waste of 
 " fertilizing matter reaches farther than the destruction or exchange 
 ^' of products ; — it lessens the ability to produce. 
 
 " If mill-streams were failing year by year, and steam were 
 "yearly losing force, and the ability of men to labor were yearly 
 " growing less, the doom of our prosperity would not be more 
 "plainly written than if the slow but certain impoverishment of 
 *' our soil were sure to continue. 
 
 *' Fortunately, it will not continue always. So long as there are 
 " virgin soils this side of the Pacific, which our people can ravage 
 " at will, thoughtless earth-robbers will move West and till them. 
 *' But the good time is coming, when (as now in China and in 
 " Japan) men must accept the fact that the soil is not a warehouse 
 "to be plundered — only a factory to be worked. Then they 
 " will save their raw material, instead of wasting it, and aided by 
 " nature's wonderful loom, will weave, over and over again, the 
 " fabric by which we live and prosper. Men will build up as fast 
 " as men destroy, old matters will be reproduced in new forms, 
 " and as the decaying forests feed the growing wood, so will all 
 " consumed food \ icld food again. 
 
 " The stupendous sewers which have just been completed in 
 " London, at a cost of $20,000,000, and which challenge admira- 
 *■*■ tion, as monuments of engineering achievement, are a great 
 
MANURES. 177 
 
 " blessine; to that filth-accursed town, and in the absence of any 
 "thina; better, they might, with advantage, be imitated elsewhere. 
 " Thev have had an excellent effect on the health of the popula- 
 " tion, bv removing a prolific cause of typhoid fever and other 
 " fatal diseases. As anx)rding needed relief from malaria, they are 
 " of immense importance. Still, they are a great (although neces- 
 " sarv) evil, inasmuch as they wash into the sea the manurial 
 " product of 3,000,000 people, to supply whom with food requires 
 " the importation of immense quantities of grain and manure. 
 
 " The wheat-market of one-half the world is regulated by the 
 '' demand in England. She draws food from the Black Sea, and 
 " from California ; she uses most of the guano of the Pacific 
 " islands ; she even ransacks the battle-fields of Europe for human 
 " bones, from which to make fresh bones for her people ; and, in 
 " spite of all this, her food is scarce and high, and bread-riots 
 " break out in her towns. 
 
 " An earnest efix)rt is now being made to use the matters dis- 
 " chars;ed through these sewers for the fertilizing of the lands 
 " toward the eastern coast. For this purpose it is intended to 
 " build a sewer fortv miles long, and nine and a half feet in 
 " diameter, which, with the incidental expenses of its construction 
 "and management, will cost about J;> 10,000,000. The Sewage 
 " Company have a farm at Barking, on which thev have cx- 
 " perimented very successfully, one acre of their irrigated mead- 
 " ows having produced nine tons of Italian rye grass in twenty- 
 " two days, and fifty tons during the past season up to Aun;ust 
 " 15, with a prospect that the yield for the whole season v/ill be 
 ." at least seventy tons from a single acre. 
 
 " The system of sewage irrigation has earnest adherents, and 
 " equally earnest opposers. It does seem a pity, that for e\'ery 
 " pound cf excrement given to the land, three or four hundred 
 " pounds of water must go with it, and it 13 probable that such 
 " highly diluted manure can be used with ad\antan;c only en t^ra::s 
 " crops. It is further asserted, that as the best results can be 
 " obtained only by the application of from 6,000 to 10,000 tons 
 " of the liquid per acre, the cost of the process must prevent its 
 
178 HAXDY-BOOK OF IIUSBAXDRT. 
 
 " general adoption. However, the scheme is about to be thor- 
 " oughly tested, and it is to be hoped that its success will be such 
 " as to secure a return to the soil of a vast amount of valuable 
 "matter, which, hitherto, has been worse than thrown awav. 
 
 "• The many attempts that have been made to extract the fer- 
 *■*■ tilizing parts of the sewage from the deluge of water with 
 "which they are diluted, have entirely failed of their object. If, 
 *' as now seems probable, the best and cheapest way to remove 
 "waste matters Irom large towns is bv dilution in large quantities 
 " of water, the efforts of agriculturists must be directed to the 
 "best means of making use of the mixture." 
 
 " So much for the night-soil of large cities. The health of the 
 ' community demands that it be remo\ ed, and the prosperity of 
 ' the country demands that it be not wasted. To fulfill these two 
 'requirements should be the aim of sanitarians and political 
 ' economists. 
 
 " But a comparatively small part of the population of the 
 ' United States live in large cities, — a far larger number live in 
 'small towns and in the country. For their uses the regularly 
 ' organized systems of sewerage are not available. Yet they 
 'greatly need some radical improvement in their privy accommo- 
 ' dations. Except in those comparatively rare cases in which 
 ' water-works are introduced into houses, the arrangements for 
 'this purpose arc almost always offensive and wasteful; and not 
 ' unfrequently detrimental to health, and indecent in their character 
 ' and tender cy. 
 
 " The problem of improvement is an exceedingly difficult one. 
 ' While, by an enlightened control, the inhabitants of cities can 
 ' be compelled to conform to certain requirements, those who 
 ' live in villages and on farms are subject only to a much more 
 ' hx discipline, which stops far short of the minuteness of the 
 ' Mosaic law regulating personal habits. If they adopt improve 
 ' mentG, — especially of the sort under consideration, — it will be 
 ' because they find it for their own pecuniary interest, or very 
 ' decidedly for their convenience to do so. No question of 
 
MANURES. 179 
 
 *' national economy will move them, and they have not generally 
 " been educated to the importance of a strict observance of the 
 " laws of health, — not always of those of decency." 
 
 In continuation of the same subject, I publish herewith an 
 article recently furnished to the Neiu York Evening Post : 
 
 THE EARTH CLOSET AND ITS POSSIBILITIES. 
 
 In the 'Journal of the London Society of Arts^ for May 1 6, 
 I063, there is published a series of tables which had been sub- 
 mitted by Dr. Tudichum, concerning the commercial value of the 
 constituents of human excrement. The most curious are those 
 relating to the composition of urine. He says : " Taking into 
 "account that there are many thousand persons who come to 
 " London during the day, but sleep without (and are not enumerated 
 *' as living within) the metropolitan districts, and deposit their fluid 
 " excretion in town ; also many thousands of casual visitors ; taking 
 *' further into account the rapid increase of London, we are justified, 
 " I think, in assuming that the population of London excretes an 
 " amount of urine and valuable ingredients equal to that of two 
 *' million adults or middle-aged males." 
 
 Table XIX. gives the amount and value of the fluid void- 
 ings of the population of London, which, calculated as 2,000,000 
 adults, makes per day : — 
 
 Urine, 650,000 gallons, or 2,901 tons, 176 gallons. 
 
 Ammonia from urea, 36 tons at £60 per ton ; value, £2,160. 
 
 Ammonia from its salts, "1 
 
 Ammonia from uric acid, 2.9 tons. 
 
 Am-nonia from creatinine, j va'. £l74» 
 
 Ammonia from other nitrogenous matters, ] 
 
 Phosphoric acid, 6.2 tons — £86 i6s. 
 
 Sulphuric acid, 4 tons — £37 63. 
 
 Chloride of sodium, 26 tons — £122 1 6s. 
 
 Potash, 7.3 tons — £133 i-s. 
 
 Lime and magnesia, 1,714 lbs. — 17s. lod. 
 
 Total urine, 2,901 tons, 176 gallons. And in this: 
 
 Total solids, 84 tons, or one ton of solids in 34 5 tons of urine. 
 
 Total value, £2,8 •; 2. 
 
180 IIANDY-BOOK OF HUSBANDRY. 
 
 Table XX. computes the annual amount and value of the urine 
 voided in London, making the total amount of urine 1,052,151 
 tons, and the total solids contained therein, being I in 34, 30, 735 
 tons, worth £34 per ton. 
 
 Table XXI. gives the annual value of the fluid voidings of the 
 population of London as follows : — 
 
 Summary. 
 
 'From urea £788,400 
 
 " ammoniacal salts *7>9i° 
 
 Ammonia. ■{ " uric acid 9»6+8 
 
 I " creatinine 1 5,lo8 
 
 [ " other nitrogenized matters 12,000 
 
 Phosphoric acid 31,805 
 
 Sulphuric 13,614 
 
 Chloride of sodium 44,972 
 
 Potash 86,700 
 
 Lime and magnesia 325 
 
 Total £1,030,502 
 
 Value of one ton of urine rather less than £1. Value of annual urine ofone adult 
 male rather less than 10 shillings. 
 
 By this computation the value of the liquid excrement of the 
 people of the United States would amount to at least $50,000,000 
 per annum. The value of the solid excrement would be some- 
 what less than this. Of course, verv much of this value would be 
 wasted if the most perfect svstcm that our ingenuity could devise 
 were adopted for every community of sufficient size to come 
 under any sanitary or economic discipline. But the amount 
 which mitrht be saved is of sufficient ma(2;nitudc to make the 
 subject one of the most important that we can consider. 
 
 It may be objected that Dr. Tudichum's standard of value is 
 too high. Some writers place it at a higher figure, others at a 
 lower, and it is extremely difficult, if not impossible, to make an 
 exact estimate ; at the same time, the experience of the world, 
 ever since agricultural operations and opinions began to be record- 
 ed, shows that human excrement, and especially human urine, is 
 of the utmost value as a manure. 
 
 Its economical application has enabled the most populous 
 
MANURES. 181 
 
 countries of tne world to sustain themselves without the aid of 
 importation, and its waste has brought destruction upon the most 
 prosperous empires. History affords no example of an exception 
 to the rule that the careful use of human excrement as manure 
 insures prosperity, and that its waste entails destruction. 
 
 At a recent meeting of the Farmers' Club of the American 
 Institute, a paper on " Earth Closets " was presented bv Mr. A. 
 Crandall, in which occurs the following paragraph : " Wasted 
 " excrement," says Liebig, " hastened the decay of Roman agricul- 
 " ture, and there ensued a condition the most calamitous and fright- 
 " ful. When the cloacae of the Seven-Hilled City had absorbed 
 " the well-being of the Roman peasant, Italy was put in, and then 
 " Sicily and Sardinia and Africa." Not one of these countries has 
 regained its lost greatness and prosperity. 
 
 Longer ago than tvv^ice the age of Rome, China was a pros- 
 perous, industrious, and in many respects a cultivated country. 
 From that day to this, every particle of human excrement has 
 been almost religiously returned to the soil. Yet, to-day, with 
 about one-third ot the world's population li\'ing exclusively upon 
 her productions, she has less abject poverty than has any other 
 country in the world except Japan, where the same practices pre- 
 vail. 
 
 It is difficult to read history in the short chapter that our own 
 country presents, yet the washing of towns into rivers, and of 
 rivers into the sea, is even here telling an unmistakable tale. 
 That myth, " virgin land of inexhaustible fertility," is traveling 
 yearly westward. Once it was found in the Alohawk Valley, then 
 on the Genesee Flats, then the Western Reserve of Ohio and the 
 Miami and Sciota Dottoms, then the wonderful prairies of Illinois, 
 then the States bordering the Mississippi River on the West ; and 
 now, from the very last of these, comes the cry, which has trav- 
 eled toward them by steady steps from the Mohawk valley, of the 
 disastrous effect of midge and rust and Hessian fly, and dry sea- 
 sons and wet seasons, and the endless list of calamities which we 
 rareU' hear of save on lands of waning fertility. 
 
 By a better system of agriculture, with the aid of undeidrain- 
 
182 HANDY-BOOK OF HUSBANDRY. 
 
 ing, subsoil plowing, cattle feeding, and rotation of crops, we are 
 fighting the fiend of exhaustion with much success. We are ran- 
 sacking the remote corners of our soil's pores for plant food which 
 is no longer yielded spontaneously, and, in many cases, we 
 seem to be regaining the original productiveness. But by-and- 
 bv, perhaps a hundred years, and, perhaps, five hundred vears 
 hence, we may have exhausted e\en this hidden fertilitv of the 
 soil, for there is nothing more certain than that the material which 
 we take from the land and deposit in mid-ocean will never return 
 to the land bv anv natural process. And until we learn to care- 
 fullv save and faithfullv return to the soil the rejected elements 
 of our food, we shall continue to follow, whether apparently or 
 not, the road which Rome has traveled before us. 
 
 It is in consideration of the foregoing facts that we are inclined 
 to attach great importance to the possibilities of the earth closet. 
 So long as the use of human excrement is degradingly ofl^ensive, 
 neither American farmers nor American citizens will willingly 
 subject themselves to the annoyance of doing anv thing with it, 
 save to get it out of the wav bv the shortest practicable course. 
 If there are sewers to carry it into rivers, or into the ocean, that 
 is all that our highest civilization asks. If there are no sewers, 
 then kindlv holes in the ground serve to remove it from sight. We 
 accustom ourselves to its odors, and give it no further thought 
 until necessitv compels us to pav for its surreptitious remo\ al by 
 night. Its money value is nothing ; the supply is precarious, and 
 the ofFensiveness of the removal more than offsets for its value as 
 manure. So long as this state of affairs continues, we cannot 
 expect much attention to be given to the subject. 
 
 The earth closet has now been so long in use that its value is 
 fully demonstrated. Wherever a water-closet might be undesirable, 
 there an earth closet will be found an unobjectionable, an economical 
 and, from a sanitary point of view, a safe substitute, requiring less at- 
 tention than a coal stove. It destroys by oxidation much of the organic 
 matter of the fceces committed to its care, — wasting probably the 
 larger part of its ammonia. But it holds fast to the mineral ele- 
 ments, — those which were originally furnished by the soil, — and the 
 
MANURES. 183 
 
 decomposition of the organic matter within the pores of its earth, 
 develops new plant-food hitherto dormant therein. 
 
 In concluding these remarks, it need only be stated, in general 
 terms, that whatever process is adopted for the economical saving, 
 and the proper application of night-soil as manure, its use must 
 inevitably be attended with the best results, not only on the in- 
 dividual farms to which it is applied, but as most favorably affect- 
 ing the agriculture of the whole country; and probably it will be 
 found that the use of dry earth in some form, and by means of 
 whatever appliances may be within the most convenient reach of 
 the farmer, will afford very much the most economical and satis- 
 factory solution of the problem. 
 
 MINERAL MANURES. 
 
 By reference to remarks in preceding chapters, concerning the 
 composition of plants and their uses in the animal economy, it 
 will be remembered that certain portions of them, which consti- 
 tute the ash left after the burning of any vegetable matter, are of 
 a mineral character and origin ; that is to say, they exist in a 
 state of nature, always and only as constituents of the soil or of 
 the rocks from which the soil is originally formed ; — and while 
 they are absolutely necessary to the growth of plants, they can 
 be taken up only by the roots from the soil ; for they never exist, 
 except as dust, in the air. 
 
 While these mineral or earthy constituents constitute but a 
 very small proportion of the plant, and of the animal which gets 
 the substance of its body from the digestion of plants eaten, they 
 are absolutely indispensable to all organic growth ; and their im- 
 portance in agriculture is by no means to be measured by the 
 extent to which they are used. The amount of potash required 
 in the formation of the integral parts of a blade of wheat, is so 
 small as to escape any but the most careful scrutiny. Yet it is 
 absolutely impossible to produce a blade of wheat without furnish- 
 ing the necessary supply of this apparently insignificant element. 
 The same is true, in a greater or less degree, of all the mineral 
 parts of plant-food. 
 
184 HAXDY-BOOK OF lll'SBANDRY. 
 
 The analysis of the ashes of all agricultural plants shows that 
 they contain the following substances : — 
 
 Potash, Soda, Lime, 
 
 IVIagncsia, Sulphuric acid, _ Phosphoric acid, and 
 
 Silicic acid. Oxide of iron, Chlorine. 
 
 Of these the following are always found in abundant quantity 
 in every even tolcrablv fertile soil, — probably in every soil that it 
 will pay to attempt to cultivate : — 
 
 Soda, Sulphuric acid, Chlorine, and usually 
 
 Oxide of iron, Silicic acid. Magnesia. 
 
 These, then, need never be taken into consideration in any 
 
 case where the only object is the supply of the materials which 
 the plant requires. 
 
 With the other elements, however, the case is quite different, 
 and 
 
 Phosphoric acid, Lime, and occasionally 
 
 Potash, Magnesia, 
 
 require the utmost care on the part of the farmer, and a constant 
 vigilance to prevent their waste, and to restore always at least so 
 much of them as is taken away by the crops.* 
 
 The analysis of any tolerably fertile wheat soil will show that it 
 contains, within a foot of the surface, an amount of phosphoric 
 acid sufficient to supply the needs of probably a hundred times as 
 many bushels of wheat as could be grown upon it in a hundred 
 
 * Probably the analysis of every cultivatable soil in the world would show the presence 
 of a large proportion of lime; and the rule which requires the use of lime as manure is 
 by no means a definite one. Whether the lime supplied acts only as a plant-food, or 
 whether its chief benefit depends on its action in developing p'.ant-fooJ already con- 
 tained in the crude soil, is not absolutely known. Probjblv, however, the latter 
 proposition is the true one, inasmuch as we find that soils which are formed almost 
 exclusively by the crumbling of limestone rocks arc quite as much (and often more) 
 benefited by the application of very small quantities of burned lime, as are those in which 
 analyiis shows only a trifling proportion of lime ; therefore the above is to be understood 
 as being such a statement of the case as seems most necessary for practical purposes, 
 although not in all respects scientifically correct. 
 
MANURES. 185 
 
 years without the use of manure. Of this phosphoric acid, how- 
 ever, a very large proportion is contained in the interior ot pebbles 
 and coarse particles, or is in such a state of combination as not to 
 be available ; for plants can take up by their roots only such 
 matters as are exposed on'the surface of the particles of soil, and 
 of these even, only such as are sufficiently soluble to yield to the 
 absorptive influence of the moisture which is contained in and 
 about the feeding surfaces of the roots, and the same is true of 
 every other element of plant-food in the soil. Therefore, neither 
 the actual amount of material in the soil, as shown by analysis, 
 nor even the amount which could be dissolved by a strong acid 
 from the surfaces of the particles, is the exact measure of the 
 amount which that soil may be able to supply to the crop ; and, 
 in the absence of absolute knowledge on the subject, all that can 
 be considered as strictly demonstrated is : — 
 
 That the amount of mineral plant-food contained in any soil, 
 in such a position, and in such a condition as to solubility, as to be 
 able to supply the demand of roots, is always limited, — limited, 
 indeed, to such a degree that no soil in the world, which does not 
 receive extraneous supplies by means of inundation or irrigation, 
 can, even through the life-time of a single man, be made to pro- 
 duce maximum crops of anv given plant, without the return of 
 some form of manure, either by the feeding of the crop to 
 animals pasturing on the ground, by the death and decomposition 
 of the stems and leaves of the plants, or by the return of animal 
 manure or of some form of mineral manure, which will make up 
 the waste. 
 
 Practice has demonstrated, even this early in the history of our 
 country, that in order to cultivate any land, year after year and 
 generation after generation, with success, it is necessary that 
 manures be added to the soil ; and more careful practice and in- 
 vestigation have shown that the most economical return of manure 
 is such as will supply in the cheapest form the leading mineral 
 elements that have been removed by the crops sold ; — or, rather, 
 the leading ones of those which we have stated above to be 
 necessary in artificial application. 
 
186 HAXDY-BOOK OF nUSBAXDRY. 
 
 In nine cases out often, that which is most needed, and whose 
 return produces the best result, is undoubtedly phosphoric acid. 
 Such lands, however, as have been long devoted to the cultivation 
 of tobacco, potatoes, etc., most need additions of potash ; and in 
 almost all cases it will be found advantageous to apply both 
 potash and phosphoric acid. It should be borne in mind that we 
 are now speaking only of the requirement of manure for the 
 actual feeding of plants. The solvent action of certain sub- 
 stances makes it frequently profitable to applv fertilizers whose 
 constituents belong to the list given above of matters which the 
 soil alwavs supplies in sufficient quantity. This subject will be 
 discussed hereafter. 
 
 Phosphoric acid being, then, the most important mineral element 
 of foreign as well as of home-made manures, it will be well for 
 us to examine the sources from which it may be most cheaply 
 and most advantageously procured, and the best method for its 
 application to the soil. 
 
 The bones of animals consist, when thoroughly dried, of about 
 two-thirds earthv matter and one-third organic or combustible 
 matter. The earthy part is almost entirely phosphate of lime, 
 which is also called bone earth, and this consists of about fortv- 
 six per cent, of phosphoric acid and about fiftv-four per cent, 
 of lime. Bones, therefore, are the most common and most pro- 
 lific source of the phosphoric acid used in agriculture ; although 
 it is also a very important element of Peruvian guano, and still 
 more largely of what are called phosphatic guanos, and of the 
 phosphatic deposits recently discovered near Charleston, South 
 Carolina. 
 
 The manner in which phosphate of lime is used as a manure 
 affects in very great degree its efficiency, and consequently the 
 economy of the application. To state the case in a single sen- 
 tence, the finer the particles of the manure the more active and 
 the more valuable it will be. In order to attain the greatest degree 
 of fineness, it is found best to manufacture it into what is called 
 superphosphate of lime ; — that is, a compound containing more 
 phosphoric acid and less lime than the simple phosphate does. 
 
MANURES. 187 
 
 The chemistry of the phosphates of Hme has been very clearly 
 set forth by Professor S. W. Johnson in his report on manures, 
 made to the Agricultural Society of Connecticut, and it may be 
 worth while to reproduce here, in a very brief form, the principal 
 features of this portion of the report. 
 
 A single atom of phosphate of lime contains one atom of 
 phosphoric acid and three atoms of lime. Any process which 
 will remove from the compound two atoms of the lime, leaving the 
 whole amount of phosphoric acid, will convert it into superphos- 
 phate of lime, which is very much more soluble than is the origi- 
 nal or basic phosphate; and it is the custom in the manufacture of 
 superphosphate of lime to apply such an amount of sulphuric 
 acid as will remove these two atoms of lime, the result being a 
 compound containing superphosphate of lime and sulphate of lime 
 or gypsum ; and when no other matters are added to increase the 
 rapidity of the action of the manure, this is the composition of 
 the pure superphosphate of lime of commerce. It contains very 
 much more lime and sulphuric acid than phosphoric acid, but the 
 latter is in such a state of solubility as will allow it to be carried 
 by rains very readily into the soil, and it applied while plants are 
 ac':uallv growing, it may be taken up by them without delay. 
 
 Ordinarily, however, when superphosphate of lime is applied 
 to the soil, it immediately hunts out particles containing potash 
 or lime or magnesia or soda, with which its unsatisfied phosphoric 
 acid may again combine ; and it is not likely that the true super- 
 phosphate ever remains for any considerable length of time as an 
 element of the soil ; and the question may readily arise, why is 
 it worth while to resort to such an expensive and troublesome 
 process to reduce the phosphate of lime to the superphosphate, 
 when we are almost certain that within a short time after it is 
 applied to the soil it will have returned again to the condition of 
 the comparatively insoluble phosphate ? The reason why this is 
 worth while is to be sought only in the degree of fineness to 
 which the article is reduced by the chemical changes through 
 which it has passed. 
 
 Professor O. N. Rood, of the Troy University, at the request 
 
188 HANDY-BOOK OF HUSBANDRY. 
 
 of Professor Johnson, measured under the microscope the size of 
 the particles of the finest bone-dust, and of the phosphate of lime 
 which had passed through the process described above. He found 
 that the smallest particles of bone-dust would not average less 
 than one one-hundredth of an inch in diameter, while the particles 
 of the prepared phosphate measured only one twenty-three-thou- 
 sandth of an inch in diameter. If, as is probably the case, the 
 degree of solubility of both is the same, the amount of surface 
 which the finer article exposes to the solvent action of water is 
 so infinitelv greater than that of the former, that the total amount 
 which mav be dissolved bv the action of a given amount of water 
 in a given time must be almost inestimablv greater; and we 
 find in practice that the finest phosphate of lime that it is pos- 
 sible to produce bv the burning of bone, is very much less rapid 
 in its action than is that which results from the chemical processes 
 in use in the manufacture of commercial superphosphate. 
 
 Probably it makes but little difference what sort of phosphate 
 of lime is used in the manufacture of a superphosphate, — whether 
 the original substance be the earthv matter of bones, the phos- 
 phatic deposits of South Carolina, or what is known as Colum- 
 bian guano ; for, probably, the chemical action in the use of each 
 will be the same, and the same quality of superphosphate, and of 
 the phosphate which is formed on the application of this to the 
 soil, will result. 
 
 Many directions are given for the manufacture of superphos- 
 phates on the farm by the decomposition and preparation of bones. 
 The best of these is, perhaps, the following, which is given by 
 Dr. James R. Nichols, in his " Chemistry of the Farm and the 
 Sea":— 
 
 "Take a common sound molasses cask -, divide in tlie middle 
 *' with a saw ; into one-half of this place half a barrel o^ finely- 
 '* ground bone, and moisten it with two buckets of water, using 
 *'a hoe in mixing. Have ready a carboy of vitriol, and a stone 
 "pitcher holding one gallon. Turn out this full of the acid, and 
 *' gradually add it to the bone, constantly stirring. As soon as 
 " effervescence subsides, fill it (the pitcher) again with acid, and 
 
MANURES. 180 
 
 " add as before ; allow it to remain over night, and in the morning 
 .'' repeat the operation, adding two more gallons of acid. When 
 '■•'the mass is quiet, add about two gallons more of water, and 
 "then gradually mix the remaining half-barrel of bone, and allow 
 " it to rest. The next day it may be spread upon a floor, where 
 " it will dry speedily if the weather is warm ; a barrel of good 
 " loam may be mixed with it in drying. It may be beaten fine 
 "with a mallet or ground in a plaster mill. If several casks are 
 " used, two men can prepare a ton of excellent superphosphate 
 " after this method in a day's time. ***** Much less 
 "acid is used in this formula than is demanded to accomplish the 
 "perfect decomposition of the bones ; but it is important to guard 
 " against the possibility of any free sulphuric acid in the mass. " 
 
 Dr. Nichols also gives the following recipe for preparing bones 
 for use without reducing them to the condition of a superphos- 
 phate ; and bones applied to the soil, with the addition of the 
 other materials of the compound, cannot fail to constitute an 
 excellent manure : — 
 
 "Take 100 pounds of bones beaten into as small fragments 
 "as possible; pack them in a tight cask or box with lOO pounds 
 " of good wood-ashes. Mix with the ashes before packing 25 
 "pounds of slaked lime, and 12 pounds of sal soda, powdered 
 " fine. It will require about 20 gallons of water to saturate the 
 " mass, and more may be added from time to time to maintain 
 " moisture. In two or three weeks the bones will be broken 
 " down completely, and the whole may be turned out upon a 
 " floor and mixed with two bushels of dry peat or good soil, and 
 "after drying, it is fit for use." 
 
 Whether it will pay the farmer to manufacture superphosphate 
 of lime, or to reduce coarse bones according to the process de- 
 scribed above, must depend upon the amount of labor at his com- 
 mand and upon the extent to which he can profitably apply his 
 labor to other farm work during the winter season. Probably, if 
 he has muck which he might be hauling to his barn, or any other 
 profitable work for his hands, it will be better to purchase such 
 superphosphate as he may require in the general market ; — for the 
 
190 HANDY- BOOK OF HUSBANDRY. 
 
 material required in this domestic manufacture will be somewhat 
 expensive, and the process more or less troublesome ; while there 
 is no doubt that, except in the most remote regions, good super- 
 phosphate may be procured at a cost, delivered on the farm, that 
 will be amply justified by the result of its application to the crops. 
 In purchasing, however, a farmer runs a considerable risk of 
 being swindled ; for nothing is easier than to add to any commer- 
 cial fertilizer such an amount of sand, sifted ashes, or other 
 worthless material, as will very much reduce its value. Still, 
 even the most unscrupulous dealer in fertilizers will probably 
 have the wit to supply a genuine article to any customer whom 
 it seems unsafe to cheat ; and if the farmer will purchase directly 
 from the manufacturer, and with the stipulation that every pack- 
 age of the fertilizer shall analyze up to a given standard, the 
 chances are that the adulterated article will be reserved for 
 shipment to some other person ; and I am confident at the same 
 time that there are manufacturers who conduct their business on 
 strictly honest principles, and who will always send a genuine 
 article. 
 
 The superphosphates of lime which are sold in the American 
 market, contain, generally, a considerable proportion of ammonia, 
 which adds to their value for use in connection with the stable 
 manure of the farm ; but probably, where there is an abundant 
 supply of stable manure, it would be cheapest to invest the whole 
 amount of purchase-money in the mineral matters, as it is these 
 which it is, beyond all question, the most important to procure 
 from external sources. 
 
 Concerning the method of application of superphosphate of 
 lime, two opinions prevail. One is, that it is better to spread it, 
 if possible, with the use of a broadcast sower evenly over the 
 whole surface of the land, so that no part of the soil may fail 
 to receive a certain amount. And the other is, that it is pref- 
 erable to compost it with stable manure, which, undoubtedly, 
 adds to its efficiency, but is subject to the objection that as stable 
 manure is always more or less lumpy, and is necessarily spread by 
 hand, its distribution when applied in the field is less uniform than 
 
MANURES. 191 
 
 it is desirable that it should be. In either case the manure should 
 be spread broadcast over the whole, surface, and not applied 
 directly t>o the hill or furrow, for the reason that phosphoric acid 
 is most necessary in the development of the seed of the plant, 
 and generally during the latter stages of its growth, at a time 
 when the roots are supposed to occupy every part of the soil, and 
 when many of them, at least, would have passed beyond the 
 narrow limits of the hill or furrow. 
 
 The application of phosphoric acid is not most profitable when 
 made most strictly in accordance with the generally accepted scien- 
 tific theories concerning its use by plants; for it is shown by long 
 experience that it is not so active a manure for wheat as ammonia 
 is, although wheat contains, in the ashes of its seed, about 50 per 
 cent, of phosphoric acid ; and that it is a most valuable stimulant 
 for turnips, although the ashes of these contain only about 7 per 
 cent. Possibly the reason for this apparent discrepancy between 
 theory and practice is to be found in the fact that during the early 
 stages of growth, when the plant is acquiring its ability to make 
 use of the materials already contained in the soil, the phosphoric 
 acid is more necessary to the turnip than to the wheat ; whereas, 
 the wheat, by the time it requires a considerable proportion of 
 phosphoric acid, is in a condition to take up an amount which 
 could not be made use of by the young turnip plant. 
 
 We often hear farmers make a distinction between manures 
 which act quickly, and those which are lasting ; and in ordinary 
 practice, the preference is almost invariably given to the "lasting" 
 manure. This idea is not founded, in my opinion, upon reason ; 
 for it may be stated, as a general principle, that manures are last- 
 ing only in proportion as they are "lazy." For example: 
 Twenty dollars' worth of whole bones, spread upon an acre of 
 land, would not produce a very marked effect upon the crop im- 
 mediately following the application ; while twenty dollars' worth 
 of fine bone-dust would probably produce an excellent, and an 
 equal value of a good superphosphate — a capital result. On the 
 
 other hand, the effect of the whole bones would be perceptible on 
 13 
 
192 HANDY-BOOK OF HUSBANDRY. 
 
 the crops of a life-time; that of the fine bones would probably 
 disappear or grow greatly less after five or ten years •, and that of the 
 superphosphate would probably not be very marked after two or 
 three years. It is the old story of "the nimble sixpence and the 
 slow shilling. " In either case the material applied to the soil 
 produces a given amount of effect on vegetation ; that in the 
 superphosphate being developed within two or three years, results 
 in a few large crops which are immediately available, and the extra 
 money which they produce may be in part applied to the renewal of 
 the manure ; the whole bones, on the other hand, produce the 
 same amount of growth, only during a long series of years, while 
 the interest on their cost, and the interest on the value and on the 
 cost of cultivating the land, are constantly running on. The 
 chance for profit is very much greater in the case in which large 
 immediate returns give through the current year a greater amount 
 of increase or profit above the necessary expenses and loss of 
 interest. 
 
 Farmers also speak of superphosphate of lime, Peruvian guano, 
 and other intense manures as being exhausting ; and there is no 
 doubt that in the experience of many districts, as, for instance, 
 those parts of Maryland where, during a few years, the yield of 
 wheat was raised to a very high figure by the use of Peruvian guano, 
 and where it was found that, after these few years, guano failed 
 to produce a beneficial result, they have a good apparent reason 
 for their opinion. Any manures which do not supply all that the 
 plant requires, or all at least of such elements as the soil can 
 furnish in only a limited degree, are exhausting manures. For 
 instance, there may be in the soil a certain amount of phosphoric 
 acid available for the uses of plants, and in the ordinary course of 
 growth without manure a sufficient addition to this supply may be 
 made available by natural chemical processes to constantly furnish 
 fair average crops, that is, to furnish the phosphoric acid required 
 by such crops as grow in the natural condition of the land, of 
 which the capacity may be kept at a low point owing to a defi- 
 ciency of potash, for instance. 
 
 Now, if we apply any manure (such as wood ashes) which supplies 
 
MANURES. 193 
 
 potash in considerable quantity, the result will be the production 
 of as large a crop as, in view of the composition and circumstances 
 of the soil, it is possible for potash to produce, and the crops may 
 be doubled or quadrupled, as the result of the application of the 
 potash alone. But they, at the same time, remove from the soil 
 double or quadruple the quantity of phosphoric acid that was 
 required by the smaller crop ; and the result is, that while the 
 manure has by no means had the effect of exhausting the soil, 
 but has rather added to its valuable ingredients, the crops produced 
 in consequence of the use of that manure have exhausted the soil 
 of some ingredient which the manure did not supply, namely, 
 phosphoric acid. 
 
 In the case cited above — that of the production of large crops 
 of wheat by the aid of Peruvian guano in Maryland — it is prob- 
 able that the ammonia of the guano increased so largely the pro- 
 duction of wheat, that the soil was robbed, in the course of a few 
 years, of elements which the guano did not supply in sufficient 
 quantity ; and, these elements" being once removed, no amount of 
 any other constituent would suffice for the growth of plants to 
 which they are absolutely requisite. 
 
 Therefore, in the use of either superphosphate of lime, or of 
 bones or bone-dust, the principal available ingredient supplied being 
 phosphoric acid (and perhaps ammonia), the soil may, as a con- 
 sequence of the greater production, be robbed of potash, or some 
 other element, to such an extent as to be permanently injured. 
 It is wrong, however, in this case to blame the manure for the 
 result. We should rather blame ourselves for having pursued such 
 a svstem of cultivation as has taken away elements of the soil's 
 fertility, trusting to some other element to supply its place. 
 
 To use a homely illustration of our meaning, we will take the 
 case of a merchant tailor who receives a large accession to his stock 
 in the form of woolen cloth, and has not the means of increasing, 
 materially, the quantitv of his other supplies. If stimulated by 
 this addition to his stock, he takes an army contract for overcoats, 
 and employs a sufficient number of hands, under contract for the 
 season, to make them, the result will probably be that he will run 
 
194 HANDY-BOOK OF HUSBANDRY. 
 
 out of buttons and grogram, and be obliged to throw up his contract, 
 and to expend the last dollar of his substance in compounding with 
 his hands, with whom he is not able to keep his engagements. It 
 would be as just to blame the cloth for ruining the tailor as it is 
 to blame Peruvian guano for exhausting the land. It is very well 
 to have a large amount of the purely stimulating elements ot ma- 
 nure, but, unless the farmer keeps a sharp eye to the " buttons and 
 grogram," he will wish that he had never seen any thing but the 
 "good old stuff" of the barnyard, and had been content with the 
 ordinary retail trade on which he was making a comfortable 
 living. 
 
 But, on the other hand, it is as easy for him to procure what is 
 necessary to keep up the balance of his stock in trade as it would 
 be for the tailor ; and he would make a grave mistake, if, by 
 reason of any bugbear of exhaustion, he neglected to use every 
 available fertilizer which, by any means, might add to the bulk and 
 value of his productions. 
 
 Concerning the importance of phosphoric acid, so much has 
 been said, incidentally, in treating of the use of night-soil and 
 stable manure, that it is not worth while to give more space to its 
 consideration here. 
 
 It is a capital manure in whatever form it may ofTer itself ; and 
 it is, furthermore, the manure of which all grain and meat produ- 
 cing farms stand in the greatest need. Its importance to the 
 agriculture of the country may be safely assumed to exceed that 
 of all the other elements of imported or of home-made fertilizers — 
 that is, if we take into consideration, not the results of a few years, 
 but the prosperity of the country for generations. 
 
 Potash. — Second in importance among the earthy ingredients of^ 
 plants stands the article which is familiar to every one as " potash." 
 This is known to us all as the chief constituent of the lye which 
 results from the leaching of wood ashes ; and, c\ en as we find it 
 to a greater or less extent in the ashes of all wood burned ior fuel, 
 so in the laboratory the chemist finds it as a more or less important 
 constituent of every crop grown on the farm. Its proportion as 
 
MANURES. 195 
 
 an element of the ashes of plants is by no means slight, as will be 
 shown by the following table giving the amount of potash removed 
 from the soil by various crops : — * 
 
 I o bushels of wheat 3 lbs. 
 
 1,200 lbs. of wheat straw 9 " 
 
 10 busheli of rye 2^ " 
 
 1,600 lbs. of rye straw 1 1 " 
 
 10 bushels of corn aj " 
 
 1 ton of corn stalks 8 " 
 
 10 bushels of oats if " 
 
 1,700 lbs. of oat straw 12 " 
 
 10 bushels of beans 5=^ " 
 
 1,100 lbs. of bean straw 36 " 
 
 1 ton of turnips y " 
 
 700 lbs. of turnip tops ', 5 " 
 
 I ton of potatoes 28 " 
 
 I ton of re 1 ciover 31 " 
 
 I ton of meadow hay 18 " 
 
 1 ton of cabbage 5 " 
 
 Assuming the production of a farm to be 500 bushels of wheat, 
 100 bushels of rye, 10 tons of turnips, 40 bushels of potatoes, lO 
 tons of clover hay, and 20 tons of meadow hay, and assuming the 
 production of the grain to require the proportion of straw stated 
 above, the amount of potash taken from the soil in a single year 
 would be about 2,500 lbs., being the amount contained in over 
 1,000 bushels of unleached oak wood ashes, and worth, according 
 to Professor Johnson's estimate, about $roo. 
 
 This is not an unusually large estimate for the production of any 
 good farm ; and the amount of potash removed is more than the 
 amount returned in the form of purchased manure in any twenty 
 years to an average farm in New England. 
 
 The sources from which potash may be most advantageously 
 obtained by the farmer are wood ashes — leached or unleached — 
 green sand marl, sea-weed, and swamp muck. 
 
 The most universally accessible source, in any new country 
 like this, is, of course, wood ashes. And such as have not been 
 
 * Small fractions are disregarded, as it is only desired in this connection to show gen- 
 eral results. 
 
196 HAXDY-BOOK OF HUSBANDRY. 
 
 •leached are very much the most valuable, especiallv so far as their 
 amount of potash is concerned, as the leaching has for its object 
 only the removal of this ingredient. At the same time, the value 
 of hard-wood ashes for the production of potash is often too high 
 to allow of their use as a manure ; and the chief supply of farmers 
 within easy carriage of leaching establishments, is in the applica- 
 tion of leached ashes, which still contain a considerable amount 
 of potash that the imperfect leaching has not withdrawn from . 
 them, owing to a low degree of solubility, but that is perfectly 
 available to the roots of plants. The value of leached ashes 
 (along the New England coast usually about 28 cents per bushel) 
 is fixed solely by an agricultural demand, and may be taken as a 
 fair price for the article as a manure ; although, of course, its 
 entire value is not represented by its content of potash, as it yields, 
 also, an appreciable amount of phosphoric acid, and possibly some 
 readily available silicic acid. 
 
 In regions where lime is burned with wood fuel, the ashes (un- 
 leaciied) are sold as a manure, but the large amount of lime that 
 becomes mixed with them considerably lessens their value as a 
 fertilizer, while its uncertain proportion makes it difficult to deter- 
 mine what their actual value is. Ordinarily, within reach of the 
 limekilns of Maine, they are estimated to be worth about the 
 same as I'^ached ashes ; but there is always room for guessing in 
 making the purchase — they may be worth sometimes more and 
 sometimes less. 
 
 The green sand marl of New Jersey, which has been devel- 
 oped witl'.in the past twenty or thirty years, has had the effect of 
 regenerating a very large tract of the South Jersey country which 
 was considered almost valueless for agricultural purposes, and of 
 doing much toward raising the entire State to the very first rank 
 as an agricultural region — for, probably, there is no district in the 
 country which, in proportion to the selling value of the land, and 
 to the population employed in agriculture, yields, year by year, 
 so large an amount of money as does that which lies within easy 
 hauling distance of the marl-pits stretching from the Atlantic 
 Ocean to the Delaware River ; and there is reason to believe that 
 
MANURES. 197 
 
 the barren lands which comprise almost the whole of New Jersey 
 south of a line drawn from New York to Philadelphia may be 
 profitably brought, by the use of marl, to a state of the highest 
 fertility, — to a condition in which they will even rival the prairie 
 lands of the West. The soil is light and easily worked, but is of 
 so poor a character that the whole country is covered with a 
 stunted vegetation, and is known as the " Barrens." Much at- 
 tention has been drawn to this region by the profuse advertising 
 of the Vineland tract, and bv the efforts which are being made to 
 draw population to other settlements between Vineland and Sandy 
 Hook. 
 
 In the autumn of 1867, I visited the farm of the New Jersey 
 Agricultural College at New Brunswick, and Professor Cook, the 
 State geologist, and President of the Agri-cultural College, showed 
 me a tract of heavy clay land upon which he had experimented 
 with the use of marl. Three pieces of land, in all respects the 
 same, and each measuring one quarter of a!i acre, were set apart 
 for the experiment. The first received a dressing of 100 pounds 
 of the best flour of bone ; the second received nothing ; and the 
 third an application of green sand marl, costing, delivered on the 
 ground, the same amount as the 100 pounds of bone dust. There 
 were no means for accurately weighing the crop, but by a careful 
 estimate, the result was as follows : The tract manured with 
 bone dust produced at the rate of 54 cocks of hay to the acre ; 
 that which received no manure produced at the rate of 36 cocks ; 
 and that which was manured with green sand marl produced at 
 the rate of 85 cocks. The following table of analysis will show 
 the composition of green sand marl : — * 
 
 Protoxide of iron ^55 
 
 Alumina 6'9 
 
 Lime 5'3 
 
 Magnesia i '6 
 
 Potash 4'8 
 
 Soluble silica 3^'4 
 
 Insoluble silica and sand I9"8 
 
 * Elements of Agriculture. G. E. Waring, Jr. Page 240. 
 
198 HANDY-BOOK OF HUSBANDRY. 
 
 Sulphuric acid O-g 
 
 Phosphoric acid i -^ 
 
 Water go 
 
 Carbonic acid, etc ^-g 
 
 loo-oo 
 This is an average of three analyses copied from Professor 
 George H. Cook's report of the geology of New Jersey. Ac- 
 cording to this estimate, one ton (2,000 lbs.) of green sand 
 marl contains — 
 
 Lime 106 lbs. 
 
 Magnesia 32 " 
 
 Potash 56 " 
 
 Soluble silicic acid 648 " 
 
 Sulphuric acid 12 " 
 
 Phosphoric acid 26 " 
 
 (Equal to phosphate of lime, 56^ lbs.) 
 
 It will be seen by this analysis that the amount of phosphoric 
 acid contained is sufficient to add very much to the effect of the 
 marl, but its content of potash is so great as to account for its 
 chief value, and all regions which are within reach of the marl- 
 beds, even by the aid of a cheap water carriage, may be greatly 
 benefited by the use of the material, which is found in comparatively 
 inexhaustible supply. It is to be recommended, however, that its 
 first introduction be only in an experimental way, as it is not equally 
 efficient on all soils. As a source of potash anywhere along the 
 Atlantic coast, it will probably be found an economical fertilizer. 
 In the fall of 1867, I purchased a cargo of about 140 tons of marl, 
 which cost, delivered on the wharf at Newport, 83-60 a ton; and 
 used it in various ways in my market-garden and at Ogden Farm. 
 
 In the garden its effect was, in every case, very decided, espe- 
 cially on one tract of three-quarters of an acre of Jersey Wakefield 
 cabbage. The land was manured very heavily, of course, with 
 stable manure, but no more so than is customary in garden culti- 
 vation — no more heavily than my cabbage fields had previously 
 been manured. After the plants had been set out, a single handful 
 of a compost of equal parts of green sand marl and clear horse 
 
MANURES. 199 
 
 manure was put on the surface about the plants, and I attribute 
 chiefly to the influence of the marl thus applied the fact that the 
 crop thus produced was the finest that had ever been seen in the 
 neighborhood, and better than any I have ever seen anywhere 
 else. 
 
 At Ogden Farm, however, where most of the marl was used, 
 I have thus far in no instance seen any decided benefit resulting. 
 But this fact should by no means condemn the marl, for the rea- 
 son that the land, not then having even been drained, was so 
 excessively wet during the entire season that no manure could 
 have fair play. 
 
 The only noticeable advantage resulting from its use was to be 
 found in the spontaneous growth of a very thick mat of white 
 clover in an old meadow. Whether the draining of the farm 
 which is now completed will have the effect of demonstrating the 
 value of the marl remains to be seen. It is my opinion that it 
 will, since not even fish guano and other active manures were 
 able during this wet season to produce a marked result on any 
 part of the farm. 
 
 It is hardly fair to confine our account of sea-weed to the simple 
 consideration of the potash which it furnishes, since its most valu- 
 able constituent is probably nitrogen — producing ammonia, and it 
 contains other earthy elements in perceptible quantity. But its 
 chief value as a permanejit fertilizer is no doubt due to the potash 
 which results from its decomposition. 
 
 The use of sea-weed, however, is confined to such limited 
 localities, and is so thoroughly well understood by all farmers re- 
 siding near the sea-coast, that it is hardly worth while in a practical 
 treatise of this sort to devote much space to its consideration. 
 Certainly nothing that we could say could possibly increase the 
 enthusiastic devotion to its "getting" which actuates all sea-board 
 farmers. 
 
 I once asked a neighbor, who is remarkably "well-to-do" in 
 the world, how he could make up his mind to get up at 3 o'clock 
 on cold winter mornings, and go with his team to a beach, four 
 miles distant, to haul home sea-weed ; and to find his chief winter 
 
200 nANDT-BOOK OF HUSBANDRY. 
 
 amusement, even in the coldest weather, in working in the surf, 
 remarking that it did not seem to mc that, to a man situated as he 
 was, the sea-weed was worth the trouble. His replv was as 
 follows : *' There's more than sea-weed in it — the devil's in it, — 
 ''and I don't know how it is, but I had rather sit up all night to 
 " get sea-weed than to go out earlv in the morning duck-shooting." 
 Indeed, in m.inv sea-board neighborhoods feuds and lawsuits, 
 generations old, are based solely on contests and jealousies con- 
 cerning " sea-weed rights ;" and the fertilitv of the grass lands to 
 which sea-weed is habituallv applied is sufficientlv great to estab- 
 lish its value. 
 
 Swamp muck being, so far as its organic matter is concerned, 
 entirely the result of the decomposition of vegetable matter, its 
 ashes, of course, are rich in various earthy ingredients of vegeta- 
 tion. Professor S. W. Johnson publishes a table, giving the 
 average of the analyses of 26 specimens of muck or peat, and in 
 the ashes of these there is an average amount of potash equal to 
 •j^y'jj- of one per cent. And when we consider the average amount 
 of ash, including the earthy deposits which are added to peat in its 
 formation, and the very large quantities that are used on farms on 
 which it is used at all, we see that the total amount of potash to 
 be derived from this source is bv no means insignificant, and that it 
 constitutes an important element of the value of muck as a manure. 
 
 Lime. — This material, although forming an important part of the 
 ashes of plants, is to be more properly considered, in its applica- 
 tion as a manure, under the head of " mechanical manures," and 
 will, accordingly, be treated hereafter. 
 
 Special Fertilizers. 
 
 It would be hardly prudent in any work of the character of this 
 to describe the various special fertilizers, under their different 
 names and according to the reputation of their manufacturers. 
 There are many different brands of phosphate of lime, all of which, 
 if made strictly according to the recipe by which they profess to 
 be compounded, should be valuable manures. But the farmer in 
 
MANURES. 201 
 
 purchasing them should be guided by other considerations than 
 those of ^^«^r^/ value. The probity of the manufacturer, and the 
 care with which his subordinates carry out his instructions, have so 
 much to do with the value of the product of any establishment, 
 that purchases from each should be made according; to more infor- 
 mation than it would be safe or proper to give in this book. 
 I Peruvian gua?io^ when purchased from the regular agents of the 
 Peruvian government, or from any thoroughly honest dealer, may 
 be depended on as an extremely valuable manure for certain pur- 
 poses, but it must always be used with great judgment and discre- 
 tion. Its valuable constituents are so perfectly prepared for the uses 
 of vegetation, that even so small a dressing as loo pounds per acre, 
 evenly spread over the land, produces such a marked effect on 
 early vegetation as to give nearly all crops a start so rapid that 
 they are enabled to take up with great vigor from the soil itself 
 such plant-nutriment as it may be able to offer. Probably, even 
 in addition to its influence as an easily assimilated food, it acts as 
 a solvent of certain elements of the soil, and makes them much 
 more readily available. The result is, in many cases, that a soil, 
 which, in its natural condition, would furnish the mineral food 
 for only a small crop, will, with this slight assistance, furnish 
 the mineral matter required for a very much larger crop, the 
 mineral matter taken up being many times greater than that 
 contained in the guano. Herein lies, probably, the only secret of 
 what is called the "exhausting" influence of Peruvian o;uano, for 
 up to this point (the raising of the crop) no injury has been done. 
 The final result of the cultivation must depend on the judgment 
 and care of the farmer. If, elated by the excessive production or 
 tempted by an exceptionally high price of the crop in market, he 
 sells off from his farm all that has been produced by the aid of the 
 guano, the land must inevitably suffer in consequence ; but if the 
 crop be consumed on the farm, or in any manner so made use of 
 that its mineral ingredients are returned to the soil on which it 
 grew, it will be found that the effect of the guano has been per- 
 manently beneficial. 
 
 In improving waste laiid with the aid of a stock of cattle to 
 
202 HAXDY-BOOK OF HUSBANDRY. 
 
 consume the crops raised, there is no other agent so valuable as 
 Peruvian guano ; for the cultivation of hired land, or land which 
 has been bought at a low rate for a specific purpose, the crops 
 being sold away, nothing is more injurious. 
 
 This m,anure is as powerful and almost as dangerous as gun- 
 powder. It mav be made to produce the best permanent results, 
 and to add more than almost any thing else can to the prosperity 
 of the farmer. But unless managed with care and prudence he 
 might almost as well blow up his whole concern, for certain im- 
 poverishment of the land, and probably of the farmer too, will 
 result from such a system of robbery as Peruvian guano makes 
 possible and strongly tempts us to. 
 
 Fish guatio is subject to all of the recommendations, and to all 
 of the strictures which have been applied in the case of Peruvian 
 guano. It is the refuse of fish-oil works, which have been estab- 
 lished within a few years, along our eastern coast, where the 
 menhaden, or moss-bunker, is subjected to hydraulic pressure tor 
 ■the extraction of its oil. The refuse, which is ground more or less 
 fine, is sold for manure, and, containing all of the bones and all of 
 the nitrogenous elements of the fish, has a very highly stimulating 
 effect, and is, undoubtedly, a capital fertilizer when used with 
 discretion. Several manufacturers of superphosphate of lime add 
 fish guano to their products in order to give them a more rapid 
 action. It is a question, however, whether they do not get so 
 high a price for the guano added as to make their fertilizers too 
 expensive for use. Unfortunately, also, there are no means by 
 which they may be restrained from adding sand, ashes, and other 
 worthless material to the mass, and so swindle their purchasers 
 to an unlimited extent. Such fertilizers should be purchased 
 only by careful chemical analysis, their price being regulated ac- 
 cording to the value of their useful constituents. 
 
 Solvent Manures. 
 
 It is hardly possible-y-indeed, it is quite impossible — to separate 
 into a class by themselves those manures whose action is due to 
 
MA.NURES. 203 
 
 their power of rendering the earthy ingredients of the soil more 
 soluble, or in any way more available to the roots of plants ; for 
 it happens in almost every instance that the solvent effect is pro- 
 duced by the action of materials which also come under the head 
 of nutrient manures. 
 
 If there is any single fertilizer which is a solvent, and only a 
 solvent, it is common salt. This contains, it is true, only ele- 
 ments (chlorine and sodium) which are found in the ashes of nearly 
 all cultivated plants, and which are more or less important to their 
 growth ; but the amount of either of these that is absolutely 
 requisite to the perfection of the growth of any crop is so slight, 
 and the quantity of each that is to be found in every cultivated 
 soil is so great, that it would be fair to assume that crops can 
 always obtain from the natural source all of either chlorine 
 or sodium that they require. The marked action which generally 
 follows the use of small dressings of salt — say from 5 to 8 bushels 
 per acre — and the exceptional action in those cases where it seems 
 to be almost as active as Peruvian guano itself, indicate that it 
 exerts an influence on vegetation which can by no means be 
 ascribed to its supply of food directly to the plant. The manner 
 in which it is supposed to act as a dissolving agent is very well 
 described in the following quotation from Liebig's last work : — * 
 " When the exhaustion of a field is not caused by the absolute 
 ' deficiency of food elements, when even a more than adequate 
 ' supply of all the needful nutriment is there, but not in the pro- 
 ' per form, and where consequently fallowing will again render 
 ' the crop remunerative, the farmer has means at his disposal to 
 ' assist the action of the natural agencies, whereby the conversion 
 ' of the food into the state of physical combination is effected, 
 ' and thus to shorten the fallowing season, or even, in many in- 
 ' stances, to make it altogether superfluous. 
 
 " We have seen that the diffusion of earthy phosphates through 
 ••' the soil is effected exclusively by water, which, if containing a 
 '■'• certain amount of carbonic acid, dissolves these earthy salts. 
 
 * The Natural Laws of Husbandry. J. Von Liebig, Munich, March, 1863. 
 
204 nAXDY-BOOK OF UCSBAXDRY. 
 
 '*■ Now there are certain salts, such as chloride of sodium, (com- 
 " mon salt,) nitrate of soda, and salts of ammonia, which experi- 
 " ence has pro\ ed to exercise, under certain conditions, a favorable 
 "action upon the productiveness of a field. 
 
 '■*■ These salts, even in their most dilute solutions, possess, like 
 " carbonic acid, the remarkable power ot dissolving phosphate of 
 *' lime and phosphate of magnesia ; and when such solutions are 
 " filtered through arable soil, thev behave just like the solution of 
 " these phosphates in carbonic acid water. The earth extracts 
 " from these salt solutions the dissolved earthy phosphates, and 
 " combines with the latter. 
 
 " Upon arable soil mixed with earthy phosphates in excess, 
 *' these salt solutions act in the same wav as upon earthv phos- 
 " phates in the unmixed state, that is, thev dissolve a certain pro- 
 " portion of the phosphates. 
 
 '* Nitrate of soda, and chloride of sodium suffer, by the action 
 *' of arable soil, a similar decomposition to that of the salts of 
 " potash. Soda is absorbed by the soil, and in its stead lime or 
 *' magnesia enters into solution in combination with the acid. 
 
 " If we compare the action of arable soil upon salts of potash 
 " and salts of soda, we find that the soil has far less attraction for 
 " soda than for potash ; so that the same volume of earth which 
 ••' will suffice to remove all the potash from a solution will, in a 
 " solution of chloride of sodium or nitrate of soda of the same 
 *' alkaline strength, leave undecomposed three-fourths of the dis- 
 " solved chloride of sodium, and half of the nitrate of soda. 
 
 " If, therefore, a field exhausted by culture, which contains 
 " earthy phosphate scattered here and there, is manured with 
 " nitrate of soda or chloride of sodium, and by the action of rain 
 " a dilute solution of these salts is formed, a portion of them will 
 " remain undecomposed in the ground, and must in the moist 
 " soil exert an influence, weak in itself, but sure to tell in the 
 " long run. 
 
 " Like carbonic acid generated by the putrefaction of vegetable 
 " and animal substances, and dissolving in water, these salt 
 " solutions become charged with earthy phosphates in all places 
 
MANURES. 205 
 
 *■*■ where these occur. Now when these phosphates diffused 
 " through the fluid come into contact with particles of the arable 
 " soil not already saturated with them, they are thereby withdrawn 
 " from the solution, and the nitrate of soda or chloride of sodium 
 " remaining in solution again acquires the power ot repeatedly ex- 
 *' erting the same dissolving and diffusing action upon phosphates 
 " which are not already fixed in the soil by physical attraction, 
 " until these salts are finally carried down by rain-water to the 
 " deeper layers of the soil, or are totally decomposed." 
 
 :H ^ ^ ^ ^: :}: ^i; 
 
 *' Of nitric acid, it is generally assumed that it may, like am- 
 '' monia, serve to sustain the body of the plant. Thus, chloride 
 " of sodium and the nitrates act in two distinct ways, one direct, 
 " by serving as food for the plant ; one indirect, by rendering the 
 " phosphates available for the purposes of nutrition. 
 
 " The salts of ammonia act upon earthy phosphates in the sa^^e 
 " way as the salts just mentioned, but with this distinction, thac 
 '' their power of dissolving phosphate is far greater ; a solution of 
 " sulphate of ammonia will dissolve twice as much bone-earth as 
 "a solution of an equal quantity of chloride of sodium. 
 
 " However, as regards the phosphates in the soil, the action of 
 " the salts of ammonia can hardly be more powerful than that of 
 " chloride of sodium or nitrate of soda, since the salts of ammonia 
 " are decomposed by the soil much more speedily, and often even 
 "immediately; so that, as a general rule, no solution of such a 
 " salt can be said to be actually moving about in the soil. But as 
 " a certain volume of earth, however small, is required to decom- 
 " pose a given quantity of salts of ammonia, the action of those 
 " salts upon this small volume of earth must be all the more 
 " powerful. While, then, the action of salts of ammonia is barely 
 " perceptible in the somewhat deeper layers of the arable surface 
 " soil, that which they exercise on the uppermost layers is so 
 " much the stronger. Ftichtinger observed that solutions of salts 
 " of ammonia decompose many silicates, even feldspar, and take up 
 " potash from the latter. Thus, by their contact with the arable 
 " soil, they not only enrich it with ammonia, but they effect, even 
 
206 ^^ A N D Y - B OK OF HUSBANDRY. 
 
 " in its minutest particles, a thorough transposition of the nutritive 
 " substances required by plants." 
 
 The above quotation describes the action of all those elements 
 of manure which come under the head of solvents, and precludes 
 the necessity of a further discussion of the subject by my less 
 skillful pen. 
 
 Absorbent Manures. 
 
 There are no manures applied to the soil which probably depend 
 entirely for their beneficial action upon their ability to absoib 
 fertilizing gases from the atmosphere, or fertilizing solutions from 
 other sources ; and it need only be stated, in general terms, that 
 clay and decomposed organic matter, and, less conspicuously, 
 charcoal dust and plaster, in addition to their other modes of action, 
 have, to a considerable extent this accessory power ; and, whether in 
 compost with animal manures or as direct applications to the sur- 
 face of the soil, they are worthy of the farmer's careful attention 
 and preservation. In this respect it will be enough to follow the 
 recognized rule, that, in agriculture, every thing which can in anv 
 way add to the fertility of the land should be secured, from what- 
 ever source, and nothing whatever should be allowed to go to 
 waste. 
 
 Mechanical Manures. 
 
 Interlacing, also, in almost every part, with the feeding and 
 solvent action of special fertilizers, and of the results of the de- 
 composition of organic manures, we find another efi^ect which can 
 hardly in any single instance be set down as the sole source of the 
 benefit of any manurial application, and which is known as me- 
 chanical. Probably the effect of the application of sea-sand, espe- 
 cially such as by exposure to rain has been washed clean of its small 
 amount of salt, is to be ascribed pretty nearly, if not altogether, 
 to its purely mechanical effect in loosening the rigidity of clays, 
 and in rendering heavy soils lighter, and it may, perhaps, be set 
 down as a simply mechanical manure. 
 
MANURES. 207 
 
 But there is scarcely any thing which we apply to the land that 
 does not owe very much of its fertilizing influence to its mechani- 
 cal action. For instance, stable manure, when plowed into the 
 soil, by its decomposition elevates its temperature, by its fibrous 
 texture separates its particles, and by the power of its organic 
 matter to absorb moisture prevents very light soils from becoming 
 too dry, while, from its loosening action, it hastens the drying of 
 heavy wet lands. Nearly all manures, also, of which the con- 
 stituents have a chemical action on the particles of the soil have 
 the effect of breaking down the coarser clods or larger particles, and 
 lessening or increasing their adhesion, and of roughening their 
 particles, giving them greater ability to absorb moisture and 
 greater ability to transmit excessive moisture to or through the 
 sub-soil below. 
 
 It would require more space and consideration than is consist- 
 ent with the plan of this book to enter very largely into the dis- 
 cussion of this branch of the subject. But any farmer who will 
 give himself the trouble to consider the different points enumer- 
 ated above, and to watch the effect on the mechanical condition 
 of the soil of almost every manure that he applies, will see that 
 this mechanical action constitutes no mean part of the influence 
 that manures exert on vegetation. 
 
 Lime^ however, an element which exists in almost all soils in 
 considerable quantity, almost invariably in sufficient quantity to 
 supplv the lime required for the simple formation of the ashv part 
 of plants, is found to be in many districts the most powerful agent 
 for the amelioration of the condition of the soil, and for the per- 
 manent increase of its fertility. It is a singular fact that precisely 
 such soils as are formed by the decomposition of limestone rocks, 
 and which, as a necessary consequence, contain a very large per- 
 centage of lime, are the very ones which are most benefited by 
 the application of caustic or slacked lime. In these cases it is 
 undoubtedly true that the action of the lime as a solvent and as a 
 mechanical manure must account for its beneficial effect. 
 
 From an article entitled, " Lime on Hill Pastures," contributed 
 by Prof. Johnson to the first number of Hearth and Home^ I quote 
 
 14 
 
208 HANDY -BO ox OF 11 L' SB A N D R Y . 
 
 the following, which sets forth more clearly than any thing that I 
 have hitherto met, one of the chief reasons why lime often pro- 
 duces an action that justifies the high estimation in which practi- 
 cal farmers hold its application on heavy clays or wet hill lands : — 
 *' I well remember the former condition of your hill-side 
 *' at Edgcwood, which, as you mention, has been restored from 
 *' great poverty, and mainly by lime alone. The present beauty 
 *' of that slope is but another evidence of the truth of an asser- 
 *' tion that has passed into a maxim in agriculture, namely : ' Lime 
 " has reclaimed more waste land than all other applications put 
 *■*■ together.' 
 
 ^ " The pasture, which once, no doubt, was comparatively pro- 
 '•*■ ductive, probably came to be mossy and worthless by a slow 
 *' change in its chemical constitution, analogous to what occurs 
 *' in the formation of hardpan in ochrous soils, in the setting of 
 *' hydraulic cement, and, generally, in the process of rock making 
 " that has gone on in all ages, and still proceeds, whereby sand 
 ''and gravels are changed to freestone, and conglomerate clays are 
 '' indurated into slates, and shell-mud is cemented into limestone." 
 
 :(: ^ ^ :if ;>: * :(: 
 
 " If I rightly remember, the slope has some springs upon it, 
 '■'■ and a drain or two has been made to assist them to a speedy 
 *' outflow. This oozing of water which, perhaps, made the 
 "ground mossy when covered by the original forest, was not 
 " enough, I suppose, to prevent good pasturage coming in so soon 
 *' as the wood was cleared off, for the decay of the leaf-mould 
 *' would have left tlie surface-soil porous and readily able to free 
 *' itself from excess of water. The springs, however, have al- 
 " ways tended to stagnation, and when the soil, through oxida- 
 " tion of its mould and much cattle treading, became more com- 
 " pact, the free flow of water was checked, and the stopping of 
 " the springs reacted powerfully upon the soil to increase the 
 "evil. 
 
 " If I should venture a surmise as to the nature of the indura- 
 " tion, it would be that oxide of iron and the acids resulting from 
 *' a peaty decomposition o( vegetable matter — humates, ulmates. 
 
MANURES. . 209 
 
 " geates, or whatever chemists choose to name them — -have done 
 " the mischief. The soils of this neighborhood are, for the most 
 *' part, decidedly, often highly ferruginous, and the very sandstone 
 " that crops out here and there in the vicinity of Nevi' Haven 
 " is, to all appearance, a sandy gravel, cemented by oxide of iron. 
 " The hillside at Edgcvvood, before your renovation began, was 
 " in the early stages of becoming a moor^ such as, in humid cli- 
 " mates, occupy immense stretches of country, producing noth- 
 " ins but moss and heather. Were EJ^evvood situated in the 
 " north of Ireland, or Scotland, or in Labrador, the hill-side, left 
 "to itself, would in all probability soon be covered wiih plat 
 " moss, and the heather-bell would make it as poetical as it 
 " would be useless. The heat and dryness of our summer have 
 " prevented this combination of beauty and worthlcssness, and 
 " made it simply an ordinary old mossy pasture, until, for a mar- 
 " vel, it became a feature of Edgewood. 
 
 " These little-known humates of iron are poison to all the 
 " nutritious grasses. As they accumulated, the proper pasturage 
 " died out, the soil became more and more moist or springy, be- 
 *' cause of its induration on the one hand, and still more so, on 
 " the other, by reason of the water-lo\ ing vegetation increasing 
 " upon it. 
 
 " In our climate sufficient drainage alone would surely cure 
 " this evil ; but to drain a hill-side so abrupt as that of Edgewood 
 " would seem absurd. Yet it is not absurd to squeeze a sponge, 
 " and the soil was a sponge that would not let the water flow out 
 " of it even on a slope of twenty-five degrees, more or less. By 
 " drainage the land would be reclaimed, the incipient rock would 
 " be broken up, the sponge would pass by insensible degrees into 
 " proper soil, the waters would escape, and then the mosses, that 
 " live in wet but perish in tilth, would give place to better herbage, 
 " and the harsh, sharp-edged sedge v/ould be supplanted by the 
 " true grasses. 
 
 " In drainage, it is the air^ and especially its oxygen^ zvbich cuts to 
 *■'• pieces the cement that threatens the life of the soil. The air car- 
 " ries away in its invisible embrace the moisture — takes position 
 
210 HAXDY-liOOK OF HUSBANDRY. 
 
 *' among the particles of earth, consumes away the humus, com- 
 *' bines with the black and styptic iron protoxide, burning it to red 
 '* and innocuous peroxide, literally as well as figuratively warms 
 *' the soil, and sets up those inorganic activities that must always 
 *' precede and prepare for the sway of organic life. 
 
 " Lime has long been known as a substitute for drainage. 
 *' Even level-lying clays have been made friable and dry by heavy 
 *' liming. In the Ober-Lausitz, (Germany,) in the north of Eng- 
 " land and Scotland, this effect has been abundantly seen. Lord 
 *' Kamcs noticed, seventy years ago, that some soils are rendered 
 *' so loose by overdoses of lime as to retain no water. This is 
 '* especially the case with their moorish soils and reclaimed peat. 
 *' Such land becomes puffy and hollow to the tread when limed too 
 " copiously. If soil or pulverized rocks, like porphyry and 
 " basalt, are mixed with one per cent, of quicklime, or two per 
 " cent, of carbonate of lime, (air-slacked lime,) then moistened 
 " with water and set aside for some months in a closed bottle, it 
 '' will be seen by the eye that a very perceptible change of bulk 
 *' has taken place in the mixture. The rock or soil becomes 
 *' more voluminous and more porous by this treatment. 
 
 "The effect of lime in loosening the soil is partly the result 
 " of chemical action, whereby particle after particle is detached 
 " from each grain of firm stone, the volume of the whole in- 
 " creasing, just as the bulk of an ounce of iron is made more by 
 " cutting it to filings, or that of a rag of linen by tearing it to 
 " lint. 
 
 " The effect is also in part mechanical, especially in clay, 
 *' whose plastic particles adhere together when the mass is swol- 
 *^ Icn with wet, and, on slow drying, still cohere and harden to 
 *' clods. When clay is limed, the lime, being dissolved in rain, 
 ** is carried wherever the rain penetrates, and coats the fine 
 *' grains of clay as the atoms of a dye fix themselves upon the 
 " fiber of cloth, so that, when the water wastes, it is not any 
 " longer adhesive clay settling to a doughy paste, but clay rolled 
 " in lime, that no more sticks tocrether than bread-doug-h sticks to 
 " the pan or fingers dusted with flour. Clays that naturally con- 
 
MANURES. 211 
 
 " tain a few per cent, of lime-carbonate (clay-marls) are friable 
 " and unplastic, and a copious dressing of lime upon a clay field 
 " converts it, after a year or two, into a marl with a highly irn- 
 " proved texture." 
 
 I have found in my own practice, in the cultivation of heavy 
 moist land in garden vegetables, that an application of a single 
 barrel of air-slacked lime per acre, spread with perfect uniformity 
 by a broadcast sower, resulted in a growth of cabbages and root 
 crops which I think it would have been impossible for me to 
 have attained on such soil without it. 
 
 As an incidental advantage of the use of lime, I am led by my 
 own experience to indorse most fully the opinion of Peter Flen- 
 derson concerning its effect on certain insects which are especially 
 injurious to vegetation. He claims that the reason why those few 
 favored market-gardeners who cultivate a little tract on the shores 
 of Communipaw Bay are able to grow cabbages year after year, 
 on the same land, is, that this region was used for ages, in the olden 
 time, as a clam-baking ground by the Indians of New Jersey, and 
 that the immense number of clam-shells that are found to the 
 depth of a foot or more in all of the land of that region, exert an 
 influence on the soil which renders it unfavorable to the " club- 
 foot" insect. That this effect exists there is no doubt, although 
 it is not in accordance with our generally-received ideas to sup- 
 pose that bits of insoluble shells should produce a result at all 
 similar to that of caustic or even more crumblino- carbonate of 
 
 o 
 
 lime. 
 
 The practice of ages has shown that, both by increasing the 
 power of the soil to admit of the filtration of water and by render- 
 ing more available its hidden stores of plant food, an application 
 of lime to heavy land is productive of the very best immediate 
 results ; and in this case, as in that of Peruvian guano, the applica- 
 tion must be made with care and judgment. It is an old saying 
 among farmers of certain districts in this country that " lime kills 
 the land ;" and there is a very old couplet current in England, 
 which runs as follows ; — 
 
212 TIANDY-BOOK OF HUSBANDRY. 
 
 " He who limes without manure 
 
 Will leave liis farm anJ family poor." 
 
 The fact in this case is, as in that of Peruvian guano, that the 
 apphcation of the single agent stimulates a production which takes 
 from the soil other elements of the ashes of plants than those 
 which the application itself furnishes. 
 
 Therefore, while lime is one of the most valuable agents that 
 the farmer can employ, it is only by a careful husbanding of the 
 soil elements these increased crops extract that he will be able to 
 maintain the increased, or even the original fertility of the land. 
 
 GREEN CROPS. 
 
 After a poor soil has been brought to a condition in which it is 
 possible to produce upon it any considerable amount of vegetation, 
 the road to its entire reclamation is simple and easy. 
 
 Probably the most important agent in the production of all fertile 
 soils has been the growth and decomposition of vegetation. In 
 some cases, forests, and in other cases, wild grasses have for ages 
 occupied the land, and by the yearly decomposition of their dying 
 parts — their stems and their leaves — have added, little by little, to 
 the bulk and richness of the earth. By this means not only docs 
 the soil receive organic matter which had been drawn chieflv from 
 the atmosphere, but every leaf and every stem rejected by the 
 plant and added to the soil contains potash, lime, phosphoric acid, 
 and other elements of vegetable ashes, which had been slowly 
 withdrawn from the crude soil by the roots of the earlier vegeta- 
 tion — perhaps, in many instances, from considerable depths below 
 the surface. And thus, little by little, perhaps during ten years, 
 and perhaps during a thousand years, a constantly continuing pro- 
 cess has brought the soil from a condition in which it would 
 support only the lower orders of plants, or the more vigorous feed- 
 ing trees, to that in which it is susceptible of supporting plants 
 useful to man. 
 
 The practice of manuring by the aid of green crops is an appli- 
 cation of the same principle to the requirements of agriculture ; 
 
MANURES. 213 
 
 and the success with which this process is availed of for our 
 purposes depends almost entirely upon a proper selection of the 
 plant which is to be used. In America it has come to be an 
 established fact that, wherever clover will grow, it is, all things 
 considered, the best plant for our use ; but the same rules which 
 regulate its adoption and the extent to which wc may avail our- 
 selves of its action, go\ern the cultivation of all other plants for 
 this purpose. Clover is a plant which is capable of germinating 
 and commencing its growth under circumstances of sterility which 
 would be unfavorable to almost all other farm crops. Often, 
 where nothing of value would grow, the application of a few 
 bushels of ground plaster to the acre will be sufficient to stimulate 
 this plant to an active vegetation. Its roots are exceedingly 
 strong, descend to a great depth into the soil, and have an 
 extraordinary power of absorbing matters which, to the roots of 
 other plants, would be entirely unavailable. Its foliage is abund- 
 ant and fleshy, and, under favorable circumstances, it absorbs ample 
 supplies from the atmosphere. It is asserted, though, perhaps, not 
 quite proven, that clover takes up the free nitrogen of the air. 
 Whether this is true or not, there seems little doubt that it either 
 avails itself of the small quantities of ammonia that come in con- 
 tact with its leaves, or that it has the peculiar power of extracting 
 ammonia from the soil which would not be yielded to most other 
 crops. Certain it is that both its upper part and its roots contain 
 much more nitrogen than would any other plant with which we 
 are acquainted, grown under similar circumstances. The mineral 
 food which it gets from the soil and subsoil — notably from the 
 latter — and the supplies from the atmosphere, are stored up, not 
 only in the stems and leaves, but, to a very large extent, in the 
 roots also. And when the crop is turned under by the plow, or 
 even when the principal growth having been removed for hay, the 
 roots are killed by the plow, and mixed, as so much dead organic 
 matter, with the soil, their decomposition adds to it, in a readily 
 available form, all of those contents of root and stem by which 
 the growth of future crops is to be benefited. And, in addition to 
 all this, the lower ends of the roots, below where they are cut off 
 
214 IIANDY-BOOK OF HUSBANDRY. 
 
 by the plow, being deprived of their atmospheric support, die, 
 decompose in their places, and form inviting channels for the 
 penetration of the more delicate roots of wheat and grasses. Even 
 as Peruvian guano stimulates a production which may be made use 
 of as a means for permanently and largely increasing the fertility of 
 the soil, so clover, a little more slowly but much more cheaply, 
 accomplishes the same result. And even as Peruvian guano, 
 when used as a means for obtaining the largest immediate crops 
 for sale, is a most exhausting agent, so clover may become, in the 
 hands of an injudicious cultivator, the surest means for speedy 
 exhaustion. And the same rule applies here as in all other similar 
 cases — that where the results of any fertilizing agent are properly 
 husbanded, the fertility of the land and the wealth of the farmer 
 increase, and that where the immediate results of the fertilizer are 
 turned into money, both the soil and the farmer must ultimately 
 be impoverished. 
 
 This subject will be more fully treated in the chapter on Forage 
 Crops 
 
 GENERAL CONCLUSIONS. 
 
 To sum up, in a few words, all that it has been attempted 
 to teach in this chapter, it may be stated that manures of all kinds 
 should be employed in the light of a comprehensive understanding 
 of their various effects ; and the general principle should be con- 
 stantly adhered to, that, in the policy of the farm, nothing should 
 be allowed to go to waste, and nothing should be sold without 
 the return of an equivalent, or pretty nearly an equivalent of its 
 mineral \alue. 
 
 If, by the use of lime, Peruvian guano, common salt, or any 
 other manure whose effect exceeds its ability to supply food to the 
 plant, the crop is largely increased, that part of the earthy con- 
 stituents of the crop which has been supplied bv the soil and not 
 by the manure, must be regarded as so much of the original bank- 
 ing capital of the land, which is only to be put in circulation — not 
 to be permanently disposed of. If we sell wheat, the important 
 mineral constituents of the wheat should be purchased and returned 
 
MANURES. 215 
 
 to the soil. If we sell milk, or wool, or flesh, the phosphate of 
 lime and potash contained in those products should be returned 
 from some foreign source ; and it should be our constant aim to 
 keep the ability of the soil to furnish plant-food continually 
 increasino; rather than diminishinp;. 
 
 The greatest care of the farmer should be given to the husband- 
 ing of these mineral elements, and while it is, perhaps, on these 
 alone that the permanent fertility of his soil depends, he will find 
 that his true interest requires him to increase, as much as possible, 
 by home manufacture, by purchase, and by absorption from the 
 atmosphere, the amount of ammonia or nitrates on which the extra 
 productiveness of his land must depend. For, although the 
 old "mineral theory" of Liebig is undoubtedly true, it Is also true 
 that the amount of ammonia that the soil receives from the at- 
 mosphere under natural circumstances may be with advantage 
 increased, both by application in manure and by offering facilities 
 for a still larger absorption from the air. 
 
 The careful observance of these rules, coupled, of course, with 
 due attention to the mechanical condition of the soil, especially to 
 its draining, and incidentally to all of those other parts of the 
 farmer's business which help to increase the results of his labor, 
 must inevitably make the cultivation of any land — no matter how 
 poor it may be originally — more and more profitable as years pass 
 on. And it may be stated as a fixed rule, that no system of farm- 
 ing under which land does not, year by year, grow better, can be 
 called good farming ; for, however much money soil-robbery may 
 put into the farmer's pocket, it is more than balanced by the 
 deterioration of his original capital and of the fertility on which 
 alone his true prosperity is based. 
 
chaptp:r IX 
 
 ROTATION OF CROPS, 
 
 Much has been written during the past two thousand years 
 concerning the rotation of crops ; yet we are, probably, at this 
 day less certain concerning the various principles upon which 
 the importance of rotation depends than concerning those 
 which govern almost every other branch of agriculture. It is 
 one of those cases in which, while science and practice un- 
 doubtedly walk hand in hand, the relation which each bears to 
 the other has never been very definitely defined. In different 
 countries, and in different parts of our own country, different 
 rotations have been adopted ; and, in the absence of any good 
 reason for objecting to the local custom, it will be usually the 
 safest guide for the farmer to follow it. 
 
 In this country, perhaps the most generally prevailing rotation 
 is the following : First, Indian corn ; second, oats ; third, wheat ; 
 fourth, grasses for mowing ; fifth, pasture. 
 
 This rotation is subject to the objection that it leaves no place 
 for the root crops, and probably, as a general rule, the scarcity of 
 labor in most parts of the country, and the consequent difficulty 
 of taking proper care of root crops, justifies their omission; but it 
 is very certain that we can never achieve complete success until, 
 by an increase of population or by an increased ability to cultivate 
 these crops by horse-power, we are able to bring them up to their 
 pre. per position as a part of the rotation — that is, to cultivate as 
 large an area of roots as we do of corn, of oats, or of wheat. 
 
 The rotation that I have adopted in mv own case, where 
 exceptional circumstances allow me to perform more labor on a 
 
ROTATION OF CROPS. 217 
 
 given area than is usual in American agriculture, is the following ; 
 First year, Indian corn ; second year, roots ; third year, soiling 
 crops ; fourth year, soiling crops during the first half of the sea- 
 son, seeding down to wheat or rye in the autumn ; fifth year, 
 wheat or rye with clover and timothy ; sixth year, mowing ; the 
 single year's mowing to be followed by corn again. 
 
 It is proper for me to say that, while this rotation has been 
 adopted after a careful consideration of the practices of different 
 regions, and of my own circumstances, it has not yet been so 
 fully tried in practice as to warrant its unqualified recommenda- 
 tion for general use, even where, as at Ogden farm, soiling is to 
 be adopted to the entire exclusion of pasturing ; and it is not 
 unlikely that, after the fertility of the soil has been sufficiently 
 increased, the cultivation of corn and even of wheat or rye may 
 be given up, and their places supplied bv crops which, while they 
 will require somewhat more labor, will produce a larger money 
 result. 
 
 In the London Gardeners^ Chronicle and Agricultural Gazette^ 
 there is an editorial article on the subject of the rotation of crops, 
 in which there appears the following very sensible remark : 
 "Practically, a good rotation should distribute the farm work 
 " equally, and it should give an opportunity for cleaning the land." 
 And it is generally advised that the details of the rotation be regu- 
 lated very much more by the prices of products, and by the farmer's 
 demand for food for his cattle, than by any arbitrary rule, the two 
 objects being constantly kept in view, of furnishing, so far as pos- 
 sible, regular employment for men and teams throughout the busy 
 seasons, and of pursuing such a course as shall supply the land 
 with the requisite manure at the proper time. 
 
 As a matter of general advice. It is to be recommended that the 
 bulk of the farm manures be applied to such crops (like Indian 
 corn) as cannot be injured by even the most stimulating applica- 
 tion ; that crops which require a settled fertility of the land, but 
 which are Injured by the Immediate application of animal manures, 
 (and this Is true of most grain crops,) should follow those to which 
 the stable manures were originally applied ; that crops which have 
 
218 HANDY-BOOK OF HUSBANDRY. 
 
 but feeble power of sending their roots deep into the soil in search 
 of food (as wheat, for instance) should succeed such crops ^^like 
 clover and buckwheat) as have this power in an extraordinary 
 degree ; that crops which require clean culture, and the expense 
 of whose cultivation is very much increased by the foulness of the 
 land, should follow crops which leave the land free from weeds, 
 (as roots after grain ;) and that crops which require a large amount 
 of decomposing organic matter in the soil should follow the decom- 
 position of the roots and stubble of grass. 
 
 So far as science is able to indicate a guide in this matter, the 
 case is very well laid down in the following quotations from Lie- 
 big:-* 
 
 " If a given space of a soil (in surface and in depth) contains 
 "only a sufficient quantity of inorganic ingredients for the perfect 
 " development of ten plants, twentv specimens of the same plant, 
 " cultivated on this surface, could onlv attain half their proper 
 *' maturity ; in such a case there must be a difference in the num- 
 *'ber of their leaves, in the strength of their stems, and in the 
 *' number of their seeds. 
 
 " Two plants of the same kind growing in close vicinitv must 
 " prove prejudicial to each other, if thev find in the soil, or in the 
 " atmosphere surrounding them, less of the means of nourishment 
 " than they require for their perfect development. There is no 
 " plant more injurious to wheat than wheat itself, none more 
 " hurtful to the potato than another potato. Hence we actually 
 " find that the cultivated plants on the borders of a field are much 
 *' more luxuriant, not only in strength, but in the number and 
 " richness of their seeds or tubers, than plants growing in the 
 " middle of the same field. 
 
 " The same results must ensue in exactly a similar manner 
 " when we cultivate on a soil the same plants for successive years, 
 " instead of, as in the former case, growing them too closely to- 
 "gether. Let us assume that a certain soil contains a quantity of 
 *' silicates and of phosphates sufficient for i,ooo crops of wheat, 
 
 * Agricultural Chemistry. J. von Lieblg. Giesscn, 1843. 
 
ROTATION OF CROPS. 219 
 
 "then, after l,000 years, it must become sterile for this plant. 
 " If we were to remove the surface-soil and bring up the subsoil 
 " to the surface, making what was formerly surface-soil now the 
 " subsoil, we would procure a surface much less exhausted than 
 " the former, and this might suffice to supply a new series of 
 "crops, but its state of fertility would also have a limit. 
 
 " A soil will naturally reach its point of exhaustion sooner the 
 "less rich it is in the mineral ingredients necessary as food for 
 " plants. But it is obvious that we can restore the soil to its 
 "original state of fertility by bringing it back to its former com- 
 " position ; that is, by returning to it the constituents removed by 
 " the various crops of plants. 
 
 " Two plants may be cultivated side by side, or successively, 
 "when they require unequal quantities of the same constituents, 
 "at different times-, they will grow luxuriantly without mutual 
 " injury, if they require for their development different ingredients 
 "of the soil." 
 
 " Different genera of plants require for their growth and perfect 
 " maturity either the same inorganic means of nourishment, although 
 " in unequal quantities and at difierent times, or they require dif- 
 " ferent mineral ingredients. It is owing to the difference of the 
 " food necessary for the growth of plants, and which must be 
 " furnished by the soil, that different kinds of plants exert mutual 
 " injury when growing together, and that others, on the contrary, 
 "grow together with great luxuriance." 
 
 " There are certain ashes of plants wholly soluble in water, 
 " others are only partially soluble, while certain kinds yield only 
 " traces of soluble ingredients. 
 
 " When the parts of the ashes insoluble in water are treated 
 " with an acid, Cmuriatic acid,) this residue, in the case of many 
 " plants, is quite soluble in the acids, (as, for instance, the ashes 
 " of beet, turnips, and potatoes ;) with other plants, only half the 
 "residue dissolves, the other half resisting the solvent action of 
 
220 HANDY- BOOK OF HUSBANDRY. 
 
 '' the acid ; while in the case of certain plants only a third, or 
 " even less of the residue is taken up by the acid. 
 
 " The parts of the ashes soluble in cold water consist entirely 
 " of salts with alkaline bases^ (^potash and soda.^ The ingredients 
 " soluble in acids are salts of lime and magnesia ; and the residue 
 " insoluble in acids consists of silica. 
 
 *' These ingredients being so different in their beha\ ior to water 
 *' and to acids, afford us a means of classifying the cultivated plants 
 " according to their unequal quantity of these constituents. Thus 
 " potash plants are those the ashes of which contain more than half 
 " their weight of soluble alkaline salts -, we may designate as lime 
 *■'■ plants and as silica plants those in which lime and silica respect- 
 " ively predominate. The ingredients thus indicated are those 
 " which form the distinguishing characteristics of the plants which 
 " require an abundant supply of them for their growth. 
 
 " The potash plants include the chenopodia, arrach, wormwood, 
 " etc. ; and among cultivated plants, the beet, mangel-wurzel, 
 " turnip, and maize. The lime plants comprehend the lichens, 
 " (containing oxalate of lime,) the cactus, (containing crystallized 
 " tartrate of lime,) clover, beans, peas, and tobacco. Silica plants 
 " include wheat, oats, rye, and barley. 
 
 Salts of Salts of 
 
 Potash and Lime and Silica. 
 
 Soda. Magnesia. 
 
 r Oat straw with seeds 3400 400 62'oo 
 
 Wheat straw 2200 7-20 61 05 
 
 Birley straw with seeds 1900 *57=> 55 ^3 
 
 Rye straw 1865 16-52 6389 
 
 Tobacco (Havana) ^434 <^7"+4 8-30 
 
 " (Dutch) -307 6223 I5"-S 
 
 " (grown in an artificial soil) 2)00 59-00 
 
 Silica Planes. 
 
 12-00 
 
 Lime Plants, -'do ^ , 
 
 I Pea Straw 27-82 6374 7-81 
 
 Potato herb 4 20 5940 36*40 
 
 1^ Meadow clover 3920 5600 490 
 
 TMiizestraw 7100 650 1800 
 
 Turnips 8160 1840 
 
 Potash Plants. < Beet-root 8800 1200 
 
 [ Potatoes (tubers) 8581 '4' '9 
 
 I., Helianthus tubcrosus 84-30 '5 7° 
 
ROTATIOX OF CR0P8. 221 
 
 " This classification, however, is obviously only a very general 
 " one, and permits division into a great number of subordinate 
 " classes ; particularly with respect to those plants in which the 
 " alkalies mav be replaced by lime and magnesia. * * ¥ 
 
 " The potato plant belongs to the litiie plants as far as regards 
 " the ingredients of its leaves, but its tubers (which contain only 
 " traces of lime) belong to the class oi potash plants. With refer- 
 " ence to the siliceous plants, this difference of their parts is very 
 " marked. 
 
 " Barley must be viewed as a lime plant, when compared with 
 " oats or with wheat, in reference to their ingredients soluble in 
 ** muriatic acid ; but it would be considered as a siliceous plant, if 
 *' viewed onlv in reference to its amount of silica. Beet -root 
 " contains phosphate of magnesia, and only traces of lime, while 
 *' the turnip contains phosphate of lime and only traces of mag- 
 "• nesia. 
 
 " When we take into consideration the quantity of ashes, and 
 " their known composition, we are enabled to calculate with ease, 
 "■ not only the particular ingredients removed trom a soil, but also 
 " the degree in which it is exhausted of these bv certain species of 
 " plants belonging to the potash^ I'lme^ or siliceous plants. This will 
 " be rendered obvious by the following examples : — 
 
 "A soil, consisting of four Hessian acres, has removed from it by a crop of — 
 
 Salts of potash Salts of lime, magnesia, 
 
 and soda. and peroxide of iron. Silica, 
 
 lbs. lbs. lbs. lbs. lbs. 
 
 „ri fin Straw qc"-Jl 1 tat^I , , 
 
 Wheat.< , • • ^3 :5 Vi:!0-i:i ^ ,' \ 67-55 26005 
 
 (In corn 35-20 j -' ■' 32-bo J ' ■'■' -" 
 
 r, f In straw 150-40) 354-80) , ,, 
 
 Peas. \^ ^ ^ -194-42 I/:or37''46 4660 
 
 \^ In corn 44'oi J ^^ ^ 1 6-6S J ^ ' ^ 
 
 „ ( In straw 40-7-3 ) „ o 3600 ) „ 
 
 Rve. -' *•- /J . 82-73 oh 5702 13977 
 
 I In corn 4-"oS i 21-82 J ^' ^^ ' ' 
 
 Beet-root without leaves 361-00 37'84 
 
 Helianthus tuberosus 556-00 104-00 
 
 "The same surface is deprived by these crops of the following quantity of phos- 
 " phatcs ; — 
 
 
 
 
 Helianthus 
 
 
 Peas. 
 
 Wheat. 
 
 Rye. 
 
 tuberosus. 
 
 Turnips, 
 
 117 
 
 112-43 
 
 7705 
 
 122 
 
 3784 
 
222 HAXDY-BOOK OF HUSBANDRY. 
 
 *' According to the preceding views, plants must obtain from 
 " the soil certain constituents, in order to enable them to reach 
 " perfect maturity — that is, to enable them to bear blossoms and 
 " fruit. The growth of a plant is verv limited in pure water, in 
 *' pure silica, or in a soil from which these ingredients are absent. 
 " If there be not present in the soil alkalies, lime, and magnesia, 
 " the stem, leaves, and blossoms of the plants can only be formed 
 " in proportion to the quantity of these substances existing as a 
 " provision in the seed. When phosphates are wanting, the seeds 
 '* cannot be formed. 
 
 *■'■ The more quickly a plant grows, the more rapidly do its leaves 
 " increase in number and in size, and therefore the supply of 
 " alkaline bases must be greater in a given time. 
 
 '* As all plants remove from the soil certain constituents, it is 
 " quite ob\ious that none of them can render it either richer or 
 " more fertile for a plant of another kind. If we convert into 
 " arable land a soil which has grown for centuries wood, or a 
 *' vegetation which has not changed, and if we spread over this 
 " soil the ashes of the wood and of the bushes, we have added to 
 " that contained in the soil a new provision of alkaline bases, 
 *' and of phosphates, which may suffice for a hundred or more 
 " crops of certain plants. If the soil contains silicates susceptible 
 *■*■ of disintegration, there will also be present in it soluble sili<;ate 
 " of potash or soda, which is necessary for the rendering mature 
 *' the stem of the siliceous plant ; and, with the phosphates 
 *' already present, we have in such a soil all the conditions neces- 
 " sarv to sustain uninterrupted crops of corn for a series of years. 
 
 *' If this soil be either deficient or wanting in the silicates, but yet 
 *' contain an abundant quantity of salts of lime and of phosphates, 
 " we will be enabled to obtain from it, for a number of years, suc- 
 *■'• cessive crops of tobacco, peas, beans, etc., and wine. 
 
 *' But, if none of the ingredients furnished to these plants be 
 " again returned to the soil, a time must come when it can no 
 " longer furnish these constituents to a new vegetation, when it 
 " must become completely exhausted, and be at last quito sterile, 
 *' even for weeds. 
 
ROTATION OF CROPS. 223 
 
 " This state of sterility will take place earlier for one kind of 
 " plant than for another, according to the unequal quantity of the 
 " different ingredients of the soil. If the soil is poor in phos- 
 " phates, but rich in silicates, it will be exhausted sooner b^• the 
 " cultivation of wheat than by that of oats or of barley, because a 
 ''greater quantity of phospliates is removed in the seeds and straw 
 " of one crop of wheat than would be removed in three or four 
 " crops of barley or of oats. But if this soil be deficient in lime, 
 " the barley will grow upon it very imperfectly." 
 
 ^ ii: ^ ^ ^ ^ ^ 
 
 " In a soil rich in alkaline silicates, but containing only a limited 
 " supply of phosphates, the period of its exhaustion for these salts 
 " will be delayed if we alternate with the wheat plants, which 
 " we cut before thev have come to seed ; or, what is the same 
 " thing, with plants that remove from the soil only a small quan- 
 " tity of phosphates. If we culti\ate on this soil peas or beans, 
 " these plants will leave, after the removal of the crop, a quantity 
 " of silica in a soluble state sufficient for a succeeding crop of 
 " wheat ; but they will exhaust the soil of phosphates quite as 
 " much as wheat itself, because the seeds of both require for their 
 " maturity nearly an equal quantity of these salts. 
 
 " We are enabled to delay the period of exhaustion of a soil of 
 " phosphates by adopting a rotation, in which potatoes, tobacco, 
 " or clover, are made to alternate with a v/hite crop. The seeds 
 " of the plants now named are small, and contain proportionally 
 " only minute quantities of phosphates ; their roots and leaves, 
 " also, db not require much of these salts for their maturity. But 
 " it must be remembered, at the same time, that each of these has 
 " rendered the soil poorer, by a certain quantity of phosphates. 
 " By the rotation adopted, we ha\e deferred the period of exhaus- 
 " tion, and have obtained in the crops a greater weight of sugar, 
 " starch, etc., but we have not acquired any larger quantity of the 
 " constituents of the blood, or of the only substances which can be 
 " considered as properly the nutritious parts of plants. When the 
 " soil is deficient in salts of lime, tobacco, clover, and peas will 
 ** not flourish ; while under the same conditions the growth of 
 15 
 
224 HAX1)Y-B0 0K OF HUSBANDRY. 
 
 *•' beet-root or turnips will not be impeded, if the soil, at the same 
 " time, contain a proper quantity of alkalies. 
 
 " When a soil contains silicates not prone to disintegrate, it 
 *' may be able, in its natural state, to liberate by the influence of 
 " the atmosphere, in three or four years, only as much silica as 
 *■'■ suffices for one crop of wheat. In this case, such a crop can 
 *' only be grown on it in a three or four years* rotation, assuming 
 " that the phosphates necessary for the formation of the seeds 
 '■'■ exist in the soil in sufficient quantity. But we can shorten this 
 *' period by working well the soil, and by increasing its surface, 
 *' so as to make it more accessible to the action of the air and 
 " moisture, in order to disintegrate the soil, and to procure a greater 
 *' proyision of soluble silicates. The decomposition of the sili- 
 *' cates may also be accelerated by the use of burnt lime ; but it is 
 *' certain that, although all these means may enable us to insure 
 *' rich crops for a certain period, they induce, at the same time, 
 " an earlier exhaustion of the soil, and impair its natural state of 
 "fertility. 
 
 ******* 
 
 " It follows, then, from the preceding obseryations, that the 
 *' adyantage of the alternate system of husbandry consists in the 
 *' fact that the cultiyated plants abstract from the soil unequal 
 *' quantities of certain nutritious matters. 
 
 " A fertile soil must contain in sufficient quantity, and in a 
 *' form adapted for assimilation, all the inorganic materials indis- 
 *' pensablc for the growth of plants. 
 
 " A field artificially prepared for culture contains a- certain 
 "■ amount of these ingredients, and also of ammoniacal salts and 
 **• decaying yegctablc matter. The system of rotation adopted on 
 " such a field is, that a potash plant (turnips or potatoes) is suc- 
 *' ceeded by a silica plant, and the latter is followed by a lime 
 *' plant. All these plants require phosphates and alkalies — the 
 *' potash plant requiring the largest quantity of the latter and the 
 *' smallest tjuantity of the former. The silica plants require, in 
 '* addition to the soluble silica left by the potash plants, a consid- 
 *■'■ erable arnount of phosphates j and the succeeding lime plants 
 
ROTATIOX OF CROPS, 225 
 
 " (peas or clover) are capable of exhausting the soil of this impor- 
 " tant ingredient to such an extent that there is only sufficient 
 " left to enable a crop of oats or of rye to form their seeds. 
 
 " The number of crops which may be obtained from the soil 
 " depends upon the quantity of the phosphates, of the alkalies, or 
 " of lime, and the salts of magnesia existing in it. 
 
 " The existing provision may suffice for two successive crops 
 *' of a potash or of a lime plant, or for three or four more crops of 
 " a silica plant, or it may suffice for five or seven crops of all 
 " taken together ; but after this time all mineral substances re- 
 " moved from the field, in the form of fruits, herbs, or straw, 
 " must again be returned to it ; the equilibrium must be restored, 
 " if we desire to retain the field in its original state of fertility. 
 
 *' This is effected by means of manure." 
 
 Since these views were published, further investigation of the 
 subject has so far modified the opinions of scientific men, that 
 Liebig's statements (concerning silica especially) are no longer 
 accepted as correct in all their details. His general principles, on 
 the other hand, have only been more fully demonstrated to be 
 correct, and the deductions that he draws from them, so far as the 
 practice of farming is concerned, bear with undiminished force. 
 
 To continue the quotation from this author's works, I take 
 from his "Modern Ao-riculture"* the following; : — 
 
 " Innumerable facts have taught the practical farmer that, in 
 " many cases, the successful cultivation of an after-crop on a field 
 " depends upon the nature of the preceding crop, and that it is by 
 " no means a matter of indifference in what succession or rotation 
 " he grows his crops. The previous cultivation of some under- 
 " ground crop, or some plant with extensive root ramifications, 
 *' will tend to make the soil more favorable for the subsequent 
 " growth of a cereal. The latter will, in such cases, thrive better, 
 "and it will do so without the use (or with the sparing application) 
 " of manure, and will yield a more abundant crop. But as re- 
 " gards succeeding harvests, there has been in reality no saving of 
 
 * "Modern Agriculture." J. Von Liebig. Munich, 1859. 
 
226 HANDY-BOOK OF HUSBANDRY. 
 
 " manure, nor has the field increased in the conditions of its fer- 
 " tility. There has been no augmentation in the gross amount of 
 " the elements of food in the soil, but simply an increase of the 
 " available effective portion of these elements, and an acceleration 
 " of the results in a given time. 
 
 " The physical and chemical condition of the fields has been 
 " improved, but the chemical store has been reduced •, all plants^ 
 " iL'ithout exception^ exhaust the soil^ each of them in its oiun way^ of 
 *' the conditions for their reproduction. 
 
 " There are fields that will yield without manuring for six, 
 " twelve, fifty, or a hundred years successively, crops of cereals, 
 " potatoes, vetches, clover, or any other plants, and the whole 
 " produce can be carried away from the land ; but the inevitable 
 " result is at last the same, the soil loses its fertility. 
 
 " In the produce of his field, the farmer sells in reality his 
 " land ; he sells in his crops certain elements of the atmosphere 
 " that are constantly being replaced from that inexhaustible store, 
 " and certain constituents of the soil that are his property, and 
 " which have served to form, out of the atmospheric elements, 
 " the body of the plant, of which they themselves also constitute 
 " component parts. In altogether alienating the crops of his 
 " fields, he deprives the land of the conditions for their rcproduc- 
 " tion. A system of farming based upon such principles justly 
 " deserves to be branded as a system of spoliation. Had all of 
 " the constituents of the soil carried off from the field in the 
 '' produce sold, been, year after year, or rotation after rotation, 
 *' completely restored to the land, the latter would have preserved 
 " its fertility to the fullest extent ; the gain of the farmer would, 
 " indeed, have been reduced by the repurchase of the alienated 
 *' constituents of the soil, but it would thereby have been rendered 
 '* permanent. 
 
 "The constituents of the soil are the farmer's capital, the 
 " elements of food supplied by the atmosphere the interest of this 
 " capital -, by means of the former he produces the latter. In 
 " selling; the produce of his farm he alienates a portion of his 
 " capital and the interest j in returning to the land the constituents 
 
ROTATION OF CROPS. 227 
 
 " of the soil removed in the crops he simply restores his capital 
 " to his field. 
 
 " Every system of farming based on the spoliation of the land 
 " leads to poverty. The country in Europe which, in its time, 
 *''most abounded in gold and silver was, nevertheless, the poorest. 
 " All the treasures of Mexico and Peru brought to Spain by the 
 *' richly laden sih'er fleets melted away in the hands of the nation, 
 *' because the Spaniards had forgotten, or no longer practiced, the 
 " art of making the money return to them which they had put 
 *' into circulation in commerce to supply their wants ; because 
 " thev did not know how to produce articles of exchange required 
 *' by other nations who were in possession of their money. There 
 " is no other way of maintaining the wealth of a nation. 
 
 '' It is not the land in itself that constitutes the farmer's wealth, 
 *' but it is in the constituents of the soil, which serve for the 
 " nutrition of plants, that this wealth truly consists. By means of 
 *' these constituents alone, he is enabled to produce the conditions 
 " indispensable to man for the preservation of the temperature of 
 " his body, and of his ability to work. Rational Agriculture^ in 
 " contradistinction to the spoliation system of farming, is based 
 *' upon the principle of restitution ; by giving back to his fields 
 " the conditions of their fertility the farmer insures the perma- 
 " nence of the latter. 
 
 " The deplorable efi'ects of the spoliation system of farming are 
 *' nowhere more strikinglv evident than in America, where the 
 *' early colonists in Canada, in the State of New York, in Pennsyl- 
 " vania, Virginia, Maryland, etc., found tracts of land, which for 
 " manv years, by simply plowing and sowing, yielded a succession 
 " of abundant wheat and tobacco harvests. No falling off in the 
 " weight or quality of the crops reminded the farmer of the ne- 
 *' cessity of restoring to the land the constituents of the soil 
 " carried away in the produce. 
 
 " We all know what has become of these fields. In less than 
 *' two generations, though originally so teeming with fertility, they 
 " were turned into deserts, and, in many districts, brought to such 
 " a state of absolute exhaustion that, even now, after having lain 
 
228 HAXDY-BOOK OF HUSBANDRY. 
 
 " fallow more than a hundred years, they will not yield a remuner- 
 ^'ative crop of a cereal plant," 
 
 While the case with reference to the regions of America, to 
 which allusion is made, is perhaps too strongly stated, the principle 
 on which those statements are made is entirely correct, and there 
 can be no greater fallacy than to suppose, as many of our farmers 
 do, that a well-selected rotation of crops furnishes a sure means 
 for constantly increasing the fertility of the land. While one crop 
 may prepare the soil for the growth of another, and while 
 during the growth of one crop certain elements which another 
 would require are developed by natural agencies acting within the 
 soil, the efTect of all cropping — that is, of the removal of vege- 
 tation from the land on which it grows — is to lessen the supply of 
 mineral ingredients in the soil ; and the longer we may be enabled 
 to carry on such a process the more complete will be the exhaus- 
 tion of the land in the long run. 
 
 Certain excellent writers in America and in other countries are 
 devoting a great deal of attention to the question of renovating the 
 soil by the growth of clover ; and, so far as the present result of 
 the practice is concerned, they have every thing their own way ; 
 that is to say, it is an almost invariable result of the growth of this 
 plant that the increased fertility which its advocates promise is 
 sure to follow. By reference to the subject of " Green Crops " 
 in the preceding chapter, it will he seen that the power of certain 
 plants to prepare for the uses of other plants certain elements of the 
 soil not previously fitted for assimilation by them is very great. 
 And it is this action on which the confidence in clover culture is 
 based •, and it may be set down as a fact, that any land on which, 
 by the aid of plaster or any other fertilizer, even a tolerable crop 
 of clover may be grown may be, without the application of any 
 other manure, brought, generally within a short time, to a high 
 state of fertility. 
 
 But there is one feature of the case which these writers over- 
 look, or the existence of which they persistently deny ; that is, 
 that so far as the earthy constituents of vegetation are concerned, 
 the effect of the clover is simply to develop matters already 
 
ROTATION OF CROPS. 229 
 
 existing in the soil, and the removal of these matters by other 
 crops, which are sold away, must inevitably lessen the total amount 
 of them contained in the soil. 
 
 The fact that within a few years, or even within a few genera- 
 tions, their supply may not be reduced to so low a point as to 
 prevent the cultivation of valuable crops is no argument in favor 
 of a blind dependence upon them. As surely as two and two 
 make four, and two taken from four leave only two to be taken 
 again, just so surely will it, sooner or later, be found that from 
 a given, (limited,) quantity of phosphoric acid in the soil, a yearly 
 quantitv cannot be taken without reducing the amount that is 
 left. And if, by the growth of clover, we succeed in hunting out 
 the last hiding-place of an atom of phosphoric acid, and placing it 
 within the reach of a crop of wheat that is to be sold, we shall 
 render the ultimate exhaustion of the soil complete ; whereas, by 
 a judicious return of what is taken away, we might make most 
 valuable and repeated use of the soil's constituents. If we depend 
 upon it alone and return nothing but what It contains, we shall 
 finally reach a point where not even clover, where no crop can 
 be grown, and from which it will be impossible to regain fertility 
 without the expenditure of more money than the land would be 
 worth. 
 
 I should be glad if I could add to the completeness of this book 
 by specifying certain rotations as being the best to adopt under 
 certain circumstances, and I have tried hard in an examination of 
 the rotations followed in different regions to do this. But the re- 
 sult of my investigations has been simply to convince me that 
 there are so many circumstances of soil, climate, locality, market, 
 home supply, and need of selling crops in order to get money for 
 special uses, and, after all, so much to be left to the fancy or 
 whim of the farmer, that it is not safe to do more than to state 
 general principles, which bear equally on all cases, and, in view 
 of which, each cultivator should select for himself, after due con- 
 sideration, the system of cultivation that it will be best for him to 
 adhere to. 
 
 This selection, however, shoulJ nut be made without such con- 
 
230 HANDY- BOOK OF HUSBANDRY. 
 
 sideration, for it costs a good deal of trouble to arrange a farm 
 for a systematic course of rotation, and the trouble will be equally 
 great, if not even greater, in changing the system after it has once 
 been decided upon. 
 
 If the system of soiling be adopted, either entirely or mainly, it 
 will be better, where it is practicable, to do away completely with 
 all interior fences, and to divide the land into so many parts as 
 there are crops to be grown, the crops of each to follow in the 
 course of the rotation. But where pasture forms a considerable 
 element fences will be necessary, and it should then be the study 
 of the farmer to make them conform as nearly as possible to the 
 requirements of his rotation, and, also, to the necessity, which 
 may be greater or less in different cases, of having more than one 
 field for pasture. 
 
 It has been advocated by Prof. Ville and others, that, under 
 certain circumstances, where there is a ready sale for particular 
 crops, the system of rotation should be dispensed with, and that 
 only such crops should be grown as will find a ready market. 
 There is no doubt that, within certain limits, this course may be 
 followed with advantage ; but it is not a safe one to recommend 
 for any thing like general adoption, and it is only where the crop 
 grown is such as to keep the soil in a high state of fertility, or 
 where special fertilizers can be secured with special ease, that it 
 will be found at all practicable. Indeed, there is no case, so far 
 as my experience extends, except, perhaps, with the cultivation of 
 onions and permanent grasses, where purely agricultural crops 
 can be so well grown without rotation as with it. And, in ad- 
 dition to this, the advantage of having work for a given force of 
 men and teams during the whole season is a very great one, and 
 this is rarely compatible with the requirements of any special cul- 
 tivation. 
 
 In certain favored districts, such as the blue-grass region of 
 Kentucky, it is best to keep the land in grass as long as possible — 
 indeed, sometimes it may be kept permanently in grass ; but on 
 average farms it will pay better, and, consequently, it will be better, 
 to constantly vary the crop to which any field is devoted. 
 
ROTATION OP CROPS. 231 
 
 I cannot better close this chapter than by quoting (almost entire) 
 an article on the " Rotation of Crops," furnished to the New 
 York Tribune^ by the Hon. George Geddes, of Syracuse, N. Y. 
 
 Although he attaches less importance to the cultivation of 
 root crops than seems to me just, his remarks are so sensible and 
 so practical that they should be carefully read by all farmers :— 
 " The idea of preserving the fertility of land, and at the same 
 time greatly increasing the aggregate of crops produced, by a ju- 
 dicious rotation^ is quite modern. 
 
 " In England great attention is paid to rotation, and many 
 elaborate experiments have been made and reported in the agri- 
 cultural works of that country, showing its importance and its 
 influence in increasing the agricultural productions of the king- 
 dom. 
 
 " English writers have marked out with much care various 
 systems of rotation of crops, giving the proper place to each, in 
 view of the food it demands of the soil, and its power to appro- 
 priate the food that may be derived from the different stages of 
 decomposition of the various manures used. 
 
 " The only useful lesson we American farmers can derive from 
 all this English knowledge is the proof that a proper rotation does 
 preserve the fertility of the soil, and greatly increase its products, 
 when the ao-gregate is considered. 
 
 CO o 
 
 *' The climate of England is so unlike ours that we must strike 
 out for ourselves in laving down our plans of rotation. We have 
 a climate that matures in its perfection the most valuable cereal, 
 all things considered, that a beneficent Providence has given to 
 man — that England cannot produce In the open air at all — I 
 refer to maize or Indian corn, a native of our own country, and 
 adapted, in its different varieties, to nearly every part of the 
 United States. 
 
 " Admirers of English systems of agriculture have long urged 
 on the American farmers extensive cultivation of root crops. 
 Though constantly urged thereto, the practical Yankee has 
 gone on raising his Indian corn, well knowing that, as a leading 
 croD, it was, beyond all comparison, of more value, in view of its 
 
232 HANDY-BOOK OF HUSBANDRY. 
 
 *' cost, than anv root crop, for his own food, or for food for his cat- 
 *•' tie, sheep, and horses. Near cities, root crops will be culti- 
 " vated •, but far awav from markets, where land is comparatively 
 " cheap, the wise farmer will onlv produce roots for special purposes, 
 " such as feed for ewes having lambs in early spring, or as a condi- 
 *' ment for some pet animal. For special reasons, a farmer of my 
 " acquaintance has his lambs yeaned in December and January, to 
 " the number of two or three hundred. This man raises about 
 " eight acres of roots to feed with his dry hay to the mothers of 
 *' these lambs, and by the time grass comes the next spring these 
 '* lambs weigh fifty, sixty, or even more pounds each. This man 
 *' can afford to do as he does, but his case is a very peculiar one. 
 
 " The stalks of an acre of corn are generally considered by 
 *' farmers in Central New York to be worth as much as an acre 
 *' of hay to feed their stock in winter. The stalks should pay 
 " for the whole cost of the corn crop up to husking. The acre 
 " of grain should average not less than 2,500 pounds when dry. 
 " One pound of corn will feed a fattening sheep one day, and 
 "eight pounds will feed a fattening steer a day, the proper quan- 
 " tity of hay or other forage being given in each case. 
 
 " The Illinois farmer is quite as likely to continue to raise great 
 " fields of Indian corn, and go on feeding it in his wasteful way, 
 " and totally neglect raising roots to feed his cattle, as the Eng- 
 *' lishman in Canada is to follow up his traditions and feed roots 
 "during his hyperborean winters. At any rate, all exhortations 
 " to the Western corn-raisers on this point are useless, for he 
 *' thinks he knows what he is about — and he does. 
 
 " With these preliminary remarks we will discuss the question 
 " of rotation, counting Indian corn in, and root crops out. 
 
 *'0UR ROTATION. 
 
 ** First Tear. — The land ha\ ing been well seeded with tim- 
 '*othy grass and medium red clover, the first crop taken is hay. 
 
ROTATION OF CROPS. 233 
 
 CLOVER-SEED CROP. 
 
 " As soon as the hay has been removed from the ground, the 
 '' clover starts a new growth ; and as gypsum is appHed and warm 
 " rains come, by the middle of the month of September there will 
 " ordinarily be a fine crop of seed matured and ready to cut. 
 " This seed crop has varied with us from one to seven bushels to-. 
 " the acre. It is not the custom here to cut this seed crop close 
 " to the ground, but to leave a very considerable proportion 
 *' standing. We do not wish to get much more than the heads, 
 " preferring to leave most of the stalks on the ground. Of 
 " course, in doing this, we do not get all the seed. 
 
 " In -the seed crop the timothy shows but little, but it has 
 *' helped make a good sod, and was of considerable value in the 
 " hav crop. The crop of hay should not average, for a series of 
 " years, less than two tons to the acre, weighed the next winter, 
 " and the seed crop should average three bushels to the acre. 
 
 "This is the way we manage the first year of our rotation, 
 " taking two valuable crops. 
 
 " Second Tear. — This vear is devoted to pasture, with the ex- 
 " pectation that each acre will abundantly feed one cow in an 
 " ordinary season. 
 
 " Gypsum, sown about the first day of May on this pasture, 
 *' brings forward the white clover, which abounds, self-sown., in 
 " our pastures ; and the timothy and natural grasses will make a 
 " dense sod several inches thick, and the red clover roots will get 
 " to their greatest depth and size, such of them as are left. 
 
 ^'■Third Tear — Indian Corn. — About the tenth day of May plow 
 " the land in the most perfect manner possible, and deep enough 
 "to bring on top of the reversed sod a sufficient supply of soil 
 " that is not held too firmly together by the grass roots to allow 
 " of harrowing and marking without disturbing the sod. The 
 " roots of the red clover will be either cut off by the plow or 
 " drawn out by it. Six or seven inclines will be about the least 
 " depth to give the plowing. 
 
234 HANDY-BOOK OF HUSBANDRY. 
 
 " Indian corn is a gross feeder, and will send its roots through 
 * the sod and down below it to a great depth, unless the subsoil 
 ' is so hard the)- cannot penetrate it. As the grass roots decay 
 ' they furnish food to this wonderful plant. I say wonderful, 
 ' for in about one hundred days an immense crop of stalks, and 
 'perhaps 3,000 pounds of the richest grain (second only in its 
 ' fattening powers to flaxseed) will be produced. 
 
 " When the crop is sufficiently ripened, it should be cut near 
 ' the ground, and put in ' stooks' to cure ; and no cattle should 
 ' be allowed to tramp oyer the field in the late autumn or early 
 'winter, to make tracks in and puddle the soil. In warm cli- 
 ' mates, where the larger yarieties of corn are raised, this process 
 ' of haryesting cannot be adopted, and on sandy or other loose 
 ' soils it is not so important to keep cattle off the field. 
 
 '•'•Fourth Tear. — Barley or oats are sown on the corn-stubble, 
 ' the ground being plowed but once, but that one plowing being 
 ' done perfectly, after the ground has properly dried in the spring, 
 ' cutting narrow, deep furrows. 
 
 " Some farmers entertain the opinion that barley is the best 
 ' crop to precede wheat. If the ground is clean, that is, free 
 ' from Canada thistles and other bad weeds, it is ; but if the 
 ' ground is not in first-rate condition in this respect, oats are 
 ' better. 
 
 " Barley must be sown early to warrant the expectation of a 
 'good crop. Oats should be sown two weeks or so later than 
 ' barley. By sowing an oat crop late, time is given for the 
 ' thistles and other foul stuff to commence growing, and make 
 ' quite a show above the ground before the plowing ; then a 
 ' perfect plowing does much for their extirpation, and the warm 
 ' weather, that at that time of the season may be reasonably 
 ' expected, will force the oat crop forward, and gi\e it greatly 
 'the start of the weeds, and thus the crop will out-top and keep 
 ' under these pests. Another consideration is the character of 
 'the soil, in deciding whether barley or oats shall be selected for 
 ' the crop of the fourth year. Barley delights in a clay soil, and 
 ' but rarely does well on a quick sandy soil. 
 
ROTATION OF CROPS. 235 
 
 "Whichever of the crops may be selected, the treatment or 
 *' the land after harvest is the same. The stubble being raked 
 " clean as possible from all the grain ; if the land is not clear of 
 " weeds plow it, shallow, say four inches, at once, and harrow, so 
 " as to insure the growth of all the grain left on the ground, and 
 " the bringing to the surface the roots of weeds. At this season 
 " of the year the sun is usually hot and the weather dry ; and six 
 " weeks of summer fallowing in August and the forepart of Sep- 
 " tember, properly managed, will do much toward freeing the 
 " land from even couch (quick) grass, especially if the roots are 
 " gathered by a strong steel-toothed horse- rake, and then drawn 
 " off the field and destroyed. 
 
 " If the land is free from foul stuff, the best course is to turn 
 " on the stubble sheep or young cattle, and let them pick ofF 
 " what they can, until near the time for sowing wheat, and then 
 " plow once perfectly, and harrow for the next crop, which will 
 " be wheat. 
 
 '-'-Fifth. Tear. — In the fall of the fourth year wheat was sown, 
 " and with it, by a device connected with the drill, six quarts of 
 " timothy-seed. In the spring of the fifth year red clover is to be 
 " sown. When the wheat is harvested, the ground should be all 
 " covered with clover and timothy, which are to make the 
 " meadow or hay crop of the first year of the next rotation. 
 
 " This is the first five-year rotation as practiced by the best 
 " farmers of my acquaintance when no circumstances cause a 
 " modification — ^such, tor instance, as the failure of clover-seed to 
 " take and grow well, or, perhaps, an uncommon demand in the 
 *■' market for some one crop. 
 
 " Our farmers expect, as the proceeds of this five-year rotation, 
 " from each acre two tons of hay, three bushels of clover-seed, 
 " the pasturage of one cow for a season, fifty bushels of corn, 
 " and the forage produced by the corn crop, forty bushels of 
 " barley, or fifty bushels of oats, as the case may be, and twenty 
 " to twenty-five bushels of wheat. 
 
 " If the ground has previously been well tilled, and is not 
 " infested with foul weeds, each grain crop is raised by one plow- 
 
236 HANDY-BOOK OF HUSBANDRY. 
 
 " ing. Land free from stone and all other obstructions, and that 
 " has been previously properly managed, can be pertectly cul- 
 " ti\ ated by one plowing, that is, the furrow can be turned over 
 " and pulverized, if the right plow is used, and the right man has 
 " the holding ot it. 
 
 " MODIFICATIONS OF OUR ROl ATIONS. 
 
 "To carry out strictly the five-year rotation, we have to sup- 
 *■*■ pose the farm to be divided into h\ e equal parts, and that the 
 *' owner will find it to his interest to raise crops in just the pro- 
 " portion laid down. As has been already suggested, for various 
 " reasons, this is not always so, and thus modifications are from 
 " year to year made. Some of them will now be stated. 
 
 '■'■ The yield of grass the first year after the wheat has been 
 " taken off is much greater than it is the second year -, that is, a 
 " larger crop of hay can be cut the first year •, there is more 
 " clover this year than afterward. The convenience of the 
 " farmer often causes him to pasture the first year, until late in 
 " August, and then by one perfect plowing turn all the clover 
 " that he can and sow wheat. By just this process we have pro- 
 " duced crops of wheat at the least cost per bushel of any we 
 " have raised. A case occurs to me in which we treated a 
 *' twenty-acre field in this way, and got thirtv-three bushels to 
 " the acre. This was the cheapest wheat to us of any ever 
 " raised on the farm. 
 
 "The next year this land went into barley, followed by wheat, 
 *' when it was again seeded to grass. 
 
 " It has, in some few instances, happened that wheat has been 
 *' sown on wheat stubble, thus taking two wheat crops in suc- 
 " cession, sowing grass seed on the second crop. But this can 
 " be justified only on land in high condition. 
 
 " Various other modifications, that will readily suggest them- 
 *■'■ selves to the minds of grain-raising farmers, become necessary 
 " or very convenient. But the leading point is constantly kept 
 ** in view. Fill the ground with clover-roots and the roots of 
 
ROTATION OF CROPS. 237 
 
 " grasses as often as practicable, and then kill them with the 
 " plow, and convert their decomposed substances into grain, 
 
 " The grass crop is the basis of all improvement, where it can 
 '' be made to grow well. 
 
 '' AT WHAT TIME IN THE ROTATION SHOULD THE BARN-YARD 
 MANURE BE APPLIED ? 
 
 " For many years I have been trying to learn the best methods 
 " of taking care of and using barn-yard manure, and now I am 
 " ready to confess my lack of knowledge in regard to this impor- 
 " tant matter. 
 
 " Farmers that raise much grain, and keep a proper stock of 
 " sheep or cows to consume their coarse fodder, or, if not con- 
 " sume it, to trample it under foot during the winter, and get it in 
 " condition to be applied to the land, make immense quantities of 
 '' manure that costs them much labor to handle, and it is always 
 "a matter of great interest to them to learn the best methods of 
 " doing this work. I do not propose to enter into the discussion 
 " of this topic now, but will state the practice most approved 
 " here. 
 
 " Sheep are the best farm stock to manufacture manure. 
 " Properly wintered, under sheds that can be closed against 
 *' storms, having small yards connected with them, sheep will 
 " trample much straw under foot, and will dispose in like manner 
 " of the coarser part of the corn-stalks so well, that twice or 
 " three times during the winter the manure can be drawn on 
 " sleds from the sheds and yards, and spread on the snow that 
 " then covers the pastures and ground designed for the next year's 
 " crop of corn. The manure must be quite fine to justify its 
 " being; put on the ground designed for corn. Spread on pastures, 
 " a bad flavor is given to the grass next vear ; but, aside from this 
 " objection, I know of no place where it does so much good. A 
 " pasture treated in the winter to raw unfermented manure will 
 " be so strong in grass, and the soil will become so rich, that, 
 '* whether plowed the next summer for wheat, or after being one 
 
238 UANDl'-BOOK OF HUSBANDRY. 
 
 " year grazed, and then put into corn, the maximum yield 
 " may be reasonably expected. This winter manuring costs the 
 " least of all methods, and probably saves the most of the value 
 '^ of the manure of any known to me. 
 
 " But the barn-yards of a productive grain farm will be covered 
 " in the spring a foot or two deep with the butts of corn-stalks, 
 '•'• straw, and manure from cows, young cattle, etc., that will be 
 " so coarse that it requires reducing in bulk bv fermentation. 
 " This matter is pitched into large piles in the yard, from time to 
 " time sprinkled with gvpsum, and about the first of July the 
 " sides of the piles cut down and cast on the top, to promote the 
 " decay of the part of the manure that has been so exposed to the 
 " air that fermentation has been very slight. 
 
 " Thus treated, this coarse manure will be so reduced that by the 
 " time wheat is to be sown in the fall it can be drawn out and 
 " scattered on the top of the wheat ground immediately before 
 " harrowing and drilling in the seed. Selecting that part of the 
 " wheat ground that most requires help, we top-dress it with this 
 " rotted manure, not mixing it with the soil more than the harrow 
 *' and drill buries it, with a very slight covering. 
 
 " This last-described method of handling barn-yard manure is 
 " vastly more expensive than the one first given -, but, all things 
 " considered, I know of no better way to take care of the coarser 
 *' parts of it. 
 
 " In this very summary statement of our methods of using 
 *' barn-vard manure, I have avoided arguing the controverted 
 ''points that are involved — some of them may come up for con- 
 " sideration at a future time, 
 
 " ROTATION OF CROPS INVOLVES MIXED AGRICULTURE. 
 
 " There are sections of country where rotation of crops and a 
 " system of mixed agriculture is impracticable. And there are 
 "districts where the plow cannot be used at all. But a very 
 " large proportion of this country is in all respects well adapted 
 "to the production of a great variety of crops, and to the sup- 
 " port, at the same time, of large flocks of sheep, or herds of cattle. 
 
ROTATION OF CROPS. 239 
 
 " Wherever mixed agriculture is practicable, it results in vastly 
 " increasing the grand total of the yield of the fruits of the earth. 
 
 " That strange tendency of the American mind to run to 
 '' extremes in every thing appears among the farmers as strongly as 
 " anywhere else. If fine wool happens to be profitable to raise, a 
 '* fever takes hold of the owners of flocks, which soon becomes a 
 " mania. Individuals become noted as breeders. Some fancy 
 " name becomes famous, and the sheep of certain men rise in price, 
 *' first to hundreds, soon to thousands of dollars each, until a single 
 ''animal has been sold for the price of a farm adequate to the sup- 
 " port, when managed bv a rational man, of an ordinarv family. 
 
 '■'■ This sheep fever in due time results in over-production of wool ; 
 '■'■ low prices follow ; men begin to rub their eves, as though waking 
 *' from some strange dream, and the bubble bursts. A reaction 
 *' follows ; good sheep are slaughtered bv the thousand, saving only 
 '■'■ their pelts and tallow, and the business of wool-raising, as a re^u- 
 " lar branch of farming, is as unduly depressed as at the time of the 
 "popular insanity it was unduly elevated. 
 
 " A tew men have made money ; manv men ha\e lost money ; 
 *' but there has been one real gain. Sheep have been greatly 
 " improved, and the knowledge of the best manner of managing 
 " flocks has been very much extended. 
 
 " FARM STOCK, WITH GRAIN-RAISING, IS NECESSARILY CON- 
 NECTED WITH A PROPER ROTATION. 
 
 " In the rotation suggested in this paper, one-fifth of the farm 
 " is pasture, besides the pasturage derived in the early spring from 
 *' ground that is to be plowed for corn, and that which is derived 
 " from the fields from which wheat has been harvested. The 
 *' wheat stubbles will, without injuring the grass, give a large 
 " amount of pasture — at a time when usuallv most desired — that 
 " will be fresh, and much liked bv the farm stock. 
 
 " A grain farm, under a proper rotation, wmII carrv through the 
 
 " summer a large stock, and produce none the less grain, if we 
 
 " take a period of, sav ten years, into account. This farm stock, 
 
 " in the winter, will work the corn-stalks and straw into manure. 
 16 
 
240 HANDY-BOOK OF HUSBANDRY. 
 
 *"' In fact, the stock is a necessity to the grain farmer in the 
 *' winter. Before the grain-raisers of central and western New 
 " York understood this thing, the straw from their grain was a 
 *' great incumbrance, and much of it was burned up immediately 
 *' after the grain was thrashed, in the fields where it grew. 
 
 " To sum this matter up, a proper farm stock, over and above 
 ** the teams, cows, etc., necessary to meet the wants of the farm, 
 *' can be supported on a grain farm with very little cost, except 
 *' the care and attention required. 
 
 " It may be said that the straw, corn-stalks, etc., might be sold 
 ** for money. Near large towns this may be true, but it is not 
 *' true away from such markets. But it should not be sold off the 
 *' farm unless the owner of the farm intends to sell the soil within 
 '' a few years. The barn-vard manure made by cattle and sheep, 
 "by trampling this coarse forage under foot, is an important 
 ** matter in that system that looks to making a farm self-sustaining 
 ''and self-improving. 
 
 " A well-managed grain farm should sell grain, clover-seed, 
 " meat, wool, cheese, and butter — but not hay, corn-stalks, or 
 " straw, until it has become so fertile by its own self-sustaining 
 '* and creative powers, that too much straw is produced in the 
 "grain crops. Then, perhaps, it will do to sell a little hay — 
 " when it brings a large price. 
 
 " Such persons as have done me the honor of reading my com- 
 " munications lately published in The Tribune, will have learned 
 " that I believe in a farm sustaining itself, and that with very 
 *' little aid from outside, it should be, by judicious cultivation, 
 " carried to the very highest point of production that the climate 
 " will allow. I fully recognize the inherent differences in soils, 
 "and their adaptability to special crops, and I do not say that the 
 " exact methods I have pointed out are applicable everywhere. 
 " But I have no sympathy whatever with that school of writers 
 '* who appear to think that the world is going to ruin by reason 
 "of the deterioration of the farming lands. 
 
 " There is a period in new countries in which bad tarming is 
 *' almost universal j then comes the necessity of reform, and 
 
ROTATION OF CROPS. 241 
 
 " reform becomes the order of the day. So far as I know, farm- 
 *■" ing is now improving in all the older sections of the country, 
 " except, perhaps, in the neighborhood of cities. The temptation 
 " to raise hay and sell it at high prices, in a great city, leads to the 
 " worst farming that has come under my notice. Whenever I 
 " hear a farmer say that he pays fifty or sixty dollars an acre for 
 " manure to put on his fields, and then learn that this manure is 
 " mostly straw that has become stained a little in some city stable, 
 " fifty or more miles from where it is applied as manure, I am 
 " quite apt to tell that farmer that his money has been badly laid 
 " out, and that, in a proper system of mixed husbandry, and with 
 "a proper rotation of crops, he would have saved this expense." 
 
CHAPTER X 
 
 GRAIN CROPS. 
 
 The principal grain crops of America are Indian Corn, Wheat, 
 Rye, Oats, Barlev, and Buckwheat. The chief of these is the 
 king of the cereals, 
 
 INDIAN CORN. 
 
 This is by far the most important product of American agri- 
 culture, and it feeds more human beings than anv other grain 
 except rice. It takes, in a great measure, the place of the turnip 
 crop of England, and, both as a source of food and as a means for 
 placing the soil in a good condition for the culti\ation of other 
 crops, it is the very backbone of our svstem of farming. 
 
 Its range of cultivation is almost co-extensive with the bounda- 
 ries of the nation, as it grows to perfection from the great lakes to 
 the Gulf of Mexico. 
 
 The varieties of corn are numerous. In fact, they are con- 
 stantly increasing in consequence of the ease with which the plant 
 hybridizes ; — two sorts growing in the same field usually produ- 
 cing many crosses, having each more or less of the qualities of one 
 or the other of the original sorts. There seems to be two dis- 
 tinct classes of corn, one peculiar to the North, and the other to 
 the South. 
 
 The Northern corn, of which the Dutton is the type, has a 
 round, smooth seed, which is entirely coated with a hard, horny 
 substance. This contains less starch and more oil and gluten than 
 does the Southern, or gourd-seed corn, in which the starch occu- 
 pies the center of the grain quite to*its upper end ; — the oil and 
 
GRAIN CROPS. 243 
 
 gluten which exist in smaller proportion than in Northern corn, 
 being confined mainly to the sides of the grain. As the grain ot 
 this variety ripens, and the starch shrinks, the top of the kernel 
 falls in, producing a dent or depression. 
 
 As a general principle, it may be stated that the Southern corn 
 is less nutritious than the Northern varieties. 
 
 CULTIVATION. 
 
 Corn delights in a soil filled with decaying organic matter of 
 both animal and vegetable origin. It also requires for its perfect 
 growth that the soil be warm^ sufficiently moht^ loose In its texture^ 
 and, above all, not too wet. 
 
 As the plant is peculiarly suited to tropical climates, — and 
 requires, at some time during its growth, an intense heat, — it 
 should not be planted until all danger of frost has passed, nor 
 until the soil has become thoroughly warmed. In the latitude of 
 New York the seed should not be put in before the tenth of May., 
 and, — on land that is perfectly adapted for its growth, — it is as 
 well to defer planting until early in June. Put in at this time, the 
 seed will germinate very rai)idly, and the growth will proceed 
 without the check that often results from the cold storms of May. 
 It takes longer to recover from a serious checking of the growth 
 than to make a good growth later in the season. The chief 
 advantages of carlv planting are, that the work is out of the way, 
 and that, in exceptional seasons, the crop will arrive a ievf days 
 earlier at maturity. This is not always, — perhaps not generally 
 — the case, and in this latitude it is considered quite safe to post- 
 pone planting until June. 
 
 The moisture that the soil requires is rather the natural damp- 
 ness of freshly-stirred land than the drenching wet of heavy rains. 
 If the soil is loose and friable, so that the air can circulate among 
 its cooler shaded particles, enough water will be condensed from 
 this air to fully supply the crop, and if corn, growing on good land, 
 could be well hoed every day, it would not require a single drop 
 of rain during the whole period of its growth. On the other 
 hand, if the soil is stiff and compact, and i.s not hoed or cultivated 
 
244 HANDY-BOOK OF HUSBANDRY. 
 
 more than two or three times during the season, it will suffer 
 materially for want of water, even though the soil is wet one-half 
 the time ; — because during the other half, it will be baked dry and 
 hard, excluding the air by whose circulation alone, in time of 
 drought, can a sufficient supply of water be deposited in the soil. 
 
 Looseness of texture in the soil is important, not only as affording 
 access to air, but also because it allows of the free and wide- 
 spread ramification of the smaller feeding roots. These would 
 not penetrate a solid clod of even the richest earth, while, if the 
 same clod were finely pulverized, e\ ery part of it would be pene- 
 trated by corn roots, and the plant food contained in it would 
 become available. Therefore, it is best that the soil should be of 
 a sort not apt to bake, and that it should be made as fine as possi- 
 ble before planting, and kept as fine as possible as long as the size 
 of the crop will allow it to be worked. 
 
 Drainage is more important than any other item in the prepara- 
 tion of land for corn, unless the soil is already naturally drained. 
 Stagnant water in the soil — and upon it — is absolutely fatal to suc- 
 cess, and whatever care we may take might almost as well be thrown 
 away if we allow the want of proper under-draining to keep the 
 soil sometimes too cold, sometimes too dry, and always too stiff 
 and compact. That the want of draining will produce all of these 
 unfavorable conditions, no one need be told who has had an 
 opportunity to see how they all gradually vanish when wet land is 
 thoroughly under-drained. 
 
 The manner in which the corn crop of much of our best corn- 
 growing region has been this year (1869) destroyed by excessive 
 ztv/, the farmers of Central Illinois do not need to be told. 
 
 In view of the foregoing principles, I submit the following as 
 a good course to pursue in the commencement of a rotation, of 
 which corn is the first crop. 
 
 (Other plans maybe as good — under certain circumstances they 
 may be even better — but, so far as it is possible to lay down gen- 
 eral rules, I believe that this is, on the whole, the best ; and I am 
 confident that all who follow it will be satisfied with the result.) 
 
GRAIN CROPS. 245 
 
 It is assumed that the land on which it is prepared to grow 
 corn next year is now in grass, and that the hurry of the summer 
 work is past. 
 
 1. The first step is to haul out manure — commencing in 
 August, if possible — and spread it broadcast on the land. The 
 more heavily it is applied the better, — for CGr7i cannot be over-fed. 
 The sooner the manure is spread on the land, after it has been 
 dropped, the better — for in no other place is it subjected to so 
 little loss, and its effect, early in the fall, or in the spring, com- 
 mences from the moment of its application. I am satisfied that 
 the best practice will be to use as much manure as can possibly 
 be spared, and to get it on the land as early as practicable after 
 the hay is removed. 
 
 It stimulates the growth of a luxuriant sod, which it also enriches 
 by its own decomposition; and this sod, with its roots immensely 
 increased in number, in size, and in succulence, is the best supply 
 of food for corn that it is possible to secure. The grass may be 
 eaten ofl:' in both fall and spring, but not too closely, and espe- 
 cially the spring feeding should be very slight, if not entirely given 
 up. The chief object is to secure a luxuriant crop o{ roots. So 
 early in the season the grass does not amount to much as a green 
 crop, but the extent to which the growth of the roots may be 
 increased is very great, and these — together with the constit- 
 uents of the manure absorbed by the soil are of the utmost im- 
 portance. 
 
 2. A few days before it is intended to plant, (the fewer the 
 better,) with ample teams, and implements in good order, the land 
 should be plowed to a depth of not less x.h?iX\ four inches, and not 
 more than seven inches — the object being to keep the mass of 
 roots near to the surface, only turning up enough earth to secure 
 good "covering." The furrow should be laid flat, and no grass 
 should be allowed to show on the surface. The surface plow 
 should be followed by a subsoil plow, drawn by a good team and 
 loosening the bottom of the furrow as deeply as possible, — for, 
 although we ought to keep the organic matter in the soil near to 
 the surface, we should at the same time open a passage by which 
 
246 HANDY-BOOK OF HUSBANDRY. 
 
 the deeper roots of the corn can go down below the reach of 
 drought. 
 
 3. As soon as the plowing is finished, the land should be heavily 
 rolled and dressed with not less than 200 lbs. of Peruvian guano, 
 300 lbs. of cotton-seed meal, or some equally stimulating manure, 
 and thoroughly harrowed — preferably with Shares harrow. This 
 implement should run lengthwise over the furrows, and the op- 
 eration should be continued until a fine covering not less than two 
 inches deep is secured. 
 
 4. Before the soil has had time to become dry, it should be 
 marked out and planted, either in '^ drills " or in " hills." If the 
 latter plan is adopted, it will be necessary to wait until the whole 
 field is made ready, so that it may be marked both ways. If the 
 planting is in drills, it maybe commenced as soon as a single land 
 — or a few furrows can be harrowed. The more rapidly the 
 planting can be made to follow the plowing, the less time will be 
 allowed for the starting of weeds. 
 
 The hill system of planting, as it allows the crop to be culti- 
 vated by horse-power, in both directions, is much cheaper, and in 
 the absence of an abundant supply of labor, it is undoubtedly the 
 best ; but if the help can be procured for the extra work of plant- 
 ing in drills, and for the greater amount of hoeing that will be 
 necessary when the cultivator can be worked in but one direction, 
 the extra production of grain, — and especially of fodder — wilj 
 amply repay it. In drill planting, it will be easier (and equally 
 good) to drop three seeds in a place, at intervals of two feet, than 
 to drop single seeds at intervals of eight inches, and the hoeing 
 of the crop will take much less time. 
 
 The seed should not be covered more than one inch deep. 
 This will be enough to protect it against too much drying, and it 
 is important that it be within the influence of the sun's heat. 
 After the planting is finished, it will be well to give the whole 
 field a light rolling to compact the earth about the seed, and to 
 make the surface so even as to render the subsequent work of 
 cultivation lighter. 
 
 As soon as the rows can be distinctly seen, the work of culti- 
 
GRAIN CROPS. 247 
 
 vation should be commenced. It is easier to prevent the growth 
 of weeds than to kill them after they are grown. If the corn is 
 planted in " hills " the horse cultivator may be run both ways, and 
 thus reduce the handwork to the lowest point. If in " drills," 
 the hoeing should be done with great care — all grass and weeds 
 being thoroughly cleaned out from the rows. This first hoeing 
 should be finished when the crop is not more than six inches 
 high, and the second cultivation should be given before weeds 
 have time to make any considerable headway. A third hoeing, 
 which is erroneously neglected in many instances, should be com- 
 pleted before the crop is so large as to be injured by the working 
 of the horse, and the whiffletree used at this time should be as 
 short as possible. 
 
 It is now pretty well settled that " hilling " corn is an injurious 
 practice. It undoubtedly had its origin in the custom of the 
 Indians, who had no other means of giving the plant a bed of fine 
 soil to grow in than by scraping it from the surface with their 
 hoes, and piling it up about the stems. Probably it was continued 
 longer than it otherwise would have been, from the belief that the 
 " brace shoots " that are thrown out above the soil are roots^ — 
 which they are not. They are intended to hold the stalk in its 
 position, and they do this much more thoroughly than any system 
 of hilling can possibly do, and by being covered with earth they 
 lose their power to act as braces. 
 
 A little earth should be drawn about the stem of the plant at 
 the first hoeing, — raising the soil, say an inch or so, — as there is 
 danger that a little earth will be drawn away by the cultivator at 
 the second working, and this would leave the true roots too little 
 protected against the drying influence of sun and wind. If the 
 soil is thoroughly loose and clean all about and between the 
 plants when they are about two feet high, the crop should be 
 "laid by" until harvest. The less it is disturbed after this the 
 better it will be. If it is desired to raise turnips on the land, they 
 should be sown broadcast after the last hoeing, before the earth is 
 beaten down by rain. One pound of turnip-seed per acre is an 
 ample allowance, and the best way to sow it is with a " French " 
 
248 HANDY -BOOK OF HUSBANDRY. 
 
 mustard jar, or a broad-mouthed bottle, with a tin cover pierced 
 with large holes. The jar should not be more than half full, and 
 a little practice will soon indicate the extent to which the holes 
 should be covered by the fingers as the seed is flirted out in walk- 
 ing across the field. 
 
 The turnip seed, — or enough of it, — will be planted by the first 
 rain, and the plants will be well established bv the time the corn 
 is cut up, after which they will make fair-sized roots. The 
 Strap Leaf Red Top is the best American variety for this use. 
 
 Whether it is wise to raise this stolen crop of turnips depends 
 on the circumstances of the case. They will, if properly man- 
 aged (properly planted, that is), yield an abundant supply of valu- 
 able food for the early winter, but they are so hard upon the land 
 that they will probably cost all they will be worth. If roots can 
 be as well grown on ground of their own, the corn-field should 
 not be charged with their production, — for they will inevitably use 
 up manure that should remain for the second crop of the rotation. 
 
 Harvesting. — Corn should never be "topped." The little that 
 will be gained in fodder, will be more than lost in the grain, which 
 in its maturing assimilates some of the contents of the juices of the 
 whole plant, — above as well as below. 
 
 As soon as the kernels are glazed, — as soon as the thumb nail 
 cannot be easily pressed through its skin, — the stalks should be 
 cut up near the ground, and bound in " stooks " to cure. The 
 earlier it is so cut the better will be the fodder, and after the 
 glazing is complete the grain will mature as rapidly and as per- 
 fectly on the severed stalk as though it was still in communication 
 with the root. 
 
 Late in the fall the cars should be husked and stored in cribs 
 and the stalks tied in bundles for stacking. They will keep much 
 better if the stacks are thatched with rye straw — to exclude rain ; 
 and in no case should the diameter of the stack be more than 
 twice the length of the bundles ; — that is, it should be built around 
 a pole, and each bundle should reach from this to the outside 
 of the stack. The tops should lie toward the center, and the 
 
GRAIN CROPS. 
 
 249 
 
 butts outward. If it is attempted to store corn-stalks in barns 
 or in very large stacks, they will almost invariably decay, owing 
 to the large amount of water they contain, which it is impos- 
 sible to dry out by any amount of exposure. 
 
 Storing the graiti. — Corn cribs are such a simple affair that 
 it would not have occurred to me at all to describe their con- 
 struction did I not frequently receive applications for plans by 
 which to erect them. The fundamental principle for the 
 arrangement of the crib is to give the freest possible admission 
 to air, and to keep out rats and mice. Of course there are 
 many considerations of convenience, which it is best to study, 
 and the mode of construction must depend very much on the 
 amount of grain to be stored. 
 
 For a Northern farm, where from 500 to 1,000 bushels of 
 shelled corn are to be kept, (double that bulk of ears,) the plan 
 shown in Fig. 66 will be found effective. It is 10 feet high 
 
 Fig. 66. 
 
 at the sills, 12 feet wide, the plate 7 feet high from the floor 
 to the eaves, and as long as the requirements of the farm make 
 necessary. It has a passage-way 4 feet wide from the door at 
 the end to within" 4 feet of the rear end where there is a bin 
 
250 
 
 HANPT-BOOK OF UUSBANDRT. 
 
 4 feet square for shelled corn. The plan of the floor is shown 
 in Fig. 67. The building should stand on posts 2i feet above 
 the ground, these being capped b\- inverted tins made in the 
 shape of ordinary milk-pans, but without the wire in the rim. 
 
 Fig. 67. 
 
 — . .^ 
 
 BIN FOR EARS 
 
 
 BIN 
 
 For Shelled 
 
 CORN 
 
 BIN FOR EARS 
 
 — which, for this purpose, is unnecessary. This arrangement 
 will effectuallv prevent the access of rats, — cspeciallv if the 
 approach to the doorway is an iron stirrup or wagon step let 
 down from the sill and not coming nearer than within 18 inches 
 of the ground. 
 
 The sides of the crib should be made of vertical slats not more 
 than three inches wide, and placed at intervals of at least one inch 
 so as to admit of a free circulation of air ; for the same reason the 
 partitions between the passage way, in the middle of the crib and 
 the bins, and the floor under the bins, should be made of slats. 
 The entrances from the passage way to the bins, on either side, 
 should be only wide enough to admit of the passing of baskets, and 
 they may be closed, as the corn is put in, by loose boards cut to 
 fit a groove, into which they are dropped from the top. The 
 roof should project enough to shed water clear of the sides, which, 
 for further protection against wet, have a pitch outward of one 
 foot on each side. 
 
 In such a crib, the bins will be 3 feet wide at the bottom, 4 
 feet at the top (a mean width of ^j ^'^^O? ^"'^ 7 ^^^^ ^'g'^i which 
 will give a section of 24! square feet. Six and a half (6^) feet in 
 length of such a bin will hold 100 bushels of ears — round measure ; 
 about 1,000 bushels being held by both sides of a crib 30 feet 
 lone. 
 
GRAIN CROPS. 251 
 
 WHEAT. 
 
 In writing about the cultivation of wheat, it is but just for me 
 to say that I never raised a bushel of wheat in my life, and that 
 what I have to say on the subject is the purest " book-farming ;" 
 it is the result of study only, and is, of course, not to be con- 
 sidered so reliable as are those parts of this book which relate to 
 matters in which I have had the advantage of personal experience. 
 
 The production of wheat seems, from the custom of the whole 
 world, to belong, properly, to the two extremes of farming, the 
 most careless and inconsiderate, and the most complete and 
 well directed. In the wide interval that covers the good, bad, 
 and indifferent agriculture lying between these two extremes, wheat 
 is, to say the least of it, not the most important crop. 
 
 On such virgin soils as are better adapted to the growth of 
 wheat than of corn, there is no crop that is at once so easily 
 raised, and so valuable when raised ; and for a few years after tKe 
 first breaking up (sometimes for many years). " IVheat is the 
 crop every time." In many newly settled countries, 40 bushels 
 of wheat to the acre have been common, and fine crops have been 
 raised for successive years on the same ground. Sooner or later, 
 however, the constant cultivation of this single crop begins to tell 
 on the land, and the yield falls off", while the constitution of the 
 plant suff'ers more and more from the unfavorable condition of 
 the soil, and the door is opened for the attack of rust, weevil, and 
 blight, which add to the risk and help to reduce the result. 
 
 The best wheat lands, treated as they almost invariably (and 
 necessarily) are by new settlers, commence at 40 bushels per 
 acre ; and after two or three years they begin to grow smaller and 
 smaller; — 35 — 30 — 20 — 15 — 12 — sometimes even 8 bushels per 
 acre, marking the steadily decreasing return until the cultivation 
 is abandoned. Usually, every reason but the right one is given 
 for this decrease. Climate, the removal of forests, the proximity 
 of the sea, or of mountains, bugs, blight, " bad luck," winter kill- 
 ing, too much snow, or too little — hundreds of plausible reasons 
 are given why wheat ceases to grow. The right reason is almost 
 
252 II ANDY -BOOK OF HUSBANDRY. 
 
 never hit upon, and but few farmers seem to know, what is abso- 
 lutely the fact, that wlieat ceases to grow well, to produce largely, 
 and to withstand the vicissitudes of the weather and the attacks 
 of insects when, — and because, — those parts of the ashes of the 
 grain which are most essential to its perfection are no longer 
 supplied by the soil in sufficient quantities, and where, from inju- 
 dicious plowing and harrowing, (especially from plowing in wet 
 weather), the land has been brought to a condition unfavorable to 
 its growth. 
 
 Wheat requires for its best growth a soil that is compact rather 
 than loose, and that has been made rich by previous cultivation 
 with manure, rather than by the application of hea\y dressings of 
 fresh manure during the immediate preparation for the crop. 
 Peruvian guano, nitrate of soda, super-phosphate of lime, — any 
 manure in tact which is not subject toan active fermentation, — may, 
 with advantage, be harrowed in after plowing, or applied as a top 
 dressing after planting ; but, as a rule, it is better to apply the 
 manure to a previous crop, thus giving it time to become thoroughly 
 decomposed before the wheat is sown. 
 
 The universal fertilixcr for wheat, one which is nearly always 
 accessible, and always effective, is clovtr. If this is sown in the 
 spring, with barley or oats, allowed to grow without being closely 
 fed off in the fall, top-dressed with plaster the second spring, cut 
 once in June and again in August, it will have accumulated in 
 the soil an enormous quantity of long, deeply-reaching tap-roots, 
 which, — with the lea\es that will ha\e fallen during growth, — 
 constitute the best manure for the wheat crop ; for, in addition to 
 the fertilizing effect of the decaying roots, (rich with nutriment 
 drawn from the lower soil and from the atmosphere,) every fiber 
 that reaches down into the subsoil, opens the way for the more 
 delicate roots of the wheat to penetrate in search of food, and, by 
 its own decomposition, helps to prepare the soil by which it is 
 immediately surrounded for easy assimilation. 
 
 The mechanical effect of the plowing down of a strong clover 
 sod, is very great. It warms the soil, and makes it easy for the 
 
GRAIN CROPS. 253 
 
 wheat roots to penetrate every part of it. In fact, in so far 
 as it is a question of manuring, it may be safely assumed that 
 if we can secure a good growth of clover, we need have no 
 uneasiness about the wheat. 
 
 While compact clay soils (what are known as strong soils) are 
 the best for wheat, it is of the utmost importance that they be 
 well drained. There is no crop that is grown by American 
 farmers that is more impatient of undue moisture than wheat 
 is ; and it may be considered that every argument that has been 
 advanced in support of tile-draining, applies with redoubled 
 force to the draining of land intended for wheat. 
 
 There is now an active discussion going on throughout the 
 wheat-growing world concerning the quantity of seed to be sown 
 per acre. The doctrines of heavy seeding and light seeding 
 have each their earnest advocates, but, as a conclusion drawn 
 from a careful reading of the arguments in favor of each planj 
 I think the weight of reason and the weight of evidence are 
 both on the side of the thin seeding. One bushel of wheat 
 per acre, planted so carefully as to give a fair proportion of 
 seed to each square foot of land, will give an ample stand, — 
 completely occupying the ground, and returning the largest yield 
 of grain. Of course the seed should be planted at a uniform 
 depth and with great regularity. 
 
 It has recently been stated that a field of wheat planted with 
 selected grain, one kernel in a place, rows a foot apart both 
 ways, yielded 159 bushels per acre. This is a marvelous story, 
 and it is not unlikely that the land on which the experiment 
 was tried was in an exceptional state of fertility, nor is It 
 impossible that the truth has been largely overstated. However, 
 it may be assumed as a fact, that a field of wheat planted as above 
 described, with the largest and finest kernels only, has been made 
 to produce much more largely than has ever a field sown in the 
 ordinary way. The quantity of seed used in this planting would not 
 be more than four quarts ; while a single bushel, evenly sown 
 over the whole surface, would give one kernel to each three inches 
 
254 HANDY-BOOK OF nUSBANDRY. 
 
 square ; in the case under consideration there was only one kernel 
 to each twelve inches square. 
 
 The quantity of seed that it is most judicious to use depends 
 very much on the quality of the land. The richer the land, the 
 larger the growth of the individual plant, and, consequently, the 
 fewer the plants required to occupy the land. \Vheat multiplies 
 itself very largely, bv sprouting at the crown ; and under the best 
 circumstances, a single seed may result in a stool of from fifty to 
 seventy shoots, each bearing a perfect head of well-filled grain. 
 This process of multiplication is called " tillering." It can only 
 take place under favorable conditions. The too close prox- 
 imity of other plants, and the checking of the root growth by 
 stagnant water, or bv an unfavorable subsoil, will arrest it ; — so 
 that a field which has not been too heavily seeded can never bear 
 too many shoots, — no matter how rich it is, — nor can it bear a 
 full crop unless both the mechanical and the chemical condition 
 of the soil are such as to conduce to a sufficient continuation of 
 the tillering process. 
 
 WINTER WHEAT. 
 
 The great drawback in the raising of winter wheat is found in 
 the liability of the plant to be killed by frost. As winter wheat is 
 a perfectly "hardy " plant, this winter killing is never the result 
 of the direct action of the frost on the plant itself, but rather 
 on the soil. If wheat is deeply rooted, a single hard freezing of 
 the soil, by its lifting effect, actually breaks the upper part of the 
 plant from its lower roots, and so greatly injures it. The worst 
 effects are produced, however, by the repeated freezing and thaw- 
 ing of the soil. Thus : a hard frost lifts up the soil, (and carries 
 the plant with it,) then comes a warm sun which thaws the upper 
 soil and allows it to fall back to a lower level, leaving the crown 
 of the plant out of the ground ; the next frost takes a fresh hold 
 on the plant and raises it again -, another thaw leaves it still 
 higher ; and thus the process goes on until the crown is so far above 
 the ground as to be exposed to the action of the weather, entirely 
 
GRAIN CRors. 255 
 
 unprotected by the soil in which it properly belongs, and the plant 
 is killed. 
 
 As this winter killing is largely due to an excess of moisture in 
 the soil, it is very much modified bv under-draining ; but not 
 entirely prevented. A top-dressing with sea-weed, stable manure 
 containing a great deal of straw or other suitable material, will be 
 of great service ; but there is nothing so good as a complete cov- 
 ering of snow throughout the winter. This, of course, is a matter 
 of climate, and is entirely beyond the farmer's control. In cold 
 regions, where snow does not lie throughout the winter, and where 
 top-dressing is not practicable, the seed should be sown as late as 
 the first of October, and covered not more than half an inch deep. 
 Planted in this wav, the roots will nearly all be in the immediate 
 surface, and there will be less danger from freezing than where the 
 seed is covered several inches deep. 
 
 SPRING WHEAT. 
 
 Spring wheat is somewhat less productive and less valuable 
 (because making a less attractive flour) than winter wheat, but in 
 regions where the latter is apt to be winter killed, it is the safer 
 variety to grow. It should be planted as early as possible in the 
 spring, and is said to grow best in a somewhat lighter soil than 
 winter wheat. 
 
 Wheat, from its great importance, has received much and most 
 careful attention from scientific men and from practical farmers. 
 There is an immense number of varieties culti\'ated ; valuable 
 experiments have been made with all conceivable sorts of manures ; 
 the diseases to which the plant is subject have been made the 
 subject of especial study and investigation ; the insects by which 
 the crop is sometimes almost swept away have been carefully 
 examined, and their habits clearly described ; and almost innu- 
 merable implements for planting, manuring, weeding, harvesting, 
 thrashing, and cleaning have been invented and put in use. To 
 enter satisfactorily into these details, in this limited space, would be 
 ir 
 
256 HANDY-BOOK OF HUSBANDRY. 
 
 impossible, and the reader is referred to the various works on 
 the subject which are to be obtained from au;ricultural booksellers. 
 In considering all that I have myself read on the subject, the 
 following points strike me as being especially worthy of the atten- 
 tion of all wheat growers: — 
 
 I. The land mav, with advantage, be made as rich as possible, 
 — the application of fresh stable manure in the immediate prepa- 
 ration of the crop being avoided. 
 
 II. It should be — either naturallv or artificiallv — thoroughly 
 well drained. 
 
 III. The seed should be selected with care, and of the sort 
 that is most likeh' to succeed in the climate and soil of the locality. 
 
 IV. The seed should always be drilled rather than sown broad- 
 cast, 
 
 V. The ridges made by the drill should not be leveled by the 
 harrow or roller until after the ground has settled in the spring. 
 
 VI. The amount of seed should be from one bushel, or even 
 less, on very rich land, to two bushels on the least rich on which 
 it will pay to grow wheat. 
 
 VII. Wherever sufficient help can be obtained, it will probably 
 pay to hoe the crop early in the spring, — and it will certainly pay 
 to remove all weeds growing among it. 
 
 VIII. The crop should be cut from ten davs to two weeks 
 before the grain is thoroughly ripe. 
 
 By proper attention to these requirements, I believe that the 
 wheat crop of the United States may be increased from its 
 present average of about 12 bushels per acre (or less) to the 28 
 bushels (or thereabout) which is the average in Great Britain. I 
 also believe that much of the so-called worn-out land of New 
 England may be made to produce profitable crops of wheat. The 
 freight on 30 bushels of wheat from a farm in Minnesota to the 
 city of New York is more than the interest on the total value of 
 an acre of good land in New England, and New England is sup- 
 plied with its breadstuffs very largely from the far West. 
 
GRAIN CROPS. 257 
 
 RYE. 
 
 More hardy and better suited to land of inferior quality than 
 
 wheat, rye may be considered the great bread crop of nonhern 
 
 countries in which wheat cannot easily be grown. It makes a 
 
 nutritious, though dark-colored, bread, and its bran is more valu- 
 
 ^able than the bran of wheat as a food for domestic animals. 
 
 Ordinarily, the cultivation of rye is much more careless than is 
 that of wheat, probably for the reason that a paying crop can be 
 much more easily grown. But if it received in all respects the 
 same attention, there is no doubt that the result in money would 
 be almost, if not quite, equally good, for while the yield of grain 
 is increased in proportion to the care bestowed, the straw which, 
 under the best circumstances, yields very largely, is, when hand- 
 thrashed, of great value, being worth now, in the Eastern markets, 
 about $35 per ton. 
 
 Rye is much better able than wheat is, to withstand rough 
 treatment in winter. In fact, except upon very wet land, it is 
 rarely winter-killed to any great extent. It grows best on 
 rather light land, and may, with advantage, be sown early in Sep- 
 tember, though, if the autumn is long and warm, it will grow 
 so large as to make it advisable to feed it down before winter 
 sets in. 
 
 A well-established field of rye is the first field on the farm to 
 turn green in the spring, and it is frequently sown to be used exclu- 
 sively for spring pasture, being plowed under as a green crop after 
 the grass is well started. 
 
 As a soiling crop, rye is, by reason of its earliness, very import- 
 ant, and it will be further considered in this connection, in the 
 chapter on soiling. 
 
 OATS. 
 
 The cultivation of oats is so universal and so well understood, 
 that it is hardly necessary to say more here on the subject than 
 that they should be sown at the earliest practicable moment after 
 the frost is out of the ground ; that they do much better when drilled 
 
258 HANDY-BOOK OF HUSBANDRY. 
 
 than when sown broadcast, and that xhey are better adapted to hght 
 than to heavy lands. They are an exhausting crop, but for son-.e 
 years they have borne so high a price that their cultivation is suffi- 
 cientlv profitable to enable us to buy manure to repair the damage. 
 Perhaps it is not exactly correct to attribute their injurious effect 
 entirely to the exhaustion of the land, as some of the injury that 
 thev cause is no doubt due to the tact that their roots bind the soil 
 together in clods which it is difficult to reduce. 
 
 Oat straw is more valuable than anv other for fodder for 
 domestic animals. If the crop is harvested as it should be, before 
 the grain is fully mature, the straw will be but little ijiferior to 
 common hay, especially if fed in connection with roots. 
 
 BARLEY. 
 
 Barley may be sown somewhat later than oats, and it is best 
 suited to rather heavier soil than these prefer. On any soil, how- 
 ever, that is in good condition, provided it is sufficiently drained, 
 it is, at the usual prices, a profitable crop, though the straw is less 
 valuable for feeding purposes than is that of either oats or wheat. 
 
 BUCKWHEAT. 
 
 I can say but little concerning this crop, save that it will grow 
 better than almost any other will on poor, thin, light soils ; that it 
 should not be sown in the latitude of New York before the lOth 
 of Julv, and that it must be harvested before the frost. 
 
 Planted earlv in the season, it makes a luxuriant growth of 
 stem, but produces but little grain. It is sometimes so planted to 
 be plowed in as a green crop on land intended for wheat or rve, 
 but it is much less valuable for this purpose than is clover, its 
 only advantage being that much less time is required for its pro- 
 duction. 
 
 It is especially important, as a green crop, on foul land, as it 
 fully occupies the ground to the exclusion of every thing else, and 
 as three crops may be grown and plowed under during a single 
 
GRAIN CROPS. 259 
 
 season, poor, weedy land may sometimes be more cheaply reclaimed 
 by its aid than in any other way. 
 
 Buckwheat is considerably grown by farmers who produce milk 
 for sale to the large cities, for the sake of its bran. Having; the 
 grain ground at home, they sell the flour, and feed the bran to 
 their cows, adding very much to the quantity, and taking no little 
 from the quality of their milk. 
 
CHAPTER XI. 
 
 ROOT CROPS. 
 
 It would not be an extravagant statement to say that the 
 cultivation of root crops is not known in America ; for, notwith- 
 standing the fact that it is usual to see one or two acres of turnips 
 or carrots on a farm, the cultivation of these crops to the extent 
 to which they are grown in Europe almost never occurs in 
 America. The reasons for this are obvious, and are based chiefly 
 upon the high price of farm labor, and upon the fact that, except 
 in certain limited regions, women and children rarely work in the 
 f^eld. 
 
 The growth of turnips and mangels forms one of the leading 
 items of the cultivation of nearly all English farms, and a very 
 large part of the work is done by women and children, frequently 
 working in gangs under a contractor, and moving from one part 
 of the country to another, as their services may be required. It 
 will be a long time before farmers in this countrv will be able to 
 make any thing like the important use of these crops to which 
 they have attained in more thickly settled regions ; — for where a 
 farm of from fifty to two hundred acres is operated entirely by 
 two or three hands, they have quite enough to do to attend to the 
 cultivation of the corn crop and the harvesting of the hav, both 
 of which occur at the time when the most labor is required in 
 the root fields. 
 
 This state of affairs, howe\er, while it is often an argument 
 against the growth of verv large areas of roots, bv no means mili- 
 tates against the cultivation of such smaller patches as it may be 
 within the power of the farmer to properly attend to. On good 
 
ROOT CROPS. 261 
 
 land, in a good state of preparation, and with skillful management, 
 the amount of food produced is very much greater, in proportion 
 to the labor and expense attending the cultivation, than can be 
 obtained in any other way ; and when we consider the great value 
 of roots for the winter feeding of animals, and the incidental value 
 of their tops for fall feeding, it may be safely stated, that, even 
 where the amount of help on the farm is in small proportion to its 
 area and the requirement for other work, it would really pay the 
 farmer better to concentrate his efforts and his manure upon a 
 smaller surface, and let the rest of the farm run into natural pas- 
 ture. However, I am not disposed to recommend this or any 
 other revolution in the farming of the United States ; — for, in the 
 first place, the recommendation would be disregarded ; and, in the 
 second place, it is very questionable whether revolutions in agri- 
 culture, except such as are brought about in a slow and natural way, 
 would be of any permanent value. . Our farms are now suited in 
 size and in general arrangement to the ideas and to the capacities 
 of our farmers ; and, as fast as these ideas and capacities change, 
 or range themselves in accordance with higher requirements, just 
 so rapidly will the farms themselves conform to the altered condi- 
 tions. And an effort to bring about a rapid general change in favor 
 of any given new system would probably be attended with quite as 
 much disadvantage as benefit. Holding this view, I propose only 
 to state some of the results which it is possible to attain by means 
 of root culture, and to give directions for the cultivation of the 
 different crops. The extent to which, and the manner in which, 
 the growth of roots shall be adopted on any given farm, must 
 rest entirely with the judgment of the farmer himself. He will, 
 if he is a good farmer, do exactly that which promises the best 
 compensation for his capital and his labor. Successful root cul- 
 ture requires that the land be in the best possible condition. 
 Many a field will produce large crops of corn, and of other grain, 
 on which it would be folly to attempt to raise roots in any consider- 
 able quantity. The land must be rich, well and deeply cultivated, 
 thoroughly well drained, and free from stones ; and it had better 
 be exposed rather to the morning than to the afternoon sun. On 
 
262 HANDY-BOOK OF HUS-BANDBY. 
 
 such a field it is hardly possible that the proper amount of labor, 
 judiciously directed, should fail to produce most profitable resi«lts. 
 But \t the land is only half-rich ; if, in wet weather, it is too moist, 
 and in dry weather too hard-baked ; if it is filled with the seeds of 
 troublesome weeds, or with the roots of quack-grass, or if its ex- 
 posure is a cold and unfavorable one, it may be fairly assumed that 
 the labor and manure expended in an effort to raise root crops will 
 bring but a meager and unsatisfactory return. While the cultiva- 
 tion of roots is a necessary accompaniment of high farming, — 
 with poor farming, at least so far as the root land is concerned, 
 they can hardly fail to produce a large crop of disappointment to 
 the grower. It is possible to produce on an acre of land two 
 thousand bushels of mangels, or fifteen hundred bushels of tur- 
 nips. It is hardly possible to produce such a crop as this without 
 deriving a large amount of profit from the operation ; for it can 
 only be done under such circumstances as will give the greatest 
 possible effect to the amount of manure used for the crop, and to 
 the labor that its care involves. It is easy on ordinary soils, ordi- 
 narily manured and not very carefully attended, to raise three 
 hundred bushels of beets and from one hundred and fifty to two 
 hundred bushels of turnips. Probably under no circumstances 
 would there be a profit attending the growth of such a crop. It 
 will be readily seen, then, that the adoption of root culture on a 
 large scale implies a willingness to resort to such careful modes 
 of cultivation, and such effective means of fertilizing, as will 
 suffice for very much larger crops than are now common on 
 American farms. In favorable seasons, and under the most favor- 
 able circumstances, mangels should yield a thousand bushels to 
 the acre, and rutabaga turnips not less than from six to eight 
 hundred, and such crops should pay very well. 
 
 It is frequently the case, — indeed, it is very common through 
 the sea-board regions of New England and New Jersey, that the 
 demand for roots for the general market is so active and reliable, 
 that it will pay to go to greater expense, and submit to greater 
 inconvenience, for the sake of growing root crops, than would be 
 possible, or at least profitable, in a purely agricultural region. 
 
ROOT CROPS. 263 
 
 For instance, rutabaga turnips are now (January, 1869) selling in 
 the New York market for $2.50 per barrel, which is very nearly 
 $1.00 a bushel. These turnips probably yield to their producers, 
 after deducting the cost of transportation, commissions, etc., 75 
 cents a bushel; and, at this price, even the small crops of the 
 unfavorable season of 1868 must have been generally profitable. 
 It is hardly necessary to tell a farmer, however, that, except as a 
 condiment with other food, being fed in very small quantities, 
 roots are worth for feeding nothing like 75 cents a bushel. By 
 reference to tables, showing the theoretical and experimental 
 value of different sorts of food, it will be seen that the amount of 
 roots necessary to be fed, in order to produce the same effect as 
 a given weight of hay, is very large ; and, if we were to take only 
 this table as a basis for our estimate of the value of roots in feed- 
 ing, it would seem questionable whether it would pay to raise 
 them at all, except under the very best circumstances. It is not 
 true, however, that in the feeding of farm stock the importance 
 of roots can be exactly measured by this standard. In addition to 
 their nutritive elements, they have the very great advantage of 
 being a fresh and succulent food, that may be easily kept through- 
 out the whole season, and the effect of which, on the animal 
 organization, is similar to that of salad, celery, and other green 
 vegetables, used on our own tables during the winter season. 
 They keep the system in a more healthy and better lubricated con- 
 dition, and greatly stimulate the growth and thrift of young stock. 
 Where they are largely fed, all animals, both old and young, 
 come out in the spring of the year in much better condition than 
 if kept only on dry food, however rich it may be. The value of 
 roots in their influence on the manure that results from their 
 consumption, is also very great, and should constitute a consider- 
 able element of any estimate of their value. The roots which 
 it is most advantageous to grow for use on the farm are the fol- 
 lowing : — 
 
 Common Turnips, Carrots, 
 
 Rutabaga Turnips, Mangels. 
 
264 HANDY-BOOK OF HUSBANDRY. 
 
 Parsnips are sometimes grown, and thev yield largely ; but the 
 labor required in digging them is often an argument against their 
 cultivation, except on very light lands. 
 
 Except for the growth of common turnips, which mav gener- 
 ally be raised as a " stolen crop," or on land lying fallow late in 
 the season, the field on which it is proposed to raise roots of 
 whatever kind should, first of all, be most thoroughlv under- 
 drained. If it is of a light texture and is underlaid with a soil 
 through which the water of rains will percolate freely, and if it 
 receives no ooze-water from land King above it, the natural 
 drainage is sufficient ; — but where\er this is not the case ; wher- 
 ever, either early in the spring or late in the fall, the surface of 
 the land, when plowed, appears damp and soggy when other 
 land is dry ; or wherever, during seasons of excessive drought, it 
 cracks into hard clods, it is useless to attempt to raise paving 
 crops of these vegetables unless a thorough s^•stem of under- 
 draininjr with tiles or stones or brush or some other material is 
 first carried into effect. The land being properly drained or 
 naturally sufficiently dry, it should receive the most careful and 
 thorough attention. If the use of the land can be spared, at least 
 one season should be exclusively devoted to the preparation for 
 the growth of the roots. Clover, buckwheat, or some other 
 green crop should be grown to be plowed in in the fall. Probably 
 the best course would be to manure the land quite heavily with 
 stable manure in August or early in September, and then to 
 plow it up deeply and thoroughh-, burying, at as great a depth as 
 possible, the green crop and the manure that has been applied to 
 the surface of the land ; and then to run a subsoil plow in the 
 bottom of each furrow as deeply as it can be done with the force 
 at command, thus loosening the earth that has been indurated by 
 the treading of teams and by the sole of the plow during years of 
 previous cultivation. This plowing being done, the surface should 
 be left exposed in the furrow to the action of the frosts of winter 
 and the fall and spring rains. The fall plowing having been done 
 not later than September, the roots and stems of the green crop 
 will be sufficiently rotted not to interfere with subsequent cultiva- 
 
ROOT CROPS. 265 
 
 tion ; and, as early as possible in the spring, the land should be 
 rolled and the harrow (preferably Shares' harrow) should be run 
 lengthwise of the furrow, at least once, and, if necessary, two or 
 three times. The ground should then be cross-plowed, and again 
 rolled and harrowed. After this, it should receive a copious top- 
 dressing of stable manure, or not less than five hundred pounds 
 per acre of a thoroughly good superphosphate of lime or of 
 Peruvian guano ; — and this manure, whatever its kind, should be 
 only lightly harrowed by a single operation, and then left undis- 
 turbed until after a heavy rain, when a second harrowing and 
 rolling will prepare the ground for the reception of the seed. 
 
 The operations detailed above will have the effect of loosening 
 the soil to a great depth, of giving it a good supply of organic 
 matter, and of thoroughly enriching it with the different elements 
 of plant food that the coming crop will require ; while its surface 
 will be so freed from clods and other inequalities as to place it in 
 the best condition for the rapid germination of the delicate seeds 
 with which it is to be sown. Except as to the character of the 
 special commercial fertilizer to be applied, the operations, as far 
 as detailed, are suited to the growth of rutabagas, carrots, or 
 mangels, but subsequent operations must depend on the variety of 
 root that it is intended to grow. 
 
 RUTABAGA TURNIPS. 
 
 What is called in England the Swedish turnip, is known here 
 as the rutabaga, or white French turnip. It is distinct from the 
 common turnip, being more like the cabbage in many of its 
 characteristics. Its German name is " cabbage-turnip." It is 
 subject to the same diseases as cabbage, — notably to the club-foot, 
 — is consumed in its early stages by the skipping-beetle, and 
 grows to its greatest perfection under circumstances which are 
 best adapted to the growth of cabbage, which it cannot success- 
 fully follow or be followed by, except in very rare cases, — and it 
 has the same advantage' that it may be easily and safely trans- 
 planted. 
 
266 HANDY-BOOK OF HUSBANDRY. 
 
 While the rutabaga contains a not very large quantity of phos- 
 phoric acid, it is more specifically benefited than is almost any 
 other plant by the use of bone-dust, superphosphate of lime, or 
 any other fertilizer in which phosphoric acid is the leading ingre- 
 dient ; and, singularly, while it does contain a yery large amount 
 of nitrogen, its growth is often rather injured than benefited by 
 the excessive use of ammoniacal manures. For this reason it 
 will always be found prudent to mix the stable manure used so 
 thoroughly with the soil that its more active stimulating effect 
 may be modified by its combination with earth ; and, in all cases 
 to use bone-dust or superphosphate of lime, and not Peruvian 
 guano, which, although it contains a good deal of phosphoric 
 acid, is a highly stimulating ammoniacal manure. It is a very 
 general belief, which has been borne out in my own experience 
 and which I believe to be well founded, that, both in the case of 
 cabbages and of rutabagas, the manure of swine is injurious from 
 its tendency, real or supposed, to increase the formation of 
 ''clump roots," or what in turnips is known as " fingers and toes." 
 As a special fertilizer for rutabagas, nothing that I have ever 
 tried has been so effective as a liberal application of New Jersey 
 green-sand marl ; and I have always imagined that I obtained 
 very beneficial results from the even sowing of air-slacked lime, 
 applied by means of a broadcast sower, immediately before plant- 
 ing the seeds or setting out the plants. Peter Henderson asserts, 
 that lime is a sure agent in preventing the clump-foot disease ; 
 whether this is the case or not, the effect of a light application of 
 lime is, in many ways, so beneficial that its use is strongly to be 
 recommended, wherever it can be obtained. 
 
 It is the almost universal custom in England, where roots are 
 very largely grown, to raise turnips, and mangels as well, on raised 
 ridges or back-furrows ; and the facts that in this way we 
 increase the depth of soil directly under the plant, and that horse 
 cultivation during the early stages of growth is easier, are argu- 
 ments in favor of the custom. Generally, however, flat cultiva- 
 tion for all crops, being the most naturarl, is considered the most 
 advisable ; and the question whether to ridge or not to ridge 
 
BOOT CROPS. 267 
 
 should be decided, perhaps, with reference to the character of the 
 land. If it is either very stony or very "• cloddy," or if, for any 
 reason, it is not of uniform fineness, it will be well to throw it 
 into ridges, even if the ridges be afterward raked ofF or flattened 
 down by rolling a barrel over them. By some means they 
 should be so depressed that there will be no danger of the ele- 
 vated bank of earth becoming too dry during the heat of summer. 
 
 Rutabagas are grown both by planting the seed in place, and 
 by raising young plants in a seed-bed for subsequent transplanting. 
 The almost universal system is to sow the seed where the plants 
 are to grow, transplanting only as may be necessary to fill up 
 vacant spaces. All things considered, this system is probably the 
 most advisable, although an experienced farmer of my acquaintance, 
 who has experimented carefully during the past three years, asserts 
 that he finds the growth of his transplanted roots to be so much 
 greater as to amply compensate for the trouble. From my own 
 experiments in this direction, not only with this crop but with sev- 
 eral others, I am strongly inclined to believe that the labor of the 
 whole season is less under the transplanting than under the seed- 
 planting method, for the reason that with turnips and mangels the 
 early growth is so slow, and the small plants so delicate, that the 
 cleaning of the ground for the first and second times requires very 
 careful hand-work, which adds greatly to the cost of cultivation. 
 As the transplanting takes place much later in the season than 
 the sowing, we have ample time for at least three light cultivations 
 by horse power, which will destroy the started germs of a very 
 large portion of the weeds, that, under the planting system, would 
 have to be removed by the hoe. The manner in which trans- 
 planting should be done is referred to more at length under the 
 head of mangels. For turnips, the process requires only such 
 modification as their smaller size and greater delicacy render 
 obviously necessary. 
 
 The ground being in thoroughly good condition, and in all 
 respects suited for the production of a large crop, the most import- 
 ant consideration is the distance at which the rows are to be 
 placed, and the distance in the rows to which the plants are to be 
 
263 HANDY-BOOK OF HUSBANDRY. 
 
 thinned out. The temptation is always to plant at too narrow in- 
 tervals. The rows should never be nearer together than twenty- 
 seven inches, and even thirty would probably produce better results. 
 This gives ample room for thorough cultivation bv horse-power, 
 reducing the amount of hand-work to onlv the cultivation of the 
 rows themselves. The roots are thinned out at distances varving 
 from six to fifteen inches. Six inches is very much too close, and 
 fifteen inches may be a little wider than necessarv. It is believed, 
 however, that a larger weight of roots from a given area of land 
 will be produced if the plants stand at intervals of twelve inches 
 than if nearer together. At this distance, and with thirty inches 
 between the rows, the entire surface of the ground will be covered 
 bv the leaves, and each plant will have, not onlv ample feeding- 
 ground for its roots, but ample room for the largest development. 
 If ihe land is thoroughlv well pulverized, and enriched with per- 
 fect uniformitv, at these distances every root should be perfect. 
 
 When the crop is to be transplanted, the seed should be sown 
 in a thoroughly prepared seed-bed, about the middle of Mav. The 
 young plants should be dusted with soot, ashes, road dust, or 
 air-slacked lime, or with some other powder that will drive away 
 the skipping-beetle, which often causes serious loss. The rows 
 need not be more than twelve inches asunder, and the plants may 
 stand quite thickly in the row, at intervals of not more one-half 
 inch or one inch. The plants for an acre may, in this way, be 
 raised upon a few square rods of ground ; although, for fear of 
 accidents, it is always best to be liberal in this respect. The 
 amount of seed sown for the transplanting of an acre should be 
 not less than three-quarters of a pound ; and, if there is the least 
 danger that the seed mav not be ot uniformly good quality, it will 
 be poor economy not to use at least twice this quantity. The 
 seed-bed should be kept thoroughly clean, free from weeds, and 
 well pulverized ; and, if the weather is dry, should be occasionally 
 watered, in order that the plants mav be as strong and firm as pos- 
 sible at transplanting time. They should be set out in place, not 
 later than the middle of July, if the crop is intended for consump- 
 tion on the farm. But the first of August will be early enough, 
 
EOOT CROPS. 269 
 
 if it is intended for the market. In this latter case the seed-bed 
 need not be planted before June first. If, between the time of 
 planting the seed and setting out the plants in the field, the weather 
 is such that they threaten to grow to too large a size, they should 
 be retransplanted, and their growth in this way checked. Every 
 transplanting of turnips, or any thing else that bears transplanting 
 at all, has the effect of increasing the bushiness of the root, and, 
 ultimately, the stamina of the plant. Perhaps it would pay to sow 
 the seed as early as the first of May, and to transplant twice be- 
 tween that time and the first of August. These earlier trans- 
 plantings are accomplished with very little work, as they are done 
 by the process known as heeling in. A narrow furrow being 
 made with the end of a spade, and the plants set almost touching 
 each other against one side of the furrovv', the earth is returned and 
 pressed closely against them with the foot. Each transplanting 
 will check the growth of the leaves for a week or ten days, and 
 during this time the severed roots will establish themselves by 
 making several strong branches. When transplanted again, these 
 branches will branch again, and when the plant is finally put into 
 its place in the field, its feeding roots will be much more numer- 
 ous than if grown directly from the seed. 
 
 When the seed is sown directly in the field, the amount required 
 for an acre is about one pound ; and it should be distributed by 
 a drill-barrow, — Emery's and Holbrook's being probably the 
 best. The proper time for field planting is not very well de- 
 fined. For the production of large roots for home consump- 
 tion, possibly the middle of June would not be too early for 
 sowing ; — for market, however, from the seventh to the tenth 
 of July is quite early enough. If the seed germinates well, there 
 will be at least twenty times as many plants produced as are to be 
 left after the final thinning. Therefore, any slight attack of the 
 skipping-beetle may be disregarded ; but the field should be closely 
 watched, and if in anv place its ravages threaten to become seri- 
 ous, the plants should be carefully dusted. As soon as the plants 
 have grown to a sufficient size to mark the rows, the intervals 
 between them should be very lightly scarified by the horse-hoe, 
 
270 HANDY-BOOK OF HUSBANDRY. 
 
 although no sign of a weed may have shown itself. In fact, 
 the more frequently the ground is disturbed, and the more thor- 
 oughly the growth of weeds is nipped in the bud, the cheaper and 
 more complete will be the season's cultivation. It will, indeed, 
 be found profitable, if so much as from five to ten acres of roots 
 are grown, to keep a horse-hoe going constantly whenever the 
 land is sufficiently dry. When the turnips have produced one or 
 two rough leaves, the sides of the rows should be lightly hoed by 
 hand immediately after the passage of the horse-hoe. This will 
 destroy all weeds except those starting directlv in the line of the 
 turnips ; and when the leaves of these are three or four inches 
 long, the singling out should be carefullv done, leaving the strong- 
 est plants at inter\als of from ten to fourteen inches, and thor- 
 oughly cleaning all of the intervening ground. The effect of this 
 thinning on the appearance of the field is always such as to leave 
 a very poor promise of a crop, but within a few days the plants, 
 which have been deprived of the support of their neighbors, will 
 gain strength, assume a more stocky form, and commence their 
 real growth. From this time on, until the roots have a diameter 
 of about an inch, the hoeing by both horse and hand power can- 
 not be too frequent or thorough for profit. The best of all horse 
 cultivators, so far as my experience goes, is the light one-horse 
 steel subsoil plow, which can be run in well-cultivated land to a 
 depth of six or eight inches, and which produces such a thorough 
 disturbance of the mass of soil as it is difficult to accomplish in 
 any other way, while it is easily drawn, and is not apt to throw 
 dirt on to the leaves of the crop. If I were obliged to discard all 
 but one of my horse-hoeing implements, I should retain this one 
 for all work, including the horse-hoeing of corn. After having 
 attained the diameter of an inch, and being by this time thoroughly 
 cleaned, the crop had better be left to itself, unless the land is 
 unusually weedy ; — for the development of the roots of the turnips 
 so completely fills the soil, that even its very surface is occupied 
 by fibers, whose destruction would be injurious. The crop may 
 now be safely "laid by," and left to take care of itself until har- 
 vest time. If it is not now doing well, no effort of the farmer 
 
ROOT CROPS. 271 
 
 can help it. His care should have been applied during the previ- 
 ous autumn and spring, and during the earlier growth of the 
 plants. Nature will now do all that can be done, and, under 
 favorable circumstances, all that can be desired. 
 
 In cultivation by transplanting, very much of this labor may be 
 dispensed with. Soon after the plants are set out they should 
 receive one thorough horse cultivation and hand-hoeing, but they 
 will soon so far occupy the ground, that, except the use of the 
 subsoil plow, there is no room, and, indeed, no necessity, for 
 further cultivation. 
 
 The turnip has the one sreat advantage, that its harvesting may 
 be postponed until nearly all other farm work is closed for the 
 season. I have learned by ample experience that even the sever- 
 est freezing, provided the crop is not locked in the ground for 
 the winter, is rather beneficial than injurious. During the autumn 
 of 1867, my turnips were left out until after the thermometer had 
 marked 12 degrees Fahrenheit, yet they were excellent for the 
 table, and kept perfectly until late in the spring. If left, however, 
 all winter in the ground, in the latitude of New York or of Phila- 
 delphia, they would undoubtedly be destroyed by frequent freezing 
 and thawing. Even the leaves will bear severe frost without in- 
 jury. The only precautions that it is necessary to take are, not to 
 touch either tops or roots until the frost is thoroughly withdrawn, 
 and to be very careful not to postpone the harvesting so late that 
 they cannot be removed, free from frost, before winter finally sets 
 in. The harvesting is easy and simple, and requires no directions, 
 beyond the statement that the tops and the tap-roots should be cut 
 ofF, but that the turnip generally should not be " trimmed " until 
 it is required for use ; as each abrasion of the surface establishes 
 a weak point at which decay first attacks it, and the less cutting it 
 receives before being stored away, the better its chances for re- 
 maining sound until wanted. At this season of the year, the 
 leaves will bear stacking in considerable heaps without fermen- 
 tation, and may be rehed on as a source of valuable fodder for 
 some weeks. 
 
 During the harvesting of the crop, the roots may be thrown to- 
 la 
 
272 HANDY- 130 OK OF UUSliAXURY. 
 
 gether in heaps of from ten to twenty bushels, and covered with 
 a few leaves or a little earth, which will prevent their being attack- 
 ed by frost, until they can be finally put away for the winter. 
 
 CARROTS 
 
 These are an exceedingly valuable root for the farmer, and have 
 the advantage over turnips, that thev impart no unpleasant flavor 
 to milk and butter, and that they add somewhat to its richness 
 and color. For horses, they are especially good food, and, when 
 administered with oats and hav, have the effect of facilitating 
 their complete digestion. Carrots cannot be transplanted, and 
 the seed must be sown where they are to grow. As they form 
 very much less top than turnips do, the rows may be put much 
 closer together, although, unless hand labor can be obtained 
 to advantage, it will be necessary to make the distance sufficient 
 for the use of the horse-hoe. The seed is exceedingly slow in 
 its germination, and the crop is a perplexing one during the first 
 two or three weeks of its growth, as manv weeds, unless great 
 care is taken, will push beyond it and obliterate the rows. A 
 common fault in the cultivation of carrots is to plant the seed too 
 early in the season. Put in the ground early in Alay, as is a 
 quite common custom, the seed lies dormant, often for nearly a 
 month, during the whole of which time weeds are growing and 
 work is accumulating, at the busiest season of the year ; while 
 the plants, after they do come up, are so feeble that their early 
 growth is exceedingly slow. Certainly, the labor of cultivation 
 will be much less, and the amount of the crop probably quite 
 as great, if the seed is not planted till the tenth of June, the 
 preceding weeks having been industriously employed in the de- 
 struction by horse-power of the early sprouting weeds. It will 
 ordinarily be found that a crop planted at this time, will very soon 
 catch up with one that was put in the ground a month earlier ; 
 while the cost of its cultivation will not be one-fourth so much. 
 As soon as the rag-leaf of the plant is fairly shown, the crop 
 should be thinned out, as, owing to the length of the root, if it 
 
ROOT CROPS. 273 
 
 is left much later than this, there is danger that it will be broken 
 off at the crown and that a subsequent growth will ensue, re- 
 quiring the operation to be repeated. The distance at which the 
 plants should be left in the rows should not be less than six 
 inches, and probably even more than this would give a larger 
 crop. During the whole of the months of June and July, the 
 carrot field should be very closely attended to, and should be kept 
 thoroughly clean, as during all this time the growth of the plant 
 is slow, and the effect upon it of the growth of weeds is almost 
 disastrous. After this it will require less work, but at no time 
 should it be allowed to become absolutely weedy. 
 
 Carrots must be harvested before any severe freezing of the 
 ground takes place, and the roots should be immediately protected 
 against the action of even a slight frost, as any freezing, after 
 they are taken up, greatly increases their tendency to decay. 
 Properly harvested and well secured for the winter, however, 
 they keep perfectly well until spring. The yield of the crop will, 
 of course, depend very much on the character of the land, and 
 the care with which it has been cultivated. Probably no one 
 thing, however, affects the result so much as the perfection of the 
 thinning. In Rhode Island, where large quantities of carrots are 
 grown as a "stolen crop" between onions, and where the seed 
 is merely dropped between the rows of onions, sometimes a dozen 
 in a place, no thinning ever being done, two or three hundred 
 bushels is considered a large crop. In 1819, my father raised a 
 crop on very stony and naturally poor land, in Westchester 
 County, New York, thinning the plants to intervals of from six to 
 eight inches in the rows ; and received from the Westchester 
 County Agricultural Society, in 1820, the silver cup awarded for 
 the largest crop of carrots, on proof of a yield of over one thou- 
 sand bushels to the acre. In the description of the manner in 
 which the crop was raised, published in the Memoirs of the 
 Board of Agriculture of the State of New York, 1823, there 
 appears no evidence of any especially favorable circumstances 
 beyond the perfect natural drainage of the ground. The land 
 was stony, would produce only thirty bushels of corn to the acre 
 
274 liANDY-BOOK OF HUSBANDRY, 
 
 with tlic same amount of manure used for the carrots, and was 
 by no means such as would be selected as best adapted for the 
 growth of this crop. The large crop obtained was the result 
 mainly of very careful and very thorough management. In those 
 days of low prices the total cost of the cultivation and harvesting 
 was only $30 per acre — about three cents a bushel for the roots 
 produced. Of course, so cheap a result could not now be ob- 
 tained, and it is not likely that it ever can be again ; thoug.r when 
 we consider the relative value of the crop, as compared with that 
 of others requiring more or less labor, any yield nearly so large 
 as this must be obtained at a cheap rate. 
 
 As they require considerable more labor and are not quite so 
 easily kept in winter, carrots are not so valuable to the farmer as 
 either rutabagas or mangels. A small quantity should always be 
 raised as giving an excellent varietv in feeding -, but the main crop 
 should be of the other roots, unless there is some reliable local 
 demand for carrots, as there sometimes is, for feeding livery and 
 private horses. Whenever so high a price as 30 cents a bushel 
 can be relied on, and especially where women and children can 
 be hired to do the weeding and thinning, for a portion of the crop, 
 (on shares,) or for moderate daily wages, it will pay exceedingly 
 well to raise carrots. They may be raised, year after year, on 
 the same land ; and, if the crop is kept thoroughly cleaned 
 throughout the season, the work of weeding will be yearly less 
 and less. 
 
 Carrots are grown very largely in certain districts of New 
 England as a second crop among onions, and probably a great 
 deal of the accumulated capital of the farmers of the island of 
 Rhode Island has been derived from this double cultivation. 
 Latterly, the injury of the onion crop by the maggot has 
 greatly lessened the extent of their growth, and the consequent 
 production of carrots. The custom in Rhode Island is, to plant 
 the onions at regular intervals in narrow rows, planting a few car- 
 rot seeds between each two plants of every row. After the onion 
 crop is taken ofF the carrot has all the time that it requires to 
 make a handsome growth j but, owing to the fact that the carrots 
 
ROOT CROPS. 275 
 
 grow in bunches together and are not thinned, and that the land 
 is generally only cultivated to a slight depth, the produce is much 
 less than it is where they have a proper depth of soil, and stand 
 singly so that each plant may grow to its full size. One carrot, 
 two inches in diameter at the top and fifteen inches long, contains 
 a great deal more substance than do four carrots an inch in diam- 
 eter and only five inches long. 
 
 The variety of carrot that it is best to raise, taking into view 
 both its quality for feeding and the efi'ect of its coloring matter on 
 the product of the dairy, is the Long Orange. The White Bel- 
 gian produces more largely, but is inferior for use ; while the 
 Crecy, the Horn, and the Altringham, though richer and excel- 
 lent for the table, yield less. 
 
 MANGEL-WURZELS. 
 
 The mangel is the king of the root crops. The yield per 
 acre is larger, under favorable circumstances, than that of any 
 other root j the quality is much better than that of the common 
 turnip, and quite as good as that of carrots or rutabagas. It is 
 only exceeded in richness by the potato and the Jerusalem arti- 
 choke. The amount that it is possible to produce from an acre 
 of land has probably never been definitely ascertained, for there 
 has never been an acre grown on which all of the plants were so 
 large and perfect as individual plants frequently are. 
 
 If I had land exactly suited to the cultivation of this root, and 
 were so circumstanced that I could give it as much manure as it 
 could make profitable use of, and could give the land and the 
 plants in all respects the fullest opportunity to do their best, the 
 limit ot my m.odest ambition would be two thousand bushels per 
 acre, or fifty tons of roots. 
 
 To descend from the possible to the actual, instances are nu- 
 merous of the production of from ten to thirteen hundred bushels 
 per acre ; and there is no crop that is grown which, in proportion 
 to the amount of labor required for its production, is so profitable 
 as this. Three hundred and forty-one pounds of mangels are 
 
276 HANDY-BOOK OF UUSBANDRT. 
 
 equal in feeding value to one hundred pounds of the best meadow 
 ha\ , and eight and a half tons from an acre of land have the same 
 actual nutritive value, as proven by experiment, as have two and 
 a half tons of hav, which is a remarkably good yield from an acre 
 of excellent grass land, laid down with much expense, and its 
 crop harvested and stored with care. Of course the labor required 
 for the production of the mangel crop is larger, area for area, than 
 is required for the hav crop, — \cry much larger, — but it bears no 
 proportion to its excessive superioritv in feeding value. 
 
 There are two varieties of mangel that are grown quite largely, 
 and it is still questionable which, if cither, is superior to the other. 
 These are the Long Red, and the Yellow or Orange Globe, — 
 the former growing chieflv out of the ground, often to a length of 
 eighteen or twenty inches, and sometimes even more, and having 
 a circumference nearly equal to its length. The Yellow Globe 
 is almost a perfect sphere, and has been grown to a diameter of 
 thirteen inches. 
 
 The crop requires the whole growing season for its perfection, 
 and the seed should be sown as early in spring as the danger of 
 late frosts will allow. Fresh seed germinates readily, and it prob- 
 ably would not be safe to plant, in the latitude of New York, 
 much earlier than the loth of May. The preparation of the land 
 should be the perfection of all that has been described in the early 
 part of this chapter. Depth of thorough cultivation, completeness 
 of drainage, and the richest possible manuring, are all necessary to 
 the best results. The crop may be grown cither on the flat or on 
 ridges. The rows should be at least thirty inches apart (many 
 consider three feet none too much), and the plants should stand 
 twelve, or, better, fifteen inches asunder in the rows. The dis- 
 tance between the rows, and the intervals between the plants, 
 should be regulated according to the richness of the ground. It 
 is desirable that during the latter part of the season the entire sur- 
 face should be covered by the leaves of the crop, and especially 
 desirable that these leaves should not crowd each other by reason 
 of too narrow intervals. 
 
 Mangels may be grown by planting the seed where the crop is 
 
ROOT CROPS. 277 
 
 to stand, or by transplanting. After several years of experiment, 
 I am induced to recommend the system of transplanting. The 
 plants may be grown in the seed-bed to a considerable size ; — in 
 fact, it is better not to remove them until the roots are, on the 
 average, as thick as one's thumb, or even an inch in diameter. 
 This will bring the removal to so late a period that the ground on 
 which they are to grow may be thoroughly cultivated and cleaned 
 of weeds, so that a single hand-hoeing, one horse-hoeing, and one 
 thorough cultivation between the rows with the one-horse steel sub- 
 soilplow will be all that the plant requires. If the seed is sown 
 in place, it should be sown thickly by a seed-drill, say at the rate 
 of six pounds to the acre ; for, in view of the occasional defective 
 germination of the seed, it is best to secure one's self against the 
 possibility of loss from this source, — the cost of the extra seed 
 being a slight insurance as compared with the general result. The 
 rows should he kept thoroughly clean, and the plants slightly 
 thinned out, that is, so that only one shall stand within the space 
 of an inch. As soon as the fleshy leaf commences to show itself, 
 and at about the third hoeing, the rows should be thinned to the 
 intervals recommended above, and every weed, however small, 
 should be carefully taken out. After this time about the same 
 cultivation will be required that is necessary for the transplanted 
 crop. In transplanting, the following plan will be found safe, 
 economical, and satisfactory. The land having been put in a 
 good state of preparation and thoroughly cleared of weeds, scarify 
 the surface with a cultivator, and pass a roller over it to crush 
 such lumps as may remain, and then rake the field by hand with 
 common wooden hay-rakes. The first operation is the marking 
 of the lines, and I have found that this may be cheaply and rapidly 
 done by the use of a cord (common tarred spun yarn is as good as 
 any thing), long enough to reach from one side of the field to the 
 other. Let one man hold each end of the line, standing at oppo- 
 site sides of the field and near to one side, drawing the line per- 
 fectly straight, laying it in the position intended for the first row, 
 and securing the ends by stakes pressed into the ground. Let 
 them now walk toward each other, placing the whole length of 
 
278 HANDY-BOOK OF HUSBANDRY. 
 
 the foot upon the line at each step. When they reach the middle 
 they return rapidly to the end, and, each being provided with a 
 gauge marking the distance, move the line to its second position 
 and walk over it as before, — proceeding in this manner until the 
 whole field, or so much of it as can be planted in one day, is 
 marked out. The indentation made in the ground by the line 
 under the foot will be clear and sufficient for the purpose. This 
 plan has the advantage of being nearly as rapid as marking out by 
 the plow, and of making perfectlv straight lines at absolutelv uni- 
 form distances. The whole cost of the operation detailed need 
 not exceed two dollars per acre, including the scarifying, rolling, 
 and raking ; — and the straightness of the rows and the finely com- 
 minuted condition of the ground will amplv compensate for this 
 in subsequent cultivation ; while the appearance of the crop will 
 be much more satisfactory than if the lines were not perfectly 
 straight. 
 
 Transplanting is regarded by those who are not accustomed to 
 it as a great bugbear ; and the objection that is most frequently 
 raised to this system of cultivating roots is based on the cost of 
 the operation. Until a little experience is gained, the objection 
 has some value ; but as soon as one is accustomed to the use of 
 the dibber, it will be found that the labor of setting out an acre of 
 plants is less than that of weeding a sowed crop the first time, 
 or of thinning out in the second hoeing ; while the effect of 
 the transplanting on the roots is most beneficial, and the crop 
 produced will be enough larger than is possible by the other pro- 
 cess to fully repay the cost. 
 
 In transplanting not only mangels, but turnips, cabbages, and, 
 indeed, all plants, the work can in no way be done so rapidly and 
 so well as by the use of the dibber, which is a stick about a foot 
 long and an inch in diameter, having an iron-shod point. This 
 tool may be made by any blacksmith, and should find a place on 
 all farms where roots are grown. It is universally used by the 
 market gardeners in the vicinity of New York ; and the rapidity 
 with which its work is accomplished in the hands of a skillful 
 man is truly remarkable. My foreman, who has had ten years' 
 
ROOT CROPS. 279 
 
 experience in market gardening, can, with a boy to drop them, 
 set out nine thousand plants in a day, and it is rarely that a single 
 plant fails. 
 
 The field being ready, the plants should now be drawn from 
 the seed-bed, the largest being; selected first. The crown of the 
 plant being held in the hand, the leaves should be cut off about 
 six inches above the crown, and the point of the tap-root a little 
 below the swelling. The plants should be stacked up so that the 
 leaves will all lie in one direction, and should be covered from the 
 rays of the sun. Each planter should be preceded by a boy carry- 
 ing a basket of plants, which he drops down across the line with 
 the tops toward the left hand of the planter, who follows him. 
 The latter, bending his back for his day's work, picks up the plant 
 with his left hand, makes a hole with the dibber, sets the root 
 in about half an inch below the crown, and by a peculiar twisting 
 thrust of the dibber compacts the earth about the root. If there 
 are men enough, one should be detailed to follow each two or 
 three planters, pressing lightly with his foot over the hole left 
 by the dibber, so as to compact the earth still more around the 
 newly-set plant, and the operation is done. It is better, of course, 
 to select cloudy or damp weather for this work ; and it should 
 never be performed during a drought, if there is a hope of rain 
 within a week. The cutting off of the leaves, as it very much 
 reduces the evaporation of water by the plant, enables it to 
 remain nearly dormant until its newly-formed roots have taken 
 hold upon the soil. For ten days or two weeks after trans- 
 planting, but little evidence of growth can be seen ; but from 
 that time on the growth is rapid and uniform ; so that, if the 
 land is in good condition and the plants all good, there will be 
 an equality of appearance over the whole field that cannot be 
 equaled by the most successful cultivation by means of seed 
 planting. If the dryness of the ground is very great, and it 
 is not deemed advisable to wait for a rain, the following operation 
 will be found beneficial : Take equal parts of garden loam and 
 cow-dung, mixing, if convenient, a little guano or superphosphate 
 of lime with the mass, and make it into a semi-fluid paste with 
 
280 HANDY-BOOK OF HUSBANDRY. 
 
 water. Into this dip each handful of roots, as thev are trimmed, 
 on being first taken from the bed. So treated, mangels, cabbages, 
 and, probably, rutabagas, can be set out even in the drvest 
 weather with success -, and in anv case this addition of a rich 
 fertilizer at the point at which the new roots are to seek their first 
 food will be found advantageous. 
 
 The process of growth of the mangel, and probably of all root 
 crops, is about as follows: — 
 
 During the early stages the energies of the plant are devoted 
 chiefly to the forming of leaves ; and, even after these have 
 attained sufficient size to absorb atmospheric matter, the growth 
 is confined chiefly to their extension. Later in the season, by the 
 transformation of the contents of the cells of the lea\es, these 
 contents, again becoming soluble, pass down and increase the bulk 
 of the root. Thus we see at harvest time that a large proportion 
 of the leaves of the crop have withered and fallen away. It is the 
 erroneous custom, in many districts, to forestall this withering by 
 stripping them off, and using them for cattle food. It is hardly 
 necessary to say that this custom results in great detriment to 
 the crop, as the roots are thus robbed of a large part of the 
 matter which it is the design of nature to store in them for winter 
 use or for the next season's seed-growing. The crop should be 
 left entirely untouched after the leaves have covered the ground 
 until harvest time, which should be before any frost severe enough 
 to seriously affect the roots themselves. Early frosts have but 
 slight effect, even on the leaves, and so long as the ground is well 
 shaded from the morning sun, a slight freezing of the roots does 
 no harm, as the frost will be withdrawn bv the gradually increas- 
 ing heat of the air, before the cuticle is struck by the direct rays 
 of the sun. 
 
 In harvesting mangels, the leaves should be twisted or torn off 
 by hand, and not cut off by a knife, — it having been found that 
 cutting induces early decay. As the root grows chiefly above 
 ground, and is rather smoothly rounded even under the surface 
 of the earth, it is not necessary to trim off the rootlets, which 
 are of but very little amount. As the roots are stripped they 
 
ROOT CROPS. 281 
 
 should be laid on the row, or, at most, each three rows 
 should be laid on the line of the middle one, the leaves being 
 deposited in the intervening spaces. They should be left in this 
 situation until they become thoroughly dry, a slight wilting being 
 beneficial. While turnips and carrots mav be thrown together in 
 heaps, or even thrown into carts, mangels require to be handled 
 in the most careful and delicate way, for a slight abrasion of 
 the skin hastens decay. They should be laid with care into 
 baskets, and emptied thence with equal care into carts, from 
 which they should be subsequently removed by hand, and not 
 dumped. As the work of this season is generally pressing, and as 
 it is not well to put roots into warm winter quarters until the 
 weather becomes permanently colder, it is a good plan to stack 
 mangels in the held, in heaps containing from ten to twenty bush- 
 els, covering them first u'ith leaves and then with a little earth, to 
 secure them against frost ; but before the weather becomes cold 
 enough to penetrate this thin covering they should be removed to 
 the cellar, or stowed away in pits or banks where thev may 
 be safely left even until May. Mangels, as well as other roots, 
 may be stored in the field in either of two ways. One plan is, to 
 build them up compactly in heaps about five feet wide, and as long 
 as the quantity to be stored makes necessary. Thev should be 
 drawn together to a ridge at the top, and at intervals of about ten 
 feet along this ridge trusses of straw should be built in, projecting 
 about two feet above it. The whole heap should then be covered 
 about six inches thick with straw, (long straw running up and down 
 the sides is best,) and later, the whole should be covered a foot 
 thick with earth, leaving only the trusses sticking out, for ventila- 
 tion, l^he earth should be taken from a trench dug completely 
 around the heap, and a sufficient drain should lead away from this. 
 Probably it would be best to so regulate the size of the heaps, that 
 when one is opened its entire contents can be put into the root- 
 cellar at once. If this is not done, the end of the heap that is 
 left when a part of the roots are removed must be covered as 
 above directed. 
 
 The other plan, which we think preferable to the foregoing, is 
 
282 HANDY-BOOK OF HUSBANDRY. 
 
 to Store the roots in a trench in the ground, three feet deep and 
 four feet wide. Commence by building up a tier of roots entirely 
 across one end of the trench, and extending back two teet from 
 the end, sprinkling a little fine earth or sand among the la\ ers to 
 exclude the air. After this tier is built to the top, commence a 
 second one, six inches from the first ; and, as vou build up, fill 
 the space between the two with earth. Proceed in this manner, 
 laying up successive tiers, until the trench is filled. Then cover 
 the whole with a thin layer of straw, to be increased gradually in 
 thickness as the weather becomes colder. After the first six 
 inches of straw are put on, there is more to be feared from too 
 great heat than from frost ; although, after the winter has fairly 
 set in, the covering (being beaten down by rain and snow) should 
 be at least ten or twelve inches thick. Roots stored in this way 
 may be taken out as wanted, (one tier at a time,) and usually keep 
 better than in over-ground ridges. Of course the ground must be 
 naturally dry at all seasons, for the whole depth of the trench, or 
 it must be artificially drained. 
 
 The same caution against too rapid covering should be used in 
 the case of the ridge system, and in no case should corn-stalks be 
 used for covering, as these are very apt to decay and communi- 
 cate decay to the roots. 
 
 PARSNIPS. 
 
 Parsnips can hardly be regarded in this country as a farm crop ; 
 for, while they are excellent for feeding and their productiveness 
 is bountiful, the labor of digging the crop is serious, and, either in 
 the autumn or in the spring, is likely to interfere with other opera- 
 tions. At the same time, these roots possess the great advantage 
 of remaining in the ground where they are grown without protec- 
 tion during the severest winter, coming out in perfect condition at 
 any time before their second season's growth has commenced in 
 the spring. They should be planted, and cultivated in all respects, 
 as has been directed for carrots, — sa\e that the intervals between 
 the plants in the rows should not be less than eight inches. 
 
CHAPTER XII. 
 
 FORAGE CROPS. 
 
 In its widest sense, the term forage crops applies to all herba- 
 ceous plants which are used as food for domestic animals. Such 
 grasses, however, as are chiefly grown for hay, are so familiar 
 to all farmers, that in a book of the character ot this' they may 
 well give place to other matters about which information is now 
 more generally sought, and I shall confine my attention mainly to 
 such plants as are grown for green fodder, — whether for a com- 
 plete system of " soiling," or for an occasional feed where 
 pastures are not reliable. 
 
 The great crops for these purposes in this country, are : Indian 
 Corn -, Sorghum, or Chinese Sugar-Cane j Clover ; Oats ; Rye ; 
 and Millet. 
 
 " Sowed Corn " is familiar to all good farmers, and all who 
 have grown it under favorable circumstances, will concede that it 
 produces much more food on a given area than any other grass 
 that we have, unless it be its congeiier^ Chinese sugar-cane, or 
 sorghum. It has the drawback of not being very early, and of 
 not withstanding the early autumn frosts ; it must be planted late 
 enough to avoid the late frosts of spring, and it must be harvested 
 before the weather becomes severe in the fall. But, during the 
 intense heats of summer, it grows (on rich and well-drained land) 
 as nothing else will, affording, during August and September, a 
 most luxuriant supply of the very best food for all animals not 
 kept for work. Even swine will thrive on it as they will on 
 hardly any thing else, and for milch cows it is unequaled by any 
 thing with which we are acquainted. 
 
284 HAXDY-BOOK OF UUsBAMjliY. 
 
 It is supposed by some who have little experience in the matter 
 that green corn fodder lessens the flow ot milk and reduces the 
 quantity of butter. To this opinion 1 am able to oppose my own 
 experience of the past summer (1869) in the management of a 
 herd of Jersey cows. The quantity of milk was not definitely 
 ascertained, but it was easy to see that the corn increased the 
 flow much more than any other feed. During the months of 
 June and Julv, the weekly average of butter was ^^-^**^ lbs., 
 — the animals being copiously supplied with the best of clover, 
 and with green oats. During August and September, when we 
 fed, practically, nothing except green corn fodder, the average 
 per week was SJ-fVo ^^^- ^^ butter, of even a finer quality and a 
 better flavor. 
 
 But few farmers, even of those who are in the yearly habit of 
 planting a little sowed corn, know what the crop is capable of. 
 They usually prepare a small corner of a field on which they sow 
 the seed broadcast^ and harrow it In. For want of air and light, 
 and from the compactness of the surface, the growth has a pale 
 and sickly look, and the produce is very much less than it should 
 be. 
 
 The land intended for this use should be the richest and best 
 prepare;;! on the whole farm, and the seed should be put in in 
 drills at least three feet apart^ so that they may be thoroughly 
 worked out with the cultivator, or horse-hoe, at least three times 
 during the early growth, and so that there may be an abundant 
 circulation of air, as well as a free access of light. It is a common 
 mistake, when the corn is planted in drills, to put in so little seed 
 that the stalks grow so large and strong that they will be 
 rejected by the cattle, only the leaves being consumed. There 
 should be at least forty grains to the foot of row. This will take 
 from four bushels to six bushels of seed to the acre, but the result 
 will fully justify the outlay, as the corn standing so close in the 
 row will grow fine and thick, and when it is fed out the whole 
 stalk will be consumed. 
 
 The variety planted is important. The hard. Northern varie- 
 ties of corn, which do not produce a luxuriant growth of stalk and 
 
FOF.AGE CROPS. 285 
 
 leaf, are not nearly so good as the gourd-seed varieties, and of these 
 the large, white. Southern corn is much better than the yellow 
 corn of the West. 
 
 There is no doubt that sweet corn is better for forage than any 
 other variety, as even the stalk contains much more sugar ; but the 
 seed is costly, and is sometimes not to be obtained at any price, 
 while " white Southern " is always to be had in abundant supply, 
 and it is — in the absence of sweet corn — good enough to satisfy 
 any reasonable man. 
 
 My crop of this variety, during the past season, — planted as 
 above described, — grew to a height of six feet, and occupied the 
 whole area, — the leaves interlacing between the rows, — as com- 
 pletely as a heavy crop of any grass would do, I had no means 
 of measuring the precise quantity grown, but I am confident that 
 it would have made eight tons per acre, dry weighty while so far as 
 I could judge from its effect when fed green, as compared with 
 green grass, it would have been fully equal to eight tons of the 
 best hay. When at its full growth, a half rod of it was ample 
 for the daily support of a cow in full milk, while young stock and 
 swine flourished on it as well as they possibly could have done on 
 any other feed. 
 
 The most profitable time to cut corn fodder, whether for green 
 feeding or for curing, is when one half of the plants are in full 
 tassel. At this stage the nutritive constituents are the most evenly 
 distributed throughout all parts of the plants. 
 
 The best means of curing fodder corn is a question that has long 
 occupied the attention of thoughtful farmers, but as yet no satis- 
 factory result has been attained. It seems almost impossible to 
 thoroughly dry a heavy crop on the ground on which it is grown. 
 I have tried many experiments, and the best one I have thus far 
 been able to hit upon has been to spread it as evenly as possible 
 during the hottest days of September, occasionally turning it by 
 hand. Even after two weeks of such exposure it contains too 
 much water for safe storing, while the effect of dews and rains 
 must be very injurious. Unless some means of drying it rapidly 
 and cheaply by artificial heat can be devised, I see no hope of being 
 
286 U A X D Y - B K OF U U S D A X D 11 Y . 
 
 able to store it properly for winter use. It may now be made dry 
 enough to be put up in small stacks, (butts outward,) but this is far 
 less satisfactory than it would be to store it securely in a tight 
 barn or a well-thatched, large stack. 
 
 The main crop should be planted at the usual time of planting 
 corn for grain, but, so far as it is desired to secure a succession of 
 fodder during the pasturing season, it may be advisable to plant at 
 intervals until the middle of July. 
 
 When no suitable implement is available, the planting may be 
 rapidly done by hand, but I have found a grain drill, with all but 
 the middle one and outer two teeth removed, (the hopper being 
 arranged to dcliser onlv to these teeth,) a perfect tool for the pur- 
 pose, planting three rows at a time as fast as a team can walk, and 
 planting them very evenly. After planting, it is well to pass over 
 the ground with a heavy roller, and as soon as the rows can be 
 distinguished the cultivator should be set at work, — keeping the 
 ground always loose and light, until the corn is so thick that a 
 horse cannot pass through it without material injury. 
 
 Sorghum (or Chinese sugar-cane) is very similar to Indian 
 corn, and, as it contains more saccharine matter, it may be, in 
 those parts of the country in which it thrives, even better as a green 
 fodder ; but, as I ha\'e had no experience with its growth for this 
 purpose, I cannot speak positivelv about it. 
 
 From the greater amount of sugar it contains, it would probably 
 be more likely to sour in curing. 
 
 Clover. — After Indian corn, there is no forage crop to com- 
 pare with red clover, and if we take into account its effect on the 
 land, it should be placed at the very head of the list, for, while 
 Indian corn requires rich land and ample manuring, clover is the 
 most fertilizing crop that is grown, and may justly be called the 
 poor man's manure. 
 
 Wc constantlv meet in ao;ricultural writings the statement that 
 clover benefits the land because it derives most of its constituents 
 from the atmosphere. This is an absurd reason, because every 
 
FORAGE CROPS. 287 
 
 plant that is grown has precisely the same peculiarity, and there 
 is, practically, no difference among all of our crops as to the pro- 
 portions in which they take their constituents from the soil and 
 from the atmosphere. The whole reason for the fertilizing effect 
 of clover has never been satisfactorily set forth, and science seems 
 to be thus far at fault in its investigations on this subject. Some 
 things, however, are definitely known which help to account for 
 the manurial value of this crop. 
 
 Clover is a vervstronglv tap-rooted plant, striking its feeders deep 
 into the earth and finding nutriment where the more delicate roots 
 of cereal plants would be unable to go. The proportion which the 
 roots bear to the top is very large, and on the removal of the crop 
 these are all left to decompose and add their elements to the soil. 
 Not only does the soil in this way receive a large amount of fer- 
 tilizing matter taken from the atmosphere or developed in the sub- 
 soil, but the very mechanical structure of the root causes a fertile 
 channel to be left, reaching into the lower soil, and easily traversed 
 by the roots of succeeding plants, while the carbonaceous matter 
 that remains after the decomposition of the clover root increases 
 the porosity of the soil and adds very much to its ability to retain 
 moisture. 
 
 Lands that have been exhausted by long-continued cropping, 
 without manure, if they can be made to produce even a small crop 
 of clover, may be, by its persistent growth, rapidly and cheaply 
 restored to the highest fertility. Not only will the growth of 
 clover restore the carbonaceous matter that repeated cultivation 
 has burned out of the ground, but its vigorous and deeply penetrat- 
 ing roots extract valuable constituents from the stubborn sub- 
 soil, and these, disseminated through the entire root, remain, on its 
 death and decay, easily available for the uses of succeeding crops. 
 
 Thus much concerning the effect of this crop is easily compre- 
 hended, but there are other facts with regard to it that are not so 
 readily explained. For instance, it is amply proven that when 
 the second crop is fed off on the land, the manure that it makes 
 being deposited upon it, the effect on the succeeding crop is less 
 favorable than when this second growth is allowed to ripen into 
 
 19 
 
288 HANDY -BOOK OF HUSBANDRY. 
 
 seed, and the whole is harvested and removed from the land. 
 This branch of the question is thoroughlv discussed in a paper bv 
 Dr. Voelckcr, which is published hereu'ith ; but it seems probable 
 after all, — so great is the manurial influence of clover, — that it 
 must actuallv absorb and appropriate into its own substance the 
 nitrogen of the atmosphere, though there is no proof, and as vet 
 no means of proving that this process actuallv takes place. 
 
 The paper of Dr. Voelcker referred to above, is copied entire 
 from the " Journal of the Roval Agricultural Societv of England." 
 
 (This paper is so thoroughly scientific and valuable, and is so 
 logically arranged from beginning to end, that it would be unfair 
 to its author to attempt any condensation of it. Everv farmer 
 who cares to consider the reasons for what he does, who realizes 
 the importance of understanding nature's modes of operations, will 
 find its careful perusal to be of the greatest value. Those who, 
 from lack of information or lack of time, desire onlv to know the 
 conclusions to which it leads, will find them conclusively stated 
 in the summary with which it closes.) 
 
 "on the causes of the benefits of clover as a prepara- 
 tory CROP for wheat. by dr. AUGUSTUS VOELCKER. 
 
 " Agricultural chemists inform us that, in order to maintain the 
 productive powers of the land unimpaired, we must restore to it 
 the phosphoric acid, potash, nitrogen, and other substances which 
 enter into the composition of our farm crops ; the constant re- 
 moval of organic and inorganic soil-constituents bv the crops usu- 
 ally sold off the farm, leading, as is well known, to the more or less 
 rapid deterioration and gradual exhaustion ot the land. Even the 
 best wheat soils of this and other countries become more and 
 more impoverished, and sustain a loss of wheat-yielding power, 
 when corn crops are grown in too rapid succession without 
 manure. Hence the universal practice of manuring, and that, 
 also, of consuming oil-cake, corn, and similar purchased food on 
 land naturally poor, or partially exhausted by previous cropping. 
 
 " While, however, it holds good, as a general rule, that no soil 
 can be cropped for anv length of time without gradually becoming 
 more and more infertile, if no manure be applied to it, or if the 
 fertilizing elements removed by the crops grown thereon be not, 
 
FORAGE CROPS. - 289 
 
 bv some means or other, restored, it is nevertheless a fact that after 
 a heavy crop of clover carried off as hav, the land, far from being 
 less fertile than before, is peculiarlv well adapted, even without 
 the addition of manure, to bear a good crop of wheat in the fol- 
 lowing year, provided the season be favorable to its growth. This 
 fact, indeed, is so well known that many farmers justlv regard the 
 growth of clover as one of the best preparatorv operations which 
 the land can undergo in order to its producing an abundant crop 
 of wheat in the following vear. It has further been noticed that 
 clover mown twice leaves the land in a better condition as regards 
 its wheat-producing capabilities, than when mown once for hav, 
 and the second crop fed off on the land by sheep ; for notwiih- 
 standing that in the latter instance the fertilizing elements in the 
 clover crop are in part restored in the sheep excrements, yet, con- 
 trary to expectation, this partial restoration of the elements of 
 fertility to the land has not the effect of producing more or better 
 wheat in the following year than is reaped on land from off which 
 the whole clover crop has been carried, and to which no manure 
 whatever has been applied. 
 
 " Again, in the opinion of several good practical agriculturists 
 with whom I have conversed on the subject, land, whereon clover 
 has been grown for seed in the preceding vear, yields a better crop 
 of wheat than it does when the clover is mown twice for hav, or 
 even only once, and afterward fed off by sheep. Most crops 
 left for seed, I need hardly observe, exhaust the land far more 
 than they do when they are cut down at an earlier stage of their 
 growth ; hence the binding clauses in most farm leases which 
 compel the tenant not to grow corn crops more frequentlv nor to 
 a greater extent than stipulated. However, m the case of clover 
 grown tor seed, we have, according to the testimony of trust- 
 worthy witnesses, an exception to a law generally applicable to 
 most other crops. 
 
 " Whatever may be the true explanation of the apparent anoma- 
 lies connected with the growth and chemical history of the clover 
 plant, the facts just mentioned having been noticed, not once or 
 twice only, or by a solitary observer, but repeatedly, and by num- 
 bers of intelligent farmers, are certainly entitled to credit ; and 
 little wisdom, as it strikes me, is displayed by calling them into 
 question, because they happen to contradict the prevailing theorv, 
 according to which a soil is said to become more or less impover- 
 ished in proportion to the large or small amount of organic and 
 mineral soil-constituents carried off in the produce. 
 
 " Agricultural experiences contradicting prevailing and, it may 
 
290 HANDY-BOOK OF HUSBANDRY. 
 
 be, generallv current theories, are, unless I am much mistaken, of 
 far more common occurrence than mav be known to those who 
 are either naturally unobser\ant or unacquainted with manv of the 
 details of farmini^ operations. Indeed, an interesting and instruc- 
 tive treatise might be written on the apparent anomalies in agri- 
 culture, and a collection of trustworthy facts of the kind alluded 
 to would afford valuable hints to intelligent farmers, and suggest 
 matter for inquiry to chemists and others engaged in scientific 
 pursuits, 
 
 " To me it seems inconsistent with the exercise of common 
 sense, and opposed alike to the whole tenor of a well-regulated 
 mind and the progress of scientific agriculture, to discuss agricul- 
 tural matters in the dogmatic spirit too often so painfullv observa- 
 ble when people meet together for the discussion of subjects 
 relating to tarm practice ; but still more painful is the spirit which 
 pervades the writings of certain scientific men who are bold 
 enough, from isolated or even a number of analogous facts, to 
 frame general and invariable laws, in accordance with which they 
 propose to regulate the profession of agriculture. That there are 
 certain fixed laws which determine the growth of the meanest herb 
 and the mightiest forest tree, no one can gainsav, but it may well 
 be doubted whether our corn or forage crops would remain as 
 flourishing as they at present are, if, in preference to some pretty 
 theory, the farmers of England suddenly threw aside their past 
 experience, and endeavored to grow corn in accordance with a 
 mathematical formula which men may fancy they have discovered, 
 and by which they may suppose the development of our corn- 
 crops to be governed. Even great men, by taking too general, or, 
 as it is often erringly termed, a comprehensive view of agricultural 
 matters, sometimes totally misrepresent the very law they are 
 endeavorino; to establish. 
 
 ^ . . . 
 
 '* The patient investigation of manv of these details, with which 
 those only are perfectly familiar whose daily occupation is in the 
 field or in the feeding-stall, is, however, often rewarded by suc- 
 cess. Mysteries which puzzle the minds of intelligent farmers 
 are cleared up, the influences which modify a general rule or prac- 
 tice in farming operations are clearly recognized, and by degrees 
 principles are established, which, assigning the benefits or disad- 
 vantages of a certain course of proceeding to their real cause, 
 must ever tend to confirm the experienced in good practice, 
 and afford valuable hints in guiding those inexperienced in farm 
 management. 
 
 ** In the course of a long residence in a purely agricultural dis- 
 
FORAGE CROPS. 291 
 
 trict, I have often been struck with the remarkably healthy appear- 
 ance and good yield of wheat on land from which a heavy crop 
 of clover hay was obtained in the preceding year. I have likewise 
 had frequent opportunities of observing that, as a rule, wheat 
 grown on part of a field whereon clover has been twice mown for 
 hay is better than the produce of that on the part of the same field 
 on which the clover has been mown only once for hay, and after- 
 ward fed off by sheep. These observations, extending over a 
 number of years, led me to inquire into the reasons why clover is 
 specially well fitted to prepare land for wheat, and in the paper 
 which I have now the pleasure of laying before the readers of the 
 'Journal^ I shall endeavor, as the result of my experiments on the 
 subject, to give an intelligible explanation of the fact that clover 
 is so excellent a preparatory crop for wheat as it is practically 
 known to be. 
 
 *•' By those taking a superficial view of the subject, it may be 
 suggested that any injury likely to be caused by the removal of a 
 certain amount of fertilizing- matter is altogether insignificant, and 
 more than compensated for by the benefit which results from the 
 abundant growth of clover roots and the physical improvement in 
 the S'~>il which takes place in their decomposition. Looking, how- 
 ever, more closely into the matter, it will be found that, in a good 
 crop of clover hay, a very considerable amount of both mineral 
 and organic substances is carried off the land, and that if the total 
 amount ot such constituents in a crop had to be regarded exclu- 
 sively as the measure tor determining the relative degrees in which 
 different farm-crops exhaust the land, clover would have to be 
 described as about the most exhausting crop in the entire rotation. 
 
 " Clover-hay, on an average, and in round numbers, contains in 
 lOO parts : — 
 
 Water '. r 7 o 
 
 *NitiogL-nous substances (flesh-forming matters) 156 
 
 Non-nitiogt-nous compounds 59 9 
 
 Mineral matter (ash) 75 
 
 lOO'O 
 * Containing nitrogen 2'S 
 
 "The mineral portion or ash in 100 parts of clover-hay con- 
 sists of — • 
 
 Phosphoric acid 75 
 
 Sulphuric acid 4'3 
 
 Carbonic acid 1 8 -o 
 
 Silica 30 
 
292 
 
 II A N D Y - B K OF U U S li A N D R Y . 
 
 Lime 300 
 
 M.ij;nL-sia ^'S 
 
 Po;ash ao o 
 
 Soda, chloride of sodium, oxide of iron, sand, loss, etc 8'7 
 
 " Let us suppose the land to have yielded 4 tons of clover-hay 
 per acre. According to the preceding data we find that such a 
 crop includes 224 lbs. of nitrogen, equal to 272 lbs. ot ammonia, 
 and 672 lbs. of mineral matter or ash constituents. 
 
 " In 672 lbs. of clover-ash we find — 
 
 Phosphoric acid 51^ lbs. 
 
 Sulphuric acid 29 
 
 Carbonic acid 1 - 1 
 
 S lica 20 
 
 Lime 20 1 
 
 M ignesia 57 
 
 Potash I34i 
 
 Soda, ciiloride of sodium, oxide of iron, sand, etc 58 
 
 672 lbs. 
 
 " Four tons of clover-hav, the produce of one acre, thus con- 
 tain a lartre amount of nitrogen, and remove from the soil an enor- 
 mous cjuantity of mineral matters, abounding in lime and potash, 
 and containing, also, a good deal ot phosphoric acid. 
 
 '' Leaving, for a moment, the question untouched, whether the 
 nitrogen contained in the clover is derived from the soil or from 
 the atmosphere, or partly from the one and partly from the other, 
 no question can arise as to the original source from which the 
 mineral matter in the clover-produce is derived. In relation, 
 therefore, to the ash-constituents, clover must be regarded as one 
 of the most exhausting crops usually cultivated in this country. 
 This appears strikingly to be the case when we compare the pre- 
 ceding figures with the quantity of mineral matters which an 
 average crop of wheat removes from an acre of land. 
 
 " The grain and straw of wheat contain, in round numbers, in 
 100 parts : — 
 
 Water 
 
 ♦Nitrogenous substances (fli-sh-forming matters). 
 
 Nonnltroyon ms substances 
 
 Mineral matter (ash) 
 
 Containing nitrogen. 
 
 Grain of Wheat. 
 
 Straw. 
 
 150 .. 
 
 160 
 
 Ill 
 
 40 
 
 722 
 
 • 7+-9 
 
 17 
 
 • S' 
 
 loo'o 
 
 I OO'O 
 
 178 
 
 •64 
 
FORAGE CROPS. 
 
 293 
 
 " The ash of wheat contains in lOO parts : — 
 
 Phosphoric acid 50"0 
 
 Sulphuric acid. 0-5 
 
 Carbonic acid 
 
 Silic 
 
 2-5 
 
 Lime 35 
 
 Magnesia I J 5 
 
 Potash - 300 
 
 Soda, chloride of sodium, oxide of iron, sand, etc ... . 20 
 
 Straw. 
 50 
 27 
 
 5 5 
 
 20 
 
 13-0 
 
 4-8 
 
 " The mean produce of wheat per acre may be estimated at 25 
 bushels, which, at 60 lbs. per bushel, gives 1,500 lbs. -, and as 
 the weight of the straw is generally twice that of the grain, its 
 produce will be 3,000 lbs. According, therefore, to the preced- 
 ing data, there will be carried away from the soil : — 
 
 In 1,500 lbs. of the grain 
 In 3,000 lbs. of the straw. 
 
 25 lbs. of mineral food (in round numbers). 
 150 " " " 
 
 Total 175 lbs. 
 
 *' On the average of the analyses, it will be found that the com- 
 position of these 175 lbs. is as follows : — 
 
 In the Grain. 
 
 Phosphoric acid 12-5 lbs. 
 
 Sulphuric acid o-i " 
 
 Carbonic acid .... 
 
 Silica 06 " 
 
 Lime 0'9 " 
 
 Magnesia 2'9 " 
 
 Potash 7"5 " 
 
 Soda, chloride of sodium, oxide of ) 
 
 iron, sand, etc f 05 " 
 
 2S lbs. 
 
 In the Straw. 
 
 Total. 
 
 7-5 lbs. .. 
 4-0 " .. 
 
 . 20.0 lbs 
 41 " 
 
 100-5 " 
 82 « ... 
 30 " . . . 
 19s « ... 
 
 . lOI I " 
 
 . 91 " 
 
 . 5-9 " 
 
 . 27 -o « 
 
 7 3" • • • 
 
 . 7-8 " 
 
 150 lbs. 
 
 175 lbs 
 
 " The total quantity of ash-constituents carried off the land in 
 an average crop of wheat thus amounts to only 175 lbs. per acre, 
 while a good crop of clover removes as much as 672 lbs. 
 
 " Nearly two-thirds of the total amount of mineral in the grain 
 and straw of one acre of wheat consists of silica, ot which there 
 is an ample supply in almost everv soil. The restoration of silica, 
 therefore, need not trouble us in anv way, especially as there is 
 not a single instance on record proving that silica, even in a solu- 
 ble condition, has ever been applied to land with the slightest 
 advantage to corn or grass crops, which are rich in silica, and 
 
294 II ANDY-BOOK OF HUSBANDRY. 
 
 which, for this reason, may be assumed to be particularly grateful 
 for a supply of it in a soluble state. Silica, indeed, if at all capa- 
 ble of producing a beneficial effect, ought to be useful to these 
 crops, either by strengthening the straw or stems of graminaceous 
 plants, or otherwise benefiting them •, but after deducting the 
 amount of silica from the total amount of mineral matters in the 
 wheat produce from one acre, only a trifling quantity of other and 
 more valuable fertilizing ash-constituent of plants will be left. 
 On comparing the relative amounts of phosphoric acid and potash 
 in an average crop of wheat and a good crop of clover-hav, it will 
 be seen that l acre of clover-hay contains as much phosphoric 
 acid as ih acres of wheat, and as much potash as the produce from 
 5 acres of the same crop. Clover thus unquestionably removes 
 from the land very much more mineral matter than is done by 
 wheat ; clover carries ofFthe land at least three times as much of 
 the more valuable mineral constituents as that abstracted by the 
 wheat. Wheat, notwithstanding, succeeds remarkably well after 
 clover. 
 
 *' Four tons of clover-hay, or the produce of an acre, contain, 
 as alreadv stated, 224 lbs. of nitrogen, or, calculated as ammonia, 
 272 lbs. 
 
 "Assuming the grain of wheat to furnish fjS per cent, of 
 nitrogen, and wheat-straw '64 per cent., and assuming, also, that 
 1,500 lbs. of corn and 3,000 lbs. of straw represent the average 
 produce per acre, there will be in the grain of wheat per acre 26"j 
 lbs. of nitrogen, and in the straw I9'2 lbs., or in both together 46 
 lbs. of nitrogen ; in round numbers, equal to about 55 lbs. of 
 ammonia, which is onlv one-fifth the quantity of nitrogen in the 
 produce of an acre of clover. Wheat, it is well known, is speci- 
 ally benefited by the application of nitrogenous manure, and as 
 clover carries off so large a quantity of nitrogen, it is natural to 
 expect the yield of wheat, after clover, to fall short of what the 
 land might be presumed to produce without manure, before a crop 
 of clover was taken from it. Experience, however, has proved 
 the fallacy of this presumption, for the result is exactly the oppo- 
 site, inasmuch as a better and heavier crop of wheat is produced 
 than without the intercalation of clover. W^hat, it may be asked 
 is the explanation of this apparent anomaly .? 
 
 *' In taking up this inquiry, I was led to pass in review the cele- 
 brated and highlv important experiments undertaken bv Mr. 
 Lawes and Dr. Gilbert, on the continued growth of wheat on the 
 same soil for a lorig succession of vears, and to examine, likewise, 
 carefully, many points, to which attention is drawn, by the same 
 
FORAGE CROPS. 295 
 
 authors, in their memoirs on the growth of red clover by different 
 manures, and on the Lois Weedon plan of growing wheat. 
 Abundant and most convincing evidence is supplied by these inde- 
 fatigable experimenters that the wheat-producing powers of a soil 
 are not increased in any sensible degree by the liberal supply of 
 all the mineral matters which enter into the composition of the 
 ash of wheat, and that the abstraction of these mineral matters 
 from the soil, in any much larger proportions than possibly can 
 take place under ordinary cultivation, in nowise aff'ects the yield 
 of wheat, provided there be at the same time a liberal supply of 
 available nitrogen within the soil itself. The amount of the latter 
 therefore, is regarded by Messrs. Lawes and Gilbert as the measure 
 of the increased produce of grain which a soil furnishes. 
 
 " In conformity with these views, the farm.er, when he wishes 
 to increase the yield of his wheat, finds it to his advantage to have 
 recourse toammoniacal or other nitrogenous manures, and depends 
 more or less entirely upon the soil for the supply of the necessary 
 mineral or ash-constituents of wheat, having found such a supply 
 to be amply sufficient for his requirements. As far, therefore, as 
 the removal from the soil of a large amount of mineral soil-con- 
 stituents by the clover crop is concerned, the fact, viewed in the 
 light of the Rothamsted experiments, becomes at once intelligible ; 
 for, notwithstanding the abstraction of over 600 lbs. of mineral 
 matter by a crop of clover, the succeeding wheat-crop does not 
 suffer. Inasmuch, however, as we have seen that not only much 
 mineral matter is carried off" the land in a crop of clover, but also 
 much nitrogen, we might, in the absence of direct evidence to the 
 contrary, be led to suspect that wheat after clover would not be a 
 good crop ; whereas the result is exactly the reverse. 
 
 " It is worthy of notice that nitrogenous manures which have 
 such a marked and beneficial effect upon wheat do no good, but, 
 in certain combinations, in some seasons, do positive harm to 
 clover. Thus Messrs. Lawes and Gilbert, in a series of experi- 
 ments on the growth of red clover bv different manures, obtained 
 14 tons of fresh green produce, equal to about 3I tons of clover- 
 hay from the unmanured portion of the experimental field ; and 
 where sulphates of potash, soda, and magnesia, or sulphate of pot- 
 ash and superphosphate of lime were employed, 17 to 18 tons 
 (equal to from about 4^ to nearly 5 tons of hay) were obtained. 
 When salts of ammonia were added to the mineral manures, the 
 produce of clover-hay was, upon the whole, less than where the 
 mineral manures were used alone. The wheat grown after the 
 clover on the unmanured plot, gave, however, 29^ bushels of corn, 
 
29G HANDY-BOOK OF HUSBANDRY. 
 
 while in the adjoining field, where wheat was grown after wheat 
 witluHit manure, onl\ 15^ bushels of corn per acre were obtained. 
 Messrs. Lawes and Gilbert notice especially, that in the clover- 
 crop of the preceding year very much larger quantities, both of 
 mineral matters and nitrogen, were taken from the land than were 
 removed in the unmanurcd wheat-crop in the same year, in the 
 adjoining field. Notwithstanding this, the soil from which the 
 clover had been taken was in a condition to yield 14 bushels more 
 wheat per acre than that upon which wheat had been previously 
 grown ; the yield of wheat after clover, in these experiments, being 
 fully equal to that in another field, where very large quantities of 
 manure were used. 
 
 "Taking "all these circumstances into account, is there not pre- 
 sumptive evidence that, notwithstanding the removal of a large 
 amount of nitrogen in the clover-hay, an abundant store of availa- 
 ble nitrogen is left in the soil, and, also, that in its relations 
 toward nitrogen in the soil, clover difters essentially from wheat ? 
 The results of our experience in the growth of the two crops 
 appear to indicate, that whereas the growth of the wheat rapidly 
 exhausts the land of its available nitrogen, that of clover, on the 
 contrary, tends, somehow or other, to accumulate nitrogen within 
 the soil itself. If this can be shown to be the case, an intelligible 
 explanation of the fact that clover is so useful as a preparatory 
 crop for wheat will be found in the circumstance that, during the 
 growth of clover, nitrogenous food, for which wheat is particularly 
 grateful, is either stored up or rendered available in the soil. 
 
 " An explanation, however plausible, can hardly be accepted as 
 correct if based mainly on data which, although highly probable, 
 are not proved to be based on fact. In chemical inquiries espe- 
 cially, nothing must betaken for granted that has not been proved 
 by direct experiment. The following questions naturally suggest 
 themselves in reference to this subject : What is the amount of 
 nitrogen in soils of different characters ? What is the amount, 
 more particularly after a good and after an indifferent crop of 
 clover ? Why is the amount of nitrogen in soils larger after 
 clover than after wheat and other crops ? Is the nitrogen present 
 in a condition in which it is available and useful to wheat ? and 
 lastly. Are there any other circumstances, apart from the supply 
 of nitrogenous matter in the soil, which help to account for the 
 beneficial effects of clover as a preparatory crop for wheat ? 
 
 " In order to throw some light on these questions, and, if possi- 
 ble, to give distinct answers to at least some of them, I, years 
 ago, when residing at Cirencester, began a series of experiments, 
 
FORAGE CROPS. 237 
 
 and more recently I have been fortunate enough to obtain the co- 
 operation of Mr. Robert Vallentine, of Leighton Buzzard, who 
 kindly undertook to supply me with materials for my analyses. 
 
 " My first experiments were made on a thin calcareous clay 
 soil, resting on oolitic limestone, and producing generally a fair 
 crop of red cloyer. The clover-held formed the slope of a rather 
 steep hillock, and varied much in depth. At the top of tlie hill, 
 the soil became very stony at a depth of 4 inches, so that it could 
 only with difficulty be excavated to a depth of 6 inches, when the 
 bare limestone rock made its appearance. At the bottom of the 
 field the soil was much deeper, and the clover stronger than at the 
 upper part. On the brow of the hill, where the clover appeared 
 to be strong, a square yard was measured out ; and, at a little dis- 
 tance off, where the clover was very bad, a second square yard 
 was measured ; in both plots the soil being taken up to a depth of 
 6 inches. The soil where the clover was good may be distinguished 
 from the other by being marked as No. i, and that where it was 
 bad as No. 2. 
 
 " Clover-sot I No. I, {good clover.) 
 
 " The roots having first been shaken out to free them as much 
 as possible from soil, were then washed once or twice with cold 
 distilled water, and, after having been dried for a little while in the 
 sun, were weighed, when the square yard produced I lb. lo| oz. 
 of cleaned clover-roots in an air-dried state ; an acre of land, or 
 4,840 square yards, accordingly yielded, in a depth of 6 inches, 
 3*44 tons, or 3 J tons in round numbers, of clover-roots. 
 
 " Fully dried in a water-bath, the roots were found to contain 
 altogether 4467 per cent, of water, and on being burnt in a plati- 
 num capsule yielded 6*089 of ash. A portion of the dried, finely 
 powdered, and well-mixed roots was burned with soda-lime in a 
 combustion-tube, and the nitrogen contained in the roots otherwise 
 determined in the usual way. Accordingly, the following is the 
 general composition of the roots from soil No. i : — 
 
 Water 44'675 
 
 ♦Organic matter 49 -3^ 
 
 Mineral matter 6-089 
 
 loo'ooo 
 
 * Containing nitrogen I'i97 
 
 Equal to ammonia i"57S 
 
 "Assuming the whole field to have produced 3 J tons of clover- 
 
298 HAXDY-BOOK OF HUSBANDRY. 
 
 roots per acre, there will be 99*636 lbs., or in round numbers lOO 
 lbs., ot nitrogen in the clover-roots from i acre ; or about twice 
 as much nitrogen as is present in the average produce ot an acre 
 of wheat. 
 
 '* 7 he soil which had been separated from the roots was passed 
 through a sieve to deprive it of anv stones it might contain. It 
 was then partiallv dried, and the nitrogen in it determined in the 
 usual manner by combustion with soda-lime, when it yielded "313 
 per cent, of nitrogen, equal to "38 of ammonia, in one combus- 
 tion ; and '373 per cent, of nitrogen, equal to -46 of ammonia, in 
 a second determination. 
 
 '* That the reader may have some idea of the character of this 
 soil, it may be stated that it was further submitted to a general 
 analysis, according to which it was found to have the following 
 composition : — 
 
 " General composition of Soil No. I, {good clover.) 
 
 Moisture iS'yj 
 
 ♦Organic matter 9 7* 
 
 Oxides of iron and alumina '3-4 
 
 Carbonate of lime 882 
 
 Mjgne.--ia, alitalies, etc I -2 
 
 Insoluble siliceous matter (chiefly clay) 47 77 
 
 • Containing nitrogen -jl} 
 
 Equal to ammonia. ']8o 
 
 *^ The second st^uare yard from the brow of the hill where the 
 clover was bad, produced 13 ounces of air-dry and partiallv clean 
 roots, or I -75 tons per acre. On analysis they were found to 
 have the following composition : — 
 
 " Clover-roots Ko. 2, [bad clover.') 
 
 Water 55'73* 
 
 *Organic matter . . 39 408 
 
 Mineral matter (ash) 4860 
 
 • Containing nitrogen -791 
 
 Equal to ammonia -901 
 
 " The roots on the spot where the clover was very bad yielded 
 only 31 lbs. of nitrogen per acre, or scarcely one-third of the 
 quantity which was obtained from the roots where the clover was 
 good. 
 
roRAaE CEOPS. 299 
 
 " The soil from the second square yard on analysis was found, 
 when freed from stones by sifting, to contain in lOO parts : — 
 
 " Composition of Soil No. 2, [had clover.) 
 
 Water .' 17-4 
 
 ♦Organic matter 9^4 
 
 Oxides of iron and alumina 1 1 89 
 
 Carbonate of lime I4SO 
 
 Magnesia, alkalies, etc ... 1'53 
 
 Insoluble silicious matter 45'2'0 
 
 loo'OO 
 
 2d determination. 
 
 * Containing nitrogen '306 ... -jSo 
 
 Equal to ammonia '11° "47° 
 
 " Both portions of the clover soil thus contained about the same 
 percentage of organic matter, and yielded nearly the same amount 
 of nitrogen. 
 
 " In addition, however, to the nitrogen in the clover-roots, a 
 good deal of nitrogen, in the shape of root-fibers, decayed leaves, 
 and similar organic matters, was disseminated throughout the fine 
 soil in which it occurred, and from which it could not be sepa- 
 rated ; but unfortunately I neglected to weigh the soil from a 
 square yard, and am, therefore, unable to state how much nitrogen 
 per acre was present in the shape of small root-fibers and other 
 organic matters. Approximately, the quantity might be obtained 
 by calculation ; but, as the actual weight of cultivated soils varies 
 greatly, I abstain from making such a calculation, even though it 
 might be done with propriety, as I took care in the following sea- 
 son to weigh the soil of different parts of the same field, 
 
 '*• Before mentioning the details of the experiments made in the 
 next season, I will here give the composition of the ash of the 
 partially cleaned clover-roots : — 
 
 " Composition of Jsh of Clover-roots., [partially cleaned.) 
 
 Oxide of iron and alumina II 73 
 
 Lime 1 8 '49 
 
 Magnesia 3'°3 
 
 Potash 6'88 
 
 Soda 1*93 
 
 Phosphoric acid 3'6l 
 
 Sulphuric acid 2-24 
 
 S jluble silica 19-01 
 
 Insoluble siliceous matter 24"83 
 
 Carbonic acid, chlorine, and loss 8 "25 
 
 lOO'OO 
 
300 HANDY-BOOK OF H U S B A X D R Y . 
 
 *■*■ This ash was obtained from clover-roots, which yielded, when 
 perfectly dry, in round numbers, 8 per cent, of ash. Clover-roots 
 washed quite clean, and separated from all soil, yield about 5 per 
 cent, of ash ; but it is extremely difficult to clean a large quantity 
 of fibrous roots from all dirt, and the preceding analysis distinctly 
 shows that the ash of the clover-roots analyzed by me was 
 mechanically mixed with a good deal of fine soil, for oxide of iron 
 and alumina and insoluble silicious matter in any quantity are not 
 normal constituents of plant-ashes. Making allowance for soil- 
 contamination, the ash of clover-roots, it will be noticed, contains 
 much lime and potash, as well as an appreciable amount of phos- 
 phoric and sulphuric acid. On the decay of the clover-roots, these 
 and other mineral fertilizing matters arc left in the surface-soil in 
 a readily available condition, and in considerable proportions when 
 the clover stands well. Although a crop of clover removes much 
 mineral matter from the soil, it must be borne in mind that its 
 roots extract from the land soluble mineral fertilizing matters, 
 which, on the decay of the roots, remain in the bnd in a prepared 
 and more readily available form than that in which they originally 
 occur. The benefits arising to wheat from the growth of clover 
 may thus be due partly to this preparation and concentration of 
 mineral food in the surface-soil. 
 
 " The clover on the hill-side field on the whole turned out a 
 very good crop ; and as the plant stood the winter well, and this 
 field was left another season in clover without being plowed up, I 
 availed myself of the opportunity of making, during the following 
 season, a number of experiments similar to those of the preceding 
 year. This time, however, I selected for examination a square 
 yard of soil from a spot on the brow of the hill where the clover 
 was thin and the soil itself stony at a depth of 4 inches ; and 
 another plot of one square yard at the bottom of the hill, from a 
 place where the clover was stronger than that on the brow of the 
 hill, and the soil at a depth of 6 inches contained no large stones. 
 
 " Soil N'o. I ( Clover th'm) on the broiv of the hill. 
 
 "The roots in a square yard, 6 inches deep, when picked out 
 by hand and cleaned as much as possible, weighed, in their natural 
 state, 2 lbs. 11 oz. ; and when dried on the top of a water-bath, 
 for the purpo-se of getting them brittle and fit for reduction into 
 fine powder, I lb. 12 oz. 31 grains. In this state they were 
 submitted, as before, to analysis, when they yielded in 1 00 
 parts : — 
 
PORAGE CROPS. 301 
 
 " Composition of Clover-roots^ No. i, [from brow of the hill.) 
 
 Moisture 4* 54 
 
 *Organic matter id- 5 3 
 
 Mineral matter 69' 13 
 
 lOO'OO 
 
 * Containing nitrogen '%i(> 
 
 E^ual to ammonia '99I 
 
 " According to these data an acre of land will yield 8 tons 12 
 cvvts. of nearly dry clover-roots, and in this quantity there will be 
 about 66 lbs. of nitrogen. 
 
 " The whole of the soil from which the roots had been picked 
 out was passed through a half-inch sieve. The stones left in the 
 sieve weighed 141 lbs. ; the soil which passed tnrough weighing 
 218 lbs. 
 
 " The soil was next dried by artificial heat, when the 218 lbs. 
 became reduced to 1 85*487 lbs, 
 
 *' In this partially dried state it contained — 
 
 Moisture 4-21 
 
 ♦Organic matter 9'78 
 
 •j-Mineral matter 86-oi 
 
 loo'oo 
 
 * Containing nitrogen 'jgl 
 
 Equal to ammonia '475 
 
 f Including phosphoric acid '264 
 
 " I also determined the phosphoric acid in the ash of the clover- 
 roots. Calculated for the roots in a nearly dry state, the phos- 
 phoric acid amounts to "287 per cent. 
 
 " An acre of soil, according to the data furnished by the six 
 inches on the spot where the clover was thin, produced the fol- 
 lowing quantity ot nitrogen : — 
 
 Tons. cwt. lbs. 
 
 In the fine soil I ii 33 
 
 In the clover-roots o o 66 
 
 Total quantity of nitrogen per acre i II qc> 
 
 "The organic matter in an acre of this soil, which cannot be 
 picked out by hand, it will be seen, contains an enormous quantity 
 of nitrogen ; and although probably the greater part of the roots 
 and other remains from the clover crop may not be decomposed 
 so thoroughly as to yield nitrogenous food to the succeeding 
 
302 HANDY-BOOK OF HUSBANDRY. 
 
 wheat-crop, it can scarcely be doubted that a considerable quantity 
 of nitrogen will become a\aiiable by the time the wheat is sown, 
 and that one of the chief reasons wny clover benefits the succeed- 
 ing wheat-crop is to be found in the abundant supply of available 
 nitrogenous food furnished by the decaying clover-roots and leaves. 
 
 *' Clover- soil Xo. 2 from the bottom of the hi 11^ {good clover.) 
 
 *' A square yard of the soil from the bottom of the hill, where 
 the clover was stronger than on the brow of the hill, produced 2 
 lbs. 8 oz. of fresh clover-roots, or i lb. 1 1 oz. 47 grains of par- 
 tially dried roots, 61 lbs. 9 oz, of limestones, and 239*96 lbs. of 
 nearly dry soil. 
 
 " The partially dried roots contained : — 
 
 Moisture 5'c6 
 
 *Orga nic matter 3 ' '9+ 
 
 Mineral nutter 63-00 
 
 lOO'OO 
 
 * Containing nitrogen '804 
 
 " An acre of this soil, 6 inches deep, produced 3 tons 7 cwts. 
 65 lbs. of clover-roots, containing 61 lbs. of nitrogen — that is, 
 there was very nearly the same quantity of roots and nitrogen in 
 them as that furnished in the soil from the brow of the hill. 
 
 " The roots, moreover, yielded '365 per cent, of phosphoric 
 acid, or, calculated per acre, 27 lbs. 
 
 " In the partially dried soil I found — 
 
 Moisture 4*7° 
 
 ♦Organic matter 10-87 
 
 ■j-Mincral matter S4-43 
 
 loo-oo 
 
 * Containing nitrogen -405 
 
 Equal to ammonia '491 
 
 •f- Including phosphoric acid -jii 
 
 "According to these determinations an acre of the soil from the 
 bottom of the hill contains — 
 
 Tons. cwts. lbs. 
 
 Nitrogen in the organic matter of the soil ... 2 2 o 
 
 " clover-roots " . . . o o 61 
 
 Total amount of nitrogen per acre. . . a 2 61 
 
FORAGE CROPS. 303 
 
 '' Compared with the amount of nitrogen in the soil from the 
 brow of the hill, about ii cwt. more nitrogen was obtained in the 
 soil and roots from the bottom of the hill where the clover was 
 more luxuriant. 
 
 '' The increased amount of nitrogen occurred in fine root-fibers 
 and other organic matters of the soil, and not in the coarser bits 
 of roots which were picked out by the hand. It may be assumed 
 that the finer particles of organic matter are more readily decom- 
 posed than the coarser roots ; and as there was a larger amount 
 of nitrogen in this than in the preceding soil, it may be expected 
 that the land at the bottom of the hill, after the removal of the 
 clover, was in a better agricultural condition for wheat than that 
 on the brow of the hill. 
 
 " Experiments on Clover-soils from Burcott Lodge Farm^ Leighton- 
 
 Buzzard. 
 
 *' The soils for the next experiments were kindly supplied to me 
 in 1866, by Mr. Robert Vallentine, of Burcott Lodge, who also 
 sent me some notes respecting the growth and yield of clover, 
 hay, and seed on this soil. 
 
 " Foreign seed, at the rate of 12 lbs. per acre, was sown with 
 a crop of wheat which yielded 5 quarters per acre the previous 
 year. 
 
 " The first crop of clover was cut down on the 25th of June, 
 1866, and carried on June 30th. The weather was very warm 
 from the time of cutting till the clover was carted, the ther- 
 mometer standing at 80° Fahr. every day. The clover was 
 turned in the swathe on the second day after it was cut ; on the 
 fourth day it was turned over and put into small heaps of about 
 10 lbs. each ; and on the fifth day these were collected into larger 
 cocks and then stacked. 
 
 ''The best part of an ii-acre field produced nearly 3 tons of 
 clover-hay, sun-dried, per acre ; the whole field yielding on an 
 average 2|- tons per acre. This result was obtained by weighing 
 the stack three months after the clover was carted. The second 
 crop was on 21st of August and carried on the 27th, the weight 
 being nearly 30 cwts. of hay per acre. Thus the two cuttings 
 produced just about 4 tons of clover-hay per acre. 
 
 "The ir acres were divided into two parts. About one-half 
 
 was mown for hay a second time, and the other part left tor seed. 
 
 The produce of the second half of the ii-acre field was cut on 
 
 the 8th of October, and carried on the lOth. It yielded in round 
 
 20 
 
304 HANDY-BOOK OF HUSBANDRY. 
 
 numbers 3 cvvts. of clover-seed per acre, the season being verv 
 unfavorable for clover-seed. The second crop ot clover mown 
 for hay was rather too ripe and just beginning to show seed. 
 
 ''A square foot of soil, 18 inches deep, was dug from the 
 second portion of the land which produced the clover-hay and 
 clover-seed. 
 
 " Soil from I \-acre field tivice mown for hay. 
 
 " The upper 6 inches of soil, I foot square, contained all the 
 main roots of 18 strong plants ; the next 6 inches only small root- 
 fibers ; and in the third section, a 6-inch slice cut down at a depth 
 of 12 inches from the surface, no distinct fibers could be found. 
 The soil was almost completelv saturated with rain when it was 
 dug up on the 13th September, 1866 : — 
 
 lbs. 
 
 The upper 6 inches of soil I foot square weighed 6o 
 
 The second 6 - " «« 6i 
 
 The third 6 " ' «< « 63 
 
 "These three portions of one foot of soil, 18 inches deep, were 
 dried nearly completelv, and weighed again ; when the first 6 
 inches weighed 51 1 lbs. ; the second 6 inches, 51 lbs. 5 oz. ; and 
 the third section, 54 lbs. 2 ozs. 
 
 *' The first 6 inches contained 3 lbs. of silicious stones (flints) 
 which were rejected in preparing a sample for analysis ; in the 
 two remaining sections there were no large-sized stones. The 
 soils were pounded down and passed through a wire sieve. 
 
 "The three layers of soil, dried and reduced to powder, were 
 mixed together, and a prepared average sample, when submitted to 
 analysis, yielded the following results : — 
 
 Composition of Clover-soil^ 1 8 inches deep^ from part of I I -acre 
 field^ twice mown for hay. 
 
 C Organic matter 5-86 
 
 •7^ Oxides of iron 6"83 
 
 " Alumina 7'12 
 
 .5 Carbonate of lime 2- 1 3 
 
 JJ •£; j Magnesia 2'0i 
 
 ^ 2 ] Potash -67 
 
 ^ g Soda -08 
 
 •S Chloride or sodium -02 
 
 3; I Phosphoric acid • 1 8 
 
 [_ Sulphuric acid •! 7 
 
FORAGE CROPS. 305 
 
 f Insoluble siliceous matter. . . .74-61 
 
 I Consisting of — Alumina 4-27 
 
 I Lime (in a state of silicate) 4-07 
 
 ■l^ Magnesia "46 
 
 "o < I Potash -19 
 
 J I Soda -23 
 
 [^ Silica 65-29 
 
 -Q ■ 
 
 99-68 
 
 " This soil, it will be seen, contained, in appreciable quantities, 
 not only potash and phosphoric acid, but all the elements of fer- 
 tility which enter into the composition of good arable land. It 
 may be brieflv described as a stiff clay-soil, containing a sufficiency 
 of lime, potash, and phosphoric acid to meet all the requirements 
 of the clover crop. Originally rather unproductive, it has been 
 much improved by deep culture -, by being smashed up into rough 
 clods early in autumn, and bv being exposed in this state to the 
 crumbling effects of the air, it now yields good corn and forage 
 crops. 
 
 "In separate portions of the three layers of soil, the proportions 
 of nitrogen and phosphoric acid contained in each la\'er ot 6 inches 
 were determined and found to be as follows : — 
 
 Soil dried at ili" Fahr. 
 1st 6 inches. 2d 6 inches. jj 6 inches. 
 
 Percentage of phosphoric acid "-49 .■•■ ''34 .... -171 
 
 Nitrogen i6i .... "092 .... 06.). 
 
 Equal to ammonia -198 .... '112 ... 078 
 
 ^' In the upper 6 inches, as will be seen, the percentage of both 
 phosphoric acid and nitrogen was larger than in the two following 
 layers ; \vhile the proportion of nitrogen in the 6 inches of surface 
 soil was much larger than in the next 6 inches ; and in the "third 
 section, containing no visible particles of root-fibers, only very 
 little nitrogen occurred. 
 
 " In their natural state the three layers of soil contained : — 
 
 Moisture 
 
 Phosphoric acid . . . 
 
 Nitrogen 
 
 Equal to ammonia. 
 
 1st 6 inches. 
 
 id 6 inches. 
 
 }d 6 inches. 
 
 1716 . . 
 
 . . 18-24. •■ 
 
 . . 1662 
 
 •198 . . 
 
 •109 . . . 
 
 •143 
 
 ■134 .. 
 
 •075 .. 
 
 •053 
 
 •162 .. 
 
 091 .. . 
 
 •064 
 
 lbs. 
 
 lbs. 
 
 lbs. 
 
 6o 
 
 . .. 61 
 
 ... 63 
 
 Weight of I foot square of soil. 
 
 " Calculated per acre, the absolute weight of I acre of this 
 land, 6 inches deep, weighs : — 
 
30G HANDY-BOOK OP HUSBANDRY. 
 
 lbs. 
 
 Tint 6 inches 2,61 3,600 
 
 Second " 2,657,160 
 
 Third " =,746,280 
 
 '■'■ No great error, therefore, will be made if we assume in the 
 subsequent calculations that 6 inches of this soil weigh 2.', millions 
 of pounds per acre. 
 
 " An acre of land, according to the preceding determinations, 
 contains : — 
 
 1st 6 inches. zd 6 inches. jd 6 inches, 
 
 lbs. lbs. lbs. 
 
 Phosphoric acid 4.95° • ■ • • 2,725 .... 3,575 
 
 Nitrogen 3,35° .... 1.875 •••• '>3^S 
 
 Equal to ammonia 4,052 • • ■ • -t'^lS • • • • 1,600 
 
 " The proportion of phosphoric acid in 6 inches of surface 
 soil, it will be seen, amounted to about two-tenths per cent. ; a 
 proportion of the whole soil so small that it may appear insufli- 
 cient for the production of a good corn-crop. However, when 
 calculated to the acre, we find that 6 inches of surface soil, in an 
 acre of land, actually contain over 2 tons of phosphoric acid. An 
 average crop of wheat, assumed to be 25 bushels of grain, at 60 
 lbs. per bushel, and 3,000 lbs. of straw, removes from the land on 
 which it is g. own 20 lbs. of phosphoric acid. The clover-soil, 
 analyzed by me, consequently contains an amount of phosphoric 
 acid in a depth or only 6 inches, which is equal to thr.t present in 
 2471 aserage crops ot wheat ; or supposing that, by o;ood culti\a 
 tion and in favorable seasons, the average ^•ield of wheat could be 
 doubled, and 50 bushels of grain at 60 lbs. a bushel and 6',000 lbs. 
 of straw could be raised, 124 of such heavy wheat-crops would 
 contain no more phosphoric acid than actually occurred in 6 
 inches of this clover-soil per acre. 
 
 " The mere presence of such an amount of phosphoric acid in 
 a soil, however, by no means proves its sufficiency for the produc- 
 tion of so many crops of wheat ; for, in the first place, it caimot 
 be shown that the whole of the phosphoric acid found by analysis 
 occuis in the soil in a readily available combination; and, in the 
 second place, it is quite certain that the root-fibers of the wheat- 
 phint cannot reach and pick up, so to speak, every particle of 
 phosphoric acid, even supposing it to occur in the soil in a form 
 most conducive to ''ready assimilation by the plant." 
 
 " The calculation is not given in proof of a conclusion which 
 would be manifestly absurd, but simply as an illustration of the 
 
FORAGE CROPS. 307 
 
 enormous quantity, in an acre of soil 6 inches deep, of a constitu- 
 ent forming the smaller proportions of the whole weight of an 
 acre of soil of that limited depth. It shows the existence of a 
 practically unlimited amount of the most important mineral con- 
 stituents of plants, and clearly points out the propriety of render- 
 ing available to plants the natural resources of the soil in plant- 
 food ; to draw, in fact, up the mineral wealth of the soil by 
 thoroughly working the land, and not leaving it unutilized as so 
 much dead capital. 
 
 ••' The exact determination of phosphoric acid in a soil, it may 
 be observed in passing, is attended with no difficulty, if certain 
 precautions, which it is feared are sometimes neglected by chemists, 
 be taken. I will, therefore, give a brief outline of the plan — com- 
 monly known to chemists as the molybdic acid plan of determin- 
 ing phosphoric acid — which yields accurate results. 
 
 " Not less than lOO grains, or better, 200 grains, of the dried 
 and finely-powdered soil are digested for an hour, or thereabouts, 
 with 3 or 4 ounces of moderately strong nitric acid. The acid 
 solution is then passed through a filter, and together with the wash- 
 ings from the insoluble portion of the soil left on the filter, is 
 evaporated to a small bulk ; thus getting rid of the greater part of 
 the acid employed for effecting the solution. During evaporation 
 a large excess of molybdate of ammonia is added to the solution, 
 care being taken to keep it strongly acid. 
 
 " If there be much phosphoric acid in the soil, a bright yellow 
 precipitate, consisting of molybdic and phosphoric acid, makes its 
 appearance at once ; if traces only be present, the yellow precipi- 
 tate appears only on the concentration of the liquid, after the 
 great excess of nitric acid has been been expelled by evaporation. 
 The yellow precipitate containing the whole of the phosphoric 
 acid present in the soil, molybdic acid, together with a little silica, 
 and frequently some oxide of iron, is thrown on a filter and washed 
 with a solution of molybdate of ammonia rendered strongly acid 
 by nitric acid, until a drop of the washings passing through the filter 
 ceases to show a reaction of iron with yellow prussiate of potash 
 solution. It is then dissolved on the filter in an excess of ammo- 
 nia, and the ammoniacal liquid precipitated with an ammoniacal 
 solution of sulphate of magnesia, which throws down the phos- 
 phoric acid as phosphate of magnesia and ammonia. After stand- 
 ing at rest for about 12 hours, the magnesia precipitate is collected 
 on a small filter and washed clean with strong ammonia water. 
 Together with the phosphoric acid, traces of silica, and generally 
 also traces of oxide of iron, are thrown down with the magnesia pre- 
 
308 HANDY-BOOK OF HUSBANDRY. 
 
 cipitate. In order to separate these impurities the precipitate is dis- 
 sohed in a few drops ot hvdrochloric acid, and the acid solution 
 carefullv evaporated to complete dryness. The hard, dried resi- 
 due is again made acid with muriatic acid, a little water is then 
 added, and the liquid passed through a small filter, on which are 
 left insoluble traces of the silica originally thrown down with 
 magnesia. A few drops of citric acid having been added to the 
 acid solution, with a view of keeping any traces of iron in solu- 
 tion, strong ammonia is finally added, which throws down a 
 second time phosphate of magnesia and ammonia, now free from 
 silica and oxide of iron. The precipitate is collected, washed with 
 ammonia water, dried, burned in a platinum crucible or capsule, 
 weighed, and the phosphoric acid calculated from the weight of the 
 tri-basic phosphate of magnesia left on burning. 
 
 *■*■ Following this plan and the precautions here indicated, the 
 smallest amount of phosphoric acid in a soil can be determined 
 with great precision. If the magnesia precipitate be not redis- 
 solved and freed from silica, as pointed out, a higher percentage 
 of phosphoric acid necessarily is obtained than the actual quantity 
 which the soil contains. 
 
 " Ckver-rorjts. — The roots from I square foot of soil were 
 cleaned as much as possible, dried completely at 212°, and in that 
 state weighed 240 grains. An acre consequently contained 
 1,493^ lbs. of dried clover-roots. 
 
 The clover-roots contained : — 
 
 Dried at zii" Fahr. 
 
 ♦Organic matter ^''jl 
 
 f Mineral matter (ash) 1867 
 
 1 00 00 
 
 ♦ Yielding nitrogen '"^JS 
 
 Equal to ammonia '"9*5 
 
 t Including insoluble silicious matter (.clay and sand) Il*67 
 
 " Accordingly, the clover-roots in an acre of land furnished 24^ 
 lbs. of nitrogen. We have thus : — 
 
 lbs. of Nitrogen. 
 
 In the 6 inches of surfece soil SiSS" 
 
 In large clover-roots -4l 
 
 In second 6 inches of soil '7875 
 
 Total amount of nitrogen in i acre of soil 12 inches deep. 5,1+9^ 
 
 Equal to ammonia 6,j74i 
 
FORAGE CROPS. 309 
 
 or, in round numbers, 2 tons 6 cwts. of nitrogen per acre, 
 an enormous quantity, which must have a powerful influence in 
 encouraging the luxuriant development of the succeeding wheat- 
 crop, although only a traction of the total amount of nitrogen in 
 the clover-remains may become sufficiently decomposed in time 
 to be available to the young wheat-plants. 
 
 " Clover-soil from part of ii -acre field of Burcott Lodge Farm^ 
 Le'ighton-Buzzard^ once mown for hay^ and left afterward for 
 seed. 
 
 *' Produce i\ tons of clover-hay and 3 cwts. of seed per acre. 
 
 " This soil was obtained within a distance of 5 yards from the 
 part of the field where the soil was dug up after the two cuttings 
 of hay. After the seed there was some difficulty in finding a 
 square foot containing the same number of large clover-roots as 
 that on the part of the field twice mown ; however, at last, in the 
 beginning of November, a square foot containing exactly 18 strong 
 roots was found and dug up to a depth of 18 inches. The soil 
 dug after the seed was much drier than that dug after the two 
 cuttings of hay : — 
 
 lbs. 
 
 The upper, 6 inches deep, i foot square, weighed 56 
 
 The next, " " " 58 
 
 The third, " " " 60 
 
 " After drying by exposure to hot air, the three layers of soil 
 weighed : — 
 
 lbs. 
 
 The upper 6 inches I foot square 49I 
 
 The next " " 50-^ 
 
 The third " " 5ii 
 
 "Equal portions of the dried soil from each 6-inch section were 
 mixed together and reduced to a fine powder. An average 
 sample thus prepared, on analysis was found to have the following 
 composition : — 
 
310 HANDY-BOOK OF HUSBANDRY. 
 
 Composition of Clover-soit once mown for hay\ and afterward left 
 
 for seed. 
 
 Dried at ziz" Fahr. 
 
 ( Organic matter 5-34 
 
 ^ I Oxides of iron 607 
 
 ■5 Alumina 451 
 
 j Carbonate of lime 7-51 
 
 Magnesia i -27 
 
 Potash 52 
 
 Soda '16 
 
 Chloride of sodium 03 
 
 Phosphoric acid -i 5 
 
 Sulphuric acid -19 
 
 f Insoluble silicious matter 73"84 
 
 I Consisting of — Alumina 414 
 
 . I Lime (in a state of silicate) 2'69 
 
 __ u -( Magnesia 68 
 
 ~ ''' Potash -24 
 
 Soda -21 
 
 Silica 6588 
 
 J= o 
 
 9959 
 
 " This soil, it will be seen, in general character resembles the 
 preceding sample ; it contains a good deal of potash and phos- 
 phoric acid, and may be presumed to be well suited to the growth 
 of clover. It contains more carbonate of lime, and is somewhat 
 lighter than the sample from the part of the field twice mown for 
 hay, and may be termed heavv calcareous clav. 
 
 "An acre of this land, i8 inches deep, weighed, when nearly 
 dry : — 
 
 lbs. 
 
 Surface 6 inches 2,407.900 
 
 Next " 2,444,200 
 
 Third " 2,480,500 
 
 " Or in round numbers, every 6 inches of soil weighed per acre 
 i\ millions of pounds, which agrees tolerably well with the actual 
 weight per acre of the preceding soil. 
 
 "The amount of phosphoric acid and nitrogen in each 6-inch 
 layer was determined separately as before, when the following 
 results were obtained : — 
 
 1st 6 inches. 
 Percentage of phosphoric acid ... '159 
 
 Nitrogen •189 
 
 Equal to ammonia -229 
 
 In Dried Soil, 
 
 
 2d 6 inches. 
 
 jd 6 inches 
 
 •166 
 
 •i6i .. 
 
 140 
 •089 
 
 •108 
 
FORAGE CROPS. 311 
 
 " An acre, according to these determinations, contains in the 
 three separate sections : — 
 
 1st 6 inches. 2d 6 inches. jd 6 inches, 
 
 lbs. lbs. lbs. 
 
 Phosphoric acid 3>97S • • • • 4^^5° ■ ■ • ■ 2>5°° 
 
 Nitrogen _ 4,715 3,550 2,225 
 
 Equal to ammonia 5)7-5 ■ . . • 4,05° .... 2,700 
 
 *' Here again, as might naturally be expected, the proportion 
 of nitrogen is largest in the surface where all the decaying leaves 
 dropped during the growth of the clover for seed are found, and 
 wherein root-hbers are more abundant than in the lower strata. 
 The first 6 inches of soil, it will be seen, contained, in round num- 
 bers, 2j tons of nitrogen per acre, that is, considerably more than 
 was found in the same section of the soil where the clover was 
 mown twice for hay ; showing plainly that during the ripening of 
 the clover-seed the surface is much enriched by the nitrogenous 
 matter in the dropping leaves of the clover-plant. 
 
 " Clover-roots. — The roots from i square foot of this soil, 
 freed as much as possible from adhering soil, were dried at 212°, 
 and when weighed and reduced to a fine powder, gave, on analysis, 
 the following results : — 
 
 *Organic matter (>Vl(> 
 
 •{■Mineral matters 3 5'24 
 
 loo-oo 
 
 * Containing nitrogen I'yoi 
 
 Equal to ammonia z 066 
 
 f Including clay and sand (insoluble silicious matter) 26'04 
 
 "A square foot of this soil produced 582 grains of dried clover- 
 roots, consequently an acre yielded 3,622 lbs. of roots, or more 
 than twice the weight of roots obtained from the soil of the same 
 field where the clover was twice mown for hay. 
 
 " In round numbers, the 3,622 lbs. of clover-roots from the 
 land mown once, and afterward left for seed, contained 51 J lbs. 
 of nitrogen. 
 
 " The roots from the soil after clover-seed, it will be noticed, 
 were not so clean as the preceding sample, nevertheless, they 
 yielded more nitrogen. In 64*/6 of organic matter we have here 
 I "702 of nitrogen, whereas in the case of the roots from the 
 part of the field where the clover was twice mown for hay, we 
 have 8 1 '33 parts — that is, much more organic matter, and 
 I "635, or rather less of nitrogen. It is evident therefore, that 
 
312 HAN'DY-BOOK OF HUSBANDRY. 
 
 the organic matter in the soil after clover-seed occurs in a more 
 advanced stage ot decomposition than found in the clover-roots 
 from the part of the field twice mown. In the manure in which 
 the decav of such and similar organic remains proceeds, much of 
 the non-nitrogenous or carbonaceous matters, of which these 
 remains chieflv, though not entirelv, consist, is transformed into 
 gaseous carbonic acid, and what remains behind becomes richer in 
 nitrogen and mineral matters. A parallel case, showing the dissi- 
 pation of carbonaceous matter, and the increase in the percentage 
 of nitro£Ten and mineral matter in what is left behind, is presented 
 to us in fresh and rotten dung ; in long or fresh dung the per- 
 centage of organic matter, consisting chiefly of very imperfectly 
 undecomposed straw, being larger, and that of nitrogen and 
 mineral matter smaller, than in well-rotted dung. 
 
 " The roots from the field after clover-seed, it will be borne in 
 mind, were dug up m November, while those obtained from the 
 land twice mown, were dug up in September -, the former, there- 
 fore, mav be expected to be in a more advanced state of decay 
 than the latter, and richer in nitrogen. 
 
 " In an acre of soil after clover-seed, we have — 
 
 Ibi. 
 
 Nitrogen in first 6 inches of soil. 4»7*5 
 
 Nitrogen in roots 5'i 
 
 Nitrogen in second 6 inches of soil 3>35° 
 
 Total amount of nitrogen per acre in 12 inches 8,1 261 
 
 Equal to ammonia 9-*^7 
 
 or, in round numbers, 3 tons and 12^ cwts. of nitrogen per acre, 
 equal to 4 tons 8 cwts. of ammonia. 
 
 " This is a verv much larger amount of nitrogen than occurred 
 in the other soil, and shows plainly that the total amount of nitro- 
 gen accumulates, especially in the surface soil, when clover is 
 ' grown for seeds ; thus explaining intelligibly, as it appears to me, 
 whv wheat, as stated by manv practical men, succeeds better on 
 land where clover is grown for seed than where it is mown for 
 
 hav. 
 
 " All the three lavers of the soil after clover-seed are richer in 
 nitrogen than the same sections of the soil where the clover was 
 twice" mown, as will be seen by the following comparative state- 
 ment of results : — 
 
FORAGE CROPS 
 
 .313 
 
 
 I. 
 
 Clover-soil twice Mown. 
 
 11. 
 
 Clover-soil once Mown, and then 
 left tor Seed. 
 
 
 Upper 1 Second 
 6 inches. 6 inches. 
 
 Third 
 6 inches. 
 
 Upper 
 6 inches. 
 
 Next 
 6 inches. 
 
 Lowest 
 6 inches. 
 
 Percentage of nitrogen in 
 
 ■I 68 "092 
 •198 112 
 
 •064 
 •078 
 
 ■189 
 ■229 
 
 •134 
 •162 
 
 •089 
 •108 
 
 Equal to ammonia 
 
 " This difference in the amount of accumulated nitrogen in 
 clover-land appears still more strikingly on comparing the total 
 amounts of nitrogen per acre in the different sections of the two 
 portions of the i i-acre fields : — 
 
 Percentage of nitrogen per acre : — 
 
 1st 6 inches. 2d 6 inches. }d 6 inches. 
 
 lbs. lbs. lbs. 
 
 * I. In soil, clover twice over .. . 3,350 .... 1,875 •••• 1)3^5 
 I II. In soil, clover once mown 
 
 and seeded afterward 4)7^5 .... 3»350 .... 2)^2,5 
 
 Equal to ammonia : — 
 
 * I. Clover twice mown 4,050 2,275 1,600 
 
 t II. Clover seeded 5,725 4,05° i,70O 
 
 * I. Nitrogen in roots of clover 
 
 twice mown 24^ 
 
 + II. Nitrogen in clover, once mown 
 
 and grown for seed afterward. 51^ 
 
 I. Weiglit of dry roots per acre 
 
 from Soil 1 1,493^ 
 
 II. Weight of dry roots per acre 
 
 from Soil II 3. 622 
 
 * Total amount of nitrogen in i 
 
 acre, 12 inches deep, of Soil I 5,249^ 
 f Total amount of nitrogen in I 
 
 acre, 12 inches deep, of Soil II 8,i26j- 
 
 * Equal to ammonia 6,374^ 
 
 "i" Equal to ammonia 9.S67 
 
 Excess of nitrogen in an acre of 
 soil, 12 inchesdeep, calculated 
 as ammonia in part of held 
 mown once and then seeded. 3,492^ 
 
 " It will be seen that not only was the amount of large clover 
 roots greater in the part where clover was grown for seed, but that 
 
314 HANDV-liOOK OF HUSBANDRY. 
 
 likewise the different avers of soil were in every instance richer in 
 nitrogen after clover-seed than after clo\er mown twice for hav ; 
 or as it may be expressed : In i lb. of ammonia there were 
 3,492° of ammonia in the land where clovcr-seed was grown than 
 where other clover was made cntirclv into hav ; or the former 
 part of the same field produced rather more than half the total 
 quantity of nitrogen yielded by the latter. 
 
 *' Reasons arc given in the beginning of this paper which it is 
 hoped will have convinced the reader that the fertility of land is 
 not so much measured by the amount of ash-constituents of plants 
 which it contains, as by the amount of nitrogen which, together 
 with an excess of such ash-constituents, it contains in an a\ailable 
 form. It has been shown, likewise, that the removal from the 
 soil of a large amount of mineral matter in a good clover crop, in 
 conformity with many direct field experiments, is not likelv, in 
 any degree, to affect the wheat crop, and that the \ ield of wheat 
 on soils under ordinarv cultivation, according to the experience of 
 many farmers, and the direct and numerous experiments of 
 Messrs. Lawes and Gilbert, rises or falls, other circumstances 
 being equal, with the supplv of available nitrogenous food which is 
 given to the wheat. This being the case, we cannot doubt that 
 the benefits arising from the growth of clover to the succeeding 
 wheat are mainly due to the fact that an immense amount of nitro- 
 genous food accumulates in the soil during the growtli of clover. 
 
 " This accumulation of nitrogenous plant-food, specially useful 
 to cereal crops, is, as shown in the preceding experiments, much 
 greater when clover is grown for seed than when it is made into 
 hay. This affords an intelligible explanation of a fact long 
 observed by good practical men, although denied by others who 
 decline to accept their experience as resting on trustworthy evi- 
 dence, because, as they sav, land cannot become more fertile when 
 a crop is grown upon it for seed which is carried off, than when 
 that crop is cut down and the produce consumed on the land. 
 The chemical points brought forward in the course of this inquiry 
 show plainly that mere speculations as to what can take place in a 
 soil and what not, do not much advance the true theory of certain 
 agricultural practices. It is only by carefully investigating subjects 
 like the one under consideration that positive proofs are given 
 
 I showing the correctness of intelligent observers in the fields. 
 
 1 Many years ago I made a great many experiments relative to the 
 chemistry of farm-yard manure, and then showed, among other 
 particulars, that manure, spread at once on the land, need not there 
 and then be plowed in, masmuch as neither a broiling sun nor a 
 
FORAGE CROPS. 315 
 
 sweeping and drying wind will cause the slightest loss of ammonia, 
 and that, therefore, the old-fashioned farmer. who carts his manure 
 on the land as soon as he can, and spreads it at once, but who 
 plows it in at his convenience, acts in perfect accordance with 
 correct chemical principles in\ol\ed in the management of farm- 
 yard manure. On the present occasion mv main object has been 
 to show, not m.erely by reasoning on the subject, but by actual 
 experiments, that the larger the amounts of nitrogen, potash, soda, 
 lime, phosphoric acid, etc., which are removed from the land in a 
 clover crop, the better it is, nevertheless, made thereby for pro- 
 ducing in the succeeding year an abundant crop of wheat, other 
 circumstances being favorable to its growth. 
 
 " Indeed no kind of manure can be compared, in point of effi- 
 cacy for wheat, to the manuring which the land gets in a really 
 good crop of clover. The farmer who wishes to derive the full 
 benefit from his clover-lav, should plow it up for wheat as soon 
 as possible in the autumn, and leave it in a rough state as long as 
 is admissible, in order that the air may find free access into the 
 land, and the organic remains left in so much abundance in a good 
 crop of clover be changed into plant-food ; more especially, in 
 other words, in order that the crude nitrogenous organic matter in 
 the clover-roots and decaying leaves may have time to become 
 transformed into ammoniacal compounds, and these, in the course 
 of time, into nitrates, which I am strongly inclined to think is the 
 form in which nitrogen is assimilated, par excellence^ by cereal 
 crops, and in which, at all events, it is more efficacious than 
 in any other state of combination wherein it may be used as a 
 fertilizer. 
 
 " When the clo\er-lay is plowed up early, the decay of the 
 clover is sufficiently ad\anced by the time the young wheat-plant 
 stands in need of readily a\ailable nitrogenous food, and this, being 
 uniformly distributed through the whole of the culti\ated soil, is 
 ready to benefit every sin2;le plant. This equal and abundant dis- 
 tribution of food, peculiarly valuable to cereals, is a great advan- 
 tage, and speaks strongly in favor of clover as a preparatory crop 
 for wheat. 
 
 " Nitrate of soda, an excellent spring top-dressing for wheat and 
 cereals in general, in some seasons fails to produce as good an 
 effect as in others. In \ ery dry springs the rain-f:ill is not suffi- 
 cient to wash it properly into the soil and to distribute it equally, 
 and in \ ery wet seasons it is apt to be washed either into the drains 
 or into a stratum of the soil not accessible to the roots of the young 
 wheat. As, therefore, the character of the approaching season 
 
316 UANDY-BOOK OF HUSBANDRY. 
 
 cannot usually be predicted, the application of nitrate of soda to 
 wheat is always attended with more or less uncertainty. 
 
 *' The case is different when a good crop of clover-hay has been 
 obtained from the land on which wheat is intended to be grown 
 afterward. An enormous quantity of nitrogenous organic matter, 
 as we have seen, is left in the land after the removal of the clover 
 crop ; and these remains gradually decay and furnish ammonia, 
 which at first, and during the colder months of tl.e year, is retained 
 by the well-known absorbing properties which all good wheat-soils 
 possess. In spring, when warmer weather sets in, and the wheat 
 begins to make a push, these ammonia compounds in the soil are 
 by degrees oxidized into nitrates ; and as this change into food, 
 peculiarly favorable to young cereal plants, proceeds slowly but 
 steadily, we have in the soil itself, after clover, a source from which 
 nitrates are continuously produced ; so that it docs not much aftect 
 the final yield of wheat, whether heavy rains remove some or all 
 of the nitrate present in the soil. The clover-remains thus afford 
 a more continuous source from which nitrates are produced, and 
 greater certainty for a good crop of wheat than when recourse is 
 had to nitrogenous top-dressings in the spring. 
 
 " The remarks respecting the formation of nitrates in soils upon 
 which clover has been grown, it should be stated, do not emanate 
 from mere speculations, but are based on actual observations. 
 
 " I have not only been able to show the existence of nitrates in 
 clover-soils, but ha\ e made a number of actual determinations of 
 the amount of nitric acid in different layers of soils on which 
 clover had been grown ; but as this paper has grown already to 
 greater dimensions than perhaps desirable, I reserve any further 
 remarks on the important subject of nitrification in soils for a 
 future communication. 
 
 " Summary. 
 
 " The following are some of the chief points of interest which 
 I have endeavored fully to develop in the preceding pages : — 
 
 " I. A good crop of clover removes from the sod more potash, 
 phosphoric acid, lime, and other mineral matters, which enter into 
 the composition of the ashes of our cultivated crops, than any other 
 crop usually grown in this country. 
 
 " 2. There is fully three times as much nitrogen in a crop of 
 clover as in the average produce of the grain and straw of wheat 
 per acre. 
 
 " 3. Notwithstanding the large amount of nitrogenous matter 
 
FORAGE CROPS. 317 
 
 and of ash-constltuents of plants in the product of an acre, clover 
 is an excellent preparatory crop for wheat. 
 
 " 4. During the growth of clover a large amount ot nitrogenous 
 matter accumulates in the soil. 
 
 " 5, This accumulation, which is greatest in the surface-soil, is 
 due to decaying leaves dropped during the growth of clover, and 
 to an abundance of roots, containing, when dry, from I J to 2 per 
 cent, of nitrogen. 
 
 " 6. The clover-roots are stronger and more numerous, and 
 more leaves fall on the ground when clover is grown for seed, than 
 when it is mown for hay ; in consequence, more nitrogen is left 
 after clover-seed than after hav, which accounts for wheat yield- 
 ing a better crop after clover-seed than after hay. 
 
 " 7. The development of roots being checked when the produce, 
 in a green conflition, is fed off bv sheep, in all probability leaves 
 still less nitrogenous matter in the soil than when clover is allowed 
 to get riper and is mown for hay ; thus, no doubt, accounting for 
 the observation made by practical men that, notwithstanding the 
 return of the produce in the sheep-excrements, wheat is generally 
 stronger and yields better, after clover mown for hay, than when 
 the clover is fed off green by sheep. 
 
 " 8. The nitrogenous matters in the clover-remains on their 
 gradual decay are finally transformed into nitrates, thus affording a 
 continuous source of food on which cereal crops specially delight 
 to grow. 
 
 ^' 9. There is strong presumptive evidence that the nitrogen 
 which exists in the air in the shape of ammonia and nitric acid, 
 and descends in these combinations with the rain which falls on 
 the ground, satisfies, under ordinary circumstances, the require- 
 ments of the clover crop. This crop causes a large accumulation 
 of nitrogenous matters, which are gradually changed in the soil 
 into nitrates. The atmosphere thus furnishes nitrogenous food to 
 the succeeding wheat indirectly, and, so to say, gratis. 
 
 " 10. Clover not only provides abundance of nitrogenous food, 
 but delivers this food in a readily available form (as nitrates) more 
 gradually and continuously, and consequently with more certainty 
 of a good result, than such food can be applied to the land in the 
 shape of nitrogenous spring top-dressing. 
 
 " Laboratory, 1 1 Salisbury Square, 
 
 Fleet Street, E. C, July, 1868." 
 
 In addition to the foregoing, I extract the following from a 
 paper written by the Hon. Geo. Geddes for the New York Tri~ 
 
;318 HANDY-BOOK OF HUSBANDRY. 
 
 bune. Mr. Geddes is one of the most skillful and enlightened 
 farmers in the country. He savs : — 
 
 " At a meeting of the New York State Agricultural Society, 
 *' manv years ago, I was awarded the Hrst premium for the best 
 " cultivated farm in competition that year, — 1^45' The com- 
 "mittee that made the award said that I did not use enough 
 " manure. My four hundred to fiye hundred loads from the 
 ^' barns and stables drawn out each year, and my fourteen tons of 
 *' gypsum, and all the ashes made on the premises, they said was 
 "too little for the farm. A discussion followed the reading of 
 " the report, and I tried to show that I did do all that true 
 " economy dictated in the way of making barn-yard manure ; 
 "that gypsum and cloyer furnished the means of increasing fer- 
 " tility, at less cost than drawing leayes from th^ woods, muck 
 "from the swamps, and making expensive compost heaps. In 
 " the years that followed, my friend, the author of this last edi- 
 " tion of the book I have been noticing, has had not a little laugh 
 "at my expense, growing out of my views on the manure ques- 
 " tion. In several of the meetings for discussion of our State 
 " Agricultural Society, manure has been the subject before us, 
 " and for all these years, I have insisted that a farm should, 
 "unless situated in the immediate vicinity of some village or city, 
 "be so managed that its fertility should constantly increase, with- 
 " out going off of it for manure, with the exception of gypsum, 
 "and perhaps salt. In my report 'on the agriculture and indus- 
 " try of the county of Onondaga,' made in i860, I said much of 
 " the use of red clover as a fertilizer, and doubtless astonished 
 " many of my readers by some things in that report. In turn I 
 " was not a little astonished at some of the comments made on 
 " my statements. A very eminent writer on agricultural matters, 
 " living in New Hampshire, said over his own name, in an agri- 
 " cultural paper, that he had never before heard of plowing in a 
 "crop of clover for manure, and that •where he lived the farmers 
 " preferred to make hay, rather than manure, of clover. 
 
 " In Mr. Allen's reference to what I said on this question, he 
 " makes me say that the farmers in this vicinity ' would not draw 
 " bain manure a mile, if it were given to them.' I do not complain 
 "of this, for perhaps, I have in some discussion said this ; but I 
 "was speaking of barn manure, or rather j^yrrt' manure as it is 
 " made here, where, as Mr. Allen says, ' we raise wheat 
 " largely as well as other cereals.' In doing this, we raise a great 
 " deal of straw and corn-stalks. The straw and corn-stalks 
 
FORAGE CROPS. 319 
 
 ' are fed to our farm stock with great profusion. After every 
 ' heavy snow-storm of winter our barn-yards are covered deeply 
 ' with straw to be trodden under foot by the cattle ; the lead- 
 ' ing object being to get this straw wet and broken up, so that as 
 'soon as the frost has gone out in the spring, the whole mass 
 ' can be flung into piles to rot, and become so reduced in bulk 
 ' that, by once turning a part of it, in midsummer, we can get 
 ' it into shape to draw on our wheat lands, or pastures, in the 
 ' fall. Now, what is this barn-yard manure, as it is left wlien 
 'the cattle are turned to pasture in the spring? A great mass of 
 ' straw, and butts of corn-stalks, having a very small per cent, of 
 ' the dung of the cattle, — filling the yards two or more feet deep, 
 ' and saturated with water. What sensible farmer would go one 
 'mile from home and draw this stuff to his farm, pile it, cut it 
 ' down, and repile it, and in the fall find it reduced perhaps four- 
 ' fifths in bulk, and then again load it, and draw it on his fields, to 
 ' fill them with the seeds of foul weeds, when fifteen pounds of 
 'clover-seed, that would cost perhaps two dollars, and a bushel 
 ' of gypsum, would manure an acre of land far better than 
 'would fifty loads of this barn-yard manure, as it was found in 
 ' the spring ? 
 
 " Where cattle are stall-fed, and Q-iven all the srain thev will 
 ' eat, and in cases like this, the whole thing is changed. Manure 
 ' from such sources, perhaps, would bear even here transportation 
 ' for many miles. One load of the dung of high-fed horses would 
 ' be worth many loads of the strawy contents of a wheat-grower's 
 'barn-yard. 
 
 " But a few words in regard to the Ohio farmer that our author 
 ' found wasting his hog manure, by allowing it to run into a con- 
 ' venient brook. There may have been, and probably was, much 
 ' water to a little manure in this case, and like city sewage, the 
 ' manure might after all have been so diluted as to have been worth 
 'much less than would at first have been supposed. At any rate, 
 ' we have seen all through this country the streams made foul and 
 ' unhealthy to the fish in them, and to the people along them, 
 ' by the drainage of the hog-pens of distilleries. In a case near 
 ' me, no man but a raiser of fruit-trees could be found, who 
 ' was willing to provide water-tight wagon boxes and draw on 
 ' his nursery the very much diluted manure of a large establish- 
 ' ment of this kind, and within a few days I have seen the brook 
 'that runs by it used to conduct the manure to Onondaga 
 ' Lake. 
 
 " But to return to the clover. It is sometimes said, that it is 
 
 21 
 
3J0 nANDY-BOOK OF HUSBANDRY. 
 
 *■'■ a great waste of a hay crop, and a great loss of time, to manure 
 •■'with clover. Let us examine this point a little. 
 
 *■'• A farmer has a fine meadow, consisting of the clover that 
 " has grown from fifteen pounds of seed — not of the large ' pea- 
 *'vine' kind, but of the smaller variety of red clover — and from 
 " five quarts of timothy seed, sown on each acre, which has been 
 "treated to a dressing of gypsum (commonly, but very improperly 
 '* called plaster). This meadow is cut for hay, as soon as the 
 ** clover is in full bloom. A crop of two tons to the acre, of 
 **■ this best of hay ^ should be secured. Another dressing of gypsum 
 " is then sown, and unless the season is uncommonly dry, up 
 '' starts the clover, and generally by the first day of October, 
 *' in this latitude, there will be a crop of clover-seed averaging 
 *' three bushels to the acre, that should pay, over and abo\ e 
 ** all expense for labor, fifteen dollars. The timothy grass 
 ''will in this second crop make very little show, and if the clover- 
 " seed is cut, as it should be, so high as to leave a Jarge part of 
 " the stalks on the ground, there will be enough left to about fill 
 "the furrow, if plowed that autumn. The next year a crop of 
 " barley sown on the inverted sod, should give the highest yield 
 "for that grain. One plowing turns up this decayed sod and 
 "clover, and a crop of wheat should give its best yield. Clover 
 "and timothy seed sown on that wheat, enables the farmer to 
 "repeat the process. 
 
 " I ha\ e supposed the land to be in good condition to begin 
 "with, and many years' experience justifies me in saying that 
 "it will be richer after these crops — four of them, in three 
 *' years — have been taken off than it was before. But on this 
 " point, I propose, presently, to introduce a witness, whose testi- 
 " mony will have more weight than any thing I can say. I now 
 " ask what time has been lost, and what has been sacrificed in the 
 " way of a hay crop, or any thing else, and what has been the cost 
 "of filling the ground with clover-roots, and the furrow with 
 " clover-tops ? 
 
 " But perhaps the owner of the land desires to do more in the 
 "way of increasing fertility than I have thus far supposed. Let 
 " him plow under, if he can find a plow that will do it, the 
 *' second crop of clover, and not cut his crop of seed. The crop 
 *' of hay will pay full interest on the land for one year, and the 
 " barley and wheat crops will do the same in their seasons. 
 " What grain-raiser can draw from his own barn-yard so much 
 " manure as this clover makes, for the cost of the clover and 
 " timothy seed, and of the gypsum, and the sowing ? But does 
 
i'ORAGE CROPS. 321 
 
 *' the clover add to the land the fertilizing properties desired in 
 "the necessary quantities to replace all that is taken off by the 
 " crops named, and leave a satisfactory balance in bank to go to 
 " new account ? " 
 
 :i; ^ ;ic ^ ^ 5i< ={= 
 
 Here follow copious extracts from Dr. Voelcker's paper, quoted 
 from above. 
 
 Mr. Geddes concludes as follows : — 
 
 *' About the time this great agricultural chemist, who perhaps 
 stands at the head of his profession, was deli\ering the lecture 
 from which I have been making quotations, before the Roval 
 Agricultural Society of England, I was writing articles for the 
 readers of the Tribune^ urging the use of cloverasamanure, — using 
 my own and my neighbors' experience from which to draw my facts. 
 I am not a little pleased at finding that this great chemist has got 
 out of his laboratory and gone into the field for his facts, and then 
 carried his facts, so obtained, into the laboratory, and gi\'en a 
 scientific explanation of them. His language is vastly stronger 
 than any I have ever used in favor of clover as compared with 
 other manures. His comparison of clover with Peruvian guano 
 goes further than I have ever gone, even in the heat of debate, 
 in an agricultural club meeting. 
 
 " In addition to the advantages growing out of the use of clover 
 as a manure that have been stated by the learned professor, I 
 wish to call attention to the important fact that, as the clover 
 grows evenly all over the ground, it will, in its decomposition, 
 reach with its fertilizing powers every square inch of land. No 
 reasonable expenditure of labor will so break up and distribute 
 barn-yard manure that every part of the surface of the soil will 
 be reached. 
 
 " All grain-growers that have extensively used clover as a 
 fertilizer have thereby enormously increased the quantity of 
 barn-yard manure made on their farms ; and it certainly should be 
 comforting to that class of men who still believe that additional 
 value is imparted to vegetable matter by drawing it from the 
 field to the barn, and passing it through the bodies of farm stock, 
 and then drawing it back to the field, to learn that by raising 
 large crops of clover, and turning a part of them into the ground, 
 it will certainly follow that the barn-yard manure will be greatly 
 increased in quantity by the increased yields of straw and corn- 
 stalks produced by the clover. 
 
 " The men who do the most at manuring with clover by no 
 
322 HANDY-BOOK OF HUSBANDRY. 
 
 " means underrate the value of other manures, but they do 
 " lall into the custom of laying out the least possible amount of 
 '■'■ labor that they can on the contents of their barn-yards, and get 
 "them back into the soil. The manure cart is apt to be emptied 
 ^' on some field near the barn, and the 'back end of the back 
 " field,' to use the expression of one of my volunteer correspon- 
 *' dents, never is visited by it. 
 
 " No other class of farmers (I do not mean gardeners) with 
 " whom I am acquainted manure as highly as the men who make 
 "the freest use of clover the leading principle of their farm man- 
 *'agement. 
 
 "Fairmoun't, N. Y. Oct. 23, 1869." 
 
 While on this subject of the fertilizing effect of clover, I desire 
 to record my belief, that, theoretically considered, clover may 
 become a means for the more complete exhaustion of the soil in 
 the end. Fertility depends for one of its chief supports upon 
 mineral matters, of which even the best soils contain compara- 
 tively but a very small proportion. These are absolutely neces- 
 sary to the growth of all agricultural plants. 
 
 Clover can a-eate none of them. Its only ability is to develop 
 and make more readily available that which tlie soil already con- 
 tains, and, while a soil which has been so completely exhausted to 
 the depth of its shallow plowing, that it will produce neither 
 wheat nor corn, nor grass, may, by the aid of clover, have so much 
 of the fertilizing minerals of its subsoil brought into action as 
 to become more fertile than before, it may, by persistent plun- 
 dering, — by constantly taking off and bringing nothing back, — be 
 made so poor, (subsoil and all,) that not even clover will grow. 
 In this condition the land is called "clover sick," and to restore 
 it from this impoverishment, nothing will suffice but long-con- 
 tinued exposure to the atmosphere, by frequent plowing, or the 
 addition of enormous quantities of manure. Judiciously man- 
 aged, clover culture may be made the means of restoring the 
 most exhausted soils to more than their virgin fertilitv, and of 
 keeping their productiveness always at the top mark -, but emploved 
 without judgment, it must in time (perhaps a very long time) 
 effect an absolute impoverishment. 
 
FORAGE CROPS. 
 
 323 
 
 It seems hardly necessary, in a book of directions for practical 
 farmers, to tell how clover is grown ; but as the crop is not univer- 
 sally grown, the information may be of value to some of my 
 readers. 
 
 Clover is never (so far as I know) grown alone. It is bene- 
 fited during its earliest growth by being sheltered from the sun and 
 wind, and it takes a better hold of the ground when sown with 
 oats or barley, or other spring grain, or among the standing plants 
 of wheat or rye. The seed is sown broadcast on the sui^face as 
 early as possible in the spring, (even on the snow in March,) or 
 immediately after the harrowing in of spring grain. It is suffi- 
 ciently covered by subsequent rains. Indeed, it seems hardly to 
 require covering at all, and it takes root in the compact soil of a 
 wheat-field, which has been beaten hard by the rains of a whole 
 winter. 
 
 After the grain has been mowed, the clover (with a moderate 
 amount of rain) grows vigorously, and will, on rich land, attain a 
 height of a foot or ijiore. Under such circumstances, it should 
 be fed down sufficiently to allow the free access of the sun and 
 air to the soil, that the roots may become well established and the 
 growth stocky. In this condition, it will much better withstand 
 the vicissitudes of an open winter, which is its greatest enemy. 
 
 In latitudes where the snow lies on the ground throughout' the 
 season, there is no trouble from winter-killing, but when this pro- 
 tection is not to be depended on, it is well to^ top-dress the plants 
 with sea-weed, strawy manure, or other rubbish. For manure, 
 clover asks little else than ground plaster, or gypsum, and of this 
 so small 2 quantity as a single bushel per acre will suffice, if it be 
 sown evenly (on the plants rather than on the ground) when the 
 leaves are wet with dew or with a misty rain. 
 
 The amount of seed used on an acre is from one peck to four 
 pecks, and I am by no means certain that the larger amount is not 
 the more profitable,— costly though clover-seed is. 
 
 Under the " soiling " system, and indeed on all farms where the 
 highest cultivation is the rule, it will be found best to crop the 
 clover but a single year, cutting three times during the summer, 
 
324 HANDY-BOOK OF HUSBANDRY. 
 
 except so much as it may be desired to save for seed. On rich 
 land, such as is adapted for soiling, an amount of clover mav be 
 cut which would, if cured, make four or six tons of hav, and 
 there would be left in the soil a mass of roots, that, with liberal 
 manuring, would be an excellent preparation for corn, or any 
 other crop desired. 
 
 A good field of clover is one of the very earliest ready to cut 
 for fodder, and after the third clip has been taken off, the soil will 
 afford a capital bite for young stock late into the fall. 
 
 tor hav, the crop should be allowed to stand until two-thirds 
 of the plants are in full bloom, and after cutting, it should be cured 
 (in the cock) with the least possible amount of rough handling, as 
 the leaves will be dry while the stems are yet quite green, and 
 will be likely to bs broken off and lost if much handled. 
 
 From what has been said, it will be seen that clover is to be 
 regarded as the "sheet-anchor" of American agriculture, and 
 especially of tho system of soiling. It enriches the land, and nour- 
 ishes the herd as no other crop can. As a forage crop s'utiply^ it 
 is later than winter rye, and less productive (probably less nutri- 
 tious) than Indian corn ; but its value as a fertilizer so far compen- 
 sates for its shortcomings in these directions, that it should 
 always play an important part in all cases where green fodder is 
 used. 
 
 As a hav crop, clover is excellent for cows, but less valuable 
 than the grasses for horses. In my own practice I shall depend 
 on it almost exclusively for hay for my dairy cows. 
 
 Oats are not very much grown as a green forage crop, as it 
 is generally considered more profitable to ripen the grain for mar- 
 ket -, but whenever " soiling " is practiced, — and soiling is the only 
 method yet devised that will, in the future, enable New England 
 to keep dairy animals in competition with the richer lands at the 
 west, — oats will be found of the greatest importance as filling 
 the gip between early rye, and the grasses and Indian corn. 
 When grass has become too ripe and hard for the best use of 
 milking animals, the oat-field is in its best estate, and will furnish 
 
FORAGE CROPS. 325 
 
 an excellent fodder, which is greatly relished by all stock, and 
 which, up to the time of the hardening of its stem, is admirably 
 su'.ted to the production of milk. 
 
 The only specific directions for its cultivation are to put the 
 seed into the ground at the earliest practicable moment in the 
 spring, and to sow thickly. An earlv start (on land that is not too 
 wet) seems to be even more important than richness of soil. And 
 (unlike this crop when grown for grain) the land cannot be too rich^ 
 as it should all be removed before it is sufficiently matured to 
 lodge. As soon as the crop has fairly blossomed, — if there is a 
 bit of corn or clover that can be cut for the stock, — the oats 
 should all come down. At this stage, (as is the case with all 
 cereals,) the nutritive constituents of the plant are the most uni- 
 formly distributed throughout all parts of its structure, and prob- 
 ably it contains (straw and all) very nearly all that it will at any 
 time contain. At all events, any slight disadvantage that may 
 result from cutting the crop before it has ceased to receive nutri- 
 ment from its roots, will be more than compensated for by the fact 
 that even the butts of the straw will be sweet and nutritious, and 
 will be consumed without waste. Cut at this stage of growth, and 
 properly cured, oats will be little, if any, inferior to the best hay. 
 
 A good growth of oats, from rich and well-cultivated land, will 
 make from two and a half to three tons of hav, equal to average 
 meadow hav. It is easily cured, and keeps perfectly. Therefore 
 there is nothing risked in sowing much more than will probably 
 be needed for green feeding. It 7nay be very convenient to have 
 it, so as to a\oid cutting the corn too early, and if it is not 
 needed green, it is worth all it costs as hay. 
 
 Rye is the great lengthener of the seasons. Sown early in 
 September, on rich land, using four bushels of seed to the acre, 
 it will often afford a good bite for the stock well into the winter, 
 if only the severe frosts hold off, and in the spring, almost before 
 the snow is fairly off of the ground, it starts its vigorous growth, 
 and may be cut or pastured fully two weeks before the first grass 
 is ready. 
 
326 HANDY- BO OK OF nUSBANDRY. 
 
 To get the best results for earlv soiling, the cutting should 
 not be too early^ but the crop is not injured (only delavedj by 
 cutting or feeding off as often as is desired at any time before 
 the "jointing" takes place, as a new and vigorous growth will 
 follow every cutting. 
 
 I am credibly informed that by being cut often enough, rve has 
 been kept in luxuriant condition for five years. I have myself 
 taken two heavy cuttings in one season, and had a crop of ripe 
 grain afterward. 
 
 Rve is a good green fodder only when in a comparatively green 
 and immature condition. If left until it blossoms, the lower part 
 of the straw, although it may still be green, is too hard to be 
 readily eaten bv cattle. 
 
 Still more than oats is rye a safe crop to plant to excess, as 
 when grown on land ht forsoiing uses, its production of straw is 
 very large, and rye straw, thrashed by hand, is always marketable 
 at a very high price, usually much higher than the best hay, and 
 the grain is of considerable importance. 
 
 \IiLLET, the remaining forage crop of our list, is one on which I 
 do not feel qualified to give instruction, having never succeeded 
 in producing a satisfactory crop. I am informed by those who 
 have grown it regiilarlv, that it is a valuable adjunct in green 
 soiling. My own conviction is that it cannot compete with 
 Indian corn, — nor can any thing else, — and that, therefore, as it 
 cannot be produced any earlier than this, there is no advantage in 
 growing it. 
 
 Allen says:* " It grows to the height of two and a half to four 
 " feet, with a profusion of stalks and leaves which furnish excel- 
 " lent forage for cattle. From eighty to one hundred bushels of 
 " seed per acre have been raised, and with straw equivalent to one 
 "and a half to two tons of hay; but an average crop nry be 
 " estimated at about one-third this quantity. Owing to the great 
 "waste during the ripening of the seed, from the shelling of the 
 
 ♦ New American Book of the Farm. Xew Ycrk : Orange Judd & Co. 
 
FORAGE CROPS. 327 
 
 " eailiest of it before the last is matured, and the frequent depre- 
 " dations of birds, which are very fond of it, millet is more profit- 
 " ably cut when the first seeds have begun to ripen, and har\ ested 
 " for fodder. It is cured like hav,and in good land vields from two 
 *' and a half to four tons per acre. All cattle relish it, and 
 "experience has shown it to be fully equal to good hay. 
 
 " Millet requires a dry, rich, and well-pulverized soil. It will 
 " grow on thin soil, but best repavs on the most fertile. It should 
 " be sown broadcast or in drills from the first of Alav to the first 
 *' of July. If for hay and sown broadcast, forty quarts per acre 
 " will be required ; if sown in drills for the grain, eight quarts of 
 " seed will suffice. It will ripen in sixty to seventy-five days 
 " with favorable weather. When designed for fodder, the nearer 
 *' it can approach to ripening without waste in harvesting, the 
 ** more valuable will be the crop." 
 
 It is possible that Mr. Allen is mistaken in this latter state- 
 ment. It seems to be a well-established fact that all plants of 
 this character are in their best condition for hay at about the 
 period of blossoming. 
 
 Flint says:* "It is very valuable and nutritious for milch cows, 
 *' both green and when properly cured. The curing should be very 
 " much like clover, care being taken not to overdrv it. For fodder, 
 "either green or cured, it is cut before ripening. In this state all 
 " cattle will eat it as readily as green corn, and a less extent will 
 " feed them. Alillet is worthy of a widely-extended cultivation, 
 *'particularlv on dairv farms." 
 
 If millet has any marked advantage which should bring it into 
 common use, it lies in its ability to withstand drought, — whether 
 from the thinness of the soil or the heat of the sun. 
 
 * Milch Cows and Dairy Farming. Boston: Tilton & Co. 
 
CHAPTER XIII. 
 
 LIVE STOCK. 
 
 Live stock is more or less important to the farmer, according 
 to the circumstances under which his business is carried on. In 
 extensive grain-growing regions, where the policy is simply to raise 
 the largest possible crops, rather bv extent of culti\ation than by 
 excessive production per acre, and where it is intended either to 
 trust to luck for the fertility of the land or deliberatelv to exhaust 
 and abandon it, live stock forms no important part of the farm 
 machinery, it being necessary only to keep such teams as are 
 required for plowing, cultivation, and harvesting. 
 
 In other extensive regions, where the chief, almost the entire, 
 business of the farmer is confined to the grazing of large flocks 
 and herds on natural pastures, he cares for little else than live 
 stock ; but, at the same time, his animals live almost in a state of 
 nature, require scarcely any attention beyond the annual branding 
 and the annual selection of droves for market, and he needs to 
 know almost nothing concerning their management as understood 
 by skillful husbandmen. 
 
 Live stock becomes an important element in the economy of 
 the farm only wheji our object is to raise fine animals, to raise 
 beef for market, or wool, or dairy products, or poultrv, as a means' 
 for converting the production of the land into a marketable form. 
 And in these cases its management always is, or always should be, 
 attended by a full appreciation of the value of manure. 
 
 " No manure — no grass, 
 No grass— no cattle, 
 No cattle — no manure." 
 
LIVE STOCK. 329 
 
 This is the circle within which the reasoning of the best mod- 
 ern agriculture constantly revolves. We may make our chief 
 business the growth of large crops, yet, unless we are surrounded 
 by some peculiar circumstances, we cannot hope to continue the 
 profitable growth of large crops without the aid of manure result- 
 ing from the feeding of animals. We may make it our chief 
 object to raise fine beef or other animal products for sale, and we 
 may regard every thing else connected with the farm as purely^ 
 incidental to this ; — yet we shall soon find that the key to our 
 success lies in the fertility of the land, increased by a judicious use 
 of the manure that the animals make. 
 
 It is impossible in any mixed husbandry, or in what may more 
 properly be called general husbandry, to disregard for a moment 
 the relation always existing between the three cardinal points of 
 crops, cattle, and dung. If we do away with the cattle and sell 
 our crops, we fall short of dung, and must buy it or its substitute 
 in the market. If we fall short of food, our cattle and our 
 manure-pits both suffer. If we allow our manure to run to waste, 
 or use it with bad economy, both cattle and crops must suffer 
 in the end. Of course there are circumstances in which spe- 
 cial facilities for purchasing manure, extraordinarily high prices 
 for grain, or the prevalence of diseases which make it unsafe to 
 keep large stocks of cattle, compel a deviation from the foregoing 
 principle. But, as a principle, it is a fixed one, and any change 
 from its requirements should be adopted only with due considera- 
 tion and for good and sufficient reasons, which, being generally 
 of a local character, it is not necessary nor desirable to discuss 
 in this connection. 
 
 To return to the illustration with which this work commenced, 
 — that of a young man about entering upon the improvement of a 
 farm, — we find that one of the questions which it will be most 
 important for him to decide is, that of the extent to which the 
 raiding of live stock should form a part of his plan, and having 
 decided this, to fix upon the direction which his live stock efforts 
 shall take. 
 
 The following fields are open to him : the raising of horses, 
 
330 HANDY-BOOK OF HUSBANDRY. 
 
 the making of beef, the making of pork, the sale of milk, the 
 manufacture of butter or cheese, the growth of wool, the pro- 
 duction of poultry and eggs, and the raising of thoroughbred 
 animals for what is called the fancy market. 
 
 Ordinarily he will find it best to select as his main object such 
 a branch of industry as his farm, his buildings, and his market 
 indicate as most desirable ; but to couple with this in all cases 
 some collateral branch of stock-keeping, so that, to use a com- 
 mon expression, he may not haye his eggs all in one basket •, and 
 that he may be able to make one department assist somewhat in 
 the deyelopment of the adyantages of another. For example, 
 in the manufacture of butter or cheese there should be at least a 
 sufficient herd of swine to consume the refuse products of the 
 dairy ; — and in the case of all animals to which grain is fed, it 
 will be found adyantageous to haye at least enough poultry to pick 
 up the sweepings of the stables and the waste of the thrashing- 
 machine. Again, whateyer his business may be, it will be neces- 
 sary for him to keep working-teams, and if the production of beef 
 promises to be profitable, he will find it ad\antageous to keep 
 several yokes of oxen, working each pair only sufficiently to 
 stimulate their appetites and keep them in an improving condition; 
 while, if he prefers to use horse-teams, there will be generally a 
 decided advantage in having; mares from which one or two colts 
 each year may be expected. 
 
 It is, of course, impossible to say, that, as a general rule, any 
 branch of stock-raising is more profitable than any other branch ; 
 and it is probably true that over the whole country there is, in 
 ordinary husbandry, not very much difi^erence between any of the 
 leading branches. If there were a decided advantage in favor of 
 any one kind of stock, the difficulty would soon correct itself by 
 reason of the neglect of some other branch, until the price of its 
 products brought it again within the practicable range of profit. 
 All that it is proper for me to do, therefore, is to state briefly the 
 advantages of the different kinds of stock, and some of the rules 
 which should govern their management. 
 
LIVE STOCK. 331 
 
 HORSES. 
 
 According to the census of i860, there were 6,249,174 horses 
 in the United States, equal in value to at least one-fourth of the 
 present national debt ; and, in addition to these, there were prob- 
 ably over one million mules (1,151,148 asses and mules). Of 
 course, so far as the more settled parts of the country are con- 
 cerned, a very large proportion of the horses are in use upon 
 farms ; and their chief value to most farmers consists in their 
 ability to do his work. At the same time, in addition to this and 
 incidental to it, the very large demand for horses for work, and 
 for pleasure-driving in cities and towns, creates such a market for 
 them, among those who are not engaged in their production, that 
 the sale of the increase of farm stock is a great source of agricultural 
 profit ; and wherever a farmer is so circumstanced that he can 
 raise a few colts without inconvenience, he will generally find it 
 advisable to have a large proportion of mares among his working 
 teams. 
 
 The breeding of horses in this country has generally been car- 
 ried on in a most careless and haphazard way. Any broken- 
 down, spavined, heavy old mare, that ought to be knocked on 
 the head, — that certainly would not^ for general use, be worth 
 keeping, — is usually considered good enough to get colts from. 
 And this accounts for the fact that all persons who are familiar 
 with the horses raised in this country consider it advantageous to 
 buy rather old animals, with the idea that if they have passed their 
 seventh or eighth year without developing a congenital disease, 
 they may be depended on for a fair amount of service ; — and the 
 immense number of five and six year old horses that go blind or 
 lame, or get broken-winded, is a very severe comment on the 
 ordinarv policy of farmers in raising horses. 
 
 The rule that " like begets like " holds in no case with greater 
 force than in the breeding of horses ; and we may, with the same 
 reason, expect healthy children from scrofulous and consumptive 
 parents, as sound colts from unsound mothers. 
 
 There are many imperfections, to which horse-flesh is subject, 
 
332 HANDY-BOOK OF HUSBANDRY. 
 
 that do not interfere with the production of sound progeny ; as 
 the accidental loss of an eve, for instance, which is a blemish, 
 but which is not real unsoundness, and is not likely, after inflam- 
 mation has subsided and after the animal's attention has ceased to 
 be drawn to that part, to produce any unsoundness in the eyes 
 of the colt. And the same is true of several kinds of lameness 
 which result from purely accidental causes, from bad shoeing, etc. 
 In no case would it be prudent to breed from a mare while she is 
 actuallv suffering from the effects of any accident or ill-treatment ; 
 but after the wound has healed and she has settled down to the 
 even tenor of her wav, there is no reason whv such accidental 
 imperfections should be perpetuated. As a general rule, it may 
 be stated that the mare that is best suited to the farmer's purposes 
 as a team animal, is precisely the one from which he may most 
 reasonably expect to get good colts ; and the same rule that should 
 guide him in the purchase of a mare for work should also guide 
 him in the matter of breeding. 
 
 In Stonehenge's " Britibh Rural Sports," the following direc- 
 tions are given concerning the choice of a brood mare, the por- 
 tion which relates chiefly to the breeding of race-horses being 
 excluded from the quotation : — 
 
 '■*■ In choosing the brood mare, four things must be considered : 
 " first, her blood ; secondly, her frame ; thirdly, her state of 
 *' health ; and fourthly, her temper. 
 
 ******* 
 
 " In frame, the mare should be so formed as to be capable of 
 " carrying and well nursing her offspring -, that is, she should be 
 *' what is called ' roomy.' There is a formation of the hips which 
 *' is particularly unfit for breeding purposes, and yet which is some- 
 " times carefully selected, because it is considered elegant ; this is 
 "the level and straight hip, in which the tail is set on very high, 
 " and the end of the haunch-bone is nearly on a level with the pro- 
 " jection of the hip-bone. * * * 3^ examining her [a well- 
 " formed mare's] pelvis, it will be seen that the haunch-bone forms 
 " a considerable angle with the sacrum, and that, as a consequence, 
 " there is plenty of room, not only for carrying the foal, but for 
 
LITE STOCK. 333 
 
 *' allowing it to pass into the world. Both of these points are 
 *' important, the former e\idently so, and the latter no less so on 
 " consideration, because if the foal is injured in the birth, either of 
 " necessity or from ignorance or carelessness, it will often fail to 
 "recover its powers, and will remain permanently injured. The 
 "pelvis, then, should be wide and deep, that is to say, it should be 
 "large and roomy ; and there should also be a little more than the 
 " average length from the hip to the shoulder, so as to give plenty 
 *' of bed for the foal ; as well as a good depth of back-ribs, which 
 *' are necessary in order to support this increased length. * * 
 *' Beyond this roomy frame, necessary as the eggshell of the foal, 
 " the mare only requires such a shape .ind make as are well adapted 
 *' for the particular purpose she is intended for. * * * 
 
 *'In health, the brood mare should be as near perfection as the 
 "artificial state of this animal will allow ; at all events, it is the 
 *' most important point of all, and in every case the mare should 
 " be very carefully examined, with a view to discover what devia- 
 " tions from a natural state have been entailed upon her by her own 
 " labors, and what she has inherited from her ancestors. Indepen- 
 " dently of the consequences of accidents, all deviations from a 
 *' state of health in the mare may be considered as more or less 
 "transmitted to her, because, in a thoroughly sound constitution, 
 " no ordinary treatment such as training consists of will produce 
 " disease, and it is only hereditary predisposition which, under this 
 " process, entails its appearance. Still there are positive, compara- 
 " tlve, and superlative degrees of objectionable diseases incidental 
 " to the brood mare, which should be accepted or refused accord- 
 " ingly. All accidental defects, such as broken knees, dislocated 
 *' hips, or even breaks down, may be passed o\er ; the latter, how- 
 *' ever, only when the stock from which the mare is descended are 
 " famous for standing their work without this frailty of sinew and 
 " ligament. Spavins, ring-bones, large splints, side-bones, and, in 
 " fact, all bony enlargements, are constitutional defects, and will 
 " be almost sure to be perpetuated, more or less, according to the 
 " degree in which thev exist in the particular case. Curby hocks 
 " are also hereditary, and should be avoided ; though many a one 
 
334 HANDY-BOOK OF HUSBANDRY. 
 
 " much bent at the junction of the os calcis with the astragalus is 
 "not at all liable to curbs. It is the defective condition of the 
 " ligaments there, not the angular junction, which leads to curbs j 
 " and the breeder should carefully investigate the individual case 
 *' before accepting or rejecting a mare with suspicious hocks. Bad 
 " feet, whether from contraction or from too flat and thin a sole, 
 " should also be avoided ; but when they have obviously arisen 
 " from bad shoeing, the defect may be passed over. Such are the 
 " chief varieties of unsoundness in the leg which require circum- 
 *■*■ spection ; the good points, which, on the other hand, are to be 
 " looked for are those considered desirable in all horses that are 
 " subjected to the shocks of the gallop. * * * * Such are 
 *' the general considerations bearing upon soundness of limb. That 
 *' of the wind is no less important. Broken-winded mares seldom 
 *' breed, and they are therefore out of the question, if for no other 
 " reason •, but no one would risk the recurrence of this disease, 
 '' even if he could get such a mare stinted. Roaring is a much 
 *' vexed question, which is by no means theoreticallv settled among 
 '' our chief veterinarv authorities, nor practicallv bv our breeders. 
 " Every year, however, it becomes more and more frequent and 
 " important, and the risk of reproduction is too great for anv person 
 *' willfully to run by breeding from a roarer. As far as I can learn, 
 *' it appears to be much more hereditary on the side of the mare 
 ''than on that of the horse ; and not even the oft'er of a virago 
 *■'• should tempt me to use her as a brood mare. There are so many 
 *' different conditions which produce what is called roaring, that it 
 *' is difficult to form any opinion which shall apply to all cases. In 
 '' some instances, where it has arisen from neglected strangles, or 
 ** from a simple inflammation of the larynx, the result of cold, it will 
 *' probably never reappear ; but when the genuine ideopathic roaring 
 " has made its appearance, apparently depending upon a disease of 
 " the nerves of the larynx, it is ten to one that the produce will 
 " suffer in the same way. Blindness, again, may or may not be 
 "hereditary, but in ail cases it should be viewed with suspicion as 
 "great as that due to roaring. Simple cataract without inflam- 
 " mation undoubtedly runs in families ; and when a horse or 
 
LIVE STOCK. 335 
 
 " mare has both eyes suffering from this disease, without any 
 "other derangement of the eye, I should eschew them care- 
 " fully. When blindness is the result of violent inflammation 
 *' brought on by bad management, or by influenza, or any other 
 "similar cause, the eye itself is more or less disorganized; and 
 "though this itself is objectionable, as showing a weakness of the 
 " organ, it is not so bad as the regular cataract. Such are the chief 
 " absolute defects, or deviations, from health in the mare ; to which 
 " may be added a general delicacy of constitution, which can only 
 " be guessed from the amount of flesh which she carries while suck- 
 " ling or on poor ' keep,' or from her appearance on examination 
 " by an experienced hand, using his eyes as well. The firm, full 
 " muscle, the bright and lively eye, the healthy-looking coat at all 
 " seasons, rough though it may be in the winter, proclaim the 
 "hardiness of constitution which is wanted, but which often coex- 
 " ists with infirm legs and feet. Indeed, sometimes the very 
 "best topped animals have the worst legs and feet, chiefly owing 
 " to the extra weight they and their ancestors also have had to 
 " carry. Crib-biting is sometimes a habit acquired from idleness, 
 " as also is wind-sucking ; but if not caused by indigestion, it often 
 *' leads to it, and is'very commonly caught by the offspring. It is 
 " true that it may be prevented by a strap ; but it is not a desirable 
 "accomplishment in the mare, though of less importance than 
 " those to which I have already alluded, if not accompanied by 
 " absolute loss of health, as indicated by emaciation, or the state of 
 "the skin. 
 
 " Lastly, the temper is of the utmost importance, by which 
 " must be understood not that gentleness at grass which may lead 
 "the breeder's family to pet the mare, but such a temper as will 
 " serve for the purposes of her rider, and will answer to the 
 " stimulus of the voice, whip, or spur. A craven or a rogue is 
 "not to be thought of as the ' mother of a family ;' and if a mare 
 "belongs to a breed which is remarkable for refusing to answer 
 "the call of the rider, she should be consigned to any task rather 
 "than the stud- farm. Neither should a mare be used for this 
 " purpose which had been too irritable to train, unless she hap- 
 22 
 
336 HANDY-BOOK OF HUSBAXDRY. 
 
 *' pened to be an exceptional case ; but if of an irritable familv, 
 ** she would be worse even than a roarer, or a blind one. These 
 ''are defects which are apparent in the colt or fillv, but the 
 "irritability which interferes with training often leads to the 
 "expenditure of large sums on the faith of private trials, which 
 "are lost from the failure in public, owing to this defect of 
 " nervous system." 
 
 The mare described in the foregoing quotation is a thorough- 
 bred race-horse, intended only, or chieflv, tor fast running ; but 
 any farmer wlio has' an eye for horse-flesh, and who will take the 
 pains to examine the form and constitution of the best mares 
 working in his neighbors' teams, will find that, in its general par- 
 ticulars, it applies very well to them. Of course, it is not to be 
 recommended that farmers, who intend that their team mares shall 
 be used for breeding, should purchase only such mares as come 
 up to this description ; but merely that in purchasing, with an in- 
 cidental view to breeding, or, indeed, in purchasing for work 
 alone, there will be a decided advantage in following, as closelv 
 as circumstances and prices will allow, the standard herein laid 
 down. Very careful attention in breeding should also be paid 
 to the different forms of unsoundness and bad conformation de- 
 scribed. 
 
 It being assumed that the mares from which we are to breed are 
 sound and of good temper and form, — or, at least, that thev are 
 not decidedly ill-formed, and that they have no hereditary disease 
 or imperfection, — the great remaining question for the farmer 
 relates to the selection of a stallion. And herein I am decided- 
 ly of the opinion that the common practice of our agricultural 
 neighborhoods is a faulty one. Horse-breeding has so long been 
 almost a science, that several things connected with it have been 
 determined with a good deal of accuracy ; and one of these is, that 
 the preponderance of "blood"* should be on the side of the sire. 
 
 * By "blood" is meant that strain which has descended in direct line from the ani- 
 mals imported, more than a century ago, into England, from Barbary, Arabia, and Tur- 
 key; and which has there been developed, through a long course of training, into a race 
 of greater speed and endurance than even the Arabian horse himself possesse 
 
LIVE STOCK. .337 
 
 The passion for raising fast trotters, — a passion which has 
 been stimulated by very high prices, and which is hkely to 
 continue and to increase, — has led to a quite general adoption 
 of the practice of breeding to fast-trotting stallions. And there 
 is no doubt that this practice frequently results in the production 
 of fast trotters ; often enough, perhaps, to make it a tempt- 
 ing lottery, — but a lottery it certainly is, for while the few fast 
 trotters produced are of exceptional value, a large majority of 
 the " get " have decided defects, which reduce them below the 
 average of good horses. Even in raising horses for the trotting 
 turf, I should adhere in my own practice yery strictly to the rule 
 which has been established by the orio;in of the trottlns-horse 
 himself, — that is, to get the largest amount of blood on the side of 
 the sire. 
 
 Almost without exception, every really distinguished trotting 
 horse in the country traces back, largely on the side of the sire, to 
 the thoroughbred English race-horse, which is the only source of 
 what is now known among Enijlish and American breeders as 
 " blood;" and while the high, free action which fast trotting re- 
 quires has been introduced very considerably through cold-blooded 
 mares, and occasionally through cold-blooded horses, it is only 
 by a combination of this action with the best qualities of " blood" 
 that the best results may be confidently sought. Therefore, 
 the opinion is a very well-established one, that, in all systematic 
 breeding, whether for the turf or for any other purposes, whatever 
 the mare may be, the sire should be a thoroughbred horse ; and in 
 making this statement I by no means confine It to the production 
 of horses for fast work or for pleasure-driving, for I believe that 
 for every use, except, possibly, the slow draft of very heavy loads 
 or city trucks, it is more economical for the teamster and for the 
 farmer himself to have a large admixture of thorough-blood in 
 the stock. 
 
 As a case in point, I would state that I recently employed a 
 neighbor to do some plowing for me; his team, consisted of a 
 pair of oxen and a horse on the lead. The horse was of only 
 average size, but I observed from a distance that there was a 
 
338 HANDY -BOOK OF HUSBANDRY. 
 
 spring and an agilitv in his movements that are uncommon in the 
 region, and on examination, I found that he was obviously doing 
 quite one-half of the work. At the end of a long day he had the 
 same vigor and acti\itv with which he commenced in the morn- 
 ing, and there was an intelligent, quick movement of the ears, 
 and a spring in his step, that one rarely sees in a farm-horse. 
 On inquiry, I found that he was twenty-eight years of age, had 
 been owned by the same man and employed in the same work 
 twenty-four years, had never missed a day, and had never let pass 
 an opportunity to do as much work as lay in his power. He was 
 fat and sleek, and I should have judged him, from his general ap- 
 pearjnce, to be not more than seven or eight years old. It turned 
 out that he was the progeny of a common farm mare, of good form, 
 by a thorouo-hbred race-horse, that had been brouirht into the 
 country for a single season, and so few mares were sent to him, 
 that it was not found profitable to keep him here. 
 
 On the Madison Avenue line of omnibuses in New York City, 
 it has always been the rule to buy horses with the largest possible 
 proportion of thorough-blood. I should say that, at the time 
 when I noticed the teams of this line, the horses of the whole 
 stable would average more than half-bred, many of them probably 
 seven-eighths ; and during the heavy snows of winter, this line 
 always makes better time than any other, and the proportion of 
 loss amono; their teams is much less, while the averajre num- 
 ber of years of service of each horse is much greater than on 
 any other line in the city, the others paying no regard to blood, 
 but purchasing any animals that are sound, and, apparently, of 
 strong frame. 
 
 Several years ago I rode almost daily — sometimes from fifty to 
 sixty miles in a day — a thoroughbred English mare, weighing less 
 than eight hundred pounds, and, although rather a heavy-weight 
 myself, I have never found another horse, even of much greater 
 size, that would carry me so far in a day, so many days in suc- 
 cession, and with so little apparent distress, as this mare would. 
 
 In the army, in the spring and summer of 1864, I rode a horse 
 captured from a rebel officer, and learned that he was probably 
 
LIVE STOCK. 339 
 
 thoroughbred, and that he had been used for racing. He was 
 a rather leggv animal, very tall, but as thin as a shingle, and by no 
 means such a horse as most farmers would have selected to carry 
 a man through a long day's ride. Yet, on the occasion of the 
 battle of Tishamingo Creek, I rode him from four o'clock on 
 Monday morning until half-past ten on Wednesday morn- 
 ing, and during the whole time, was certainly not more than 
 two hours out of the saddle ; and much of the time I was ridmg 
 furiously, and necessarily without the slightest regard to what 
 became of my horse. The command comprised about 4,000 
 cavalry, and I am satisfied, from an examination of the troops as 
 they returned, that there were not five horses in the whole armv 
 that had sufi^ered so little from their work as mine had. He had 
 the same springy gait, as he came neighing into his stable, that he 
 had when he first started out from Monday's camp. 
 
 These instances, and many others that have come under my 
 own observation, fully confirm me in the opinion that what is 
 lost in size and apparent strength is more than made up by the 
 endurance and activity which have given rise to the proverb — 
 "blood will tell." 
 
 In his directions for the choice of a stallion for breeding, Frank 
 Forrester says : — * 
 
 " Now, as to what constitutes value or excellence in all horses. 
 " It is indisputablv quickness of working ; power to move or carry 
 "weight, and ability to endure for a length of time ; to travel for a 
 " distance with the least decrease of pace ; to come again to work 
 " day after day, week after week, and year after year, with undi- 
 " minished vigor. And it is scarcely needful to say, that, under all 
 " ordinary circumstances, these conditions are only compatible with 
 "the highest form and highest physical health of the animal. 
 " Malformation must necessarily detract from speed and power ; 
 " hereditary disease or constitutional derangement must necessarily 
 " detract from all powers whatsoever. Under usual circumstances, 
 " it would hardly be necessarv to undertake to show that quickness 
 "of working, or, in other words, speed, is necessary to a high de- 
 
 * Herbert's Hints to Horsekeepers. O. Judd & Co., N. Y. 
 
340 HANDY -BO OK OF HUSBANDRY. 
 
 **gree of excellence in a horse of any stamp or style, and not one 
 " iota less for the animal which draws the load, or breaks the glebe, 
 *' than for the riding-horse or the pleasure-traveler beiore light 
 *' vehicles. But it has of late become the fashion with some parties 
 *' to undervalue the advantages ot speed, and to deny its utility for 
 " other purposes than tor those ot mere amusement ; and as a 
 *' corollary from this assumption, to disparage the effect and deny 
 '* the advantage of blood, by which is meant descent, through the 
 " American or English race-horse, from the Oriental blood of the 
 *' desert, whether Arabian, Barb, Turk, Persian, or Syrian, or a 
 *■'■ combination of two or more, or all of the five. 
 
 " The horse which can plow an acre while Another is plowing 
 " half an acre, or that which can carry a load of passengers ten miles 
 *' while another is going five, independent of all considerations of 
 ** amusement, taste, or what is generally called fancy, is absolutely 
 *' worth twice as much to his owner as the other. 
 
 *' Now the question for the breeder is simply this : By what 
 *' means is this result to be obtained ? The reply is, by getting the 
 "greatest possible amount of pure blood compatible with size, 
 '* weight, and power, according to the purpose tor which he intends 
 *' to raise stock, into the animal bred. For not only is it not true 
 *' that speed alone is the only good thing deri\able from blood, but 
 *' something very nearly the reverse is true. It is very nearly the 
 '* least good thing. That which the blood-horse does possess is a 
 " degree of strength in his bones, sinews, and frame at large, utterly 
 ** out of proportion to the size or apparent strength of that frame. 
 " The texture, the form, and the symmetry of the bones, — all, in 
 *' the same bulk and volume, — possess double, or nearer fourfold, 
 " the elements of resistance and endurance in the blood-horse that 
 *' they do in the cold-blooded cart-horse. The difference in the 
 *' form and texture of the sinews and muscles, and in the inferior 
 *' tendency to form flabby, useless flesh, is still more in favor of the 
 " blood-horse. Beyond this, the internal anatomical construction 
 *' of his respiratory organs, of his arterial and venous system, of his 
 *' nervous system, — in a word, of his constitution generally, — is cal- 
 " culated to give him what he possesses, greater vital power, greater 
 
LIVE STOCK. ;341 
 
 '' recuperator)' power, greater physical power, in proportion to his 
 "bulk and weight, than any other known animal, added to greater 
 " quickness of movement, and to greater courage, greater endurance 
 " of labor, hardship, suffering, — in a word, greater (what is called 
 ^' vulgarly) game or pluck than will be found in any other of the 
 " horse family. 
 
 " But it is not to be said, or supposed, that all blood-horses 
 "will give these qualities in an equal degree, for there is as much 
 " or more choice in the blood-horse than in any other of the family. 
 " Since, as in the blood of the thoroughbred horse, all faults, all 
 " vices, all diseases are directly hereditary, as well as all virtues, all 
 " soundness, all good qualities, it is more necessary to look, in the 
 " blood-horse, to his antecedents, his history, his performances, and, 
 " above all, to his shape, temper, soundness, and constitution, than 
 "it is in any other of the horse family. 
 
 " To breed from a small horse with the hope of getting a large 
 " colt ; from a long-backed, leggy horse, with the hope of getting a 
 *' short, compact, powerful one ; from a broken-winded, or blind, 
 " or flat-footed, or spavined, or ring-boned, or navicular-joint-dis- 
 *' eased horse, with the hope of getting a sound one ; from a vicious 
 *' horse, a cowardly horse, — what is technically called a dunghill, — 
 " with the hope of getting a kind-tempered and brave one ; all or 
 " any of these would be the height of folly. The blood sire (and 
 " the blood should always be on the sire's side) should be, for the 
 " farmer-breeder's purposes, of medium height, say fifteen and a half 
 "hands high, short-backed, well ribbed up, short in the saddle-place, 
 " long below. He should have high withers, broad loins, broad 
 " chest, a straight rump, — the converse of what is often seen in 
 " trotters^ and known as the goose rump ; a high and muscular, but 
 " not beefy crest ; a lean, bony, well-set-on head ; a clear, bright, 
 " smallish, well-placed eye ; broad nostrils and small ears. His 
 "fore-legs should be as long and as muscular as possible above the 
 " knee, and his hind-legs above the hock, and as lean, short, and 
 " bony as possible below those joints. The bones cannot by any 
 " means be too flat, too clear of excrescences, or too large. The 
 " sinews should be clear, straight, firm, and hard to the touch. 
 
342 HAXDY-BOOK OF HUSBANDRY. 
 
 " From such a horse, where the breeder can find one, and from a 
 ** well-chosen mare (she may be a little larger, more bony, more 
 *' roomy, and in every way coarser than the horse, to the ad\ anta^e 
 " of the stock), sound, healthy, and well-limbed, he may be certain, 
 "accidents and contingencies set aside, of raising an animal that 
 "will he creditable to him as a scientific stock-breeder, and profit- 
 *'able to him in a pecuniary sense. 
 
 "The great point then to be aimed at is, the combining in the 
 *' same animal the maximum of speed compatible with sufficient size, 
 " bone, strength, and solid power to carry heavy weights or draw 
 *' large loads, and at the same time to secure the stock from the 
 *' probability, if not certainty, of inheriting structural deformity or 
 " constitutional disease from either of the parents. The first point 
 "is only to be attained, first, by breeding as much as possible to 
 *' pure blood of the right kind ; and, second, by breeding what is 
 " technically called among sportsmen and breeders, «/), not doivti : 
 " that is to say, by breeding the mare to a male of superior (not 
 *' inferior) blood to herself, — except where it is desired to breed 
 " like to like, as Canadian to Canadian, or Norman to Norman, 
 *' for the purpose of perpetuating a pure strain of any particular 
 *' variety, which may be useful for the production of brood 
 " mares." 
 
 It is frequently objected by farmers that they cannot afix)rd to 
 pay forty or fifty dollars for the service of a thoroughbred stallion, 
 when they can get that of a good common horse for ten or fifteen. 
 To this objection the only proper reply is, that they cannot aft'ord 
 to take the service of the common horse as a gift. The cost of 
 the service of the stallion is a very small part of the cost of raising 
 a horse. The care and attention that the mare should receive 
 during pregnancy, the risks of foaling, and the feed of the 
 mother and colt during lactation, as well as the growth and train- 
 ing of the colt for four or five years, are the same in every case ; 
 and it may be safely assumed, as an average rule, that while the 
 thoroughbred colt may cost from twentv-five to fifty dollars more 
 than the common-bred one, the vigor of his constitution during 
 his growth, and the extra value of his appearance and his ability 
 
LIVE STOCK. 343 
 
 to perform when ready for market, will be worth from one to 
 several hundred dollars more. It it will pay to raise horses at all, 
 and this is a question which must be decided by each man for him- 
 self, it will certainly pay, in every case, to raise the best horses 
 that it is possible to produce. 
 
 If blood-horses were only valuable for pleasure-driving and for 
 racing, the case would be quite different ; but they are more valu- 
 able for road-work, for farm-work, for horse-cars and omnibuses, 
 and for all of the uses to which horses are ordinarily put, than 
 are any others ; so that there is no risk in making the experiment, 
 while there is always a chance of securing an animal of extraor- 
 dinary value. 
 
 The mare and the stallion having been coupled, the work of 
 horse-raising is onlv fairly commenced. The success with which 
 it is carried on will depend upon the skill and attention with which 
 every detail is attended to, from this time until the weaning, and, 
 indeed, until the training of the colt is accomplished. It should 
 be remembered that the mare has now, not only to make up the 
 wastes of her own frame, but to carry on the growth of a foetus, 
 weighing at birth probably two hundred pounds ; and she should 
 be allowed such a quantity of nutritious food as will secure the 
 best development of the foal, and as shall keep her in the best 
 condition for delivery, and for the supply of milk to her offspring. 
 She should never be overworked, and she should never be allowed 
 to remain entirely idle ; for exercise and good grooming are as 
 important to the mother as they are to the colt himself. Dur- 
 ing the latter months of pregnancy, when the mare may be too 
 heavy for use on the road, she should be allowed a free range in 
 the fields, or at least a roomy loose box in which she may take 
 the necessary amount of exercise ; and she should never be 
 harassed or teazed, or in any way annoyed. 
 
 After the birth, if it is necessary to work her, as it generally 
 is on farms, the foal should not be allowed to run by her side, 
 nor to draw her milk while she is overheated. Nor should 
 she be so excessively worked that she cannot furnish him always, 
 after having had time to cool off, with an abundant supply of 
 
344 HANDY-BOOK OF EUSBAXDRT. 
 
 healthy milk. It is not usually the custom among farmers to feed 
 grain to brceding-mares, nor to young colts ; but there is no 
 period in the lite of a horse when a little grain judiciouslv cjivcn 
 will produce so good an effect on his form, his spirit, and his 
 constitution, as during the six montlis before and the six nii^nths 
 after his foaling ; and, very early during his colthood, he should re- 
 ceive, first an occasional handful, and then a regular daily feeding 
 of the best oats. 
 
 As it has been well-demonstrated, in the care of all live stock, 
 that a clean and open condition of the skin is conducive to health 
 and to economical feeding, so it will be found that no labor on the 
 farm is more profitably expended than that which is devoted to a 
 a daily thorough grooming of even the very young colt. Both 
 before weaning, and after, the young animal should be treated in 
 such a manner as his future usefulness and his future need for 
 strength make necessary. He should be well fed, well groomed, 
 constantly handled, and petted and talked to, and should have 
 sufficient exercise, and, during the first five years, no excessive 
 work ; and should be, even in his infancy, accustomed to harness 
 and wheels and saddles, and all the other accompaniments of his 
 future service. 
 
 By following these rules we may hope, without any perceptible 
 additional expense, to raise an animal that will be, other things 
 being equal, many times more valuable than the poor, half-starved, 
 and neglected " shag " that farmers generally bring to market. 
 Any fair horse is worth one hundred and fifty dollars in the New 
 York market, although he may have been neglected from the day 
 of his conception until the day of his sale to the drover, but very 
 often the same animal, if he had received the care herein recom- 
 mended, would have been eagerly bought for from five hundred 
 to one thousand dollars on the farm •, and the whole extra amount 
 of the price will have been gained by the inexpensive means of a 
 litt e extra care, and by the proper selection rather than by the 
 incieased quantity or value of the food. If, in addition to all this 
 caie and attention, we have taken pains at the outset to put the 
 right blood into the brute's veins, we may feel confident, not only 
 
LIVE STOCK. 345 
 
 that he will be purchased at a high price, but that the purchaser 
 will always feel satisfied with his bargain. 
 
 Much has been said and written in this country about the 
 Percheron horses, and surely any one who will visit the animals 
 imported by the Massachusetts Agricultural Society, and now 
 standing at Mr. Motley's farm at Jamaica Plain, will realize the 
 fact that only one-half of the story has been told. They are 
 large, magnificent animals, of immense weight and power, and yet- 
 with an activity that it is surprising to see in such a mass of flesh. 
 Of course, being large, they are large feeders, and " Orleans," 
 who weighs fifteen hundred pounds, would undoubtedly consume 
 as much as an average pair of farm-horses ; but, on the other 
 hand, he would probably draw a heavier load than the pair would, 
 and would draw it the same distance in less time. 
 
 It is supposed that these horses originated in a cross of the- old 
 horse of Normandy with the blood of the desert, originally intro- 
 duced into Spain by the Moors, and in the conflicts between Spain 
 and France, brought into connection with the blood of Normandy. 
 Certainly these horses, in their heads and in their action, show 
 many of the characteristics of the Arabian horse, and for heavy teams, 
 especially for city truck-work, it would be difficult to conceive of 
 better animals. Frank Forrester recommends, and the recommen- 
 dation seems to be a good one, that mares of this breed be crossed 
 with the thoroughbred English race-horse ; — certainly, for farm 
 teams or for carriage use, a combination of the size and lofty action 
 of the one, with the quickness, determination, and endurance of the 
 other, must produce the most satisfactory results. I cannot better 
 conclude these remarks on horse-breeding than by giving Frank 
 Forrester's summary : — 
 
 " First. Size, symmetry, and soundness are mostly to be 
 " regarded in the mare ; — blood from the sire, beauty from the dam, 
 " is the -golden rule. Second. She should have a roomy frame, hips 
 "somewhat sloping, a little more than the average length, wide- 
 " chested, deep in the girth, quarters strong and well let down, 
 " hocks wide apart, wide and deep in the pelvis. Third. In tem- 
 "per she should be gentle, courageous, free from all irritability 
 
SAG HANDY-BOOK OF HUSBANDRY. 
 
 *•*■ and viciousness. Fourth. Previous to putting her to the horse, 
 *' she should be brought into the most perfect state of health, not 
 " overfed, or loaded with fat, or in a pampered state, but by judi- 
 *' cious exercise and an abundance of nutritious food and proper 
 ''grooming, she should be in the verv best condition. Fifth. 
 ''During gestation she should have generous and nourishing, 
 " but not heating diet. For the first three or four months she 
 " may be worked moderately, and even to within a few weeks 
 " of her foaling she may do light work with advantage to her 
 " system." 
 
 The treatment of farm teams is a matter of great consequence to 
 the farmer; for the same principle which requires. that the driver 
 of the steam-engine should keep every part of his machine wtll 
 oiled and in good adjustment, and that he should keep his boiler 
 well supplied with fuel and with w-ater, should actuate the farmer 
 in keeping this most valuable and reallv expensive assistant to his 
 labors in efficient condition by careful grooming, judicious feeding, 
 and attentive oversight. 
 
 Very much of the value and availability of the horse depends on 
 the quality and quantity of his food, and on the manner in which it is 
 given to him. Too much food at one time, too little at another, 
 food of improper kinds or in a bad state of preparation, is the 
 foundation of one-half the ills that horse-flesh is heir to. There 
 is no worse economy than the stinting of food, or the administer- 
 ing of bad food because it is cheap. Also, there is no more 
 wasteful practice than the giving of too rich and expensive food. 
 Neither is there any greater source of loss in connection with the 
 keeping of farm-horses, than the neglect to which they are system- 
 atically subjected. The horse, even in the rudest state, is of a 
 somewhat delicate organization. His powers are very (jreat, — 
 greater than is generally supposed ; — but in order to their develop- 
 ment and to their long endurance, it is necessary that he be fed 
 with the greatest care and with an ever-watchful judgment. 
 Probably the capital invested in farm-horses in the United States 
 would go twice as far ; that is, the animals would last in a useful 
 
LIVE STOCK. 347 
 
 condition twice as long, if they were thoroughly well fed and 
 cared for. 
 
 At the National Horse Show at Springfield, several years ago, 
 Mr. Lewis B. Brown, of New York, exhibited a four-in-hand 
 team, which trotted around the course in about three minutes. 
 The united ages of the four horses amounted to more than one 
 hundred years, and e\'en the oldest of them remained useful for a 
 long time after that. Indeed, Mr. Brown told me that he did not 
 consider it of much importance that a horse should be less than 
 twenty years old. Yet, as we look over the farms of even our 
 best farming districts, how few useful teams do we find that are 
 more than fourteen or fifteen years old. Deducting the years of 
 their cokhood, v/e see that the period of their possible usefulness 
 is reduced fully one-half by careless and injudicious treatment, 
 and especially by stingy or indiscreet feeding. To go over the 
 whole range of directions for feeding, from the time when the 
 mare is first got Vv-ith foal, until the foal is worn out by years of 
 service, would require more space than can here be spared. Con- 
 cerning farm-horses, the following directions from Herbert's 
 '' Hints " will be found useful : — 
 
 " With regard to mere farm-horses, it is, usually, the habit to 
 " feed them entirely on hay, or cut straw, with now and then a 
 " mash, giving them little or no oats or corn. It is certain, how- 
 " ever, that this is a mistake. That the value of the work which 
 "the horse can do, and of the horse himself, arising from his im- 
 " proved condition and increased endurance, will be materially 
 " raised, while the actual cost of his keep will not be very materially 
 *' increased by the diminution of the quantity of the cheaper 
 *' and less nutritious food given to him, and the addition of a 
 " smaller or larger portion of the more nutritive grain, which fur- 
 " nishes stamina and strength in a degree greatly in excess of its 
 " own increased value, may be assumed as facts. 
 
 " Slow-working horses do not, of course, require so much nutri- 
 " ment of a high quality, as those which are called on to do quick 
 " work, and perform long distances ; but, as a rule, all animals 
 "which have to do hard work, and much of it, must necessarily 
 
'6i8 
 
 11 A X D Y - D I ) O K O F II U ^ IJ A X D P. Y . 
 
 *' be so kept as to have hard flesh ; and they cannot be so kept 
 " unless they are ted on hard grain." 
 
 To show the manner in which horses are kept bv the New 
 York omnibus proprietors, the following is extracted from a report 
 offered to the Farmers' Club of the American Institute, and pub- 
 lished in the transactions of the Institute for 1855 : — 
 
 Stage Like. 
 
 Red Bird Stage Line ! 1 1 6 
 
 Spring Street Stage Line :I05 
 
 Seventh Avenu- do I-27 
 
 Sixth Avenue. ( Horses I117 
 
 Railroad. I Mules iai I 
 
 New York Consolidated Stage Company '335 
 
 Washington Stables, 6 live.y horses 1 . . 
 
 17 
 ai 
 zz 
 »7 I 
 
 ill] 
 
 ^ 
 
 
 
 
 
 
 >. 
 
 Cf 
 
 — 
 
 "a 
 
 
 
 
 
 
 
 
 E 
 
 
 c 
 
 
 
 
 c 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 c 
 
 
 e. 
 
 
 >4 
 
 18 
 
 14 
 
 20 
 
 10 
 
 i8i 
 
 10 
 
 '4 
 
 10 
 
 7 
 
 8 
 
 »7 
 
 IZ 
 
 7:* 
 
 
 
 4 
 
 Z.9I 
 
 3J 
 2i 
 
 ^i 
 
 " It is the object of the stage proprietors to get all the work 
 *' out of their teams possible, without injury to the animals. 
 *' Where the routes are shorter, the horses consequently make 
 *' more trips, so that the different amounts and proportions of 
 *' food consumed are not so apparent when the comparison is 
 '^ made between the different lines, as when it is made also with the 
 *' railroad and livcrv horses. The stage-horses consume most, 
 ''and the liverv horses least. , 
 
 " The stage-horses are fed on cut hav and corn-meal wet, and 
 *' mixed in the proportion of about one pound of hav to two 
 "pounds of meal, a ratio adopted rather for mechanical than 
 " phvsiolo2;ical reasons, as this is all the meal that can be made to 
 "adhere to the hay. The animals eat this mixture from a deep 
 *' manger. The New York Consolidated Stage Company use a 
 
 * And six quarts of oats at noon. 
 
LITE STOCK. 349 
 
 " very small quantity of salt. They think it causes horses to 
 "iirinate too freely. They find horses do not eat so much when 
 " worked too hard. The large horses eat more than the small 
 "ones. Prefer a horse of one thousand to one thousand one hun- 
 " dred pounds weight. If too small, they get poor, and cannot 
 " draw a stage ; if too large, they ruin their feet, and their shoul- 
 .^"ders grow stiff and shrink. The principal objection to large 
 " horses, is not so much the increased amount of food required, 
 " as the fact that thev are soon used up by wear. They would pre- 
 " fer for feed, a mixture of half corn and half oats, if it were not 
 " more expensive. Horses do not keep fat so well on oats alone, 
 *' if at hard labor, as on corn-meal, or a mixture of the two. 
 
 " Straw is the best for bedding. If salt hay is used, horses eat 
 " it, as not more than a bag of two hundred pounds of salt is used 
 " in three months. Glaubers-salt is allowed occasionally as a laxa- 
 "tive in the spring of the year, and the animals eat it voraciously. 
 " If corn is too new, it is mixed with an equal weight of rye-bran, 
 " which prevents scouring. Jersey yellow corn is best, and horses 
 " like it best. The bay is all cut, mixed with meal, and fed moist. 
 " No difference is made between day and night work. The travel 
 "is continuous, except in warm weather, when it is sometimes 
 " divided, and an interval of rest allowed. In cold vveather the 
 " horses are watered four times a day in the stable, and not at all 
 *' on the road. In warm weather, four times a day in the stables, 
 "and are allowed a sip on the middle of the route. 
 
 " The amount that the company exact from each horse is all that 
 " he can do. In the worst of traveling they fed four hundred and 
 " fifty bags per week of meal, of one hundred pounds each. They 
 " now feed four hundred. The horses are not allowed to drink 
 "when warm; if allowed to do so, it founders them. In warm 
 " weather a bed of sawdust is prepared for them to roll in. 
 " Number of horses, three hundred and thirty-five. Speed varies, 
 " but is about four miles an hour. Horses eat more in cold 
 " weather than in warm, but the difference cannot be exactly 
 " determined." 
 
 Proper stabling and grooming are hardly less important to the 
 
350 HANDY-BOOK OF UU613ANDUT. 
 
 economical keeping and to the long-sustained usefulness of the 
 horse than proper feeding. The horse is always kept in a more gr 
 less artificial condition. His food is generally much richer than 
 that which he would obtain in a state of nature, and the amount 
 of steady exercise which is required of him is very much greater. 
 It has been found by long experience that his artificial condition 
 requires equally artificial treatment ; but, so far as farm-horses are 
 concerned, the accompaniments of warm clothing, bandaging the 
 legs, and habitual sweating, may be dispensed with. The regular, 
 thorough, daily grooming, howeyer, and such housing as is neces- 
 sary to preyent undue exposure to cold or to drafts, are as import- 
 ant with farm teams as with those kept for fast work. The 
 amount of food consumed will be less, and the ability to perform 
 work will be greater, if the animals are eyery day thoroughly well 
 curried and brushed. The horse's legs and pasterns in particular, 
 and the setting on of the mane, should be efficiently cleansed and 
 rubbed ; and he should be kept in all respects in a cleanly, tidy, 
 cheerful, and healthy condition. 
 
 Horses, properly kept and regularly worked, are but little liable 
 to disease, and where the team force of the farm is neither too 
 small nor too great, their work is performed at an economical rate; 
 but where they are either oyerworked or allowed to stand long 
 idle, they are exceedingly expensiye and hazardous property. 
 Properly kept, properly managed, and properly used, horses are, 
 in the main, much cheaper than oxen, because they perform their 
 work with so much greater celerity ; but, in the ramshackle stable 
 system that preyails on a majority of farms, oxen, which are too 
 slow and too stupid to be easily abused, and which will keep in 
 condition on less nutritious food, are generally most esteemed. 
 One important effect of their selection, howeyer, in place of 
 horses, is a great waste of the labor of the farm-hands. The 
 difference between plowing an acre a day or an acre and a half, 
 between traveling ten miles or fifteen in the same number of 
 hours, is one of those differences which are constantly under- 
 mining our calculations for profit. Good and profitable farming 
 necessarily implies brisk and actiye work on the part of every man 
 
LIVE STOCK. 351 
 
 connected with it ; and it is only with the aid of two horses, kept 
 in the best condition, performing their work with alacrity, and 
 stimulating their attendants to activity, that we may hope to 
 accomplish the best results. But all this involves much more 
 care in feeding and grooming than farmers are disposed to give to 
 their teams. If I were writing a book of directions for hand-to- 
 mouth farmers, I should advise them to have no horses upon their 
 farms, but to poke along through life in a slow and slipshod way, 
 with comfortable and lazy cattle and comfortable and lazy farm 
 hands. As, however, my object is to introduce an improvement 
 in every branch of agriculture, and to increase the activity and 
 economy with which every operation is performed, I do not hesi- 
 tate to recommend, that, for all regular farm-work, horses, or, still 
 better, large mules, be employed. For the extra work of a large 
 farm, especially where the fattening of beef cattle is one of the 
 objects, a {ew pairs of oxen, to be worked moderately from time 
 to time will be found economical. Under all other circumstances 
 I should be disposed to discard them. 
 
 NEAT CATTLE. 
 
 In i860 there were in the United States 23,419,378 neat cat- 
 tle, — old and young, working oxen, and milch cows, — and these 
 were all, or almost all, owned by farmers and graziers. Their 
 immense number indicates the magnitude of their importance to 
 the farmer i and, indeed, it is rare to find any farm, large or small, 
 upon which the feeding of the bovine race is not a very large 
 element of the business. So far as their treatment in this book 
 is concerned, however, it has been thought better to devote to 
 its discussion several distinct chapters, namely, " Soiling and Pas- 
 turing," " The Dairy," and " Winter Management and Feed- 
 ing." We will pass, therefore, to the consideration of 
 
 SHEEP AND WOOL GROWING. 
 
 Sheep husbandry seems to be, just now, under a cloud. Prob- 
 ably there are not nearly so many sheep now in the country as 
 there were ten years ago, 
 23 
 
352 HANDY-BOOK OF HUSBANDRY. 
 
 Common mutton is and has been for some time very low, and 
 
 the low price to which wool has fallen, owing to the extra pro- 
 duction that high war prices induced, has made the prospect very 
 gloomy. As a consequence, hundreds and thousands of sheep 
 have been slaughtered for their pelts, and sheep-farmers are, in 
 manv parts of the country, turning their attention to other branches 
 of industry. 
 
 At the same time, the markets are verv poorlv supplied with 
 good mutton, and reallv fine carcasses are in demand at paving prices. 
 Whether wool-growing will become profitable is largely a ques- 
 tion of tariff, and of the extension of woolen manufacture, and 
 this is too much a matter of speculation for a sound opinion to be 
 given. 
 
 All that it is safe to say is, that well-fattened mutton of the larger 
 breeds is sure to remain, as it now is, sufficientlv in demand at 
 high prices to leave a good margin of profit for the farmer ; — as 
 much, probablv, as in the feeding of beef cattle. Earlv lambs, 
 also, — wherever the cost of transportation to the larger markets 
 does not interfere, — mav be produced at a good profit, under 
 careful management. 
 
 There is no branch of husbandrv in which more depends on 
 close attention to details than in the raising of sheep, and no one 
 who is not experienced in their management should undertake the 
 business without first making a special study of the subject, which 
 it would be impossible to treat fairlv in a limited space. Any 
 attempt to condense the necessarv instructions, so as to bring 
 them within the limits of the plan of this work, would surely be 
 unsatisfactory. The reader is referred to Randall's excellent 
 treatise on Sheep Husbandry. 
 
 SWINE. 
 
 Swine hold an exceedingly important place in agriculture, — 
 the stock of swine in the United States in i860 havmg numbered 
 
 30'354,2i3- 
 
 So far as the agriculture of the more improved parts of the 
 
 country is concerned, swine have three important uses : First^ 
 
LITE STOCK. 353 
 
 the consumption of grain, roots, etc., which would otherwise be 
 unsalable at remunerative rates ; second^ the consumption of refuse, 
 which, but for them, would be wasted -, third^ the production and 
 preparation of manure. In all cases, where manure is used at 
 all, the last of these is one of the most important of their advan- 
 tages. In those almost mythically large grain-fields of the West, 
 where the crop is said to be harvested mainlv by droves of cattle 
 whose gleaners are herds of swine, it is not to be expected, — 
 perhaps it is hardly possible, — that much system should be intro- 
 duced. It is one of those cases where unavoidable waste can only 
 be mitigated, and where the amount lost is considerablv less than 
 would be the cost of more systematic harvesting. On the small 
 farms of the poorer regions of New England, where nearly every 
 crop requires its yearly application of manure, the ser\ices of 
 swine become important, chiefly in the manipulation and increase 
 of this article. In the wide range of districts lying between these 
 two extremes, they are more or less important according to the sys- 
 tem of cultivation pursued. The extent to which it is profitable 
 to feed swine solely for the production of pork, and the value to 
 be attached to their influence on the dung-heap, must be regulated 
 according to the circumstances of each district, and almost of 
 each farmer. All that can be done in this connection is to state 
 a few well-known facts concerning their care, treatment, and 
 varieties. 
 
 On butter-farms, where there is a large quantity of skimmed 
 milk that it is not considered worth while to make into cheese, 
 almost the only means for disposing of this valuable material is to 
 feed it to swine. And it should be the care of the farmer to 
 regulate the number kept as closely as possible by the quantity of 
 milk that can be supplied to them, unless his circumstances would 
 justify his feeding them largely with grain, or purchased food, 
 which is not always the case. 
 
 Where the supply of skimmed milk is depended upon as the 
 chief food of these animals, it will be better to keep breeding 
 sows, coming in at different times, so that, for as large a part of 
 the year as possible, there may be young pigs to be fed, as these 
 
354 HANDY-BOOK OF HUSBANDRY. 
 
 convert the milk more rapidly into flesh than do older animals. 
 Gencrallv, in well-settled neighborhoods, and in the vicinity of 
 towns, the price paid for weaning-pigs is much greater in propor- 
 tion to their weight than that paid for fat hogs. 
 
 If it is considered profitable, owing to the low price of grain, 
 or the probable high price of pork, to feed grain, it will be found 
 better in all cases to steam this, or otherwise to cook it. If it is 
 previously ground the profit will be still greater. Especially 
 if it is not to be steamed or cooked, all except nubbins and waste 
 grain should be finely ground, and soaked in water before feeding. 
 The question of steaming, which is a very important one, is dis- 
 cussed at length under its proper head. It may be stated, in 
 general terms, that there will be an economy of fully one-third of 
 the food, if it is properly cooked before being given to the animals. 
 If there are no facilities for cooking or steaming, it will be a good 
 plan to mix the meal with hot water, and to leave it a few hours 
 in a covered barrel, or other closed vessel, before feeding it. 
 
 POULTRY. 
 
 There is a good deal more to be said about poultry, which it 
 would be of advantage for every farmer to hear, than I can 
 properly take room for in this connection. Ideas as to the best 
 manner of keeping poultry vary so much that it is only on a care- 
 ful consideration of the farmer's local circumstances that it will be 
 safe to make a decision as to the kinds to be raised, the size of 
 the flocks, and the manner in which they are to be kept. It has 
 lono^ been believed, and perhaps it is true, that it is impossible to 
 keep a thousand hens with the same proportional profit that one 
 may obtain from a flock of a dozen or twenty. But there is a 
 large class of poultry-fanciers who discard this idea, and think 
 that if the same amount of freedom were given to the larger flock, 
 the degree of profit would be the same. This is, to a certain ex- 
 tent, demonstrated by the experience of Mr. Warren Leland, of 
 the Metropolitan Hotel in New York, who, at his farm near Rye, 
 on the New York and New Haven Railroad, keeps several thou- 
 
LIVE STOCK. 355 
 
 sand fowls and large flocks of ducks and turkeys with very great 
 success. His profits, and the quite uniform results of several 
 years, indicate that with his circumstances one may raise an 
 almost unlimited amount of poultry. But many farmers would 
 find it inconvenient to carry on the business on Mr. Leland's 
 svstem. He gives to it a large area of woodland and meadow, 
 with various exposure, and a good stream of running water, and 
 exercises but little restraint over his birds. They go where and 
 when they please, roost in trees or in a warm stone houseas 
 they please, and hatch their broods in prepared boxes or in 
 natural nooks as they please. His proportional loss is very 
 small ; the number of eggs he obtains is probably pretty nearly as 
 laro-e in degree as it would be with a small flock, and his success 
 with early and late chickens is enough to satisfy any breeder. 
 Of course, even in this very natural system, the fowls are by no 
 means left in an unguided state of nature ; for a skillful person de- 
 votes his whole time to their feeding and supervision, and to great 
 care with reference to sitting hens. The feeding is liberal but 
 not wasteful, and the poultry-raising is an important branch of 
 the business of the farm rather than a mere incident. 
 
 Many years ago, in Western New York, an aged couple sup- 
 ported themselves by the production of eggs on a' place of about 
 four acres. They kept a thousand laying hens and no cocks. 
 The whole place was surrounded by a high fence, and was 
 divided into two plots, the fowls being kept in one of the plots of 
 two acres during the whole of one season, while corn was being 
 raised on the other ; and the land was kept for several years in 
 this uniform rotation of poultry and Indian corn. The eggs were 
 sold by contract throughout the season for eleven cents a dozen, 
 and the annual income varied but little from a thousand dollars. 
 In the autumn the fowls were slaughtered and sent to market, 
 and a fresh lot of early pullets was bought early in the next sea- 
 son. This man believed, on comparing the production of corn 
 on his own land with that of the neighborhood, that the manure 
 of the poultry increased the crop to such an extent that the extra 
 product was sufficient for the entire season's feeding. Probably 
 
3o6 HAXDY-BOOK OF HUSBANDRY. 
 
 this is the rose-colored side of the story, and there may have been 
 drawbacks with which I am not acquainted, but my information 
 as above given was received from a perfectly reliable source. 
 
 In a little book recently published,* a very elaborate descrip- 
 tion is given of a system which is now being adopted in England 
 for raising poultry, mainly under glass and in large establish- 
 ments, and on thoroughly well-organized business principles. 
 The detail is curious, and it will be agreeable to know that the 
 results are satisfactory ; but it is yet too uncertain to be adopted 
 here except as an experiment. In Mr. Flint's preface, however, 
 there is given a plan for keeping poultry in confinement, which 
 will probably answer very well, and which is at least worthy of 
 careful trial with some of the large Asiatic breeds which are less 
 inclined to roam, and need, probably, less active exercise than 
 our old-fashioned fowls. 
 
 " Build coops," says Mr. Flint, " of lath or thin boards, about 
 ' ten feet long, four feet wide, and two feet high, — four feet in 
 ' length at one end to be a tight house, or coop of boards, with 
 ' floor and feeding conveniences, water, etc., — the latticed portion 
 ' to be bottomless. Arrange handles at each end, so that two men 
 ' could lift and move the whole ; set these coops upon grass ground, 
 'and move them their length or width daily, thus affording a fresh 
 'grass run. Twelve chickens should do well in each. As soon 
 'as they can be distinguished, separate the cocks from the pullets, 
 ' and wf'y^r allow them together, except for breeding purposes, after- 
 ' ward. As soon as the cocks are marketable, sell them, reserving 
 ' only the best individuals as breeders, with little, if any, regard to 
 ' consanguinity. Keep an unlimited supply of cracked corn before 
 ' them until they are large enough to eat it whole, when it may be 
 'given them uncracked. This, with grass, is their main diet. 
 ' Give also some variety with a little animal food. The pullets 
 ' should begin to lay early in October, when they should have 
 ' a plenty of fish-waste, and lime in some form, in addition to 
 ' the grain. In twelve months from the time they begin to lay 
 
 * Gej'clin's Poultry Breeding, with a preface by Charles L. Flint. Bos'.on : 1867. 
 
LIVE STOCK. . 357 
 
 ' they should produce one hundred and fifty eggs each, and, if 
 ' properly cared for, they might do more. As soon as the hens 
 ' stop laving and begin to moult, kill and sell them. The white 
 ' Leghorns are always ready for the table. 
 
 " I do not know that this movable coop has been tried on a 
 ' large scale ; but there seems to be no reason why it should not 
 ' prove successful. Grass will grow wonderfully under it ; and 
 ' this could be used either for soiling or for hay. Some other 
 ' conveniences would, of course, be necessary in winter. 
 
 " A coop of the above-mentioned size would accommodate twelve 
 ' laying hens ; and four of them with forty-eight hens, would 
 ' probably do better than the same number in the inclosure plan, 
 'and avoid the necessary investment for fences and repairs. 
 ' Some say poultry in such confinement, when all their wants are 
 ' supplied, will pay better than when running at liberty, either in 
 ' growth, fat, or eggs ; and it is probably true. 
 
 '' Now, if one coop will succeed, or if one inclosure like that 
 ' described will succeed, what conceivable reason is there why 
 ' any number should not ? We all know that success in any 
 ' thing depends as much upon details as upon plan ; without 
 ' attention to either, failure is certain ; with only one, success 
 ' can be but partial." 
 
 As with every thing else on the farm, the profit of poultry- 
 raising must be sought largely in some extra production, — either 
 extra size, extra early maturity, early laying, fine varieties, or 
 extra preparation for market, — in short, whatever may enable 
 one to get " fancy prices." Very early in the spring, or late in 
 the winter, before our neighbors' fowls have commenced to lay, 
 if we can stimulate ours to the plentiful production of eggs, we 
 can sell them for twice or three times the later price, while the 
 cost of the stimulant is inconsiderable. For early laying two 
 things are necessary : fi^'st^ very early pullets of the spring before ; 
 second^ warm and sunny quarters. If to these we add stimulating 
 food, — a little pepper, a little chopped roots or cabbage, — and 
 especially if we cook the grain, we may hope to get in February 
 eggs for which we should otherwise be obliged to wait until April 
 
358 IIAXDY-BOOK OF UUSBANDBY. 
 
 or May. Probably it would be most profitable to sell out all but 
 the breeding stock of old fowls every fall, and to retain from our 
 own early broods, or to purchase from our neighbors, well-grown 
 pullets that were hatched not later than the middle of April. 
 Under the proper treatment, these birds will commence to lay 
 plentifully about Christmas, and will give many eggs before com- 
 mon flocks commence laying at all. 
 
 As the best means for explaining my idea of what a poultry- 
 house should be, I add the following description of the house 
 that I have recently built at Ogden P'arm. 
 
 Its north wall is a well-laid stone fence, five feet high, well- 
 pointed with cement on both sides. The rear plate ot the roof is 
 laid in cement on the top of this wail, and the openings between 
 the sides and the wall are closed with cement. The height of 
 the plate in front is eight feet ; the batter, or slope of the front, 
 two feet. The length of the housj is twenty-five feet. The 
 door is in one end. The sashes are made like those used in 
 greenhouses, with only longitudinal bars, the glass being lapped 
 one pane over another, with no putty at the lap. The width 
 between the bars is ten inches. The sashes are let in at the 
 outside of the upright joists supporting the roof j the joists pro- 
 ject about four inches inside of the inner face of the sashes ; 
 and, stretched along these at a distance of about five inches from 
 the glass, is a netting, (made of very light galvanized wire,) which 
 cost less than $io, — the entire cost of the house being about 
 $75. The nests are placed (in a row running the whole length 
 of the house) immediately under the windows. The perches 
 (four in number) are raised only two feci from the ground, and 
 run the entire length of the building, occupying the rear halt of 
 the house. 
 
 Both ends and the roof of the house are lined with lathing, the 
 space between which and the outer wall is filled with straw 
 for cold weather. The ventilator at the top of the house can be 
 opened or closed as the temperature may require. The nests 
 are ^' secret," but so arranged that thev may be entire'v opened 
 and swept out at pleasure. The perches are placc:^ near the 
 
LIVE STOCK. - S59 
 
 ground, in order that heavy birds may not injure themselves in 
 flying down ; and they are all movable so that they may be taken 
 out and exposed if necessary to the sun and rain for freshening, 
 and so that the ground beneath the perches may be easily re- 
 moved, the principle of the earth closet being adopted for the 
 preservation of the manure, — it being the rule to mix the drop- 
 pings about twice a week with loose dry earth, either by spading 
 or raking. In summer time the sashes can be removed, and the 
 house will have the effect simply of a well-built shed open only 
 to the south. 
 
 As I have only just constructed this house, I cannot speak with 
 the authority of experience concerning it, but I see no reason 
 why it may not be as effective as it is simple and economical. 
 
 Concerning the breed of fowls which it is most profitable to 
 keep, opinions vary so much that it would be well for each man 
 to experiment for himself. After a careful consideration of all 
 that has been said on the subject during the past few years by 
 writers for agricultural papers, and after a considerable observa- 
 tion of different flocks, I have decided upon a cross between the 
 Brahma Pootra and the Gray Dorking, breeding onlv from 
 Brahma hens and Dorking cocks. The progeny of these birds 
 are quite good layers, and arrive early at maturity, growing to a 
 good size ; while the quiet disposition that they inherit from their 
 mothers, and the domestic habits that these teach them, especially 
 adapt them for confined localities. When fattened for market, 
 they are of good size and particularly good appearance. 
 
 Among the pure breeds, all things considered, especiallv when 
 they must be confined within narrow limits, I think that the 
 Brahmas are the best of those with which we are familiar ; 
 although the French breeds of Houdan and Crevecceur, which are 
 being actively brought into notice, have, it is claimed, some advan- 
 tages over even these. I have no personal experience with them 
 beyond an admiration of their fine proportions and beautiful plu- 
 mage, which form attractive features of all modern poultry shows. 
 
 Among turkeys, the Bronze variety probably holds the highest 
 place ; and among ducks, I prefer the Rouen. 
 
360 HA-XDY-BOOK OF HUSBANDRY. 
 
 In feeding poultry, quite as much advantage will be derived from 
 the cooking or steaming of grain, as follows from the adoption 
 of the practice with any other stock of the farm. 
 
 Poultry yaids, except for temporary use at planting time, are 
 decidedly objectionable ; and, in a rather extensive experience in 
 market-gardening, I have concluded that at no time during the 
 year do fowls do so much harm as good in the garden. In large 
 fields the good that they do in consuming insects, much more than 
 compensates for their slight injury to the crops ; but, of course, 
 in small house-gardens, where a few square yards of freshly set 
 plants cannot be spared, the injury that they do is proportionately 
 much greater, and for a little while they had better be kept out of 
 the garden. 
 
CHAPTER XIV. 
 
 SOILING AND PASTURING. 
 
 There is one improvement in agricultural operations which, 
 although it originated many years ago, and although, in certain 
 parts of Europe, and in a very (ew instances in this country, it is 
 in constant and successful use, has made far less progress in win- 
 ning public favor among farmers than it was at first supposed that 
 it would. The practice referred to is that of feeding cattle during 
 the summer season entirely in the stall or in the yard, sowing spe- 
 cial crops for forage, and regularly cutting this and hauling it to 
 the feeding-place. 
 
 The reason for the limited adoption of the system of soiling is 
 to be sought in the scarcity and consequent high price of farm 
 labor, and also in the large size of average American farms, as 
 compared with the average working force employed upon them. 
 Not only is it found expensive and annoying to a farmer, who is 
 short of help, to attend daily, and several times a day, to the feed- 
 ing of cattle ; but there are so many fields on our farms, as 
 generally arranged, which are either too large or too remote from 
 the homestead for proper cultivation, that the only resource is to 
 make use of their crops by pasturing. As a general rule, too, 
 these fields are too poor and in too low a state of cultivation to 
 produce enough fodder to make soiling advisable. 
 
 A great deal has been said in deprecation of these circumstances, 
 and it is commonly recommended that farmers employ more labor, 
 that they bring their fields to a higher state of cultivation, and that 
 they do many other things which the best agriculture renders desir- 
 able. But I am not disposed to join the popular cry. We must take 
 
362 HANDY-BOOK OF IIUSBAXDRY. 
 
 facts in this world as we find them, and we can hope to improve 
 our circumstances only very gradually. If a farmer his 200 acres 
 of land, and only two or three hired hands, it would be folly for him 
 to attempt to make any better use of the crops of his grass- fields 
 than bv grazing his animals upon them. And if a man so circum- 
 stanced were to adopt the system of soiling, he would necessarily 
 neglect other very important parts of his business, and would find 
 that the system results in loss rather than in profit. If he could 
 judiciously sell one-halt of his domain, probably he would find it to 
 his advantage in many ways to do so. But there is a feeling about 
 the ownership of broad acres which will gencrallv undo anv argu- 
 ment in favor of their reduction. If a farmer finds it practicable 
 to add largely to his working force, and if he has the skill and 
 executive power to manage the increased force successfullv, there 
 is no doubt that he might derive great advantage from the adoption 
 of soiling. But unfortunately, a very large proportion of American 
 farmers would find it impossible either to emplov or to house a 
 largely increased force of farm-hands ; and a great many of them 
 would never succeed in controlling a larger number of men than 
 could follow themselves in any given piece of work. To all such, 
 then, the only wise recommendation is, that they adhere to their old 
 practices, merely watching carefully for everv opportunitv for 
 adopting the new ones when circumstances shall allow them to 
 do so. 
 
 For those who own small farms, and who, from their proximity 
 to thickly settled neighborhoods, or by reason of any special cir- 
 cumstances, may be able to employ profitably an increased num- 
 ber of men, it has been amplv proven, bv experience in this country 
 and in Europe, that their surest road to the most successful agricul- 
 ture lies in the practice of soiling all of their live stock which cannot 
 be fed upon the waste corners of the farm. It may be stated, as a 
 general principle, that any land which will properly pasture 
 throughout the season one cow to two acres, will, at least after a 
 year or two of preparation, produce enough if its crops are mowed 
 and carried to the barn, to support two cows to one acre. And 
 this has reference only to the growing of ordinary forage crops. 
 
SOILING AND PASTURING. 363 
 
 such as clover, rye, oats, and sowed corn. Where labor is still 
 cheaper and the land is worked to a still higher degree, it is pos- 
 sible to do e\'en much more than this. But it should be a 
 sufficient argument to say that the ability of a given area of land 
 to support animal life may be, by soiling, increased fourfold. 
 
 This increased ability to supply food is, after all, only one of the 
 many important advantages that soiling offers. The better con- 
 dition of the animals, and the far larger quantity of disposable 
 manure, together with the yearly improving condition of the land 
 itself, both in texture and in richness, are hardly less important. 
 
 In an essay read before the Massachusetts Agricultural Society 
 in 1S19, by Josiah Quincy, several points with reference to the 
 soiling of cattle were very clearly set forth. This essay, and 
 another on the same subject, have recently been republished. * 
 Mr. Quincy enumerates the following as the chief advantages of 
 soiling : — 
 
 " 1st, The saving of land. 
 " 2d, The saving of fencing. 
 *' 3d, The economizing of food. 
 
 '' 4th, The better condition and greater comfort of the cattle. 
 '' 5th, The greater product of milk. 
 "6th, The attainment of manure," 
 and, I might add — 
 
 7th, The improvement of the condition of the soil. 
 
 Concerning the saving of land^ the fact alluded to above, that 
 four times as many cattle, or even more, may be kept by soiling 
 as by pasturing, is sufficiently conclusive. Strictly speaking, there 
 is hardlv a limit to the production that is possible under the high- 
 est cultivation, but probably under the circumstances of ordinary 
 farming the quadrupled production is all that could be hoped for. 
 And surely this is sufficient to induce any one who can con- 
 veniently do so to keep his stock in this manner. 
 
 The saving of fencing^ which was discussed at length In the chap- 
 
 * Essays on the Soiling of Cattle, etc. By Josiah Quincy. Boston : 1866. 
 
3G4 HANDY-BOOK OF HUSBANDRY. 
 
 ter on " Fences," is a matter of great consequence ; for the large 
 amount of moncv, or what is equal to money — time and labor, 
 expended in building and repairing the interior fences of the larm, 
 is often appalling -, while the loss bv reasoning of the shortening 
 of the plow furrow, and the ground occupied by the fence and 
 headland, and the excessive growth of noxious weeds on both sides 
 of the fence, are serious arguments in favor of any practice by 
 which fences may be entirely done away with or their extent 
 reduced. 
 
 The econom'tzivg of food is an economizing of the very elements 
 of all agricultural success, for the first object of all farming is the 
 production of food for men and animals ; and it seems worse than 
 waste to have any valuable thing that the farm produces destroyed 
 without return. 
 
 Quincy says, "There are six ways by which beasts destroy the 
 "article destined for their food, — ist. By eating ; 2d, By walk- 
 *'ing; 3d, By dunging; 4th, By staling; 5th, By lying down; 
 " 6th, By breathing on it. Of these six, the first only is useful. 
 *' All the rest are wasteful. 
 
 *' By pasturing, the five last modes are exercised without any 
 *' check or compensation. By keeping in the house, thev may be 
 *' all prevented totally by great care, and almost totally by very 
 ** general and common attention." 
 
 Of course, it is not to be inferred from this that animals avail 
 themselves of only one-fifth of the food produced by the field on 
 which they are pastured. But any farmer will at once admit that 
 the amount destroyed in the various ways referred to is very great ; 
 and it is probably even greater in rich pastures than in poor ones, 
 for the reason that after an animal has once filled itself it seems to 
 devote a large part of the remaining hours of the day to the 
 destruction of luxuriant food for which it has no immediate use. 
 Whether the amount wasted is small or great, the waste may be 
 almost entirely prevented by cutting and hauling to some other 
 place than the surface of the field on which the crop grows. In 
 soiling, especially in stalls, the amount of food administered may 
 be exactly adjusted to the needs of the animals. They may 
 
SOILING AND PASTURING. 365 
 
 receive at each feeding exactly the quantity that they will entirely 
 consume, and all beyond this may be reserved for future use ; while 
 the small amount of rejected herbage will be ordinarily only so 
 much as will be consumed with advantage by swine. 
 
 With regard to the better cotidition and greater comfort of the cattle^ 
 there is a sentimental idea that the advantage lies on the side of 
 the pasturing ; and the most prevalent argument advanced in this 
 connection is, that it is the natural way for animals to obtain 
 their food. That it is natural is undoubtedly true ; and, for 
 animals in a state of nature, grazing, being the only means of 
 subsistence possible, is, of course, the best means. But when we 
 withdraw animals entirely from a state of nature, and reduce them, 
 or elevate them, to such an artificial condition as shall cause them 
 best to subserve our ends, there is no reason why unnatural means 
 may not be with ad\antage adopted, provided they result in no 
 detriment to the animals' health, comfort, or condition The 
 amount of exercise required to maintain the health of any domes- 
 tic animal is not great, and if we observe the conduct of cows at 
 pasture we shall see that under the most favorable circumstances 
 they take only so much exercise as is necessary to enable them 
 to fill their stomachs with the choicest grasses within their reach, 
 and that, being filled, they invariably remain quiet until, after 
 rumination is completed, they need food again. On poor pastures, 
 where a half-starved cow is obliged to walk nearly the whole day 
 to pick up a scanty subsistence, there is no doubt that one of the 
 principal causes of her poor condition is to be sought in the 
 fact that she has been obliged to take more than the proper 
 amount of exercise. 
 
 Ample experience, the world over, has clearly demonstrated 
 the fact, that, with proper facilities for exercising in the yard, 
 cattle, fed regularly with nutritious food only in their stalls, are 
 in better condition, and li\'e longer in good health, than do those 
 who are exposed to the vicissitudes of the weather, and to the 
 more precarious subsistence that natural herbage usually affords. 
 Mr. Quincy refers to the assertion of a writer on soiling, to the 
 effect that, during his experience with a large herd, kept for 
 
366 HANDY-BOOK OF HUSBANDRY. 
 
 several years in thiswav, "he never had an animal essentially 
 sick, had never one die, and had never one miscarry." 
 
 The product of milk^ as is verv ably stated by Mr. Q^iincy, is 
 greater throughout the whole season than under the svstem of 
 pasturini:, although there is no doubt that during the few weeks 
 that follow the first turning out of hav-fed animals on to luxuriant 
 and tempting pastures, the production of the field-fed cows is 
 larger than that of the stall-fed ones ; but this excess very soon 
 dwindles to an equality, and then falls below the soiling point. 
 The early ripening of meadow-grasses, renders them soon less 
 nutritious and less tempting ; and especially the pinching effect of 
 long-continued drought reduces the average yield of pastures dur- 
 ing the whole season considerably below what it would be, if, from 
 the first opening of spring until the closing in of winter, there 
 were never a day when the food was not ample and regularly ad- 
 ministered. In pasturing we must either have so small a stock 
 as not to be able to make full use of the growth of the early 
 summer, or, if wc are able to consume that entirelv, must see 
 our larger herds suffer for the want of abundant food during the 
 season of less luxuriant growth. 
 
 The attauiment of manure^ which is so greatly facilitated by 
 the soiling svstem, may be regarded as second in importance only 
 to the saving of land. Indeed, it is to this effect of soiling that 
 what is tcchnicallv known as "high farming" looks for its 
 greatest support. Of course, with a given amount of food, 
 animals make a given amount of dung, and whether thev eat that 
 food in the fields or in the house makes no difference in this re- 
 gard. But in the field the dung is dropped with great irregularity, 
 and principalK' on those parts which, from shelter, shade, dryness 
 during wet weather, or other causes, are chiefly selected by the 
 animals for their resting-places. So far as the dropping of manure 
 during the feeding-time of the animals is concerned, more will 
 fall upon the rich land than upon the poor ; and it is impossible, 
 in anv ordinary svstem of pasturing, to secure anv thing like an 
 even distribution of the voidings of the stock. In addition to this, 
 a very large proportion of the value of the manure, especially 
 
SOILING AND PASTURING. 367 
 
 of COWS, is wasted by evaporation, and by becoming the food of 
 myriads of insects. The urine at each voiding falls only upon 
 a limited surface, and there is nothing like a proper distribution 
 of its fertilizing elements over the whole soil. It is doubtful, also, 
 whether this deposit of manure upon the surface of the land^ 
 during the hottest season of the year, is the most economical. 
 And even if there were no waste, and no concentration of the 
 manure on certain parts of the field to the deprivation of other 
 parts, the fact that the application is not under the control of the 
 farmer, and that, as a ruTe, the land pastured this year is not most 
 in need of this year's manure, would be sufficient to re-enforce 
 whatever argument may be advanced against the custom. To 
 have a large quantity of manure made under cover, and kept 
 under such circumstances as to suffer very little, if any, waste, 
 is of an importance which all farmers will readily acknowled2;e ; 
 and the ability to control the application of this manure at will 
 is of great consequence, I know, from my own experience in 
 the stall-feeding of animals, that the amount of manure made 
 in this way is enough to amaze any farmer who is not familiar 
 with the practice. And not only is the quantity of the manure 
 itself increased, but, by adding to it muck, dry earth, or other 
 similar refuse, its valuable parts may be distributed throughout a 
 still greater mass of material, enabling us to spread it more evenly 
 over the ground. 
 
 In all well-arranged soiling-barns the manure is received in a 
 cellar under the animals, or in well-covered sheds behind them, 
 both of which are protected against the draining away or waste of 
 the manure. Therefore in this respect there is absolutely no 
 waste, and it is a source of great satisfaction to the farmer to feel 
 that he has the fertilizing capital of the whole farm completely 
 under his control, and that he is able to apply it in such quantities 
 as he deems best to the fields on which it will do the most 
 good. 
 
 The following quotation from Mr. Ouincy's first essay will 
 illustrate the truth of the foregoing statements : — 
 
 '* The twenty head consumed the product of 
 24 
 
;3(J8 IIAXDY-BOOK OF UUSBAXDKY. 
 
 2 1-2 acres, road -sides and orchard 
 
 3 
 
 " 
 
 mowing-land. 
 
 3 
 
 1-4 " 
 
 Indian corn cut as fodder. 
 
 2 
 
 " 
 
 late and liglit barley. 
 
 3 
 
 (( 
 
 oats. 
 
 2 
 
 « 
 
 late-sown Indian corn after a pea-crop. 
 
 
 1-4 " 
 
 buckwheat. 
 
 I 
 
 (( 
 
 millet, buckwheat, and oats. 
 
 17 acres. 
 
 " I'his is the whole land which was cut over for soiling, with 
 *■*■ the exception of the after-feed on the mowing land, and ilie tops 
 *' of carrots and turnips. In comparing this result wiih the for- 
 *' mer practice of my farm, I apprehend the following statement to 
 '' be just : — 
 
 " I offset the keeping from the iith of September to the 20th 
 " of No\ember against the old manner of letting the cattle run at 
 *' large during the autumn months on the mowing-land to its great 
 " injury, by poaching and close feeding. If this should not be 
 *' deemed sufficient, I then make no estimate of the difFerence 
 *■'■ between keeping fifteen head of cattle, the old stock, and twenty 
 ** head of cattle, my present stock. After these allowances and ofF- 
 *•■ sets (which no man can doubt are sufficiently liberal), then I state 
 " that my experiment has resulted in relation to land, in this, that I 
 *' have kept the same amount of stocky ly soUhig^on seventeen acres of 
 *' land^ ivhich had always previously required fifty acres. The result 
 *' is, in my opinion, even in this respect, greater than what is here 
 *' stated. This, however, is sufficient to exhibit the greatness of 
 *' the economy of this mode, so far as relates to land. 
 
 " With respect to saving of fencing, the previous condition of 
 *' my farm was this. I had, at the lowest estimate, five miles of 
 " interior fence, (equal to sixteen hundred rods,) which, at one dol- 
 " lar the rod, was equal, in original cost, to sixteen hundred dol- 
 *' lars, and annually, for repairs and refitting, cost sixty dollars. 
 " I have now not one rod of interior fence. Of course, this saving is 
 "great, distinct, and undeniable. 
 
 *' In relation to manures, the efl^ect of soiling is not less apparent 
 *' and unquestionable. The exact amount of summer product I 
 
SOILING AXD TASTURING. 369 
 
 " have not attempted to ascertain ; but I am satisfied, that, every 
 "thing considered, it is not less than one buck-load per month per 
 " head ; or, on twenty head of cattle, one hundred and twenty 
 " loads for the six soiling months. In this estimate, I take into 
 "consideration the advantage resulting from the urir.e saved by 
 "means of loam, sand, or seme imbibing recipient, prepared to 
 " absorb it. 
 
 " It remains to show that the cost of raising the food, cutting 
 "it, ard distributing it to the cattle, is compensated bv ihete 
 " savings. Upon tliis point, my own experience has satisfied me 
 "that the value of the manure alone is an ample compensation for 
 "all this expense ; leaving the saving of land, of food, and of 
 " fencing-stuff, as well as the better condition of the cattle, as a 
 " clear gain from the system. As an evidence of tliis I state my 
 " expenses for labor in conducting the soiling process. 
 
 " During the month of June, I hired a man to do e\ ery tl.irg 
 " appertaining to the soiling process — that is, cutting the food, 
 *' delivering it, taking care of the cattle in the day-time — for 
 " fifteen dollars the month, he finding himself. In this arrar.ge- 
 " ment, it was estimated that I availed myself of half his h.bcr. 
 " At the end of the month I had the manure measured ; and I 
 " found that the manure collected in my receptacle, (which was a 
 " cellar under the barn,) and not including that which had been 
 " made during the four hours each day in the yard, amounted to 
 *' fifteen loads, — a quantity of manure which I could not have 
 " placed on my farm for thirty dollars ; and which I could have 
 " sold there for twenty dollars, upon the condition it should be 
 " carried away. It cost me, as above stated, fifteen dollars in the 
 " labor of the attendant. 
 
 " During the remaining five months, I added another man, be- 
 " cause I found that a great economy in vegetable food would 
 *' result from cutting it into pieces by a cutting-knife, and mixing 
 " with it about one-third of cut salt hay or straw. This was 
 " done ; and I kept an accurate account of all the labor of cutting 
 " the food in the field, bringing it into the barn, cutting it up there, 
 " cutting salt hay or straw to mix with it, mixing this food, and 
 
370 II ANDY-BOOK OF II U S 11 A X D R Y . 
 
 *' deliveriii": it to the cattle: and found that it amounted to one 
 " hundred and forty-eight days' labor. This, estimated at a dollar 
 " the day, is one hundred and fortv-cight dollars ; to which adding 
 " fifteen dollars paid for labor in the month of June, the whole 
 " expense was one hundred and sixty-three dollars. 
 
 " The manure, at the end of the soiling season, certainly 
 ** equaled one hundred and twenty loads ; and could not have 
 *' been bounht and brouirht there for three hundred dollars. Let 
 " it be estimated at only two hundred dollars in value. No man 
 *' can question, I think, the correctness of my assertion, that the 
 *' value of the manure obtained is a clear compensation for this 
 " amount of labor ; and this including all the expense of labor con- 
 *' nected with soiling. 
 
 "• It remains to be shown in what manner the whole process 
 *' ought to he conducted by any one who may originally attempt 
 " it, and also how far it is applicable to the farming condition of 
 *' New England, and what species of farmers would find their 
 " account in attempting it, 
 
 " As to the manner in which the soiling process ought to be 
 " conducted, besides that general care and personal superintendence 
 " (at least occasionally, and by way of oversight) which is essential 
 '' to success in this as in every other business in life, three general 
 *' objects ought to claim the attention of every farmer or other 
 *' person who undertakes this process. 
 
 "i. Provision against seasons of extraordinary drought, or 
 "deficiency of general crop from any other natural accident. 
 
 " 2. Succession of succulent food during the whole soiling sea- 
 *' son, and facility of its attainment. 
 
 " 3. Preparation relative to care of the stock, and increase of 
 " manure, — the particular objects of the soiling process." 
 
 Concerning the crops to be raised for soiling, it is not possible 
 lo give such specific directions as will be applicable to all parts of 
 the country, nor even to the circumstances of different farms in 
 the same district. In many instances, the luxurious growth of 
 meadows and clover-fields, together with the cuttings at the sides 
 of lanes and on the ground about the house, etc., will be a very 
 
SOILING AND PASTURING. 371 
 
 important item of the supply of food. In others, it will be found 
 best to depend almost entirely upon crops raised exclusively for 
 this purpose. The principle, under all circumstances, is the same, 
 and it is a very simple one, namely, — to get the largest possible 
 quantity of nutritious, succulent food from the smallest possible 
 area of land, and to constantly re-invigorate the land whh the ex- 
 cessive quantity of manure resulting from the feeding of its crops ; 
 so that, year by year, its productiveness may be increased, and that 
 it may yearly carry a larger number of animals. 
 
 As an illustration, rather than as a series of directions, I give 
 herewith the system which was adopted in 1869 for the soiling of 
 about thirty animals, old and young, at Ogden Farm. As the land 
 had but recently come into my possession, after years of leasing and 
 skinning, and as it is now very far from being in proper condition 
 for the best results of soiling, I make no reference to the quantity 
 of land sowed to each crop, as prudence required me to make this 
 very much larger than on any average farm would have been de- 
 sirable. I simply took care to provide for the production of more 
 than could possibly be required, adopting the practice of cutting 
 and curing for winter use whatever might be left standing on one 
 field when its successor was ready for the scythe. I have already 
 seen enough to convince me that within a very few years I shall 
 be able to feed a full-grown animal abundantly from the produce 
 of a single half-acre during the whole season from May 15 to 
 November 15 ; and it seems evident that the increased production 
 from one year to the next will be in constantly growing propor- 
 tion, the fertility of the land being improved, not only in the ratio 
 of the amount of manure applied, but also according to the 
 number of cultivations and the absence of the injurious effect 
 of the feet of animals pasturing upon it. 
 
 The preparation consists in the sowing of winter rye early in 
 September. In exceptional seasons this rye may, with advantage, 
 be mowed over late in November, but ordinarily it had better be 
 left untouched. Early in the winter, when the ground is so 
 frozen that it will bear the treading of teams, it should be top- 
 dressed with rather coarse stable manure, which serves not only as 
 
372 II ANDY-BOOK OF UUSBANDRY. 
 
 a direct fertilizer, but as a mulch to protect the crop from the 
 injurious effect of too frequent freezing and thawing, and of violent 
 winds. 
 
 In the autumn, before the ground becomes too wet, a consider- 
 able area is plowed up and made ready for spring planting. As 
 early in the spring as it is possible to go on to this land with 
 teams, without injuring its texture, it is once lightly harrowed, 
 then sowed with oats, and these thoroughly harrowed in, — the land, 
 however, not being rolled, as the clods will afford a certain pro- 
 tection against late frosts and high, cold winds. This sowing 
 should always be made early in April, or, if the weather will admit, 
 even in March. The commencement of its growth, however, 
 may always be dated, in the latitude of New York, from about 
 the loth or 15th of April.. The only object in getting the seed 
 in before this time is to get the work out of the way, and to insure 
 its being planted in ample season for the earliest growing weather. 
 
 About the first of May another tract, which had been plowed 
 in the fall, is prepared in precisely the same manner and sown 
 with oats. About the middle of IVIav, or as soon as the plants are 
 strong enough to bear the treatment, these two fields, if the land 
 is dry and in good condition, should be neatly rolled down. 
 
 It will be well, also, to make another sowing of oats or barley 
 as late as the middle of May, but from the tenth of May until the 
 first of August sowed corn should be put in, on a separate piece 
 about every two weeks. That first planted will be large enough to 
 cut late in July or earlv in August, and throughout the whole of 
 August and September, and often far into October, corn may be 
 relied upon as the chief soiling-crop, and both the quantity per 
 acre and the value of the material as food, make it almost the 
 best of all soiling-crops. 
 
 In addition to the foregoing, a considerable area of grass or 
 clover should be well manured and kept in all respects in the best 
 condition j and the hay crop being early taken off, the aftermath 
 should be stimulated to the greatest possible extent. For, in 
 exceptional seasons, or as the result of circumstances which can- 
 not be foreseen, it might become necessary to depend very largely 
 
SOILING AND PASTURING. 373 
 
 upon our best grass to help out deficient crops upon the soiling 
 ground. Of course, the better the conditio i of the land, and the 
 longer it has been used for soiling, the less will be the liability of 
 such requirement. 
 
 In favorable seasons, the soiling commences about the 15th of 
 May, at which time rye, sown upon good land, will be high enough 
 for cutting to be advantageously commenced, and it should be 
 commenced some time before the crop heads out. P'eeding from 
 this crop may be continued until the grain is pretty well formed, 
 but it should not be continued after the straw begins to grow hard 
 and yellow. That portion of the rye which was cut oft, after 
 heading out, will produce nothing more, but that which was first 
 cut will have shot up again, and will generally be ready for a 
 second cutting by the time the whole field has been gone over. 
 Matters should be so arranged that the rye will last until the early 
 part of June, when, unless the area of rye is very large, the reli- 
 ance for two or three weeks must be upon clover and grass which 
 have been top-dressed for a heavy crop. 
 
 Late in June, the earliest sown oats will begin to be fit for the 
 scythe, and cutting upon them, and again upon the second and 
 third sowings, may be continued until the straw commences to 
 grow hard. They should form the chief reliance until about the 
 first of August, when the sowed corn will be large enough for 
 cutting. With this, as with the rye, that cut in an early stage of 
 its growth will shoot up again and give a good second crop. By 
 the aid of these second and third cuttings, the corn should be able 
 to furnish all that will be required, until the danger of frost makes 
 it necessary to cut it up for curing. After this, for a short time, 
 the second growth, or aftermath, of the mowing lands, may be 
 resorted to ; and when the grass begins to lose condition, and 
 even far into December, the leaves of carrots, mangel-wurzels, and 
 rutabagas, will form a valuable addition to the food ; and they and 
 imperfectly developed cabbages may be used to usher in the slowly 
 commencing feeding of hay and dried soiling crops. If the leaves, 
 cabbages, etc., are properly protected at this cool season of the 
 year, they may be kept fresh and succulent pretty nearly urtil 
 
374 HANDY-BOOK OF HUSBANDRY. 
 
 Christmas time, and if roots and cabbages have been raised in 
 sufficient quantity to furnish an important supply of food in this 
 way, the roots and cabbages themselves will after that furnish 
 an ample supply of fresh vegetable food. 
 
 The prevailing argument against the soiling svstem, and one 
 which naturally has great weight with nearly all farmers, is founded 
 upon the scarcity and high price of labor. Scarcity, if the scarcity 
 exist to such an extent as to withdraw the article from the market, 
 is an argument to which there is no reply ; but if it is only suffi- 
 cient to create a high price, there is very much to be said on the 
 other side of the question. If a farmer is so circumstanced that 
 he can, even for high wages, always be sure of hiring additional 
 help, and if his domestic arrangements are such that he can 
 increase his force without abusing his family, there are few good 
 farms, with properly arranged buildings, upon which soiling will 
 not pay a handsome profit. Probably in feeding twenty cows the 
 extra labor of planting, cutting, and feeding, and hauling out and 
 spreading manure, would require, during six months of the year, 
 the services of one man and one yoke of oxen. This may be set 
 down as a permanent increase of the expenses of the farm, and in 
 average regions it would probably amount to 8400 each year. 
 The abundant pasturage of twenty cows would require forty acres 
 of good land, worth say $150 per acre, or ^6,000. In soilingthey 
 would require but ten acres of land, worth $1,500, leaving to be 
 charged to the pasturage svstem a capital sum of $4,500, upon 
 which the interest, at seven per cent., would be $315. The pro- 
 duct of manure would probably be at the rate of one two-horse 
 load per month for each cow, or 120 loads. It is not easy to fix 
 the value of this manure, as it must, of course, vary in different 
 localities. In Rhode Island it would be worth three dollars a 
 load, and in all of the older settled portions of New England, 
 especially in the neighborhood of good markets, it would probably 
 be worth pretty nearly that amount. As we proceed farther west, 
 the value of the manure will decrease until it finally reaches 
 the zero point. However, as it is quite certain that soiling will 
 not be adopted except where manure has a high value, it will be 
 
SOTLIXG AND PASTURING. 375 
 
 fair to assume that the quantity of manure specified above will be 
 worth $250 ; — and if we allow ^65 as the value of the manure 
 dropped upon the pasture under the pasturing system, we shall 
 have, in the two items of interest and manure, $500 return for 
 0400 expended in labor, leaving a profit of twentv-fi\e per cent. 
 
 T! his is not, in itself, a particularlv brilliant showing ; for, under 
 many circumstances, the simple item of contingencies would not 
 unfrequently consume the entire profit ; — but the following facts 
 are to be considered : first^ the man and team employed for the 
 soiling work will render valuable assistance at harvest time, and 
 whenever the work of the farm is hurried, and will regularly do a 
 considerable amount of outside work ; second., the condition of the 
 animals will be much better than when they are pastured in 
 the field ; third., the product of milk will be larger ; fourth., the 
 chances that butter, cheese, or milk will have their taste affected 
 by wild onion and other high-flavored weeds will be reduced \ fifth., 
 the time wasted, and the derangement of farm-work encountered 
 in driving cattle to and from the pasture will be entirely obviated; 
 sixth., the fertility of the farm will be immensely increased. 
 
 The first five of the advantages enumerated may be set down 
 as incidental benefits, which will be sufficient to offset the con- 
 tingencies which, in their turn, may offset the 25 per cent, profit 
 on the expense. But the last, the question of increased fertility, 
 while it is an element to which it is impossible to attach a money 
 value, is of far greater importance than all of the others combined. 
 Indeed, I have not the least hesitation in saying, that the fertility 
 of any average land devoted exclusively to the soiling of cattle, and 
 receiving all of the manure produced by them during the soiling 
 season, will be doubled in five years, and the value of the land will 
 be d'oubled as well. Whether it would double again in the next 
 five years is by no means certain, but that it would, at the end 
 of twenty years, be permanently worth for cultivation four times 
 its original price is unquestionable. The frequent cultivation, 
 usually twice in the season and sometimes three times, the im- 
 mense amount of the very best of all farm manures applied yearly 
 to the soil, and the almost entire absence of the treading of ani- 
 
376 II ANDY-BOOK OF HUSBANDRY. 
 
 mals, this being confined entirely to the seasons of working, will 
 ohviouslv add almost incalculably to the fertility of any soil no^ 
 already in the condition of a garden. Land which this year will 
 soil twenty head of cattle, should, fiye years hence, soil at least 
 thirty under the same general treatment ; while it will haye been 
 raised to such a condition of fertility that it may be repeatedly 
 cropped with grain with the certainty of the very best results. 
 
 Without greatly increasing and greatly modifying the labor of 
 cultivation, it will be difficult to make use of the entire accumu- 
 lated fertility of land that has been used for soiling for a number 
 of years. It would be better, therefore, to use the practice as a 
 means of increasing the fertility of different parts of the farm con- 
 secutively, and thereby putting them in a condition for the pro- 
 duction of larger and more profitable crops of grain or of irrass. 
 
 The arrangements necessary for soiling may be very simple. 
 They should, however, in all cases comprise easy facilities for 
 distributing the food, perfect shelter for the manure, shade and 
 good ventilation for the animals themselves, conyenient appliances 
 for watering, and, above all, ample exercising grounds. It is im- 
 possible to keep animals in a state of the highest health if they 
 are constantly tied in their stalls j and there should be in connec- 
 tion with the barn or shed, a good, dry, partly shaded, and large 
 yard, into which the animals may be turned whenever the weather 
 is favorable, and where it will generally be found advantageous to 
 allow them to remain three or four hours every day ; the custom 
 being, usually, to turn them out at eight in the morning, bringing 
 them in at ten for their second feed, turning them out again at 
 three after their third feed, and bringing them in again for the 
 fourth feed at five, another liberal feed following during or after 
 the evening milking. 
 
 Opinions vary somewhat as to the condition in which it is best 
 to administer the food. Some give it to the animals when it is 
 freshly cut and full of ju'ce, while others prefer to let it wilt for 
 a few hours before being taken into the barn. Aly own opinion is 
 that the fresh feeding is the most natural, and productive of the best 
 results, although the excessive succulence of the food may at first 
 
SOILING AND PASTURING. ' 377 
 
 have a loosening effect upon the bowels of the animals, which will 
 render it necessary to give them one feed each day of dry hay or 
 dried soiling fodder. In practice, there will always be more cut 
 than can be fed at once, and in this way the stock will receive 
 enough wilted food to modify the laxative tendency of that which 
 has been given to them fresh. By reference to the plan and 
 description of the barn and yards at Ogden Farm, it will be seen 
 that all of these requirements have there been provided for ; and 
 in any case in which it is deemed advisable to construct a large 
 and rather expensive barn the soiling facilities may probably be 
 attained as cheaply in the regular stalls as in any other way ; but 
 if a special shed is to be erected, as an addition to already existing 
 farm buildings, it will be sufficient to make a drive-way in front 
 of the stalls, through which the carts can be directly led, the grass 
 being thrown on the ground at the sides of the alley. The chief 
 objection to sheds built directly upon the ground, even where the 
 site is very well drained, lies in the fact that it is difficult to re- 
 move the large am.ount of manure without either exposing it to the 
 weather or rendering the shed untidy and inconvenient. 
 
 To end this chapter in the spirit in which it was commenced, 
 it may be well to restate the opinion, that while soiling offers im- 
 mense advantages to the owners of small farms, near to good 
 markets, and in localities where extra labor can be obtained with- 
 out difficulty, it must work its way slowly to the favor of those 
 who are not so circumstanced ; and, taking a larger view of its 
 influence on the general agriculture of the country, it is not so 
 likely that it will be widely adopted upon large farms as it is that 
 it will make farmers content with small ones, and that it will 
 hasten the happy day when American farmers generally shall 
 realize the fact that the road to their best prosperity lies, not 
 through broad fields covered by their parchments, but through 
 deep furrows in their well-enriched land ; and when their accu- 
 mulated capital will be invested neither in bank-stocks nor on 
 bond and mortgage, nor yet in more land, but in such improve- 
 ments on that already owned as shall double its value and quad- 
 ruple its profits. 
 
CHAPTER XV. 
 
 MEDICAL AND SURGICAL TREATMENT OF DOMESTIC ANIMALS. 
 
 I SHALL offer no apology for taking the material of this chapter 
 almost exclusivelv from the writings of others. The question of 
 the diseases of domestic animals is one of such great importance 
 that it has recei\cd a good share of the attention of able men for 
 many years. Old and barbarous practices, which entailed more 
 suffering than benefit upon the poor brutes, are being rapidly 
 given up, and, under the light afforded by considerate and 
 thoughtful men, the treatment of even the most severe cases is at 
 least much more humane than it formerly was, and, in proportion 
 to its humanity, is undoubtedly more successful. 
 
 Unfortunately, as in the case of the treatment of the diseases 
 of the human race, nearly all recipes and instructions are more 
 or less empirical, the administering of medicines belonging, as 
 yet, by no means to the list of " exact sciences." The most 
 that can be said in favor of the directions of veterinary surgeons 
 is, that they have, especially during the last twenty years, devoted 
 an untiring energy and sound judgment to an in\estigation of the 
 causes of disease and of the effects of remedies ; and that they 
 have, as a consequence, rejected many things that were formerly 
 considered of absolute necessity, and have substituted simple 
 remedies for severe ones. 
 
 It has now come to be a recognized fact with veterinary sur- 
 geons, livery-stable keepers, and intelligent farmers, that the 
 sovereign remedy for external injuries, and for all strains, bruises, 
 irritations, and cutaneous affections, is ivater. Applied hot or 
 cold, as the occasion may require, and accompanied by the neces- 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 379 
 
 sary bandaging, blanketing, and fomentations, it is fast driving the 
 firing-iron and the blister, with the inexpressible suffering that 
 they have caused, out of the stable and the shed. With regard 
 to internal remedies and medicines, the scientific and practical 
 worlds are yet apparently far from having reached a point entirely 
 satisfactory even to themselves. But the tendency is undoubtedly 
 in favor of a greater dependence on the natural restorative 
 agencies of diet, fresh air, and suitable temperature. Old-fashioned 
 grooms still have their mysterious secrets concerning the com- 
 position of " balls," and their peculiar ways of crowding them 
 down the throats of patient and long-suffering horses ; and the 
 empire of balls and drenches, though happily weakened in its 
 foundations, has by no means given up its sway over the un- 
 educated minds of those to whom the care of our domestic animals 
 is chiefly intrusted. Specifics for loosening the bowels, produ- 
 cing silkiness of coat, brightness of the eye, and briskness of tem- 
 per, — all more or less injurious, — are still much in use. Happily, 
 however, the number is yearly increasing of those who are dis- 
 posed to send all of these remedies after the vanishing firing-iron 
 and blister, believing that the same effect on the bowels, the skin, 
 the eye, and the temperament may be produced almost as readily, 
 and certainly with less danger, by a judicious change in the 
 character of the fcod. A soft, moist, warm diet, such as steamed 
 hay or a hot bran-mash, will, except in such obstinate cases as 
 ought not to be allowed under ordinary circumstances to arise, 
 produce all the relaxation of the bowels that it is desirable to 
 effect ; and in obstinate cases of constipation a copious injection 
 of tepid water, repeated as often as may be necessary, cannot fail 
 to produce the desired result, if any thing will do it. 
 
 Especially in the case of horses, the constant winter diet, 
 almost the whole year's diet indeed, consisting, as it usually does, 
 simply of hay and oats in their raw state, is very liable to produce 
 derangements of the digestive organs ; and it has been the custom 
 to remedy the evil by the use of violent cathartic medicines. A 
 particular attention to the changing of the food at times, — the 
 occasional or even regular feeding of carrots, at least the oc- 
 
380 II ANDY- BOOK OF lIUrfBAXDRY. 
 
 casional cutting and moistening of food, and its more or less 
 perfect steaming, — the occasional introduction of bran mashes 
 into the wecklv regimen, — will give that variety that the per- 
 manent health of the animal requires ; and the necessity for 
 administering medicines will be vcrv largely avoided. 
 
 Without bv any means wishing to enier the lists in the con- 
 test between allopathy and homeopathy, I cannot refrain from 
 saying that my own experience, which h.as been but slight, and 
 my observation, which has been considerable, both lead me to 
 believe that, so far as it is necessary to administer medicines 
 at all to domestic animals, the seemingly insignificant doses of the 
 homeopathic practitioner are more rapidly effective, and far less 
 injurious in their permanent results, than are the old prescriptions. 
 And if there is any real foundation at all for the rapid and general 
 establishment of homeopathy throughout the world, it is only 
 reasonable that in the treatment of domestic animals its ertect 
 should be more certain and more acti\ e than in the treatment of 
 our own diseases, for the reason that the diet of the brute world 
 is so simple and inoffensive that there is little danger, either of 
 a counteracting of the effect of the medicine, or at the creation 
 of such a condition of the system as will require tbe vigorous 
 action of large doses. 
 
 HORSES. 
 
 Several works on veterinary homeopathy have been published, 
 which contain sufficiently full and sufficiently simple instruc- 
 tions for the administering of the remedies in those cases in which 
 the character of the disease can be determined. In preparing 
 for the press, several years ago, the book known as Herbert's 
 " Hints to Horsekeepers," I compiled a chapter on veterinary 
 homeopathy, which is as applicable at the present day as at the 
 time when it was written. This chapter was made up chiefly 
 from material found in Schnefer's " New Manual of Veterinary 
 Homeopathic Medicine," and the "Hand-Book of Veterinary 
 Homeopathy " by John Rush. The instructions of this chapter 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. ,'381 
 
 were intended only for the use of horsemen, but the same prin- 
 ciple applies throughout the whole list of domestic animals, 
 and specific directions for the medication of all are included in 
 the principal works upon the system, several of which may be 
 obtained through any bookseller. The following extracts are 
 made from the chapter above referred to : — * 
 
 " The remedies being in a liquid form, the best means of ad- 
 ministering them to the horse is to put six drops on a small 
 piece of bread, or on a wafer of flour paste, and to raise the 
 horse's head a little, ' press down the tongue to one side, and 
 pull it out as far as may be, and then place the wafer as far back 
 as possible ; after which the mouth is held closed with the hand, 
 in order to compel the animal to swallow the wafer.' Schaefer 
 says : In some cases the dose has to be repeated ; but all use- 
 less and improper repetition should be avoided. If no change 
 of any kind should take place after the first dose, this is a sure 
 sign that the medicine has been improperly selected, and that 
 a second dose of the same remedy would not do any more good 
 than the former has done. In this case we have to review the 
 symptoms a second time, and to select a different remedy. 
 If the first dose should produce a favorable change in the 
 symptoms of the disease, and this change should again be fol- 
 lowed by an aggravation, it is proper to give a second dose of 
 the same remedy. If the symptoms should become aggravated 
 after the first dose, we should not all at once resort to a differ- 
 ent remedy ; for this aggravation might be what we have termed 
 homeopathic aggravation, which would soon be followed by a 
 favorable reaction. In all very acute diseases that run a rapid 
 course, and, after one, two, or four weeks, terminate in death 
 or recovery, such as glanders, pleura pneumonia, etc, the dose 
 should be repeated every five, ten, or fifteen minutes. 
 " In such dangerous maladies, the first dose is often followed 
 by a visible improvement, which soon ceases, however ; this is 
 the time to repeat the dose, and a second dose may then be emi- 
 
 * Herbert's Hints to Horsekeepers. Orange Judd & Co., New York, 
 
382 HANDY-BOOK OF HUSBANDRY. 
 
 *' nently useful. In chronic diseases that run a long course, the 
 *' medicine may be repeated every day, or every two, three, or 
 " four days. In such cases the rule is, likewise, not to interfere 
 *' with an incipient improvement by giving another dose of the same 
 '' or some other remedy. 
 
 " If the improvement stops, the medicine may be repeated, and 
 " if no improvement at all should set in after a reasonable lapse 
 " of time, another medicine may be chosen. Among the class of 
 '"'■ chronic diseases we number all nervous and mental diseases, 
 *' lingering fevers, etc. An improper remedy does not produce 
 '' any very injurious effects ; for a homeopathic remedy only 
 *' acts upon a disease to which the medicine is really homeo- 
 " pathic : otherwise, the smallness of the dose is such that the 
 *' medicine cannot possibly affect the organism. All that we have 
 " to do is, to give another remedy, and endeavor to avoid mistakes 
 " for the future. Homeopathic remedies may be applied exter- 
 " nally in the case of burns and other injuries. We use princi- 
 " pally arnica, Symphytum, and urtica-ureus, from twenty to 
 *' thirty drops in a half-pint of water, and this mixture to be 
 " applied to the part according to directions. 
 
 " J proper diet in the case of sick domestic animals is of great 
 " importance. All applications, quack medicines, etc., that might 
 *' interfere with the regular treatment, have to be avoided. In- 
 "jections of water mixed with a little salt or soap are allowable. 
 *' The usual feed may be continued. * * * Half an hour, 
 " at least, should elapse between the feeding and the taking of 
 *' the medicine. 
 
 "On the treatment of the sick animal. Rush says: — 
 
 " Treatment of a sick animal. — As soon as an animal is disco v- 
 *' ered to be unwell, let it be immediately placed in a house by 
 " itself; this is necessary both for the welfare of the sick animal 
 " and for the safety of the others. The house that the animal is 
 *' placed in ought to be warm, well lighted and ventilated, and, 
 "above all, kept scrupulously clean. Let the person who attends 
 " to the wants of the animal be very cautious to approach in a 
 " quiet manner, never make any unnecessary noise, or do any 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 383 
 
 " thing that would tend to irritate the animal when in a state of 
 " health. 
 
 " IPlth regard to diet. — In acute diseases no food whatever 
 " ought to be given until improvement has taken place, and even 
 " then only in a sparing manner ; the articles of diet most suitable 
 " are bran, oats, hav, carrots, Swede turnips, and green food, 
 *' either grass or clover. 
 
 "The bran may be given either dry or wetted, whichever way 
 *' the animal prefers it. 
 
 "• Oats may be given mixed with the bran, either raw and 
 " crushed, or whole and boiled. 
 
 '* It is necessary to keep the animal without food or water half 
 "an hour before and after administering the medicine. 
 
 " Repetition of the dose. — In acute diseases it is necessary to 
 " repeat the dose every Jive ^ ten., fifteen., or twenty minutes. 
 
 "In less acute diseases every two., four., six., or eight hours. 
 
 " In chronic diseases once in tzventyfour hours is sufficient." 
 
 The following are the directions given for the treatment of a few 
 of the more simple diseases of horses, and they are included here 
 rather by way of illustration than as a part of a complete system, 
 which, of course, it would be impossible within such narrow limits 
 to give : — 
 
 " GREASE. 
 
 " Remedies. — Thuja occidentalis., Secale cornutum., Arsenicum., 
 ^'' A'lercurtus vivus^ and Sulphur, 
 
 " Thuja occidentalis., both internally and externally, if there are 
 " bluish or brownish excrescences, which bleed on the least touch, 
 "and there is a discharge of fetid ichor. 
 
 " Dose. — Six drops three times a day ; at the same time the 
 " parts may be bathed with the strong tincture night and morning. 
 
 " Secale cornutum and Arsenicum may be used in alternation, it 
 " there is a watery swelling or dark-looking ulcers, with fetid dis- 
 " charge. 
 
 *' Dose. — The same as directed for Thuja occidentalis., inter- 
 nally. 
 
 25 
 
384 HANDY-BOOK OF HUSBANDRY. 
 
 *■*■ Mercurius vivus when there are numerous small ulcers that 
 *•*■ discharge a thick matter, and bleed when touched. 
 
 *■'■ Dose. — Six or eight drops twice a day. 
 
 " It is necessary to giye a dose o( Sulphur once a week during 
 " the treatment, and keep the legs clean by washing them with 
 *' warm water. 
 
 " FOUNDER. 
 
 *' Remedies. — Aconite^ Bryonia^ Veratrum, Arsenicum^ and Rhus 
 *''' toxicodendron. 
 
 '•'- Aconite^ if there is inflammation, the animal stands as if rooted 
 '' to one spot, the breathing is hurried and interrupted, the breath 
 *' is hot and the pulse accelerated. 
 
 " Dose. — Six drops every one, two, or three hours. 
 
 " Bryonia., complete stiffness of the limbs, with swelling of the 
 *' joints. 
 
 ** Dose. — Six drops every two hours. 
 
 " Veratrum., if it is brought on by violent exercise. 
 
 " Dose. — The same as directed tor Bryonia. 
 
 " Arsenicum., if it is caused by bad or heating food, or after a 
 " cold drink when overheated. 
 
 " Dose. — The same as directed for Aconite. 
 
 " Rhus toxicodendron., if there is much pain in the feet, and the 
 animal is very stiff in his movements. 
 
 " Dose. — Six drops or eight globules three times a day ; at the 
 " same time the limbs may be bathed with a solution of Rhus.^ 
 " externally, twice a day. * * * * 
 
 "inflammation of the brain. 
 
 " Remedies. — Aconite., Belladonna., Veratram., and Opium. 
 
 " Aconite., in the very commencement of this disease, if the 
 " pulse is accelerated, fever, congestion toward the brain, rapid 
 " breathing, and trembling of the whole body. 
 
 " Dose. — Six drops every twenty minutes until several doses 
 " have been taken, or the more violent symptoms subdued, after 
 " which the next remedy should be taken into consideration. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 385 
 
 " Belladonna^ if the animal has a wild, staring, fixed look, dashes 
 ''furiously and unconsciously about, which is indicative of violent 
 "congestion of the brain. 
 
 " Dose. — Six drops put upon the tongue every fifteen or thirty 
 "minutes, until the violence of the attack is subdued. 
 
 " Veratrum^ if the legs and ears are icy cold, with convulsive 
 " trembling of the whole body, or where there is a reeling, stag- 
 " gering motion, and the animal plunges violently and falls down 
 " head foremost. 
 
 " Dose. — The same as directed for Belladonna. 
 
 " Opium^ if after the paroxysm the animal remains motionless, 
 " with fixed, staring eyes, the tongue of a black or leaden color. 
 
 " Dose. — Six drops every half, one, or two hours, according to 
 " circumstances. 
 
 " CATARRH, or COMMON COLD. 
 
 " Remedies. — Aconite^ Nux vomica^ Dulcamara^ Rhus toxico- 
 " dendron^ Bryonia^ Arsenicum^ Mercurius vivus^ and Pulsatilla. 
 
 " Aconite will be useful in the beginning of the disease, if there 
 " is fever and heat of the body, restlessness, short, hurried breath- 
 " ing, violent thirst, urine fiery red, and the discharge from the 
 " nose impeded. 
 
 " Dose. — Six drops or six globules every three hours until 
 " better 
 
 '■'■Nux vomica., if during the prevalence of northeasterly winds, 
 " and if the mouth is dry, tongue coated white, an offensive earthy 
 "odor emitted from the mouth, and a thin watery or thick bloody 
 " discharge from the nose. 
 
 " Dose. — Six drops or six globules twice a day. 
 
 " Dulcamara., if the attack was brought on from exposure to 
 " wet, and the animal is dull and drowsy, the tongue coated with 
 "a thick sticking phlegm. 
 
 " Dose. — The same as directed for Nux vomica. 
 
 " Rhus toxicodendron., if short dry cough, great accumulation of 
 " mucus in the nose, without being able to discharge it, obstructed 
 " respiration, frequent sneezing and restlessness. 
 
386 HANDY -BOOK OF HUSBANDRY. 
 
 '* Dose. — Four drops or six globules three times a day. 
 
 " Bryonia^ if there is difficulty in breathing, dry spasmodic 
 '' cough, swelling of the nose, profuse coryza, or crusts of hardened 
 *' mucus in the nose. 
 
 "• Dose. — The same as directed for Rhus toxicodendron. 
 
 " Arsenicum^ if the discharge from the nose continues too long, 
 *' is acrid and corroding to the nostrils, dry cough, sneezing, with 
 "discharge of watery mucus from the nose. 
 
 " Dose. — Six drops twice a day. 
 
 " Mercurius vivus^ in the first stage of the disease, if there is 
 " swelling of the nose, profuse cor\ za with much sneezing. 
 
 " Dose. — Six drops or six globules three times a day. 
 
 *' Pulsatilla^ if the cough is loose, discharge of greenish fetid 
 *' matter from the nose. 
 
 " Dose. — The same as directed for Alercurius vivus. 
 
 " COUGH 
 
 " Remedies, — Dulcamara^ Nux vomica^ Squilla^ Bryonia^ Amo~ 
 " nium niuriaticuni^ Drosera^ Pulsatilla^ and Lxcopcdiutn. 
 
 '^ Dulcamara^ if it follows cold, especially if the cold comes on 
 *' from wet, and there is a discharge from the nose. 
 
 " Dose. — Four or six drops three or four times a day until 
 " better. 
 
 " K^ux vomica^ if the cough is dry, and the cough comes on 
 " when first leaving the stable. 
 
 " Dose. — The same as directed for Dulcamara. 
 
 " Squilla^ if the animal makes a groaning noise before coughing, 
 *' and the whole body shakes from coughing. 
 
 " Dose. — Four drops or six globules two or three times a day. 
 
 " Bryonia^ if the cough is of several weeks' standing, and worse 
 " from motion. 
 
 *' Dose. — Six drops night and morning. 
 
 *' Ammonium muriaticum^ if the horse appears to be choked or 
 "about to vomit, loss of flesh, the skin sticks to the ribs. 
 
 " Dose. — Four drops every three hours until improvement is 
 *' manifest. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 387 
 
 " Drosera^ if the cough is of long standing, worse at night v\ hen 
 " the animal lies down. 
 
 "Dose. — Six drops night and morning. 
 
 " Pulsatilla^ if the animal is timid and easily frightened, or if 
 " with the cough there is a bad smelling discharge from the 
 " nostrils. 
 
 " Dose. — Four drops or six globules every three hours. 
 
 *' Lycopodiutn^ if the cough is excited or worse after drinking, 
 "and comes on in fits, coughing a great many times in rapid 
 " succession. 
 
 *' Dose. — Six drops three times a day. 
 
 " Attention ought to be paid to diet in this disease ; no inferior 
 " food should be given, such as the animal must eat a large 
 "quantity of to keep itself alive ; but whatever is given should 
 " be good, and that moistened with cold water ; carrots are very 
 " good, either raw or boiled. ***** 
 
 " colic, or gripes. 
 
 " Remedies. — Aconite^ Arsenicum^ Nux vomica^ Opium^ Cham- 
 " omilla^ Colchlcum^ Cantharis^ Hyoscyamus^ and Colocytith. 
 
 " Aconite^ in the commencement, if there is dryness of the mouth, 
 "the ears are either hot or cold, breath hot, pulse accelerated. 
 
 " Dose. — Four drops or six globules every fifteen or thirty 
 " minutes, according to the urgency of the case ; if no relief is ob- 
 "tained after the third dose, proceed then with the next remedy. 
 
 " Arsenicum^ if the disease depends on indigestion, food of bad 
 " quality, drinking cold water when heated, or if it is caused by 
 " a constipated state of the bowels, in which case it is considered 
 *' to be specific. 
 
 " Dose. — Six drops every half, one, or two hours. 
 
 " I have succeeded in curing a great number of cases with these 
 " two medicines ; I generally, after giving two or three doses of 
 " Aconite^ g'^'^ Arsenicum and Aconite alternately. 
 
 " Nux vomica is useful for colic from constipation, when the 
 " animal walks slowly round, and then lies or falls down suddenly, 
 " bloated appearance of one or both flanks. 
 
388 IT.\NDY-BOOK OF HUSBANDRY. 
 
 *■*■ Dose. — The same as directed for Arsenicum. 
 
 " Opium^ if Nux vomica fails to remove the constipation, or if 
 *^' the excrements are very dry, hard, and dark colored, nearly 
 *' black, and the animal lies stretched out as if dead. 
 
 *'DosE. — Four 'drops or six globules every one, two, or three 
 " hours, according to the urgency of the case. 
 
 " Chamomilla^ if the bowels are relaxed, the animal is very rest- 
 '^ less, frequently lying down and getting up ; an attack of pain 
 *' soon followed by an evacuation, swelling of the abdomen, ex- 
 '' tremities cold, especially the ears. 
 
 *' Dose. — Six drops every one or two hours, according to the 
 " severity of the case, until better. 
 
 " Colch'tcum^ if the disease is caused bv green food, and there is 
 " flatulent distention of the abdomen, protrusion of the rectum, the 
 " animal strikes at his belly with his hinder feet. 
 
 " Dose. — The same as directed for Chamomilla. 
 
 *' Cantbaris^ if there is a troublesome retention of urine, and the 
 "animal often places himself in position to piss urine, but only 
 "succeeds in passing a few drops ; if this remedy does not relieve, 
 " give H;oscya?nus. 
 
 *' Dose. — The same as directed for Chamomilla. 
 
 % If. % ifi -if. % -if. 
 
 " INFLAMMATION OF THE BOWELS. 
 
 " Remedies. — Aconite., Arsenicum., Rhus toxicodendron., Colocyn- 
 "^ this., Nux vomica., Cuntharls., and Arnica. 
 
 '-'■ Aconite is the chief remedy to be depended upon in this dis- 
 "ease, and should be frequently administered till a calm is estab- 
 " ll-^hed, which generally takes place in about an hour. 
 
 " Dose. — Six drops, or eight globules every ten or fifteen 
 *' minutes, until relieved. 
 
 " Arsenicum., if after the use of Aconite some svmptoms still 
 " remain, especially if the disease has been produced by green 
 *^ food, or by drinking cold water when heated. 
 
 " Dose. — Six drops everv half, one, or two hours, or at longer 
 " intervals if the disease is not very violent. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 389 
 
 " Rhus toxicodendron^ if the extremities are alternately hot and 
 " cold, with sweating of the belly, and a frequent discharge of 
 " urine. 
 
 " Dose. — The same as directed for Arsenicum. 
 
 " Colocynthis^ if Arsenicum does not remove all the symptoms, 
 "especially if it is accompanied with colic, and there are bloody 
 " evacuations. 
 
 " Dose. — Six drops, or eight globules every half or one hour. 
 
 '■'- Nux vomica.^ or Opium^ if after the disease is cured there 
 "remains a constipated state of the bowels. 
 
 " Dose. — Six drops night and morning. 
 
 " Cantharis^ or Hyoscyamus^ if there is retention of urine. 
 
 " Arnica will be useful in very obstinate cases ; if the discharges 
 " are very fetid, frequently small stools consisting only of slime. 
 
 " Dose. — Six drops every one or two hours until better." 
 
 Similar treatment is equally applicable in the case of sick cows, 
 sheep, and swine. 
 
 In the treatment of the diseases of domestic animals by what is 
 known as the allopathic system, or by the old svstem of farriery, 
 and, indeed, in all cases, if theailment is serious, it is best, whenever 
 possible, to obtain the services of a really competent veterinary 
 surgeon. Unfortunately, there are few such in the countrv, and the 
 local horse and cattle doctors to be found in almost every farming 
 neighborhood are a sorry substitute for them. Oftentimes, it is 
 true, long experience and good natural judgment has enabled them 
 to understand pretty well the common complaints to which stock 
 is subject, and they are frequently quite successful in their treat- 
 ment ; but in the majority of cases it is doubtful whether they do 
 not really do more harm than good. 
 
 In Herbert's " Hints to Horsekeepers," there is a chapter 
 concerning " Simple Remedies for Simple Ailments," which, so 
 far as it has been possible to condense, within the limits of a few 
 pages, practical directions in this matter, is probably the best com- 
 pendium now within reach. The writer says, — 
 
 " It is not too much to say.^ that more than onehalf the ail ments 
 
390 HANDY-BOOK OF nUSBANDRY. 
 
 " of horses arise, in the first instance, from bad management, — or, 
 " to speak more correctly, from absence of all management, from 
 " an improper svstem of feeding, from ill-constructed, unventilated, 
 " filthy stabling, from injudicious driving, and neglect of cleaning. 
 " When disease has arisen, it is immediately aggravated, and, per- 
 " haps, rendered ultimately fatal, either by want of medical aid, or, 
 " what is far more frequent as well as far more prejudicial, igno- 
 " rant, improper, and often violent treatment, either on a wrong 
 " diagnosis of the affection, or on a still more wrong svstem of 
 "relieving it. Over-medicining and vulgarly quacking slightly 
 "ailing horses is the bane of half the private stables in cities, and 
 " of nearly all the farm stables in the country ; and one or the 
 " other, or both combined, cause the ruin of half the horses which 
 " *■ go to the bad ' every year. 
 
 " There is no quack on earth equal to an ignorant, opinionated 
 " groom •, and every one, nowadays, holds himself a groom, who is 
 " trusted with the care of a horse, even if he do not know how to 
 "clean him properlv,or to feed him so as not to interfere with his 
 "working hours. Every one of these wretched fellows, who has 
 "no more idea of a horse's structure or of his constitution than he 
 '^ has of the model of a ship or the economy of an empire, is sure 
 " to have a thousand infallible remedies for everv possible disease, 
 "the names of which he does not know, nor their causes, origin, 
 "or operation; and which, if he did know their names, he is 
 "entirely incapable of distinguishing one from the other. These 
 " remedies he applies at haphazard, wholly in the dark as to their 
 " efi^ect on the system in general, or on the particular disease, and, 
 " of course, nine times out of ten he applies them wrongfully, and 
 " aggravates fiftyfold the injury he affects to be able to relieve. 
 
 "These are the fellows who are constantly administering purga- 
 *'tive balls, diuretic balls, cordial balls on their own hook, without 
 " advice, orders, or possible reason — and such balls, tool some of 
 "them scarcely less fatal than a cannon-ball — who are continually 
 "drugging their horses with niter in their food, under an idea that 
 " it is cooling to the system, and that it makes the coat sleek and 
 " silky, never suspecting that it is a violent diuretic ; that its cpe- 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 391 
 
 " ration on the kidneys is irritating and exhausting in the extreme, 
 "and that the only way in which it cools the animal's system is 
 "that it reduces his strength, and acts as a serious drain on his 
 " constitution. These, lastly, are the fellows who are constantly 
 " applying hot oils^ fiery irritants and stimulants to wounds, strains, 
 " bruises, or contusions, which, in themselves, produce violent 
 " inflammation ; and to which, requiring, as they do, the exhibition 
 " of mild and soothing remedies, cold lotions, or warm fomenta- 
 *' tions, the application of these stimulating volatile essences is 
 " much what it would be to administer brandy and cayenne to a 
 *' man with a brain fever. 
 
 " It should, therefore, be a positive rule in every stable, whether 
 " for pleasure or farm purposes, that not a dram of medicine is 
 " ever to be administered without the express orders of the 
 " master. Even if a horsekeeper be so fortunate as to possess a 
 " really intelligent, superior servant, who has served his apprentice- 
 ••' ship in a good stable, and has learned a good deal about horses, 
 " he should still insist on being invariably consulted before medi- 
 " cine is administered." 
 
 In all serious cases, of course, the best medical aid that it is 
 possible to procure should be at once called in ; but in all cases 
 the owner should, as far as possible, exercise his own judgment as 
 to the extent to which the directions given are to be followed, 
 unless the practitioner is a regularly educated veterinary surgeon. 
 Concerning purgatives, Herbert writes as follows : — 
 
 " We are very decided opponents of purgatives in general, and 
 ''have been gratified by observing that the recent cause of veteri- 
 " nary practice, both in France and England, is tending to the 
 *' entire abandonment of the old system ; according to which, 
 " every horse, whether any thing ailed him or not, was put through 
 "two annual courses of purgation, each of three doses, in the 
 " spring and fall, besides bavins; to bolt a diuretic ball fortnightly 
 " or oftener, according to the whim of the groom, when his kidneys 
 " no more required stimulation than his hocks did blisterinii;. 
 
 " A horse of ordinary size contains, on an average, from twenty 
 " to twenty-four quarts of blood, and the loss to him of four quarts 
 
392 II ANDY-BOOK OF II USB AX DRY. 
 
 " is not so much as a pound or pint to a human being. In cases 
 *' of acute inflammation, a horse may be bled eight or ten quarts 
 *'at a time, or until he lies down, with advantage; and if the 
 '* symptoms do not abate, may be bled again at intervals of an 
 *' hour or two, to an extent which a person, i^norant how rapidly 
 *' blood is made, would suppose must drain the animal of his life. 
 *' Purgatives, in our opinion, on the other hand, should be very 
 " cautiously administered ; never when there is any inflammation 
 *' of the lungs or bowels ; very rarely when there is any ittternal 
 " inflammation ; and when gi\'en, should never, or hardly ever, in 
 " our judgment, exceed five drams of new Barbadoes aloes. Injec- 
 *' tions, diet, and mashes are vastly superior, for general practice, 
 *' to acute purgatives, horses being extremely liable to super-pur- 
 " gation, and many valuable animals being lost in consequence of it 
 *' yearly. 
 
 " The first branch of the subject on which we propose to treat, 
 *' is the early application of remedies to horses suddenly seized 
 "with violent and acute diseases, anticipatory to the calling in of 
 " regular medical assistance. It is highly necessary that this should 
 " be done as soon as the horse is known to be seized, and the 
 " nature of his seizure is fully ascertained, since, in several of the 
 "• diseases to which the horse is most liable, the increase of the 
 " malady is so rapid that, if early steps be not taken to relieve the 
 " sufferer, the evil becomes so firmly seated that the remedy, if 
 " long delayed, comes too late, and an animal is lost, which, by 
 *■'■ timely assistance, might have easily been preserved. These 
 " ailments, especially, are of common occurrence with the horse, 
 " of highly dangerous character, and so rapid in their development 
 " and increase, that if steps be not taken for their relief almost 
 " immediately after their commencement, all treatment will be 
 " useless ; — these are spasmodic colic, inflammation of the bowels, 
 "and inflammation of the lungs." 
 
 Mr. Youatt, in his excellent work on the horse, says of colic, — 
 
 " There is often not the slightest warning. The horse begins 
 
 " to shift his posture, look round at his flanks, paw \ iolently, strike 
 
 " his belly with his feet, lie down, roll, and that frequently on his 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 393 
 
 " back. In a few minutes the pain seems to cease, the horse 
 " shakes himself and begins to feed ; but on a sudden the spasm 
 " returns more violently, every indication of pain is increased, he 
 " heaves at the flanks, breaks out in a profuse perspiration, and 
 " throws himself more violently about. In the space of an hour 
 "or two either the spasms begin to relax and the remissions are 
 " longer in duration, or the torture is augmented at every paroxysm, 
 " the intervals of ease are fewer and less marked, and inflam-" 
 " mation and death supervene." 
 
 Youatt also gives the following tabular statement of the symp- 
 toms by which colic and inflammation ot the bowels may be dis- 
 tinguished from each other: — 
 
 " COLIC. 
 
 " Sudden in its attack, and without any 
 warning. 
 
 " Pulse rarely much quickened in the early 
 period or the disease, and during the in- 
 tervals of ease, but evidently fuller. 
 
 "Legs and ears of natural temperature. 
 
 " Relief obtained from rubbing the belly. 
 
 " Relief obtained from motion. 
 "Intervals of rest and ease. 
 " Strength scarcely affected. 
 
 INFLAMMATION OF THE BOWELS. 
 
 Gradual in its approach, with previous indi- 
 cations of fever. 
 
 Pulse very much quickened, but small, and 
 often scarcely to be felt. 
 
 Legs and ears cold. 
 
 Belly exceedingly painful and tender to the 
 
 touch. 
 Pain evidently increased by motion. 
 Constant pain. 
 Great and evident weakness." 
 
 With reference to colic, inflammation of the bowels, and in- 
 flammation of the lungs, Herbert says, — 
 
 " Colic is usually produced by sudden cold, often the result 
 " of drinking cold water when heated ; sometimes by exposure to 
 " cold wind in a draft, when heated ; sometimes by overfeeding 
 " on green meat or new corn. The causes ot inflammation of 
 "the bowels are somewhat similar, though not identical. Horses 
 " used to high feeding and warm stabling, which, after sharp exer- 
 " cise and being for some hours without food, are exposed to cold 
 " wind, or are allowed to drink freely of cold water, or are 
 " drenched with rain, or have their legs and belly washed with cold 
 " water, are almost sure to be attacked with inflammation of the 
 
394 HANDY-BOOK OF HUSBANDRY. 
 
 "bowels. An overfed or ovcrfat horse, which is subjected to 
 " severe and long-continued exertion, if his lungs be weak, will 
 *' be attacked, probablv the same night, bv inflammation of the 
 "lungs ; if the kings be sound, the attack will be on his bowels 
 *' the following day. 
 
 " The diagnosis being made, and the disease being fully estab- 
 *' lished to be spasmodic colic, and not inflammation, the treat- 
 " ment should be as follows : Give at once, in a drench, by a 
 ^' horn or bottle, three ounces of spirits of turpentine, and an 
 " ounce of laudanum in a pint of warm ale, the effect of which 
 " will often be instantaneous. If these ingredients cannot be 
 "quickly obtained, a drench of hot ale with ginger, a wine-glass- 
 " ful of gin, and a teaspoonful of black pepper, with, if possible, 
 "the laudanum added, will succeed as a substitute. If the par- 
 *' oxysm returns, or if relief of a decided kind do not take place 
 " within half an hour, from four to six quarts of bhjod mav he 
 "taken, with advantage, in order to pre\'cnt inflammation. The 
 " dose ot turpentine should be repeated, and chsters of warm 
 *' water, with an ounce of finch-powdcrcd Barbadocs aloes dis- 
 " solved in them, should be injected, at intervals, until the counter- 
 " irritation puts a stop to the spasms. For the injections, a com- 
 " mon wooden pipe with an ox-bladder will answer, although the 
 " patent syringe is far better. The pipe should be greased and 
 " introduced gently and tenderly, great care being had not to alarm 
 " or startle the animal. The operation and effect of the medicines 
 *' will be promoted by gentle friction of the belly with a brush 
 " or hot flannel cloth, and by walking the horse or trotting him 
 " very gently about ; but all violence, or violent motions, must 
 '•'■ be avoided, as tending to produce inflammation. These remc- 
 " dies, which can be procured with ease in any villa^ic, almost in 
 " any house, will almost to a certainty remove the disease. 
 "When relief is obtained, the horse's clothes should be chani:;cd, 
 " which will be found to be saturated with sweat ; he should be 
 " slightly clcincd ; warmly and dryly littered down, if possible, 
 " in a 1( OS? box, and should be fed for two or three days on warm 
 " bran n. ashes, and suffered to drink warm water only. It is 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 395 
 
 " evident that the above treatment, which is stimulating, would be 
 "probably fatal, as it would aggravate all the worst features, in a 
 " case of inflammation, which must be treated, as near as possi- 
 *' ble, on the opposite plan — that is, antiphlogistically. 
 
 " Inflammation of the Bowels. — The first step, in decided 
 " cases where the extremities are cold and the pulse very quick and 
 " very feeble — observe here that fifty-five is very quick, indicating 
 *' considerable fever, and seventy-five perilously quick — is to take 
 " eight or ten quarts of blood as soon as the malady appears, for 
 " there is no other malady that so quickly runs its course. If this 
 " do not relieve the pain and render the pulse more moderate, and 
 "fuller, and rounder, four or five quarts more may be taken with- 
 "out any regard to the weakness of the animal. That weakness 
 " is a part of the disease, and when the inflammation is subdued by 
 " the loss of blood, the weakness will disappear. We have said 
 "that most of the acute diseases of the horse and the man are 
 "closely similar, and their treatment analogous. In acute inflam- 
 *' mation of the bowels there is an exception. The human prac- 
 " titioner properly uses strong purgatives in cases of acute inflam- 
 " mation of the bowels. The irritability of the horse's bowels will 
 *' not allow their exhibition. The most that can be done is to throw 
 "up copious injections — they can hardly be too copious — of thin* 
 " gruel, in which half a pound of Epsom salts, or half an ounce of 
 " Barbadoes aloes, has been dissolved. The horse should be en- 
 " couraged to drink freely of warm, thin gruel, and he should have 
 *' a draught every six hours of warm water, with from one to two 
 " drams — never more — of aloes dissolved in it. Above all, the 
 " whole belly should be blistered as quickly as possible after the 
 " nature of the disease is fully ascertained, with tincture of can- 
 " tharides well rubbed in. The legs should be well bandaged, to 
 "restore the circulation ; and the horse should be warmly clothed, 
 " but the stable kept cool ; no hay or oats must be allowed during 
 *•'• the attack, but merely bran-mashes and green meat ; of the latter, 
 " especially, as much as he will eat. As the horse recovers, a little 
 " oats may be given, a handful or two at a time, twice or thrice a 
 " day, but not more ; and they should be increased sparingly and 
 
396 HANDT-BOOK OF HUSBANDRY. 
 
 *' gradually. Clysters of gruel should be continued for two or three 
 "days, and hand-rubbing and bandaging, to restore the circulation. 
 " There is another kind of inflannnaiion ot the bowels, which 
 *' attacks the inner or mucous membrane, and is produced by super- 
 '' purgation, and the exhibition of improper medicine in improper 
 "quantities. Its characteristics are incessant purging, laborious 
 "breathing, pulse quick and small, but less so than in the other 
 " form of disease ; and above all, the mouth is hot, and the legs 
 '■'■ and ears warm. In this disease no food must be allowed, least of 
 "all laxative food, such as mashes or green meat ; but diaughts 
 "and clysters of gruel, thin starch and arrow-root may be given 
 " frequently. If the pain and purging do not pass away within 
 "twelve hours, astringents must be given. The best form is 
 " powdered chalk, i ounce ; catechu, \ of an ounce ; opium, 2 
 " scruples, in gruel, repeated every six hours till the purging be- 
 "gins to subside, when the doses should be gradually decreased 
 "and discontinued. Bleeding is not generally necessary, unless 
 " the inflammation and fever are excessive. The horse should 
 " be kept warm, and his legs rubbed and bandaged as directed 
 " in the former type of the disease. 
 
 " Inflammation of the Lungs. — This disease, which, in a 
 **■ state of nature, is almost unknown to the horse, is one to which 
 " in his domesticated state he is most liable, and which is most 
 ^'fatal to him. It requires immediate and most active treatment. 
 *' It is sometimes sudden in its attack, but is generally preceded 
 " bv fever. The pulse is not always much quickened in the first 
 " instance, but is indistinct and depressed. The extremities are 
 *' painfully cold ; the lining membrane of the nostrils becomes 
 " intensely red ; the breathing is quick, hurried, and seems to be 
 " interrupted by pain, or mechanical obstruction. The horse 
 " stands stiffly, with his legs far apart, so as to distend his chest 
 " to the utmost, and is singularly unwilling to move, or to lie 
 " down, persisting in standing up, day after day, and night after 
 " night ; and if at last compelled bv fatigue to lie down, rises again 
 " after a moment's repose. The pulse soon becomes irregular, 
 ** indistinct, and at last almost imperceptible. The legs and cars 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 397 
 
 "■ assume a clav-like, clammy coldness, — the coldness of death. 
 *' The lining of the nostril turns purple ; the teeth are violently 
 " ground ; the horse persists in standing until he can stand no 
 *' longer, when he staggers, drops, and soon dies. 
 
 " For this disease the only remedy that can be depended upon 
 " is the lancet. The horse must be bled, not according to quan- 
 " tity, not only till the pulse begins to rise, but until it begins to 
 *' flutter or stop, and the animal begins to faint. The operator 
 " should watch this effect, with his linger on the pulse, while the 
 " bleeding is in process. At the end of six hours, if the horse 
 *' still persist in standing and the laborious breathing still continue, 
 *■'■ the bleeding should be repeated to the same extent. This will 
 '' generally succeed in conquering the strength of the disease. 
 " If a third bleeding be necessary, as is sometimes the case, it 
 " must not be carried beyond four or fiye quarts, lest not only 
 '' the disease, but the recuperatiye power be subdued. After 
 " this, if the symptoms return, successiye bleedings to the extent 
 " of two or three quarts should be used, to preyent the re-estab- 
 " lishment of the disease. The instrument for bleeding should 
 " be a broad-shouldered thumb-lancet, and the stream of blood 
 " should be full and strong. Some of the blood from each bleed- 
 " ing should be set aside in a glass tumbler, and suffered to grow 
 " cold, in order to note the thickness of the buff-colored, adhesiye 
 " coat which will appear on the top of it, and which indicates the 
 " degree of inflammation at the time the blood was drawn. We 
 " have seen it occupy aboye one-half the depth of the tumbler. 
 " As the condition of the blood improyes, and the symptoms of 
 " the animal decrease, the bleeding may be gradually discon- 
 " tinued. 
 
 " The whole of the horse's chest and sides, up as far as to the 
 '' elbows, should now be thoroughly blistered, the hair haying 
 " been previously closely shaved, with an ointment of one part of 
 " Spanish flies, four of lard, and one of rosin, well rubbed in. In 
 " making the ointment, the rosin and lard should be melted 
 *' together, and the flies then added. 
 
 " A horse with inflammation of the lung-s must never be 
 
398 HANDY-BOOK OF HUSBANDRY. 
 
 " actively purged ; the bowels and lungs act so stronglv in svm- 
 " pathy, that inflammation of the former would surelv supervene, 
 " and prove fatal. The horse must be back-raked, and clvstered 
 " with warm gruel, containing eight ounces of Epsom salts. 
 " Castor oil must never be given; it is a most dangerous medi- 
 " cine to the horse. Doses of niter, digitalis, and tartar emetic, 
 " in the proportion of three ounces of the first, one of the second, 
 " and one and a half of the third, may be given, morning and 
 " evening, until the animal begins to amend, when the dose may 
 " be reduced to one-half. The horse must be warmlv clothed, 
 *' but kept in a cool box. As he recovers, his skin should be 
 " gently rubbed with a brush, if it do not irritate him ; but his 
 *' legs must be constantly and thoroughly hand-rubbed and ban- 
 " daged. He should not be coaxed to eat, but mav have a little 
 *' hay to amuse him, cold mashes and green meat, but on no 
 '' account a particle of oats. Eight-and-forty hours generally 
 " decides the question of death or life. But in case of recovery, 
 " it is necessary long to watch for a relapse, which is of frequent, 
 *' one might say of general, occurrence. It is to be met at once 
 " by the same energetic treatment. And now, one word to the 
 " owner of a horse which has had one bad attack of inflammation, 
 " either of the lungs or of the bowels. Get rid of him as soon 
 ** as possible ! It is ten to one that he will have another, and 
 " another, and, as in the former instance, end by becoming 
 " broken-winded, — in the latter by being useless, from a nearly 
 "chronic state of the disease." 
 
 "Common Cough is generally subdued without much difli- 
 *' culty, though it often becomes of most serious consequence 
 " if neglected. It is accompanied by a heightened pulse; a slight 
 " discharge from the nose and eves, a rough coat, and a dimin- 
 " ished appetite, being its symptoms. The horse should be kept 
 " warm, fed on mashes, and should have a dose or two of medi- 
 " cine. If the couo;h be very obstinate, bleeding mav be necessary." 
 
 The following further directions bv the same author contain 
 valuable information for all owners of horses : — 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 339 
 
 " In giving medicine, if balls be used, they should never 
 " weigh above an ounce and a half, or be above an inch in 
 " diameter, and three in length. The horse should be lashed in 
 '* the stall, the tongue should be dravvn gently out with the left 
 " hand on the offside of the mouth, and fixed there, not by con- 
 " tinuing to pull at it, but by pressing the fingers against the side 
 " of the lower jaw. The ball is then taken between the tips of 
 " the fingers of the right hand, the arm being bared and passed 
 ** rapidly up the mouth, as near the palate as possible, until it 
 *' reaches the root of the tongue, when it is delivered with a 
 " slight jerk, the hand is withdrawn, and the tongue being re- 
 '' leased, the ball is forced down into the cesophagus. Its passage 
 ** should be watched down the left side of the throat, and if it do 
 " not pass immediately, a slight tap under the chin will easily 
 *' cause the horse to swallow it. The only safe purgative for a 
 *' horse is Barbadoes aloes ; or the flour of the Croton bean, for 
 *' some peculiar purposes, but its drastic nature renders it unde- 
 " sirable as a general aperient. When aloes are used, care should 
 " be taken to have them new, as they speedily lose their power, 
 *' and they should be freshly mixed. Very mild doses only should 
 " be used ; four or five drams are amply sufficient, if the horse 
 " has been prepared, as he should be, by being fed, for two days at 
 " least, entirely on mashes, which will cause a small dose to have 
 " a beneficial efi'ect, equal to double the quantity administered to a 
 "horse not duly prepared for it. The immense doses of eight, 
 " nine, ten, and even twelve drams, which were formerly in vogue, 
 " and which are still favored by grooms, hostlers, and carters, are 
 " utterly exploded ; and it is well known that eight or nine good 
 " fluid evacuations are all that can be desired, and far safer than 
 *' twice the number. 
 
 " Four and a half drams of Barbadoes aloes, with olive or lin- 
 *■'■ seed oil and molasses, sufficient to form a mass in the proportion 
 " of eight of the aloes to one of the oil and three of the molasses, 
 " is the best general ball, though often four drams given after a 
 *' sufficiency of mashes or green food, will accomplish all that is 
 " needed or desirable. Castor oil is a most dangerous and uncer- 
 26 
 
400 HANDY-BOOK OF HUSBANDRY. 
 
 '■*■ tain medicine. Linseed oil is not much better. Olive oil is 
 
 *' safe, but weak. Epsom salt is inefficient, except in enormous 
 
 *' doses, and is then dangerous. It is, however, excellent, given 
 
 *' in clysters of weak gruel, which, by the way, except where 
 
 " very searching and thorough purging is required, as in cases of 
 
 *' mange or grease, is by far the safest, most agreeable, and mild- 
 
 *■'' est way of purging the horse, and evacuating his bowels. 
 
 *■*■ Where, however, his intestines are overloaded with fat, where 
 
 *' he shows signs of surfeit, or where it is necessary to prepare 
 
 *' him to undergo some great change of svstem, as from a long 
 
 *' run at grass to a hot stable, or vice versa^ a mild course of two 
 
 *' or three doses of physic, with a clear interval of a week between 
 
 *' the setting of one dose and the giving of another, is necessary, 
 
 *■*• and cannot be properly dispensed with. 
 
 " CosTiVENESs. — Ordinary cases can generally be conquered 
 
 ** without medicine, by diet, such as hop or bran mashes, green 
 
 *' meat, and carrots ; but where it is obstinate, the rectum should 
 
 " be cleared of dry faeces by passing the naked arm, well greased, 
 
 *' up the anus ; and the bowels should be then thoroughly evacu- 
 
 *'ated by clysters of thin gruel, with half an ounce of Barbadoes 
 
 *' aloes, or half a pound of Epsom salts dissolved in it. If the 
 
 " patent syringe be used, the injection will reach the colon and 
 
 '* ccjecum, and dispose them also to evacuate their contents." 
 ******* 
 
 *■*■ Strangles, or colt-distemper, is a disease which shows itself 
 " in all young horses, and from which, when they have once 
 *' passed through its ordeal, they have no more to fear. It is pre- 
 " ceded by some derangement of circulation, quickening of the 
 " pulse, some fever, cough, and sore throat. The parts around 
 *' the throat swell, the maxillary glands are swollen and tender, 
 " and sometimes the parotids also. The animal refuses to drink, 
 *' and often declines his food. There is a flow of saliva from the 
 *' mouth, and a semi-purulent discharge from the nose. The 
 "jaws, throat, and glands of the neck should be poulticed with 
 "steaming mashes, the skin stimulated by means of a liquid blis- 
 " ter, and the head steamed in order to promote suppuration. As 
 
MEDICAL TREAT5IEXT OF DOMESTIC ANIMALS. 401 
 
 " soon as fluctuation can be perceived, the swelling should be 
 " lanced, and a rowel introduced, to keep the abscess open and 
 *■'■ the discharge flowing for a few days. The animal should have 
 *' walking exercise, and be treated with green food until the 
 "^ symptoms abate, when he will require liberal and generous food 
 " to recruit his strength. 
 
 " Worms are sometimes troublesome to a horse, but in a far 
 *■'■ less degree than is generally supposed. Botts have long since 
 " been proved to be perfectly harmless while they are within the 
 " stomach, — all the stories of their eating through its coats being 
 *' pure tnyths^ although they are very often troublesome after they 
 " have passed out of the oesophagus and rectum, and begin to 
 " adhere to the orifice of the anus. Common purgatives will 
 " often bring away vast numbers of the long, white worm, teres 
 *■'■ lumbricus^ which occasionally, when existing in great numbers, 
 " consume too large a proportion of the animal's food, and pro- 
 " duce a tight skin, a tucked-up belly, and a rough coat. Calo- 
 " mel should never be given, as it too frequently is, for the 
 " removal of these worms, which will readily yield to balls of two 
 " drams of tartar emetic, one scruple of ginger, with molasses and 
 '' linseed oil quantum suff.^ given alternate mornings, half an 
 " hour before feeding time. The smaller worm, ascaris^ which 
 " often causes serious irritation about the fundament, is best re- 
 " moved by injecting a quart of linseed oil, or an ounce of aloes 
 '' dissolved in warm water, which is a most effectual remedy. 
 
 " Diseases of the Bladder are many, serious, and often 
 " mistreated. They require, however, so much skill and so ac- 
 " curate a diagnosis, that none but a regular practitioner should 
 "pretend to treat them. Simple difficulty of staling can generally 
 *' be relieved by cleansing the sheath with the hand, and giving 
 "gentle doses of niter. These are most of the simpler diseases 
 "which may be simply and successfully treated at home, and with 
 " which every horsekeeper ought to be at least superficially and 
 "generally acquainted. We shall touch upon the subjects of ac- 
 " cidents, strains, simple lameness, contusions, and the like, which 
 " can often be perfectly cured by cold lotions, or simple warm 
 
402 H A X D Y - B K OF II U S B A X D R T . 
 
 " fomentations, without any further or more difficult process, 
 "though ignorant persons make much of them, as if their cure 
 *' proved marvelous skill and required magnificent appliances. 
 
 " Before proceeding to the consideration of simple accidents and 
 *' their treatment, we shall devote a few words to an affection of 
 *' the feet, or, to speak more correctly, heels, which, although not 
 " exactly an accident, is not a natural disease, but arises from filth, 
 '' neglect, cold, wet, and the omission to clean and dry the feet 
 "and legs of the horse, after work and exposure to weather. It 
 " has been rightly called the disgrace, as it is the bane, of inferior 
 " stables both in the city and the country, but more commonly in 
 " the latter, where, to pay any attention to the legs and feet of a 
 *' farm-horse, is an almost unheard-of act of chivalric Quixotism. 
 "This is the ailment known in England as the 'grease,' in the 
 " United States, generally, as the ' scratches.' It is perfectly easy 
 "to be prevented, and easy to be cured if taken in the first 
 " instance ; but if neglected and allowed to become virulent, is 
 " nearly incurable. 
 
 " Grease. — The first appearance of 'grease,' which is caused 
 " by the feet and heels being left wet after work in muddy soil, 
 "and exposed to a draft of cold air, is a dry and scurfy state of 
 "the skin, with redness, heat, and itching. If neglected, the hair 
 " drops off, the heels swell, the skin assumes a glazed appearance, 
 " is co\ered with pustules, cracks open and emits a thin, glairy 
 "discharge, which soon becomes very offensive. In the last, 
 " worst, and incurable stage, the leg, halt-way to the hock, is 
 " covered with thick, horny scabs, divided into lozenge-shaped 
 " lumps by deep cracks, whence issues an extremely ofi'ensive 
 "matter. In this stage the disease is called ' grapy heels,' and is 
 " scarcely curable. In the first stage all that is necessary is 
 " frequent washing with tepid water and Castile soap, and the ap- 
 " plication of a flannel bandage, evenly applied over the whole 
 " limb, moistened with warm water and allowed to dry on the 
 " part. An ointment of one dram of sugar of lead in an ounce 
 " of lard, will supple, soften, and relieve the parts. The cracks 
 "may be washed with a solution of four ounces of alum in a pint 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 403 
 
 " of water, which will in most cases suffice. A dose of medicine 
 " is now desirable, for which the horse should be well prepared by 
 *' the administration of bran-mashes, as before advised, for a couple 
 " of days ; after which, a ball of four or five drams of Barbadoes 
 " aloes will suffice. An injection will not answer in this case, as 
 " the object is not to empty the bowels, but to cool the system. 
 " The horse should be fed on mashes, carrots, and green meat ; 
 " oats, Indian corn, and high food of all kinds are to be avoided 
 " as too hcatino;. 
 
 " When the disease has reached the second stage, the physick- 
 *' ing must be persevered in for three doses, with the regular 
 " intervals ; carrot poultices must be applied to the heels. This 
 " is best done by drawing an old stocking minus the foot, over 
 "• the horse's hoof, confining it around the fetlock joint with a 
 "loose bandage, and filling it from above with carrots, boiled and 
 " mashed into a soft pulp. This mass should be applied tolerably 
 " hot, and repeated daily for three days. When removed, the 
 "heels should be anointed with an ointment of one part of rosin, 
 "three parts of lard, melted together, and one part of calamine 
 " powder added when the first mixture is cooling. The cracks 
 " should be persistently washed with the alum lotion, and the 
 " bandage applied whenever the poultices are not on the part. 
 " The benefit of carrot poultices for all affections where there is 
 " fever, swelling, and a pustular condition of the skin, cannot be 
 " over-rated. Stocked legs and capped hocks we have seen com- 
 *' pletely cured by them ; and, on one occasion, at least, we have 
 *' known incipient farcy to give way before their emollient and 
 *' healing influence. Where the 'grease' has degenerated into 
 "the 'grapes,' the aid of a veterinary surgeon must be invoked ; 
 " but he will rarely succeed, as the ailment is now all but incurable. 
 " It is, however, only the height of neglect which ever allows the 
 " ailment to degenerate into this filthy and malignant stage of 
 " disease." 
 
 In the treatment of thrush, or any injury to the sole of the hoof, 
 perfect cleansing twice a day and a stuffing of the sole inside of 
 the hoof with a mixture of tar, cow-dung, and soft clay, will 
 
404 HANDY-BOOK OF IIUSBAXDRT. 
 
 usually effect a cure. Strains and bruises are best treated bv sim- 
 ple fomentations of hot water, to which a little vinegar mav with 
 advantage be added ; and if the strain is in the pastern joint the 
 foot should be placed in a pail full of water, which should be kept 
 by repeated additions as hot as the animal will bear. After the 
 removal of the foot from the pail, the part should be covered with 
 thick bandages of cloth, or wound with straw ropes ; and very 
 warm water should be frcqucnth' poured upon it. 
 
 Farritry includes various operations, such as castration, nicking, 
 bleeding, clipping and singeing, trimming the hair, etc.; and ample 
 directions concerning its processes are given by Herbert, Youatt, 
 Stewart, Spooner, and others. The following are Mr. Youatt's 
 directions for castration : — 
 
 '' The period at which this operation mav be best performed 
 " depends much on the breed and form of the colt, and the pur- 
 " pose for which he is destined. For the common agricultural 
 '' horse, the age of four or five months will be the most proper 
 " time, or, at least, before he is weaned. P'ew horses are lost 
 " when cut at that age. Care, however, should be taken that the 
 *' weather is not too hot nor the flies too numerous. 
 
 ** If the horse is designed either for the carriage or for heavy 
 " draught, the farmer should not think of castrating him until he 
 *' is at least a twelvemonth old ; and even then the colt should be 
 *' carefully examined. If he is thin and spare about tlie neck and 
 " shoulders, and low in the withers, he will materially improx e by 
 "remaining uncut another six months; but if his tore-quarters 
 "are fairly developed at the age of a twelvemonth, the operation 
 "should not be delayed, i'^st he become heavy and gross before, 
 " and perhaps has begun too decidedly to have a will of his own. 
 " No specific age, then, can be fixed ; but the castration should 
 " be performed rather late in the spring or early in the autumn, 
 " when the air is temperate, and particularly when the weather 
 '* is dry. 
 
 " No preparation is necessary for the sucking colt, but it may 
 *' be prudent to bleed and to physic one of more advanced age. 
 " In the majority of cases, no after-treatment will be necessary. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 405 
 
 " except that the animal should be sheltered from intense heat, 
 " and more particularly from wet." 
 
 Concerning the practices of docking and nicking, which, until 
 recentlv, were almost universal, Herbert says : — 
 
 " These barbarous methods of depriving the horse of his natural 
 *' form and appearance, in order to make him conform to the 
 *' fashion of the time, are, fortunately, very fast going into disuse. 
 " If the tail of the horse were given to him for no good purpose, 
 '■*■ and if it were not a design of nature that he should have the 
 '' power of moving it forcibly to his sides, there might be some 
 *' excuse for cutting it off, within a few inches of his body, or for 
 *' separating the muscles at its sides to lessen this power ; but that 
 *' this is not the cafe, must be acknowledged by all who have seen 
 '' how a horse, whose tail "has been abridged by ' docking,' or 
 " weakened by nicking, is annoyed by flies. 
 
 *' If a horse has a trick of throwing dirt on his rider's clothing, 
 " this may be prevented by cutting off the hair of the tail, below 
 " the end of the bones, as is the custom with hunters in England, 
 *■'■ where the hair is cut squarely off about eight or ten inches 
 *' above the hocks. 
 
 " No apology is offered for not gi\ing in this work a description 
 " of these two operations ; they are so barbarous and so senseless, 
 *' that they are going very rapidly out of fashion, and it is to be 
 '' hoped that they will ere long have become obsolete, as has the 
 " croppino; of the ears, formerly so common in England. 
 
 " A more humane way of setting up the horse's tail, to 
 " give him a more stylish appearance, is by simply weighting it, 
 '^ for a few hours each day, in the stall, until it attains the desired 
 " elevation. This is done by having two pulleys at the top of the 
 " stall, one at each side, through which are passed two ropes,* 
 *' which come together and are fastened to the tail, the ropes hav- 
 *' ing at their other ends weights, (bags of sand or of shot are very 
 "good for the purpose,) which must be light at first, and may be 
 " increased from day to day. The weighting should be continued 
 " until the tail has taken a permanent position as desired. It is 
 *' true that this method requires a somewhat longer time than that 
 
406 II ANDY- BOOK OF IILTSBAXDRY. 
 
 'of cutting the muscles, but while it is being done the horse is 
 'never off his work, and he suffers infinitely less pain, 
 
 *' The method of nicking or pricking, as usually performed in 
 ' this country, is not quite so cruel or so hazardous as the cutting 
 ' of the muscles ; it is thus described in Stewart's ' Stable Book ': — 
 " 'The tail has four cords, two upper and two lower. The 
 ' upper ones raise the tail, the lower ones depress it, and these 
 ' last alone are to be cut. Take a sharp penknife with a long 
 ' slender blade ; insert the blade between the bone and un- 
 ' der cord, two inches from the body ; place the thumb of the 
 'hand holding the knife against the under part of the tail, and 
 ' opposite the blade. Then press the blade toward the thumb 
 'against the cord, and cut the cord off, but do not let the knife 
 ' cut through the skin. The cord is firm, and it will easily be 
 ' known when it is cut off. The thumb will tell when to desist 
 ' that the skin may not be cut. Sever the cord twice on each 
 'side in the same manner. Let the cuts be two inches apart. 
 ' The cord is nearly destitute of sensation ; yet, when the tail is 
 'pricked in the old manner, the wound to the skin and flesh is 
 ' severe, and much fever is induced, and it takes a long time to 
 ' heal. But with this method the horse's tail will not bleed, nor 
 'will it be sore, under ordinary circumstances, more than three 
 ' days ; and he will be pulleyed and his tail made in one-half of 
 'the time required by the old method."' 
 
 In this connection it is important to give some attention to the 
 question of shoeing horses ; a department of farriery in which the 
 world has received much assistance from the little work of .\Ir. 
 Miles.* He illustrates the construction of the foot by the follow- 
 ing cuts, (Figs. 68 to 70,) which, with their accompanying 
 description and the following extracts from his work, will be 
 readily understood : — 
 
 " The hoof is divided into horny crust or wall, sole, and froo^. 
 
 " The horny crust is secreted by the numerous blood-vessels, 
 
 " that soft, protruding band which encircles the upper edge of the 
 
 * Miles on the Horse's Foot. O. JudJ Sc Co., New York. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 407 
 
 " hoof, immediately beneath the termination of the hair ; and is 
 " divided into toe, quarters, heels, and bars. Its texture is in- 
 " sensible, but elastic throughout its whole extent ; and, yielding 
 " to the weight of the horse, allows the horny sole to descend, 
 
 Fig. 68. 
 
 " whereby much inconvenient concussion of the internal parts of 
 "the foot is avoided. But if a large portion of the circumference 
 " of the foot be fettered by iron and nails, it is obvious that that 
 "portion, at least, cannot expand as before ; and the beautiful and 
 
 Fig. 69. 
 
 " efficient apparatus for effecting this necessary elasticity, being 
 " no longer allowed to act by reason of these restraints, becomes 
 "altered in structure: and the continued operation of the same 
 " causes, in the end, circumscribes the elasticity to those parts 
 
408 
 
 HANDY- DO OK OF 11 USB AN DRY, 
 
 *■'• alone where no nails have been driven, — giving rise to a train 
 *' of consequences destructive to the soundness of the foot, and 
 *■*■ fatal to the usefulness of the horse. 
 
 " The toe of the forefoot is the thickest and strongest portion 
 *' of the hoof, and is in consequence less expansive than any other 
 '■'• part, and therefore better calculated to resist the efFect of the 
 '■'• nails and shoe. The thickness of the horn gradually diminishes 
 " toward the quarters and heels, particularly on the inner side of 
 *' the foot, whereby the power of yielding and expanding to the 
 *' weight of the horse is proportionably increased, clearly indicat- 
 '* ing that those parts cannot be nailed to an unyielding bar of iron, 
 
 Fig. 70. 
 
 *' without a most mischievous interference with the natural func- 
 *' tions of the foot. In the hind-foot, the greatest thickness of 
 "horn will be found at the quarters and heels, and not, as in the 
 *' forefoot, at the toe. This difference in the thickness of horn 
 *' is beautifully adapted to the inequality of the weight which each 
 " has to sustain, the force with which it is applied, and the por- 
 " tions of the hoof upon which it falls. The toe of the forefoot 
 ^' encounters the combined force and weight of the forehand and 
 "body, and consequently, in a state of nature, is exposed to con- 
 *' siderable wear and tear, and calls for greater strength and sub- 
 ** stance of horn than is needed by any portion of the hind- 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 409 
 
 " foot, where the duty of supporting the hinder parts alone is 
 "distributed over the quarters and heels of both sides of the foot. 
 
 " The bars are continuations of the wall, reflected at the heels 
 " toward the center of the foot, where thev meet in a point, leav- 
 " ing a triangular space between them for the frog. 
 
 " The whole inner surface of the horny crust, from the center 
 " of the toe to the point where the bars meet, is everywhere lined 
 i" with innumerable narrow, thin, and projecting horny plates, 
 *' which extend in a slanting direction from the upper edge of the 
 " wall to the line of junction between it and the sole, and possess 
 " great elasticity. These projecting plates are the means of greatly 
 *' extending the surface of attachment of the hoof to the coffin- 
 " bone, which is likewise covered by a similar arrangement of pro- 
 *'jecting plates, but of a highly vascular and sensitive character; 
 *' and these, dovetailing with the horny projections above named, 
 *' constitute a union combining strength and elasticity in a won- 
 " derful degree. 
 
 " The horny sole covers the whole inferior surface of the foot, 
 " excepting the frog. In a well-formed foot it presents an arched 
 " appearance and possesses considerable elasticity, by virtue of 
 " which it ascends and descends, as the weight above is either sud- 
 " denly removed from it or forcibly applied to it. This descending 
 " property of the sole calls for our special consideration in direct- 
 *' ing the form of the shoe ; for, if the shoe be so formed that the 
 *' horny sole rests upon it, it cannot descend lower; and the sen- 
 *' sible sole above, becoming squeezed between the edges of the 
 *' coffin-bone and the horn, produces inflammation, and perhaps 
 " abscess. The effect of this squeezing of the sensible sole is 
 *' most commonly witnessed at the angle of the inner heel, where 
 *' the descending heel of the coffin-bone, forcibly pressing the vas- 
 " cular sole upon the horny sole, ruptures a small blood-vessel, 
 *' and produces what is called a corn, but which is, in fact, a bruise. 
 
 " The horny frog occupies the greater part of the triangular 
 " space between the bars, and extends from the hindermost part 
 *' of the foot to the center of the sole, just over the point where 
 " the bars meet ; but is united to them only at their upper edge : 
 
410 HANDY -BOOK OF HUSBANDRY. 
 
 *' the sides remain unattached and separate, and form the channels 
 " called the * Commissures.' " 
 
 The principles on which Miles bases his directions for shoeing 
 are, that, as at every step of the horse the crust or wall of the 
 hoof expands and contracts, this alternate movement being neces- 
 sary to the natural performance of the act, the shoeing should be 
 so done as in nowise to prevent it ; that, as the bars of the hoof 
 are naturally intended to receive a very large proportion of the 
 burden in the stepping of the horse, the shoe should be broad at 
 the heel and should rest well upon them, thev not having been cut 
 away, as is the too frequent custom, so as not to touch it ; that, 
 as the sole of the hoof inside of the wall is much subject to injury 
 if constantly pressed, the inner surface of the shoe should be so 
 beveled off as to allow it to be easily cleaned out and to render it 
 little likely that pebble-stones or other matters will lodge inside of 
 it ; and that the shoeing should be so done that there will be little 
 danger of the hoof working forward off of the shoe. 
 
 Mr. Miles' system of shoeing, which is onlv a modification of 
 the commonest practices, requires that the hoof be exactly fitted by 
 the shoe, and that no effort be made to fit it to an improperly 
 shaped shoe, the assumption being that nature understands, better 
 than the blacksmith does, what is necessarv in this respect. The 
 manner in which the shoe supports the wall and bars of the hoof 
 is shown in Fig. 71. The shoe itself, with its beveled upper 
 surface, the projecting point in front to prevent the hoof from slip- 
 ping forward, and the broad heel, are shown in Fig. 72. It will 
 be seen that this shoe has but six nail-holes, only two of which 
 are upon the inside, and none of which reach farther back than 
 the center of the hoof. This is the chief improvement that Mr. 
 Miles introduced, and it has come into quite general use among 
 all good horsemen. So far from the securitv of the shoe being 
 lessened by this apparent insufficiency of nailing, it is found in 
 practice that it is actually increased. I have had mv own horses 
 (some of them saddle-horses, doing hard work over rough, moun- 
 tainous roads) shod in strict accordance with this principle, for 
 more than ten years past ; and the shoes have almost invariably 
 
MEDICxVL TREATMENT OF DOMESTIC ANIMALS. 411 
 
 remained in their places until the growth of the hoof, or the 
 
 wearing out of the iron, required them to be renewed or removed. 
 
 When the nailing is continued around on the inside as far as 
 
 Fig. 71. 
 
 the center of the hoof, and on the outside still farther to the rear, 
 the shoe acts as an iron clamp to prevent the expansion of the 
 hoof, and the effort toward expansion being constantly exercised 
 
 Fig. 72. . 
 
 at every step that the horse takes, the nails become loosened in 
 the wall, and the shoe is much more likelv to be cast. With the 
 smaller number of nails, all of them being placed in that part of 
 
412 IIANUY-BOOK UF 11 U Sli A N I» R Y . 
 
 the hoof where the movement in expansion and contraction is 
 very slight, that part of the hoof which is required to make the 
 greatest movement is left free to move over the shoe ; and the 
 natural action of the parts is preserved, so far as, in the artificial 
 condition, it is possible that it should be. Concerning the paring 
 of the hoof in shoeing, Youatt says : — 
 
 " The act of paring is a work of much more labor than the proprietor of the 
 horse often imagines. The smith, except he is overiooi<ed, will frequently give 
 himself as little trouble about it as he can ; and that portion of horn which, in the 
 unshod foot, would be worn away by contact with the ground, is suffered to accu- 
 mulate month after month, until the elasticity of the sole is destroyed, and it can 
 no longer descend, and its other functions are impeded, and foundation is laid for 
 corn, and contraction, and navicular disease, and inflammation. Tliat poition of 
 horn should be left on the foot which will defend the internal parts from being 
 bruised, and yet suffer the external sole to descend. How is this to be ascertained ? 
 The strong pressure of the thumb of the smith will be the best guide. The buttress, 
 that most destructive of all instruments, being, except on very particular occasions, 
 banished from every respectable forge, the smith sets to work with his drawing- 
 knife and removes the growth of ht)rn, until the sole will yield, although in liie 
 slightest possible degree, to the strong pressure of his thumb. The proper thick- 
 ness of horn will then remain. 
 
 "The quantity of horn to be removed, in order to leave the proper degree of 
 thickness, will vary with different feet. From the strong foot, a great deal must 
 be taken. From the concave foot the horn may be removed, until the sole will 
 yield to a moderate pressure. From the flat foot, little need be pared; while the 
 pumiced foot should be deprived of nothing but the ragged parts. 
 
 " The crust should be reduced to a perfect level all round, but left a little higher 
 than the sole, or the sole will be bruised by its pressure on the edge of the seating. 
 
 " The heels will require considerable attention. From the stress which is thrown 
 on the inner heel, and from the weakness of the quarter there, the horn usually 
 wears away considerably faster than it would on the outer one; and if an equal 
 portion of horn were pared from it, it would be left lower than the outer heel. The 
 smith should therefore accommodate his paring to the comjiarative wear of the 
 heel, and be exceedingly careful to leave them precisely level." 
 
 Miles recommends that the frog of the hoof be left entirely to 
 itself, and never touched with the knife at all, for the reason that, 
 as fast as the superfluous horn is formed, it will be removed by a 
 natural shelling, and its raggedncss can do no harm. Within a 
 few months after the paring of the frog has ceased, it will have the 
 character of the frog of a horse at pasture, which is alwavs, when 
 in a state of health, sound and smooth. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS, 413 
 
 THE GOODENOUGH SYSTEM OF HORSESHOEING. 
 
 The Goodenough system has now had a sufficient trial to establish 
 its claim to general favor. It has been adopted, after critical tests, 
 for the U. S. Cavalry service, and i'or some of the largest and best- 
 managed omnibus and street-railroad companies in New York and 
 Boston. It is now being favorably introduced in Europe. Its pur- 
 pose is simply to protect the rim of the hoof from becoming broken 
 and worn, to raise the sole of the foot from the ground sufficiently to 
 save it from bruising, and to allow the back part of the frog to rest on 
 the ground, and to relieve the shock of the step by the " buffer "-like 
 action for which Nature intended it. The process is a simple one, 
 any good shoeing-smith being able to apply it with no stock beyond 
 a supply of "Goodenough" shoes. Where these shoes cannot be 
 procured, it will answer a good purpose to use narrow "tips," 
 drawn down quite thin at the rear, so as to allow the frog to come 
 to the ground. The cutting of the foot should be simply what is 
 needed to compensate for the loss of natural wear. The frog should 
 not be cut at all, and the corn-points inside the bars should be pared 
 down barely enough to make sure that they are below the bearing of 
 the shoe. 
 
 As to the need for applying to a veterinary surgeon, except for 
 accidents, it may be said that with a clean skin and abundance of 
 pure air, protection against cold drafts, and suitable food adminis- 
 tered regularly and in proper quantity, it will be but rarely that 
 horses of good constitution will require any further remedy than 
 the curry-comb, the bran-bin, and warm water afford. 
 
 HORNED CATTLE. 
 
 In the treatment of dairy stock and other horned cattle, the 
 extent to which it becomes necessary to resort to medical or surgi- 
 cal treatment, except for very simple ailments, will be, in a great 
 degree, in proportion to the observance or neglect of the funda- 
 mental principles of breeding and management. Long-continued 
 in-and-in breeding, or the breeding from sires and dams tainted 
 with hereditary diseases, or weakened by neglect or ill-treatment, 
 will inevitably result in the deterioration of the stock ; and medi- 
 cal treatment will become more and more necessary, while such 
 injurious breeding is continued. Deprivation of pure air, pure 
 
414 HANDY-BOOK OF HUSBANDRY. 
 
 water, comfortable quarters, good and varied food, will also almost 
 inevitably introduce troublesome and expensive diseases. 
 
 The same may be said in this case as has just been said of the 
 treatment of horses, that is, that simple remedies sensibly applied, 
 the calling in of skillful medical assistants whenever medical assist- 
 ance is required, and the keeping of the animal under all circum- 
 stances in the healthiest possible condition, will generally effect the 
 desired cure, so that blistering and bleeding and purging need 
 almost never be resorted to, and should never be adopted without 
 sound advice. 
 
 f'lint gives the following directions for the treatment of several 
 of the more prevalent complaints: — 
 
 *' Garget is an inflammation of the internal substance of the 
 " udder. One or more of the teats, or whole sections of the udder 
 *■'■ become enlarged and thickened, hot, tender, and painful. The 
 " milk coagulates and thickens in the bag and causes inflammation 
 '' where it is deposited, which is accompanied by fe\er. It most 
 *' commonly occurs in young cows after calving, especially when 
 " in too high condition. The secretion of milk is very much 
 *' lessened, and in very bad cases, stopped altogether. Sometimes 
 " the milk is thick, and mixed with blood. Often, also, in severe 
 "cases, the hind extremities, as the hip-joint, hock, or fetlock, are 
 " swollen and inflamed to such an extent that the animal car.not 
 " rise. The simplest remedy, in mild cases, is to put the calf to 
 " its mother several times a day. This will remove the flow of 
 " milk, and often dispel the congestion. 
 
 *' Sometimes the udder is so much swollen that the cow will not 
 " permit the calf to suck. If the fever increases, the appetite 
 " declines, and rumination ceases. In this stage of the complaint 
 " the advice of a scientific veterinary practitioner is required. A 
 " dose of purging medicine, and frequent washing of the udder in 
 " mi/d cases, are usually successful. The physic should consist 
 "of Epsom salts one pound, ginger half an ounce, nitrate of po- 
 *' tassa half an ounce, dissolved in a quart of boiling water ; then 
 ** add a gill of molasses, and give to the cow lukewarm. Diet mod- 
 ** crate : that is, on bran ; or, if in summer, green food. There 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 415 
 
 *' are various medicines for the different forms and stages of garget, 
 " which, if the above medicine fails, can be properly prescribed 
 "only by a ski'lful veterinary practitioner. 
 
 " It is important that the udder should be frequently examined, 
 " as matter may be forming which should be immediately released. 
 *' Various causes are assigned for this disease, such as exposure to 
 " cold and wet, or the want of proper care and attention in partu- 
 "rition." 
 
 [In addition to the foregoing, or, indeed, before any medicine is 
 used, it is strongly to be recommended that copious and frequent 
 spongings with cool water be thoroughly tried, as many cases of 
 apparently obdurate character have yielded completely to this 
 simple treatment.] 
 
 * * * jK * * * 
 
 " Puerperal or Milk. Fever. — Calving is often attended with 
 " feverish excitement. The change of powerful action from the 
 *' womb to the udder causes much constitutional disturbance and 
 " local inflammation. A cow is subject to nervousness in such 
 *' circumstances, which sometimes extends to the whole system, 
 '' and causes puerperal fever. This complaint is called dropp'uig 
 " after calving, because it succeeds that piocess. The prominent 
 " symptom is a loss of power over the motion of the hind extremi- 
 " ties, and inability to stand ; sometimes loss of sensibility in 
 "these parts, so that a deep puncture with a pin or other sharp 
 *' instrument is unfelt. 
 
 "This disease is much to be dreaded by the farmer, on account 
 *' of the high state of excitement and the local inflammation. 
 *' Either from neglect or ignorance, the malady is not discovered 
 *' until the manageable symptoms have passed, and extreme 
 *' debility has appeared. The animal is often first seen lying 
 *■'■ down, unable to rise ; prostration of the strength and violent 
 *' fever are brought on by inflammation of the womb. But soon 
 *• a general inflammatory action succeeds, rapid and violent, with 
 *' complete prostration of all the vital forces, bidding defiance to 
 " the best-selected remedies. 
 27 
 
416 HANDY-BOOK OF nUSBANDRT. 
 
 " Cows in very high condition, and cattle removed from low 
 keeping to high feeding, are the most liable to puerperal fever. 
 It occurs most frequently during the hot weather of summer, 
 and then it is most dangerous. When it occurs in winter, cows 
 sometimes recover. In hot weather they usually die. 
 " Milk fever may be induced by the hot drinks often given after 
 cahing. A young cow at her first calving is rarely attacked 
 with it. Great milkers are most commonly subject to it ; but 
 all cows have generallv more or less fever at calving, A little 
 addition to it, by improper treatment or neglect, will prevent 
 the secretion of milk ; and thus the milk, being thrown back 
 into the system, will increase the inflammation. 
 "This disease sometimes shows itself in the short space of two 
 or three hours after calving, but often not under two or three 
 days. It four or five days have passed, the cow may generally 
 be considered safe. The earliest symptoms of this disease are 
 as follows : — 
 
 "The animal is restless, frequently shifting her position ; occa- 
 sionally pawing and heaving at the flanks. Muzzle hot and 
 dry, the mouth open, and tongue out at one side ; countenance 
 wild ; eyes staring. She moans often, and soon becomes very 
 irritable. Delirium follows ; she grates her teeth, foams at the 
 mouth, tosses her head about, and frequently injures herself. 
 From the first the udder is hot, enlarged, and tender ; and if 
 this swelling is attended by a suspension of milk, the cause is 
 clear. As the case is inflammatorv, its treatment must be in 
 accordance ; and it is usually subdued without much difficulty. 
 Mr. Youatt says : * The animal should be bled, and the quantity 
 regulated by the impression made upon the circulation, — from 
 six to ten quarts often before the desired efi^ect is produced.' 
 He wrote at a time when bleeding was adopted as the universal 
 cure, and before the general reasoning and treatment of diseases 
 of the human system was applied to similar diseases of animals. 
 The cases are very rare, indeed, where the ph\sician of the pres- 
 ent day finds it necessary to bleed in diseases of the human 
 subject ; and they are equally rare, I apprehend, where it is 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 417 
 
 "really necessary or judicious to bleed for the diseases of animals. 
 " A more humane and equally effectual course will be the fol- 
 " lowing : — 
 
 " A pound to one and a half pounds of Epsom or Glauber's 
 *' salts, according to the size and condition of the animal, should 
 *' be given, dissolved in a quart of boiling water ; and when dis- 
 " solved, add pulverized red pepper, a quarter of an ounce, car- 
 " away, do., do., ginger, do., do. ; mix, and add a gill of molasses, 
 " and give lukewarm. If this medicine does not act on the 
 "bowels, the quantity of ginger, capsicum, and caraway, must be 
 " doubled. The insensible stomach must be roused. When 
 " purging in an early stage is begun, the fever will more readily 
 "subside. After the operation of the medicine, sedatives may be 
 *' given, if necessary. 
 
 " The digestive function first fails, when the secondary or low 
 " state of fever comes on. The food undischarged ferments ; the 
 " stomach and intestines are inflated with gas, and swell rapidly. 
 '* The nervous system is also attacked, and the poor beast stag- 
 " gers. The hind extremities show the weakness ; the cow falls, 
 " and cannot rise ; her head is turned on one side, where it rests ; 
 *' her limbs are palsied. The treatment in this stage must depend 
 *' on the existence and degree of fever. The pulse will be the 
 *' only true guide. If it is weak, wavering, and irregular, we must 
 "avoid depleting, purgative agents. The blood flows through the 
 " arteries, impelled by the action of the heart, and its pulsations 
 "can be very distinctly felt by pressing the finger upon almost 
 " any of these arteries that is not too thickly covered by fat 
 " or the cellular tissues of the skin, especially where it can 
 " be pressed upon some hard or bony substance beneath it. The 
 " most convenient place is directlv at the back part of the lower 
 "jaw, where a large artery passes over the edge of the jaw-bone 
 *' to ramify on the face. The natural pulse of a full-grown ox, 
 " will vary from about forty-eight to fifty-five beats a minute ; 
 "that of a cow is rather quicker, especially near the time of calv- 
 " ing ; and that of a calf is quicker than that of a cow. But a 
 ** very much quicker rate than that indicated will show a feverish 
 
418 HANDY-BOOK OF HUSBANDRY. 
 
 " State, or inflammation ; and a much slower pulsation indicates 
 
 " debility of some kind." 
 
 ******* 
 
 " No powerful medicines should be used without discretion ; for 
 "in the milder forms of the disease, as the simple palsy of the 
 " hinder extremities, the treatment, though of a similar character, 
 " should be less powerful, and every effort should be made for the 
 " comfort of the cow, by providing a thick bed of straw, and rais- 
 " ing the fore-quarters to assist the efforts of nature, while all filth 
 " should be promptly and carefully removed. Slie may be covered 
 " with a warm cloth, and warm gruel should be trequcntlv offered 
 *' to her, and light mashes. An attempt should be made several 
 " times a day to bring milk from the teats. The return of milk 
 *'. is an indication of speedy reco\ery. 
 
 "Milch cows in too high condition appear to have a constitu- 
 *' tional tendency to this complaint, and one attack of it predisposes 
 " them to another. 
 
 " Simple Fever, — This may be considered as increased arterial 
 "action, with or without any local affection; or it may be the 
 " consequence of the sympathy of the system with the morbid 
 " condition of some particular part. The first is pure or idiopathic 
 " fever ; the other, symptomatic fever. Pure fever is of frequent 
 " occurrence in cattle. Symptoms as follows : muzzle dry ; ru- 
 " mination slow or entirely suspended ; respiration slightly accel- 
 " erated ; the horn at the root hot, and its other extremity 
 " frequently cold ; pulse quick ; bowels constipated ; coat staring, 
 " and the cow is usually seen separated from the rest of the herd. 
 " In slight attacks a cathartic of salts, sulphur, and ginger is 
 *' sufficient. But if the common fever is neglected, or improperly 
 " treated, it may assume, after a time, a local determination, as 
 " pleurisy, or inflammation of the lungs or bowels. In such cases 
 " the above remedy would be insufficient, and a veterinary surgeon, 
 *' to manage the case, would be necessary. Symptomatic fever is 
 " more dangerous, and is commonly the result of injury, the 
 " neighboring parts sympathizing with the injured part. Cattle 
 '^ become unwell, are stinted in their feed, have a dose of physic, 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 419 
 
 "and in a few davs are well ; still, a fever may terminate in some 
 " local affection. But in both cases pure fever is the primary 
 " disease. 
 
 " A more dangerous form of fever is that known as Symptom- 
 *' ATic. As we have said, cattle are not only subject to fever of 
 " common intensity, but to symptomatic fever, and thousands die 
 "annually from its effects. But the young and the most thriving 
 "are its victims. There are few premonitory symptoms of 
 " symptomatic fever. It often appears without any previous indi- 
 " cations of illness. The animal stands with her neck extended, 
 " her eyes protruding and red, muzzle dry, nostrils expanded, 
 " breath hot, base of the horn hot, mouth open, pulse full, 
 "breathing quick. She is often moaning; rumination and appe- 
 " tite are suspended ; she soon becomes more uneasy ; changes her 
 " position often. Unless these symptoms are speedily removed, 
 " she dies in a few hours. The name of the ailment, inflam- 
 " matory or symptomatic fever, shows the treatment necessary, 
 "which must commence with purging. Salts here, as in most 
 " inflammatory diseases, are the most reliable. From a pound to 
 *' a pound and a half, with ginger and sulphur, is a dose, dissolved 
 *' in warm water or thin gruel. If this does not operate in twelve 
 "hours, give half the dose, and repeat once in twelve hours, until 
 '^the bowels are freed. After the operation of the medicine the 
 " animal is relieved. Then sedative medicines may be given. 
 *' Sal ammoniac, one dram; powdered niter, two drams, should 
 "be administered in thin gruel, two or three times a day, if 
 *' required. 
 
 "Typhus Fever, common in some countries, is little known 
 " here among cattle. 
 
 " Typhoid Fever sometimes follows intense inflammatory 
 " action, and is considered the second stage of it. This form of 
 " fever is usually attended with diarrhea. It is a debilitating com- 
 " plaint, and is sometimes followed by diseases known as black 
 " tongue, black leg, or quarter-evil. The cause of typhoid fever 
 *^is involved in obscurity. It may be proper to say that copious 
 '* drinks of oatmeal gruel, with tincture of red pepper, a diet 
 
420 II ANDY -BOOK OF HUSBANDRY. 
 
 " of bran, warmth to the body, and pure air, are great essentials in 
 " the treatment of this disease. 
 
 "The barbarous practices of boring the horns, cutting the tail, 
 "and others equally absurd, should at once and forever be dis- 
 " carded by every farmer and dairyman. Alternate heat or cold- 
 " ness of the horn is only a symptom of this and other fevers, and 
 " has nothing to do with their cause. The horns are not diseased 
 "any further than a determination of blood to the head causes 
 " a sympathetic heat, while an unnatural distribution of blood, 
 '* from exposure or other cause, may make them cold. 
 
 " In all cases of this kind, if any thing is done, it should be an 
 " effort to assist nature to regulate the animal system, by rousing 
 " the digestive organs to their natural action, by a light food, or, 
 "■ if necessary, a mild purgative medicine, followed by light stimu- 
 " lants. 
 
 "The principal purgati\c medicines in use for neat cattle are 
 " Epsom salts, linseed oil, and sulpliur. A pound of salts will 
 "ordinarily be sufficient to purge a full-grown cow. 
 
 •^'A slight purgative drink is often very useful for cows soon 
 "after calving, particularly if feverish, an 1 in cases of over-feed- 
 " ing, when the animal will often appear dull and feverish ; but 
 " when the surfeiting is attended by loss of appetite, it can gen- 
 *' erally be cured by withholding food at first, and then feeding 
 " but slightly till the system is renovated by dieting," 
 
 :)c * * * + * * 
 
 " The Hoove, or Hove, is brouiiht on by a derang-ement cf 
 *' the digestive organs, occasioned by over-feeding on (2;reen and 
 " luxuriant clover, or other luxuriant food. It is simply the dis- 
 " tcntion of the first stomach by carbonic acid gas. In later stages, 
 " after fermentation of the contents of the stomach has com- 
 " menced, hydrogen gas is also found. The green food being 
 " gathered very greedily after the animal has been kept on dry and 
 " perhaps unpalatable hay, is not sent forward so rapidly as it is 
 " received, and remains to overload and clog tl e ston.ach, till this 
 "organ ceases or loses the power to act upon it. Here it becomes 
 " moist and heated, begins to ferment, and produces a gas which 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 421 
 
 " distends the paunch of the animal, which often swells up enar- 
 " mously. The cow is in great pain, breathing with difficulty, as 
 " if nearly suffocating. Then the body grows cold, and, unless 
 " relief is at hand, the cow dies. 
 
 " Prevention is both cheaper and safer than cure ; but if by 
 *' neo-lect, or want of proper precaution, the animal is found in 
 *' this suffering condition, relief must be afforded as soon as possi- 
 " ble, or tiie result will be fatal. 
 
 " A hollow flexible tube, introduced into the gullet, will some- 
 " times afford a temporary relief till other means can be had, by 
 '^ allowing a part of the gas to escape ; but the cause is not 
 «' removed either by this means or by puncturing the paunch, 
 " which is often dangerous." 
 
 * * * * * * * • 
 
 " If the case has assumed an alarming character, the flexible 
 *' tube, or probang, may be introduced, and afterward take three 
 " drams either of the chloride of lime or the chloride of soda, 
 *' dissolve in a pint of water, and pour it down the throat. Lime- 
 " water, potash, and sulphuric ether, are often used with effect. 
 
 *^ In desperate cases it may be found necessary to make an in- 
 " cision through the paunch ; but the chloride of lime will, in most 
 " cases, give relief at once, by neutralizing the gas. 
 
 " Choking is often produced by feeding on roots, particularly 
 "round and uncut roots, like the potato. The animal slavers at 
 "the mouth, tries to raise the obstruction from the throat, often 
 " groans, and appears to be in great pain. Then the belly begins 
 "to swell, from the amount of gases in the paunch. 
 
 " The obstruction, if not too large, can sometimes be thrust 
 *' forward by introducing a flexible rod, or tube, into the throat. 
 " This method, if adopted, should be attended with great care 
 <' and patience, or the tender parts will be injured. If the ob- 
 " struction is low down, and a tube is to be inserted, a pint of 
 " olive or linseed oil first turned down the throat will so lubricate 
 " the parts as to aid the operation, and the power applied must be 
 " steady. If the gullet is torn by the carelessness of the operator, 
 " or the roughness of the instrument, a rupture generally results 
 
422 HANDY-BOOK OF HUSBANDRY. 
 
 *'in serious consequences, A hollow tube is best, and if the ob- 
 *' ject is passed on into the paunch, the tube should remain a short 
 *' time, to permit the gas to escape. In case the animal is very 
 *' badly swelled, the dose of chloride of lime, or ammonia, should 
 *' be given, as for the hoove, after the obstruction is removed. 
 
 *' Care should be taken, after the obstruction is removed, to 
 *' allow no solid food for some days." 
 
 Foul in the Foot^ Red-Water^ Hoose^ Inflammation of the Glands^ 
 Inflammation of the Liings^ Diarrhea^ Dysentery^ Mange^ Lice^ 
 Warbles^ Loss of Cud^ Constipation^ and Diseases of Calves^ are 
 treated at length in Mr. Flint's work. 
 
 Abortion^ which seems to assume almost the character of a con- 
 tagious disease in many dairy districts, has thus far baffled every 
 attempt, either to detect its cause, or prevent its recurrence ; but 
 it is to be hoped that Dr. Dalton's Commission of the New York 
 State Agricultural Society will be able, as the result of their labors, 
 to throw some light on the question. 
 
 Happily it is not necessary in an American work to discuss the 
 dreaded question of the Rinderpest, which has, within the past few 
 years, decimated the herds of Europe. It seems to have been 
 finally removed from all of those countries into which its appear- 
 ance introduced so much suffering ; and it is to be hoped that it 
 \vill be many years before even so slight danger of the infection 
 of American cattle as we have just passed will recur. 
 
 The Texas cattle disease, which has recently shown itself 
 in American herds, docs not promise, under the vigorous treat- 
 ment that it has received, to become a nationally serious question. 
 But it behooves all farmers to attend carefully to the facts with 
 which its development is attended, and to join unflinchingly in 
 any attempt to prevent its extension, wherever it gets a foothold. 
 
 SHEEP. 
 
 On the subject of the diseases of sheep. Dr. Henry S. Ran- 
 dall,* the most voluminous and the most practical American 
 writer upon sheep-raising, wool-growing, etc., savs, — 
 
 * The Practical Shepherd. D. D. T. Moore. Rochester, N. Y., 1864. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 423 
 
 *' Many of the diseases of sheep which are described as com- 
 "paratively common in Europe, are unknown in the United 
 " States ; and this remark applies particularly to those which have 
 ''proved most destructive in the former. 
 
 " I have owned sheep the entire period of my life, — a little over 
 " half a century, — my flock numbering at alternating periods from 
 " hundreds to thousands. I have for considerably more than half 
 "of this period been constantly concerned in their practical man- 
 " agement, and a deeply interested observer of them. For more 
 " than twenty years I have been engaged in a constant and exten- 
 "sive correspondence in respect to sheep and their diseases, with 
 " flock-masters in various portions of the United States, and have 
 " been in the frequent habit of inspecting flocks of every size and 
 " description, and I never yet have witnessed or .had satisfactory 
 " proof brought home to me of the existence of a single case of 
 " hydatid, water on the brain, palsy, rot, small-pox, malignant in- 
 " flammatory fever, {^La Maladle de Sologne^ blain or inflammation 
 " of the cellular tissue about the tongue, enteritis or inflammation 
 " of the coats of the intestines, acute dropsy or red-water, acute 
 " inflammation of the lungs, or of a whole host of other formidable 
 " maladies described by every European writer on the diseases of 
 " sheep. I do not aver that they never occur in the United States, 
 "but the above facts would seem to show their occurrence must 
 "at least be very rare, or confined to localities where they are not 
 " recognized. 
 
 "To correct or confirm my own impressions on this subject, 
 " I addressed letters a few months since, to a large number of 
 "highly intelligent and experienced flock-masters residing in 
 " various States, and in situations differing widely in respect to 
 "climate, soil, elevation, etc.; asking them what diseases sheep 
 " were subject to in their respective regions, and what remedies 
 " were most successfully employed for their cure. The spirit 
 "and substance of nearly all the replies are contained in the fol- 
 " lowing extract from a letter of my off^-hand friend, Mr. Theodore 
 " C. Peters, of Darien, New York : — 
 
 " ' You ask me for our sheep diseases and for the remedies. 
 
424 HANDY-BOOK OF HUSBANDRY. 
 
 " After years of experience I discarded all medicines, except those 
 " to cure hoof-rot and scab ; and I finallv cured those diseases 
 " cheaper bv selling the sheep. An ounce of prevention is worth 
 *' a pound of cure. If sheep are well kept, summer and winter, 
 " not over-crowded in pastures, and kept under dry and wcll-ven- 
 " tilated covers in winter, and housed when the cold fall rains 
 " come on, there will be no necessity for remedies of anv kind. 
 *' If not so handled, all the remedies in the world won't help them, 
 "and the sooner a careless, shiftless man loses his sheep, the 
 *' better. They are out of their misery and are not spreading 
 ** contagious diseases amono; the neiijhborino; flocks.' 
 
 *' When to the two maladies above named, (hoof-rot and scab,) 
 "are added a very fatal but infrequent one in the spring, ordinarily 
 *' termed grub-in-the-head, catarrh or cold, colic, parturient fever, 
 " (the last quite rare and mostly confined to English sheep,) and 
 '* the few minor diseases of sheep or lambs — we ha\'e almost the 
 " entire list with which tlie American sheep-farmer is familiar. 
 " All the diseases named do not, in my opinion, cut off annually 
 " two per cent, of well-fed and reallv well-managed grown sheep ! 
 " Nothing is more common than for years to pass by in the small 
 " flocks of our careful breeders, with scarcely a solitary instance 
 *' of disease in them. I ha\c not space to offer any conjectures 
 "as to the causes of an immunity from disease so remarkable in 
 "comparison with the condition of England, France, and Ger- 
 ** many, in the same particular. 
 
 " Low Type of American Sheep Diseases. — A discrim- 
 "inating English veterinary writer, Mr. Spooner, has remarked 
 " that owing to its greatly weaker muscular and vascular structure, 
 *' the diseases of the sheep are much less likely to take an inflam- 
 '* matory t\ pe than those of the horse, (and, he might ha\c added, 
 " the ox,) and that the character of its maladies is generally that of 
 " debility. Mr. Spooner wrote with his eye on the mutton sheep 
 "of England — constantly forced forward by the most nutritious 
 '* food, in order to attain early maturity and excessive fatness. 
 " Still more strongly then do his remarks apply to the ordinarily 
 *' fed wool-producing sheep of the United States. I long ago 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 425 
 
 * remarked that the depletory treatment by bleeding and cathartics, 
 ' resorted to in so many of the diseases of sheep in England, is 
 ' inapplicable and dangerous here. The American sheop, which 
 ' has been kept in the common way, sinks from the outset, or 
 ' after a mere transient flash of inflammatory action ; and in any 
 'stage of its maladies active depletion is likely to lead to fatal 
 '■ prostration. 
 
 " It is not purposed here to enter upon any explanation of the 
 ' anatomy of the sheep, further than is necessary to give a general 
 '■ view of the principal internal structures which determine the 
 'form, discharge some of the principal animal functions, and 
 'become the seats or subjects of disease. And in treating of 
 ' maladies, I shall aim to adapt both the language and the 
 'prescriptions to the degree of knowledge already possessed 
 ' on the subject by ordinary practical men, instead of learned 
 ' veterinarians." 
 
 Dr. Randall's list of troublesome diseases is, therefore, as 
 follows : — 
 
 Hoof-rot, Scab, 
 
 Grub-in-the-head, Catarrh, and 
 
 Colic, Parturient Fever. 
 
 Hoof-rot is thus described : — 
 
 " The hornv covering of the sheep's foot extends up, gradually 
 thinning out, some way between the toes or division of the 
 hoof — and above these horny walls the cleft is lined with skin. 
 Where the points of the toes are spread apart, this skin is shown 
 in front covered with soft, short hair. The heels can be sep- 
 arated only to a little distance, and the skin that is in the cleft 
 above them is naked. In a healthy foot it is as firm, sound, 
 smooth, and drv, as the skin between a man's fingers, which, 
 indeed, it not a little resembles^ on a mere superficial inspection. 
 It is equally destitute of any appearance of redness, or of fever- 
 ish heat. 
 
 " The first symptom of hoof-rot, uniformly, in my experience, 
 is a disappearance of this smooth, dry, colorless condition of the 
 naked skin at the top of the cleft over the heels, and of its cool- 
 
426 HAXDY-BOOK OF HUSBANDRY. 
 
 " ness. It is a little moist, a little red, and the skin has a slightly 
 " chafed or eroded appearance — sometimes being a very little 
 ''corrugated, as if the parts had been subjected to the action of 
 "moisture. And, on placing the fingers over the heels, it will be 
 "found that the natural coolness of the parts has given place to a 
 ''degree of heat. The inflammation thenceforth increases prettv 
 "rapidly. The part first attacked becomes sore. The moisture 
 " — the ichorous discharge — is increased. A raw ulcer of some 
 " extent is soon established. It is extended down to the upper 
 "portion of the inner walls of the hoof, giying them a whitened 
 " and ulcerous appearance. Those thin walls become disorgan- 
 " ized, and the ulceration penetrates between the fleshy sole and 
 " the bottom of the hoof. On applying some force, or on 
 "shaving away the horn, it will be found that the connection 
 "between the horny and fleshy sole is severed, perliaps half-way 
 " from the heel to the toe, and half-way from the inner to the 
 " outer wall of the hoof. The hoof is thickened with great 
 "rapidity at the heel by an unnatural deposition of horn. The 
 " crack or cavity between it and the fleshy sole very soon exudes 
 "a highly fetid matter, which begins to have a purulent appear- 
 "ance. The extent of the separation increases by the disorgani- 
 "zation of the surrounding structures -, the ulceration penetrates 
 " throughout the entire extent of the sole ; it begins to form 
 "sinuses in the body of the fleshy sole; the purulent discharge 
 " becomes more profuse ; the horny sole is gradually disorganized, 
 "and finally the outer walls and points of the toes alone remain. 
 " The fleshy sole is now a black, swollen mass of corruption, of 
 "the texture of a sponge saturated with bloody pus, and every 
 "cavity is filled with crawling, squirming mag'i;ots. The horny 
 "toe disappears ; the thin, shortened side-walls merely adhere at 
 " the coronet ; they yield to the' disorganization ; and nothing is 
 "left but a shapeless mass of spongy ulcer and ma'^rrots. At- 
 " tempts to cure this disease, the state of the weather, and other 
 "incidental circumstances, cause some variations from the above 
 " line of symptoms. When the first attack occurs in hot weather, 
 " the progress of the malady is much more rapid and violent. 
 
MEDICAL TREATMEXT OF DOMESTIC AXIMALS. 427 
 
 " The fly sometimes deposits its eggs in the ulcer, and maggots 
 " appear almost before — sometimes actually before — there are any 
 " cavities formed, into which they can penetrate. The early ap- 
 " pearance of maggots greatly accelerates the process of disorgani- 
 " zation in the structures, 
 
 " The forefeet are usually first attacked, sometimes both of 
 *' them simultaneously, but more generally only one of them. 
 " The animal at first manifests but little constitutional disturb- 
 " ance. It eats as is its wont. When the disease has partly run 
 " its course in one foot, the other forefoot is likely to be attacked, 
 " and presently the hind ones. When a foot becomes considera- 
 " bly disorganized, it is held up by the animal. When another 
 '' one reaches the same state, the miserable sufferer seeks its food 
 *' on its knees ; and if forced to rise and walk, its strange, hob- 
 " bling gait betrays the intense agony it endures on bringing its 
 " ulcerated feet in contact with the ground. There is a bare spot 
 " on the under side of the brisket, of the size of the palm of a 
 " man's hand, but perhaps a little longer, which looks red and 
 '■' inflamed. There is a degree of general fever, and the appetite 
 " is dull. The animal rapidly loses condition, but retains consid- 
 " erable strength. Nowhere else do sheep seem to me to exhibit 
 " such tenacity of life. After the disappearance of the bottom 
 *' of the hoof, the maggot speedily closes the scene. Where the 
 " rotten foot is brought in contact with the side in lying down, 
 " the filthy, ulcerous matter adheres to and saturates the short 
 " wool of the shorn sheep ; and maggots also are either carried 
 " there by the foot, or they are speedily generated by the fly. A 
 " black crust soon forms and raises a little higher round the spot. 
 *' It is the decomposition of the surrounding structures, — wool, 
 " skin, and muscle, — and innumerable maggots are at work below, 
 " burrowing into the living tissues, and eating up the miserable 
 ''animal alive. The black, festering mass rapidly extends, and 
 " the ca\ities of the body will soon be penetrated, if the poor 
 " sufferer is not sooner relieved of its tortures by death. 
 
 " The offensive odor of the ulcerated feet, almost from the 
 " beginning of the disease, is so peculiar that it is strictly pathog- 
 
428 HANDY-BOOK OF HUSBANDRY. 
 
 ** nomonic. I have always believed that I could, hv the sense of 
 *■'■ smell alone, in the most absolute darkness, decide on the pres- 
 ** ence of hoof-rot with unerring certainty. And I had about as 
 '■*■ lief trust my fingers as my eves to establish the same point, 
 *■*■ from the hour of the first attack, if no other disease of the foot 
 *■'• is present. But the heat which invarianly marks the earliest 
 *' presence of hoof-rot, migh.t arise from any other cause which 
 "produced a local inflammation of the same parts. 
 
 " When the malady has been well kept under during the first 
 "summer of its attack, but not entirely eradicated, it will almost 
 *' or entirely disappear as cold weather approaches, and not mani- 
 *' fest itself again until the v\aim weather of the succeeding sum- 
 *' mer. It then assumes a mitigated form ; the sheep are not 
 '■*■ rapidly and simultaneously attacked ; there seems to be less 
 *' inflammatory action in the diseased parts, and less constitutional 
 " disturbance ; and the course of the disease is less malignant, 
 *■'' more tardy, and it more rcadih' yields to treatment. If well 
 "kept under the second summer, it is still milder the third. A 
 *' sheep will occasionally be seen to limp, but its condition will 
 " scarcely be afi'ectcd, and dangerous symptoms will rarely super- 
 *' vene. One or two applications of remedies made during the 
 '* summer will now suffice to keep the disease under, and a little 
 "vigor in the treatment will entirely extinguish it. 
 
 " With all its fearful array of s\ mptoms, can the hoof-rot be 
 " cured in its first attack on a flock ? The worst case can be 
 " promptly cured, as I know by repeated experiments. Take a 
 *' single sheep, put it by itself, and administer the remedies daily, 
 " after the English fashion, or as I shall presently prescribe, and 
 " there is not an ovine disease which more surely yields to treat- 
 " ment. But, as already remarked, in this country where sheep 
 '* are so cheap and labor in the summer months so dear, it would 
 *' be out of the question for an extensive flock-master to attempt 
 *' to keep each sheep by itself, or to make a daily application of 
 "remedies. There is not a flock-master within my knowledge 
 *' who has ever pretended to apply his remedies oftener than once 
 " a week, or regularly as often as that, and not one in ten makes 
 
MEDICAL TREATMEXT OF DOMESTIC ANIMALS. 429 
 
 "any separation between the diseased and healthy sheep of a flock 
 " into which the malady has been once introduced. The conse- 
 "quence necessarily is, that though a cure is effected of the sheep 
 " tlien diseased, it has infected or inoculated other?, and these in 
 *' turn scatter the contagion before they are cured. There is not 
 " a particle of doubt, nay, I know, by repeated observation, that 
 "a sheep once entirely cured may again contract the disease, and 
 *' thus the malady perform a perpetual circuit in the flock. For- 
 " tunately, however, the susceptibility to contract the disease 
 " diminishes, according to my observation, with every succeeding 
 "attack; and fortunately also, as already stated, succeeding: 
 *' attacks, other things being equal, become less and less virulent." 
 
 In order to reach the seat of the disease, it is necessary that 
 the horn of the hoof be entirely removed over those parts where 
 the difficulty is located. This work is done by the aid of sharp, 
 thin knives and strong toe-nippers, which, with the manner of 
 using them, are described in Dr. Randall's work, and he con- 
 tinues: — 
 
 " Jnd on the eff'ectual performance of th'is^ all else depends. If the 
 " disease is in the first stage — /. ^., if there is merely an erosion 
 "and ulceration of the cuticle and flesh in the cleft above the 
 "walls of the hoof, no paring is necessary. But if ulceration has 
 "established itself between the hoof and the fleshy sole, the ul- 
 *' cerated parts, be they more or less extensive, must be entirely de- 
 *' nuded of their horny coverings cost tvhat it may ofti?ne and care. It 
 '' is better not to wound the sole so as to cause it to bleed freely, as 
 "the running blood will wash off the subsequent application ; but 
 " no fear of wounding the sole must prevent a full compliance 
 " with the rule above laid down. At worst, the blood can soon 
 "be stanched, however freely it flows, by a few touches of a 
 *' caustic — say butter of antimony. 
 
 " If the foot is in the third stage, — a mass of rottenness and 
 " filled with maggots, — the maggots should first be killed by spirits 
 "of turpentine, or a solution of corrosive sublimate, or other 
 " equally efficient application. It can be most conveniently used 
 " from a bottle having a quill through the cork. By continuing 
 
430 HANDY-BOOK OF HUSBANDRY. 
 
 " to remove the dead maggots with a stick, and to expose and kill 
 *' the deeper-lodged ones, all can be extirpated. Every particle 
 *' of loose horn should then be removed, though it take the entire 
 ** hoof, — and it frequently does take the entire hoof at an ad- 
 *■*■ vanced stage of the disease. The foot should be cleansed, if 
 " necessary, with a solution of chloride of lime, in the proportion 
 "of a pound of the chloride to a gallon of water. If this is not 
 " at hand, plunging the foot repeatedly in water, just short of 
 ''scalding hot, will answer the purpose." 
 
 Quite a number of remedies are given as being, or having been, 
 in successful operation in different parts of this country and in 
 Europe. 
 
 " The most common and popular remedy now used in Central 
 
 " New York is : i lb. blue vitriol ; ^ lb. (with some, h lb.) ver- 
 
 " digris ; I pint of linseed oil ; I quart of tar. The vitriol and 
 
 " verdigris are pulverized \ery fine, and many persons, before add- 
 
 " ing the tar, grind the mixture through a paint-mill. Some use 
 
 " a decoction of tobacco boiled until thick, in the place of oil." 
 ******* 
 
 " Any of these remedies, and fifty more that might be com- 
 ' pounded, simply by combining caustics, stimulants, etc., in 
 ' different forms and proportions, will prove sufficient for the ex- 
 ' tirpation of hoof-rot, with proper preparatory and subsequent 
 ' treatment. On these last, beyond all question, principally de- 
 ' pends the comparative success of the applications. 
 
 " First. No external remedy can succeed in this malady unless 
 'it comes in contact with all the diseased parts of the foot ; for if 
 ' such part, however small, is unreached, the unhealthy and ul- 
 ' cerous action is perpetuated in it, and it gradually spreads over 
 'and again involves the surrounding tissues. Therefore every 
 ' portion of the diseased flesh must be denuded of horn, filth, 
 ' dead tissue, pus, and every other substance which can prevent 
 ' the application from actually touching it, and producing its 
 ' characteristic effects on it. 
 
 ^'■Second. The application must be kept in contact with the dis- 
 ' eased surfaces long enough to exert its proper remedial influence. 
 
MEDICAL TREATMENT OF DOMESTIC Al>riMALS. 431 
 
 *' If removed, by any means, before this is accomplished, it must 
 " necessarily proporlionably fail in its effects. 
 
 " The preparation of the foot, then, requires no mean skill. 
 " The tools must be sharp, the movements of the operator careful 
 *' and deliberate. As he shaves down near the quick, he must 
 " cut thinner and thinner, and with more and more care, or else 
 '•'• he will either fail to remove the horn exactly far enough, or he 
 " will cut into the fleshy sole and cause a rapid flow of blood. I 
 " have already remarked that the blood can be stanched by caus- 
 *' tics — but they coagulate it on the surface in a mass which 
 " requires removal before the application of remedies, and in the 
 *' process of its removal the blood is very frequently set flowing 
 " again, and this sometimes several times follows the application 
 " of the caustic." 
 
 " The separation of the sheep, poulticing, inclosing of the foot, 
 etc., I believe to be unnecessary — but the feet must be well 
 prepared, and the sheep must be kept out of the rain, or grass 
 wetted by rain or dew, for twenty-four or thirtv-six hours after- 
 ward — the longer the better. IPlthout this the ?nost careful prepa- 
 ration of the foot and the best remedies cannot be 7nade effectual. 
 * * * * The best place to put sheep after applying 
 remedies to their feet, is on the naked floors of stables — scatter- 
 ing them over as much surface as practicable, so that there 
 shall be as little accumulation of manure as possible under foot. 
 Straw, especially if fresh littered down, absorbs or rubs off the 
 moist Sv'bstances which have been applied to their feet. The 
 bottoms of the feet are soon thus cleaned off. A boy should go 
 round with a shovel, until night, taking up the dung as fast as 
 dropped. The sheep should be kept in the stables over the 
 first night, and not let out the next day until the dew is off the 
 grass ; then they should be turned on the most closely cropped 
 grass on the farm. It well pays for the trouble to put them in 
 the stables the second night before the dew falls, and to keep 
 them, as before, until it is dried off the next day. 
 " I have never found that for moderate cases of hoof-rot — the 
 28 
 
432 HAXDY-BOOK OF HUSBANDRY. 
 
 " worst ones which are allowed to occur in well-manageu flocks — 
 "that there is, in reality, any possible beneficial addition to mere 
 " blue vitriol, as a remedy, if it is applied in the most eftcctive 
 " way. Twice I have cured a diseased Jiock bv one application 
 " of it, — and I never heard of it being done in anv other way, or, 
 " indeed, on anv other occasion." 
 
 Scab is a disease of the skin like the itch in the human race, or 
 the mange in horses. It is caused bv a minute insect known to 
 entomologists as the Acarus. Dr. Randall does not think that the 
 disease originates spontaneously in the Uiiited States, and its 
 prevalence here is confined chiefly to long-wooled sheep. 
 
 " It spreads from individual to individual, and from flock to 
 *' flock, not only by means of direct contact, but by the acari left 
 *' on posts, stones, and other substances against which diseased sheep 
 *' have rubbed themselves. Healthy sheep are therefore liable to 
 " contract the malady if turned on pastures previously occupied 
 *' by scabby sheep, though some considerable time may have 
 " elapsed since the departure of the latter. 
 
 *' The sheep laboring under the scab is exceedingly restless. It 
 "rubs itself with violence against trees, stones, fences, etc. It 
 " scratches itself with its feet, and bites its sores, and tears ofi^ its 
 "wool with its teeth. As the pustules are broken, their matter 
 "escapes and forms scabs covering red, inflamed sores. The 
 *' sores constantly extend, increasing the misery of the tortured 
 "animal. If unrelieved, it pines away and soon perishes." 
 
 Having detected the appearance of scab in a newly purchased 
 flock of sheep. Dr. Randall adopted the following treatment : — 
 
 " The sheep had been shorn, and their backs were covered with 
 " scabs and sores. They evidently had the scab. I had a large 
 *' potash kettle sunk partly in the ground as an extempore vat, 
 " and an unweighed quantity of tobacco put to boiling in several 
 *' other kettles. The only care was to have enough of the decoc- 
 " tion, as it was rapidly wasted, and to have it strong enough. A 
 " little spirits of turpentine was occasionally thrown on the decoc- 
 " tion, say, to every third or fourth sheep dipped. It was neces- 
 *' sary to use it sparingly, as, not mixing with the fluid and floating 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 433 
 
 " on the surface, too much of it otherwise came in contact with 
 " the sheep. Not attending to this at first, two or three of the 
 '■'■ sheep were thrown into great agony, and appeared to be on the 
 " point of dying. I had each sheep cajght and its scabs scoured 
 " off bv two men, who rubbed them with stiff shoe-brushes dipped 
 " in a suds of tobacco-water and soft soap. The two men then 
 •" dipped the sheep all over in the large kettle of tobacco-water, 
 '" rubbing and kneading the sore spots with their hands while im- 
 " mersed in the fluid. The decoction was so strong that many of 
 " the sheep appeared to be sickened either by immersion or by its 
 " fumes ; and one of the men who dipped, though a tobacco- 
 " chewer, vomited, and became so sick that his place had to be 
 " supplied by another. The effect on the sheep was almost magi- 
 " cal. The sores rapidly healed, the sheep gained in condition, 
 " the new wool immediately started, and I never had a more per- 
 " fectly healthy flock on my farm." 
 
 Randall also gives several other methods of treatment which are 
 in vogue in England, some of which are better adapted than is the 
 tobacco-water for use with sheep carrying long fleeces. 
 
 The Grub-in-the-head is the grub of the gadfly of the sheep, 
 [CEstrus ovis.) The egg is deposited within the nostrils of the 
 sheep, where it is immediately hatched by the warmth and moist- 
 ure ; and the larvae crawl up the nose to the sinuses, where they 
 attach themselves to the membrane and remain until the next 
 year, feeding upon the mucus. Randall thinks that many of the 
 ills that sheep flesh is heir to are erroneously attributed to the 
 effect of this grub, concerning which he says : — 
 
 " I have had a singularly limited experience with any diseases 
 " which could reasonably be attributed to the presence of these 
 " parasites, and therefore do not feel myself at all well qualified to 
 "judge of their actual effects on the sheep. That want of expe- 
 " rience is a strong proof of itself that resulting maladies are not 
 " as frequent by any means as is popularly supposed. And know- 
 " ing, as I do, that other and wholly dissimilar diseases are habitu- 
 " ally termed 'grub-in-the-head,' I can entertain no doubt that the 
 " extent of the injuries thus inflicted is enormously exaggerated. 
 
434 II ANDY -J5U0K OF li U -S B A N D U V . 
 
 " Influenced bv these latter considcratit^ns, and by the strong 
 cuuincr-testimonv of such really able veterinarians as Messrs. 
 Clark and Youatt, and the silence on the subject of Mr. 
 Spooner and some other modern writers, I was formerly led 
 to doubt whether the larvae of the CEstrus ovis ever did 
 more in the sheep's head than effect a degree of temporary 
 irritation of the lining membranes, which might produce serious 
 inconvenience when actino; in concert with the inflammation' 
 already established by catarrhal or other cerebral affections, but 
 which never caused death. Again reminding the reader that I 
 speak from a very limited personal knowledge of the disease, I 
 feel it due to frankness to say tha: my opinions have undergone 
 some change. The testimony of intelligent men has satisfied 
 me that the irritation and ultimate inflammation of the mucous 
 lining of the head, produced by the tentacula of the worm and 
 by its constant feeding on the secretions, if not even on the 
 substance of the membrane itself, in certain stages of the dis- 
 ease, are sufficient in some cases to cause death. I should not 
 expect a sheep in high condition and apparent health to die sud- 
 denly from this cause without previous symptoms of disease, and 
 under circumstances resembling those of apoplexy. I should 
 not expect the powerful nervous disturbances of epilepsy. But 
 if the sheep began to fall off rapidly in condition a little before 
 the opening of spring, without any other traceable cause — if it 
 wandered round with irrciriilar movements, twistintr about its 
 head occasionally as if it was suffering pain — and especially if 
 the mucus discharged from the nose was tinged with blood — I 
 should suspect 'grub-in-the-head,' and administer remedies or 
 antidotes on that hypothesis. And, after the death of patients, 
 I should, as carefully as practicable, examine not only the 
 sinuses of the head, but also the entire nasal cavities, to ascer- 
 tain whether there were any traces of the supposed destructive 
 action of the larvae. 
 
 " Some farmers protect their sheep measurably from the attacks 
 of the CEstrus cvis^ by plowing a furrow or two in different por- 
 tions of their pastures. The sheep thrust their noses into this 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 435 
 
 " on the approach of the fly. Others smear their noses with tar, 
 " or cause them to smear themselves, by sprinkHng their salt over 
 " tar. Those fish oils which repel the attacks of flies might be 
 '' resorted to. Blacklock suggested the dislodgment of the larvae 
 " from the head by blowing tobacco smoke up the nostrils — as it 
 *' is said to be effectual. It is blown from the tail of a pipe, the 
 " bowl being covered with cloth. Tobacco-water is sometimes 
 *' injected with a syringe for the same purpose. The last should 
 '' be prevented from entering the throat in any considerable 
 " quantity." 
 
 " Catarrh. — Catarrh is an inflammation of the mucous mem- 
 " brane which lines the nasal passages — and it sometimes extends 
 " to the larynx and pharynx. In the first instance — where the 
 *' lining of the nasal passages is alone and not very violently 
 " affected — it is merely accompanied by an increased discharge of 
 *' mucus, and is rarelv attended with much danger. In this form 
 " it is usually termed snuffles, and high-bred English mutton 
 '' sheep, in this countrv, are apt to manifest more or less of it, 
 " after every sudden change of weather. When the inflammation 
 " extends to the mucous lining of the larynx and pharynx, some 
 " degree of fever usually supervenes, accompanied bv cough, and 
 "some loss of appetite. At this point the English veterinarians 
 ** usually recommend bleeding and purging. Catarrh rarely attacks 
 *' the American fine-wooled sheep with sufficient violence, in sum- 
 " mer, to require the exhibition of remedies. I early found that 
 " depletion, in catarrh, in our severe winter months, rapidly pro- 
 " duced that fatal prostration from which it is next to impossible 
 *' to recover the sheep — entirely impossible without bestowing an 
 " amount of time and care on it costing far more than the price of 
 " any ordinary sheep. 
 
 " The best course is to prevent the disease by judicious pre- 
 " cautions. With that amount of attention which every prudent 
 " flock-master should bestow on his sheep, the hardy American 
 *' merino is little subject to it. Good, comfortable, but well- 
 " ventilated shelters, constantly accessible to the sheep in vv iiitcr, 
 
436 HANDY-BOOK OF HUSBANDRY. 
 
 *■*■ with a proper supplv of food regularly administered, is usually a 
 ** sufficient safeguard ; and after some vears of experience, during 
 *' which I have tried a variety of experiments on this disease, I 
 " resort to no other remedies — in other words, I do nothing for 
 *' those occasional cases of ordinary catarrh which arise in my 
 
 " flock ; and thev never prove fatal." 
 
 ******* 
 
 " Colic or Stretches. — The cause of this disease is generally 
 ** costiveness. The paroxysms recur at intervals. During the 
 *' continuance of them the sheep stretches itself incessantly, and 
 " often twists about its head as if in severe pain. It lies down 
 " and rises frequently. The termination is occasionally fatal, 
 " unless the bowels are promptly opened by medicine. An ounce 
 " of Epsom salts dissolved in warm water, with a dram of ginger 
 *■*■ and a teaspoonful of peppermint, should be administered to 
 " a sheep, and half as much to a lamb. Three very excellent 
 " practical shepherds write me — the first, that ' he gives Epsom 
 " salts successfully for stretches ;' the second, that he ' uses a 
 '■'■ decoction of thoroughwort or boneset — that warm tea is also 
 *' good ;' the third, that he ' employs castor-oil, and if the case is 
 " obstinate, a moderate dose of aloes.' Attacks of this disease 
 " become habitual to some sheep. It can always be prevented by 
 " giving green feed daily, or even once or twice a week." 
 
 Dr. Randall states that he has never seen a case of parturient 
 or puerperal fever, and believes that it is exclusively confined to 
 English sheep. As English sheep have been largely introduced 
 into this country, the following statement concerning it, taken 
 from the "Jourtial of the Royal Agricultural Society will be valu- 
 able : — 
 
 " Symptoms. — The most early symptom that marks the com- 
 " menccment of this disease — first the ewe suddenly leaves her 
 '* food, twitches both hind legs and ears, and returns again to her 
 '* food ; during the next two or three days she eats but little, 
 "appears dull and stupid; after this time there is a degree of 
 "general weakness, loss of appetite and giddiness, and a discharge 
 " of dark color from the vagina ; while the flock is driven from 
 
MEDICAL TREATMENT OF DOMESTIC A. X I M A L S . 437 
 
 " fold to fold the affected sheep loiters behind and staggers in her 
 '' gait, the head is carried downward, and the eyelids partly closed. 
 ••' If parturition takes place during this stage of the disease, and the 
 " animal is kept warm and carefully nursed, recovery will fre- 
 " quently take place in two or three days ; if, on the contrary, no 
 " relief is afforded, symptoms of a typhoid character present them- 
 '* selves ; the animal is found in one corner of the fold, the head 
 " down, and extremely uneasy, the body is frequently struck with 
 " the hind feet, a dark colored fetid discharge continues to flow 
 *' from the vagina, and there is great prostration of strength. A 
 *' pair of lambs are now often expelled in a high state of putrefac- 
 " tion, and the ewe down and unable to rise, the head is crouching 
 *' upon the ground, and there is extreme insensibility ; the skin 
 " may be punctured and the finger placed under the eyelids 
 " without giving any evidence of pain ; the animal now rapidly 
 " sinks and dies, often in three or four days from the commence- 
 " ment of the attack. Ewes that recover, suffer afterward for 
 *' some time great weakness, and many parts of the body become 
 " denuded of wool. 
 
 " Tr£atm£}it. — The ewe immediately noticed ill should be 
 " removed from the flock to a warm fold apart from all other 
 " sheep, and be fed with oatmeal gruel, bruised oats, and cut hay, 
 " with a little linseed cake. If in two or three days the patient 
 " continuco ill, is dull and weak, a dark colored fetid discharge 
 " from the vagina, and apparently uneasy, an attempt to remove 
 " the lambs should be made. The lambs in a great majority of 
 " cases at this period are dead, and their decomposition, (that is, 
 "giving off putrid matter,) is a frequent cause of giddiness and 
 "stupor in the ewe. If the os uteri (the entrance into the uterus) 
 "•is not sufficiently dilated to admit the hand of the operator, the 
 " vaginal cavity and os uteri should be smeared every three hours 
 " with the extract of belladonna, and medicine as follows given : — 
 
 Calomel 8. grains 
 
 Extract hyoscyamns i dram 
 
 Oatmeal gruel 8 ounces 
 
 " mix, and give two table-spoonfuls twice a day. 
 
438 HANDY-BOOK OF HUSBANDRY. 
 
 Epsom salts 8 ounces 
 
 Niter i ounce 
 
 Carbonate of soda a ounces 
 
 Water i pint 
 
 " mix, and give two wine-glassfuls at the same time the former 
 " mixture is given. Let both mixtures be kept in separate bottles, 
 " and well shaken before given. The bowels being operated 
 " upon, omit both former prescriptions and give the following : — 
 
 Niter i ounce 
 
 Carbonate of soda I ounce 
 
 Camphor I dram 
 
 Water 8 ounces 
 
 " A wine-glassful to be given twice a day. 
 
 *•'■ Feed the ewe principally upon gruel and milk, or linseed 
 '' porridtre. Parturition having taken place, the uterus should be 
 " injected with a solution of chloride of lime, in the proportion 
 "of a dram to a pint of warm water, and repeated twice a day 
 " while any fetid discharge from the vagina remains." 
 
 " Prevention. — The most important feature connected with our 
 *' subject is the prevention of the disease, for it most interests the 
 '■'• breeder in a pecuniary point of view. I would recommend as 
 " most important during the last five or six weeks' gestation, regu- 
 *' lar and nutritious feeding, regular exercise^ dry and extensive 
 *' folding. If turnips be the article of food, let there be given in 
 " addition a few oats, linseed cake, with hay and straw chafF; let 
 *' a well-sheltered and dry fold be arranged at a short distance 
 " from where the ewes are fed during the dav, wherein to lodge 
 *' for the night ; the driving to and from these folds iv ill give exer- 
 " cise^ a circumstance tending much to promote health in the pregnant 
 " ewe ; if the system of heath or pasture feeding is practiced, night 
 " folding is then equallv necessarv. The night fold in common 
 " use — that formed bv building straw and stubble walls, with 
 " sheds attached, the front of which has a southern aspect — 
 *' answers admirably. Further explaining the comforts of the 
 " pregnant ewe, I will add, in the words of the poet, — 
 
MEDICAL TREATMEXT OF DOMESTIC ANIMA.LS. 439 
 
 " ' First with assiduous care from winter keep, 
 Well foddered in the stalls, thy tender sheep; 
 Then spread with straw the bedding of thy fold. 
 With fern berteath to 'fend the bittef cold,'" 
 
 The following letter to Dr. Randall is based on the experience 
 of one of the earliest and most successful breeders of English 
 sheep in America : — 
 
 " Thorndale, Washington Hollow, N. Y., April 13, 1863. 
 " Dear Sir : — * * The puerperal fever has been known in 
 *' this neighborhood since I first came here, though only to a lim- 
 " ited extent during the last two seasons. * * * The disease 
 " more generally affects middle-aged ewes, and ewes producing or 
 " carrying twins. It does not select those lowest in flesh ; hence 
 " the farmers, as a class, are unwilling to believe that teed can 
 " remedy it. It generally shows itself from four or five to ten 
 *' days before lambing. * * * The treatment which my shep- 
 " herd has followed, and with good success, — saving sixteen out 
 *' of twenty sick, in 1859, — has been to separate the sick ewe at 
 *•' once from the flock and give a dose of two ounces Epsom salts, 
 *' two to three ounces molasses, one dram of niter, mixed with a 
 " pint of warm linseed gruel. The object is to open the bowels, 
 '' and should the above not operate in eight or ten hours, it should 
 *' be repeated. After that, the niter and molasses are given night 
 " and morning in an ordinary quart bottle of gruel, until there is 
 *' an abatement of the fever, when the niter is discontinued. Fre- 
 *' quently, in fact, generally, after they have been down three or 
 '* four days, — if they live so long, — the brown discharge which has 
 ** been noticed passing from the vagina, becomes putrid, showing 
 " that the foetus is dead. In such cases a small quantity of bella- 
 " donna — applied dry on the end of the finger — is applied to the 
 " mouth of the womb every hour until it is sufficiently relaxed to 
 ** allow of the removal of the decaying mass. After that has 
 " has been done, the womb is thoroughly syringed with warm 
 " water, to which milk is sometimes added. The ewe's position 
 " is made as comfortable as possible, and always changed once or 
 " twice a day. Where the ewe brings forth her young alive she 
 
440 HANDY-BOOK OF HUSBANDRY. 
 
 " recovers more rapidly. The remedies and treatment, as you 
 *^ will see, are perfectly simple, and easily tried by any flock 
 '* owner. The great secret of success, with it, as with a large 
 *' majority of diseases, I believe, is good nursing. * * * Since 
 '■'■ mv flock have received a small quantitv of grain, sav half a pint 
 *' per head dailv, before lambing, thev have been quite free from 
 *' any signs of that trouble. As an illustration that a small quan- 
 *' tity of feed is a preventive, a flock belonging to one of mv friends 
 " was divided, upon going into winter-quarters, into two lots, — 
 " one of sixtv old ewes, the other of thirtv two-year old ewes. 
 " The former received a very small quantity of corn daily — the 
 " latter only hay. His loss from the former lot was two — from 
 *' the latter, fourteen head ; though the younger ones generally 
 *' escaped. * * * 
 
 " Yours faithfully, Sam'l Thorne." 
 
 SWINE. 
 
 The following statement concerning swine, bv Dr. Finlay 
 Dun, of the Edinburgh Veterinary College, to the 'Jouryial of the 
 Royal Agricultural Society of England^^ advances an idea that is not 
 in accordance with the views of most American farmers. He 
 says: — 
 
 ** Pigs, when carefullv managed, are hardy and little liable to 
 *' disease. Wild breeds in both the Old and New Worlds are 
 '' remarkably healthy ; but it must be recollected that they con- 
 *' stantly breathe pure fresh air, have regular exercise, feed mod- 
 *' erately on roots and fruits, and carefully avoid all kinds of filth ; 
 " for they are naturally a very cleanly race, and indulge in wal- 
 *' lowing in the mire, not from any love of filth, as is generally 
 " supposed, but, like the elephant, rhinoceros, and other pachy- 
 *' dermata, for the purpose of protecting their skins from the attacks 
 *' of insects. In a state of domestication, however, their condition 
 *' is usually very different. Tliey are cooped up in narrow, damp, 
 *' and dirty sties, and constrained to inhale all kinds of noxious va- 
 
 * Journal of the Royal Agricultural Society of England, Volume XVI , page 37. 
 
MEDICAL TREATMENT OF DOMESTIC AXIMALS. 441 
 
 " pors, and to cat coarse, innutritious, and unsuitable food. \Ve can- 
 *■*• not, then, be surprised that under such circumstances they should 
 " not only become the victims of disease from which in their nat- 
 " ural state they are free, but should also transmit to their progeny a 
 *' weakened and morbidly predisposed constitution. But we believe 
 " that much of the hereditary disease of pigs is due to another 
 " cause than that just indicated, viz. : breeding in and in. * * * 
 '* In several cases which have come under our own observation, 
 *' it has induced total ruin of the entire stock. At first it merely 
 " rendered the animals somewhat smaller and finer than before, 
 " and improved rather than injured their fattening properties. 
 " Very soon, however, it caused a marked diminution in size and 
 " vigor, and engendered a disposition to various forms of scrofu- 
 "■ lous disease, and to rickets, tabes mesenterica, and pulmonary 
 " consumption. Many of the boars became sterile, and the sows 
 " barren or liable to abortion. In every succeeding litter the pigs 
 *' became fewer in number and more and more delicate and diffi- 
 *' cult to rear. Many were born dead, others without tails, eaj;s, 
 *' or eyes ; and all kinds of monstrosities were frequent. * * * 
 " The occurrence of such effects should induce the breeder of 
 " swine, and indeed of all animals, to practice breeding in and in 
 " with much caution, to adopt it only occasionally and with strong 
 *' and healthy animals, and to recollect that though it may im- 
 *' prove the symmetry and fattening capabilities of stock, it does 
 *' so at the sacrifice of their general vigor and disease-resisting 
 " powers." 
 
 Dr. Dun states with reference to epilepsy, with which pigs are 
 often suddenly attacked, that the inherited tendency may be miti- 
 gated by keeping the animals clean, warm, and comfortable, and 
 supplied with a sufficiency of good, digestible, and somewhat laxa- 
 tive food. 
 
 " To eradicate it the stock must receive an infusion of new 
 *' blood ; and this is especially necessary, as epilepsy in pigs 
 " depends in most cases on continued breeding in-and-in." 
 
 There sometimes appears among pigs an hereditary predisposi- 
 tion to lung diseases, indicated by a narrow chest, and a lanky and 
 
442 ]I ANDY-BOOK OF HUSBANI'UY. 
 
 thriftless appearance, their great liability to suffer from coughs 
 being readily excited by exposure to cold or wet, or by changes 
 of food. 
 
 '* Pigs, from their susceptibility to cold, are often attacked bv 
 " rheumatism^ especially in its more chronic forms. This is a 
 " constitutional disease depending on the presence in the blood of 
 " some poisonous materials, probably analogous to those found 
 " within the gouty joints of men. Like other constitutional dis- 
 '* eases, it is accompanied by certain local symptoms. In pigs, it 
 *' chiefly affects the fibrous serous tissues of the larger joints, gives 
 *' evidence of local inflammation, and general fever, progresses 
 *' with slow and lingering steps, and does not, like ordinary inflam- 
 " mation, terminate in suppuration and gangrene. It most com- 
 " monly occurs among young pigs, and usually owes its origin to 
 " lying in a wet cold bed. It always produces alteration of 
 '' structure in the parts affected, which predisposes the individual 
 " to subsequent attacks, and tends to reappear in the progeny, 
 'V^nilcring them also specially predisposed to the complaint. 
 
 " Scrofula is more common in pigs than in any other of the 
 *' domestic animals. It sometimes carries off whole litters before 
 " they are many weeks old. * * * Consumption exhibits the 
 *' same symptoms as in other animals — gradually increasing ema- 
 *' elation ; imperfect digestion and assimilation ; disturbed respira- 
 ** tion, with a frequent short cough ; weakened and unusually 
 *' accelerated circulation ; diarrhea of a most intractable kind, 
 *' often merging into dysentery ; and general prostration of the 
 *' vital powers. * * * 
 
 *' Scrofulous Tumors are sometimes met with among pigs. * * * 
 *' They are produced by the fusion of degenerated lymph, incapa- 
 *' ble of perfect organization, and mixed up with tuberculous mat- 
 te ter. * * * These local symptoms are often accompanied 
 '* by some of the usual constitutional symptoms of scrofula, as im- 
 *'pairment of digestion and assimilation. * * In conclusion, 
 " we may repeat, that many of the most common, and some of 
 *' the most serious, diseases of sheep and pigs, are hereditary, and 
 ** that they spring from certain vices of structure or disproportion 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 443 
 
 of parts, either of a local or general nature. Thev are propagated 
 alike, whether occurring in the male or female parent, but 
 always most certainly and in the most aggravated form when 
 occurring in both. Defects and diseases that have already been 
 transmitted through several generations are impressed on the 
 progeny in a most decided, permanent, aud irremediable form ; 
 but those acquired during the life-time of an individual also 
 sometimes become hereditary, especially when of a constitu- 
 tional nature, and accompanied by any considerable alteration 
 of structure or function, or bv a debilitated and deteriorated state 
 of health. Indeed, debility, however produced, is almost cer- 
 tain to be hereditary ; and hence all breeding animals should be 
 in a strong and vigorous condition, especially at the period of 
 scxu::! congress." 
 
 It h hardly necessary to say that the principles laid down in the 
 foregoing extracts from Dr. Dun's essay apply with almost equal 
 force to the breeding oi all animals, — to the extent, at least, of 
 suggesting that in all cases the utmost care should be taken to 
 prevent the propagation of constitutional defects, whether heredi- 
 tary in the parents or acquired by them as a consequence of 
 improper circumstances ot 11\ ing. 
 Air. Allen says:* 
 
 '' Mortifying as the fact may be to human pride, it is neverthe- 
 " less certain, that the internal arrangements — the \iscera, digestive 
 " organs, omnivorous propensities, and the general physiological 
 " structure — of the hog and the bear more nearly resemble man 
 "than any other animal. Many of t; eir diseases may therefore 
 "be expected to be a modification of those of the human species, 
 " and require a similar treatment. 
 
 " To pulmonary affections, colds, coughs, and measles, swine 
 "are peculiarly liable, and, as with most other e\ils, prevention 
 "of disease in swine is more easy and economical than cure. A 
 " dry, warm bed, free from winds or storms, and suitable food, will 
 *' most effectually prevent any injuries, or fatal attacks. The hog 
 
 * Dcrr.eslic Animals R. L. Allen. O. JudJ & Co., New York. 
 
444 n A N D Y - B K OF II U S B A N D R Y . 
 
 " has little external covering to protect him against cold. Nature 
 *' has provided this immediatclv within the skin, in the deep layer of 
 " fat which surrounds the full, plump hog. Fat is one of the best 
 ^' non-conductors of heat, and the pig which is well fed bids defi- 
 '' ance to the intense cold, which would produce great suffering 
 "and consequent disease in the ill-conditioned animal. By the 
 '* observance of a proper medium between too much fat or lean 
 *' for the store or breeding swine, and providing them with com- 
 '* fortable beds and proper feed, nearly all disease will be avoided. 
 
 "■ For cough and itijiammation of the lungs^ bleeding should be 
 " immediately resorted to, after which give gentle purges of castor 
 " oil, or Epsom salts ; and this should be followed with a dose of 
 "antimonial powders — two grains, mixed with half a dram of niter. 
 
 *'For costiveness or loss of appetite, sulphur is an excellent 
 *' remedy, given in a light mess. 
 
 *' Itch may be cured by anointing with equal parts of lard and 
 *' brimstone. Rubbing-posts, and a running stream to wallow in, 
 " are preventives. 
 
 " The kidney worm is frequently fatal ; and always produces 
 *' weakness of the loins and hind legs, usually followed bv entire 
 "prostration. A pig thus far gone is hardly worth the trouble of 
 "recovering, even where practicable. 
 
 ^■^ Preventives are, general thrift, a range in a good pasture, and 
 "a dose of half a pint of wood-ashes every week or fortnight in 
 " their food. A small quantity of saltpeter, spirits of turpentine, 
 ** or tar, will effect the same object. When attacked, apply spir- 
 *' its of turpentine to the loins, and administer calomel carefully j 
 *' or give half a tablespoonful of copperas dailv for one or two 
 " weeks. 
 
 " Blind staggers is generally confined to pigs, and manifests 
 " itself in foaming at the mouth, rearing on their hind legs, champ- 
 " ing and grinding their teeth, and apparent blindness. The 
 *' proper remedies are bleeding and purging freely, and these fre- 
 *' quently fail. Many nostrums have been sutrgested, but few are 
 "of any utility. It is important to keep the issues on the inside 
 "of the fore-legs, just below the knee, thoroughly cleansed. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 445 
 
 *■*• The tails of young pigs frequently ^rop or rot ojf] which is 
 " attended with no further disadvantage to the animal than the 
 ■•' loss of the member. The remedies are, to give a little brimstone 
 "or sulphur in the food of the dam ; or rub oil or grease daily on 
 " the affected parts. It may be detected by a roughness or scab- 
 " biness at the point where separation is likely to occur. 
 
 ''''Bleeding. — The most convenient mode is from an artery just 
 " above the knee, on the inside of the fore-arm. It may be drawn 
 " more copiously from the roof of the mouth. The flow of blood 
 " may usually be stopped by applying a sponge or cloth with cold 
 " water. 
 
 "The diseases of swine, though not numerous, are formidable, 
 "and many of them soon become fatal. They have not been the 
 "subject of particular scientific study, and most of the remedies 
 "applied are rather the result of casual or hap-hazard suggestion 
 " than of well-digested inference from long-continued and accu- 
 " rate observation." 
 
 The cardinal principles of successful pig raising are, to breed 
 only from sound and healthy parents of remote relationship, to 
 keep the animals in dry, warm, and cleanly quarters, to feed regu- 
 larly sufficiently and with varying food, and to remove as early as 
 possible any diseased or weakly animal from the herd. 
 
 POULTRY. 
 
 It is rare to take up an agricultural paper without coming 
 across a recipe for the treatment of some one of the diseases to 
 which poultry is subject; and in almost all cases the recommenda- 
 tions given claim to be based on the successful experience of the 
 writers. Probably there is no branch of the comprehensive sub- 
 ject of the treatment of the diseases to which farm stock is liable, 
 on which so much has been written, and in which so much uncer- 
 tainty still exists. It would be easy to write an interesting chapter 
 for this book on the subject of the different ailments of poultry, 
 and the different recommendations for their treatment. As the 
 most comprehensive and lucid statement concerning the manage- 
 
446 IIAXDY-DOOK OF IIUSBAXDUY. 
 
 ment of the more important diseases is given in Saunders* Domes- 
 tic Poultry^* I can hardlv do better within mv narrow limits than to 
 copy it entire : — 
 
 " Among the diseases of fowls, nothing is so fatal to the bird, 
 "■or so vexatious to the fancier, as the Roup. Very close ob- 
 *' servation and experience ha\ e taught me the hrst premonitory 
 '' symptom is a peculiar breathing. The fowl appears in perfect 
 *' health for the time, but it will be seen that the skin hanging 
 "■ from the lower beak, and to which the wattle is attached, is 
 " inflated and emptied at every breath — such a bird should alwavs 
 '' be removed. 
 
 " The disease may be caused, first, by cold, damp weather and 
 " easterly winds, when fowls of weakly habit and bad constitution 
 *' will often sicken, but healthy, strong birds will not. Again, if 
 *' by any accidental cause thev are long without food and water, 
 "and then have an unlimited quantitv of drink and whole corn 
 "given to them, thcv gorge thenisehes, and ill-liealth is the con- 
 " sequence ; but confinement is the chief cause, and above all, 
 "being shut up in tainted coops. Nothing is so difficult as to 
 " keep fowls healthv in confinement in large cities ; two days 
 " will often suffice to change the bright, bold cock into the spirit- 
 *' less, drooping, roupv fowl, carrying contagion wherever he goes. 
 
 " But all roup does not come from cities ; often in the spring 
 " of the )ear the cocks fight, and it is necessary to take one 
 "away; search is made for something to put him in, and a rab- 
 *•*• bit-hutch or open basket is found, wherein he is confined and 
 " often irregularly supplied with lood, till pity for his altered 
 "condition causes him to be let out; but he has become roupy, 
 " and the whole yard suffers. I dwell at length on this, because 
 *'of all disorders it is the worst, and because, although a cure may 
 "seem to be effected, yet at moulting, or any time when out of 
 " condition, the fowl will be more or less aflected with it again. 
 *' One thing is here deser\ ing of notice. The result of the attcn- 
 " tion paid to poultry ot late ^ ears has been to improve the health 
 *'and constitution of the birds. Roup is not nearly so common 
 
 * New York : O. Judd & Co. 1S67. 
 
MEDICAL T R E A T M 1<: N T OF DOMESTIC ANIMALS. 447 
 
 " as it was, nor is it so difficult of cure. It went on unnoticea, for- 
 " merly, till it had become chronic, and it would not be difficult to 
 " name yards that have now a good reputation, but which, a few 
 "years since, never had a healthy fowl. It is iiow treated at the 
 " outset, if seen, but the improved management in most places ren- 
 " ders it of rare occurrence. The cold which precedes it may 
 " often be cured by feeding twice a day with stale crusts of bread 
 "soaked in strong ale. There must be provided warm, dry hous- 
 " ing, cleanliness, nutritive and somewhat stimulating food, and 
 " medicine. In my own case I generally give as medicine some 
 " tincture of iron in the water pans, and some stimulants. The 
 " suspected fowl should be removed directly, and if there be 
 " plenty without it, and if it be not of any breed that makes its pres- 
 *' ervation a matter of moment, it should be killed. There is very 
 "little doubt of a cure if taken in the first stage ; but, if the eye- 
 *' lids be swollen, the nostrils closed, the breathing difficult, and 
 "the discharge fetid and continual, it will be a long time before 
 " the bird is well. In this stage it may be termed the consumption 
 " of fowls, and with them, as in human beings, most cases are 
 "beyond cure. However I may differ from some eminent and 
 " talented amateurs, I do not hesitate to say it is contagious in a 
 " high degree. Where fowls are wasting without apparent dis- 
 " order, a teaspoonful of cod-liver oil per day will be found a most 
 " efficacious remedy. 
 
 " I Vvill next mention a disease common to chickens at an early 
 "age — I mean the gapes. These are caused by numerous small 
 " worms in the throat. The best way I know of getting rid of 
 "them is, to take a hen's tail-feather, strip it to within an inch of 
 "the end, put it down the chicken's windpipe, twist it sharply 
 "round several times, and draw it quickly out; the worms will 
 " be found entangled in the feathers. When this is not effectual 
 " in removing them, if the tip of the feather be dipped in turpen- 
 *' tine it will kill them, but it must be put down the windpipe, not 
 *' the gullet. ^ have always thought these were got from impure 
 "water, and I have been informed by a gentleman who inquires 
 *' closely into those things, that having placed some of the worms 
 
 29 
 
448 HANDY-BOOK OF HUSBANDRY. 
 
 *' taken from the throat of a chicken, and some from the bottom 
 *■'■ of a water-butt, where rain-water had stood a long time, under 
 *'a microscope, he found them identical. I have never met with 
 "gapes where fowls had a running stream to drink at. Camphor 
 *■ is perhaps the best cure for gapes, and if some is constantly 
 " kept in the water they drink, they take it readily. This has 
 " been fnosi successful. There is also another description of 
 "gapes, arising probably from internal fever-, I have found meal 
 " mixed with milk and salts a good remedv. They are sometimes 
 " caused by a hard substance at the tip of the tongue -, in this case, 
 "remove it sharply with the thumb-nail, and let it bleed freely. 
 *■'• A gentleman mentioned this to me who had met with it in an 
 " old French writing on poultry. 
 
 " Sometimes a fowl will droop suddenly, after being in perfect 
 " health ; if caught directly, it will be found it has eaten some- 
 " thing that has hardened in the crop ; pour plenty of warm water 
 " down the throat, and loosen the food till it is soft ; then give a 
 " tablespoonful of castor-oil, or about as much jalap as will lie on 
 "a ten-cent piece, mixed in butter ; make a pill of it and slide it 
 " into the crop ; the fowl will be well in the morning. 
 
 " Cayenne pepper or chalk, or both mixed with meal, are con- 
 '* venient and good remedies for scouring. 
 
 " When fowls are restless, dissatisfied, and continually scratch- 
 " ing, it is often caused by lice ; these can be got rid of by sup- 
 " plying their houses or haunts with plenty of ashes, especially 
 *' wood ashes, in which they may dust themselves, and the dust- 
 *' bath is rendered more effectual by adding some sulphur to the 
 " dust. It must be borne in mind, all birds must have the bath 5 
 "some use water, some dust ; but both from the same instinctive 
 *' knowledge of i;s necessity. Where a shallow stream of water 
 *' runs across a gravel road, it will be found full of small birds 
 *' washing ; where a bank is dry, and well exposed to the sun, 
 " birds of all kinds will be found burying themselves in the dust. 
 
 " Sometimes fowls appear cramped, they have difficulty in 
 " standing upright, and rest on their knees ; in large, young 
 " birds, especially cocks, this is merely the effect of weakness 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 449 
 
 " from fast growth, and the difficulty their long, weak legs have 
 *' in carrying their bodies. But if it lasts after they are getting 
 "age, then it must be seen to. If their resting-place has a 
 "wooden, stone, or brick floor, this is probably the cause ; if this 
 " is not so, stimulating food, such as I have described for other 
 " diseases, must be given. 
 
 " Fowls, like human beings, are subject to atmospherical influ- 
 " ence ; and if healthy fowls seem suddenly attacked with illness 
 " that cannot be explained, a copious meal of bread steeped in ale 
 " will often prove a speedy and effectual remedy. For adults, 
 " nothing will restore strength sooner than eggs, boiled hard, 
 "and chopped fine. If these remedies are not successful, then 
 " the constitution is at fault, and good, healthy cocks must be 
 " sought to replace those whose progeny is faulty. 
 
 " '• Prevention is better than cure.' The cause of many diseases 
 " is to be found in enfeebled and bad constitutions ; and these are 
 " the consequences of in-and-in breeding. The introduction of 
 " fresh blood is absolutely necessary every second year, and even 
 "every year is better. Many fanciers who breed for feather, fear 
 "to do so lest false colors should appear, but they should recollect 
 "that one of the first symptoms of degeneracy is a foul feather; 
 " for instance, the Sebright bantam loses lacing, and becomes 
 *' patched, the Spanish fowls throw white feathers, and pigeons 
 "practice numberless freaks. An experiment was once tried 
 " which will illustrate this. A pair of black pigeons was put in 
 " a large loft, and allowed to breed without any introduction of 
 *' fresh blood. They were well and carefully fed. At the end of 
 " two years an account of them was taken. They had greatly 
 " multiplied, but only one-third of the number were black, and the 
 *' others had become spotted with white, then patched, and then 
 " quite white ; while the latter had not only lost the characteristics 
 " of the breed from which they descended, but were weak and 
 " deformed in every possible way. The introduction of fresh 
 " blood prevents all this ; and the breeder for prizes, or whoever 
 " wishes to have the best of the sort he keeps, should never let 
 " a fowl escape him if it possesses the qualities he seeks. 
 
450 HAXDY-BOOK OF HUSBANDRY. 
 
 " Such are not always to be had when wanted, and the best 
 " strains we have, of every sort, have been got up by this plan. 
 ''There is one thing worthy of remaik; none of our fowls 
 *' imported from warmer climates are subject to roup, as Spanish, 
 *' Cochins, Brahmas, and Aialays. But those from a damp 
 " country, like Holland, seem to have seeds of it always in 
 " them. The following tonic is highly recommended by Mr. 
 " John Douglas of the Wolsely Aviaries, England, to prevent 
 " roup and gapes in chickens and old fowls : — ' One pound of 
 "sulphate of iron, one ounce of sulphuric acid, dissolved in a jug 
 " with hot water, then let it stand twenty-four hours, and add one 
 "gallon of spring water; when fit for use, one teaspoonful to a 
 " pint of water given every other day to chickens and once a 
 " week to old fowls, will make roup and gapes entirely a stranger 
 " to your yards.' This may be true if perfect cleanliness is main- 
 "tained, and the fowls are in other respects well-treated." 
 
 There are other works on poultry in which the question of 
 diseases is more fully treated, and from which much sound advice 
 may be obtained, but in reading these, as in considering the in- 
 structions given in agricultural papers, the farmer should exercise 
 a full share of discreet judgment, and hesitate to adopt any 
 severe remedy which does not commend itself as rational. 
 
 Making Capons. — The excellence of the flesh of the capon has 
 been known for ages, and the price of these birds in the poultry 
 markets of the world, is always very much higher than is that of 
 other poultry. It is hardly astonishing that their production is so 
 limited, when we consider the fact that the castration of the cock 
 is a much more delicate operation, and is more likely to be 
 attended with fatal results, than is that of other animals. An 
 idea prevails, though I can hardly think it a just one, that capon- 
 izing is an especially cruel process. Castration is unquestionably 
 in all cases attended with pain ; but it is extremely doubtful 
 whether it produces more pain in the case of the bird than of the 
 quadruped. The greediness with which the rcmo\ ed parts are 
 eaten by the animal himself, while still bound to the table, would 
 indicate that the pain of the operation is not very depressing. 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 451 
 
 The following account of the manner in which capons are 
 made in France was prepared many years ago, for private circu- 
 lation, by a gentleman in Philadelphia who had great skill in the 
 art and whose success was admirable. I am enabled by personal 
 experience to say that if the directions are strictly adhered to there 
 is very little risk of the loss of life, and, so far as I have been able 
 to observe, no more suffering than attends the castration of calves 
 and pigs. The instruments referred to can be obtained from 
 surgical-instrument makers. With these before him, the reader 
 will readily understand the directions. 
 
 " DIRECTIONS FOR MAKING CAPONS. 
 
 " Fowls intended to be cut, must be kept at least twenty-four 
 hours without food, otherwise the entrails will fill the cavity of 
 the belly, and render it almost impossible to complete the opera- 
 tion ; besides, when they have been starved the proper length of 
 time, they are less liable to bleed. 
 
 " The chicken is taken at any age, from five days old until it be- 
 gins to crow, or even after. Lay the fowl on its left side on the 
 floor, draw the wings back, and keep it firm by resting the right 
 foot on its legs, and the other foot or knee on its wings. (The 
 table with the apparatus does away with the necessity of this stoop- 
 ing position.) Be careful that the head of the fowl is not held 
 down, or even touched during the operation, as it would be sure 
 to cause it to bleed. Pluck the feathers off from its right side near 
 the hip joint, in a line between that and the shoulder joint ; the 
 space uncovered should be a little more than an inch square. 
 Make an incision between the last two ribs, havino- first drawn the 
 part backward, so when left to itself it will cover the wound in the 
 flesh. In some fowls the thigh is so far forward that it covers 
 the last two ribs ; in which case, care must be taken to draw the 
 flesh of the thigh well, so as not to cut through it, or else it 
 would lame the fowl, and perhaps cause its death in a few days 
 after the operation, by inflaming. 
 " The ribs are to be kept open by the hooks — the opening must 
 "• be enlarged each way by the knife, if necessary, until the tes- 
 
452 HANDY-BOOK OF HUSBANDRY. 
 
 " tides, which are attached to the backbone, are entirely exposed 
 ^^ to view, together with the intestines in contact with them. 
 "■The testicles are inclosed in a thin skin, connecting them with 
 " the back and sides — this must be laid hold of with the pliers, 
 *'and then torn awav with the pointed instrument ; doing it first 
 " on the upper testicle, then on the lower. (The lower testicle 
 " will generally be found a little behind the other — that is, a little 
 *' nearer the rump.) Next introduce the loop, (which is made of 
 '• a horse hair or a fiber of cocoanut ;) it must be put around the 
 "■' testicle which is uppermost, in doing which the spoon is ser- 
 *' viceable to raise up the testicle and push the loop under it, so 
 *' that it shall be brought to act upon the part which holds the 
 *' testicle to the back ; then tear it ofF by pushing the tube toward 
 " the rump of the fowl, at the same time drawing the loop. Then 
 '■'■ scoop it and the blood out with the spoon, and perform the 
 *'same operation on the other testicle. Take away the hooks, 
 *■*■ draw the skin oxer and close the wound •, stick the feathers that 
 "you pulled off before, on the wound, and let the bird go. 
 
 " Remarks. — If the operation be performed without sufficient 
 " skill, manv of the fowls will prove not to be capons ; these may 
 *'be killed for use as soon as the head begins to grow large and 
 *' get red, and they begin to chase the hens. The real capon will 
 *' make itself known bv the head remaining small, and the comb 
 " small and withered ; the feathers of the neck or mane wi'l also 
 " get longer, and the tail will be handsomer and longer : they 
 " should be kept to the age of fifteen or eighteen months, which 
 " will bring them in the spring and summer, when poultry is 
 " scarce and brings a high price. Take care, howe\ er, not to 
 "kill them near moulting time, as all poultry then is very inferior. 
 "The operation fails, principally, by bursting the testicle, so that 
 *'the skin which incloses the soft matter, remains in the bird and 
 "the testicle grows again. 
 
 " Birds of five or six months are less liable to have the testicles 
 *' burst in the operation than younger A)wls, but they arc more 
 " apt to bleed to death than those of from two to four months old. 
 
 " A skillful operator will always choose fowls of from two to 
 
MEDICAL TREATMENT OF DOMESTIC ANIMALS. 453 
 
 three months ; — he will prefer also, to take off the lower testi- 
 cle first, as then the blood will not prevent him from proceeding 
 with the other ; whereas, when the upper one is taken off the 
 first, if there should be any bleeding, he has to wait before he 
 can take off the lower testicle. 
 
 " The large vein that supplies the entrails with blood passes in 
 the neighborhood of the testicles ; there is danger that a young 
 beginner may pierce it with the pointed instrument in taking off 
 the skin of the lower testicle, in which case the chicken would 
 die instantly, for all the blood in its body would issue out. 
 There are one or two smaller veins which must be avoided, 
 which is very easy, as they are not difficult to see. If properly 
 managed, no blood ever appears until the testicle is taken off; so 
 that should any appear before that, the operator will know that 
 he has done something wrong. 
 
 '' If a chicken die, it is during the operation, by bleeding, (of 
 course it is as proper for use as if it bled to death by having its 
 throat cut ;) they very seldom die after, unless they have re- 
 ceived some internal injury, or the flesh of the thigh has been 
 cut through, from not being drawn back from off the last two 
 ribs, where the incision is made ; all of which are apt to be the 
 case with young practitioners. 
 
 " If the testicles be found to be large, the bamboo tube should 
 be used, and it should have a strong cocoanut string in it, — for 
 small ones the silver tube with a horse hair in it, is best. 
 " When a chicken has been cut, it is necessary before letting 
 it run, to put a permanent mark upon it ; otherwise it would 
 be impossible to distinguish it from others not cut. I have been 
 accustomed to cut off the outside or the inside toe of the left 
 foot, — by this means I can distinguish them at a distance. 
 Another mode is to cut off the comb, then shave off the spurs 
 close to the leg, and stick them upon the bleeding head, where 
 they will grow and become ornamental in the shape of a pair of 
 horns. This last mode is perhaps the best, but it is not so 
 simple and ready as the first. Whichever mode is adopted, the 
 fowl should be marked before performing the operation, because 
 
454 IIANDV-BOOK OF HUSBANDRY. 
 
 " the loss of blood occasioned by cutting off the comb or a toe, 
 ** makes the fowl less likely to bleed internally during the 
 *' operation. It is verv common, soon after the operation, for the 
 "chicken to get wind in the side, when the wound is healing, be- 
 " tween the flesh and the skin ; it must be relieved by making a 
 ** small incision in the skin, which will let the wind escape. 
 
 " Those fowls make the finest capons which are hatched early 
 "in the spring ; they can be cut before the hot weather comes, 
 *' which is a great advantage. 
 
 " Never attempt to cut a full-grown cock ; it is a useless 
 "and cruel piece of curiosity. I have never known one to live. 
 " The first efforts at acquiring this art should be made on dead 
 " subjects ; this will save the infliction of much crueltv. Be not 
 "discouraged with the first difficulties; with practice they will 
 " disappear ; every season you will find yourself more expert, 
 " until the cutting of a dozen fowls before breakfast will be a 
 *' small matter. 
 
 *' It may be well to give a warning against becoming dissatisfied 
 " with the tools. A raw hand, when he meets with difficulties, is 
 " i»pt to think the tools are in fault, and sets about to improve 
 " them and invent others ; but it is only himself that lacks skill, 
 ** which practice alone can give. I have spent money, besides 
 *' wasting my time in this foolish notion, but have always found 
 "that the old, original tools, which came from China, and where 
 "this mode of operating was invented, are the best. 
 
 " Take care that the tools are not abused by ignorant persons 
 ** attempting to use them; they will last a person's life-time if 
 *' properly used ; but if put out or order, none but a surgical- 
 *'^ instrument maker can repair them properly." 
 
 In all cases where sufficient attention is given to the raising of 
 poultry to make their preparation for the market an important 
 item of business, there can be no question that much profit would 
 result from an adoption of the system of caponizing ; but, done in 
 a hap-hazard way, no especial care being given to the preparation 
 of the birds for sale, and to the establishment of a reputation in the 
 market, it would probably not be worth while to attempt it at all. 
 
CHAPTER XVI. 
 
 THE DAIRY. 
 
 Of all the means by which farmers convert the productions of 
 the soil into merchantable products the dairy is the most scientific 
 and systematic. At the same time, if its various operations are 
 conducted with care and on sound business principles, it is by far 
 the most profitable, and conduces more than any other to the 
 proper maintenance of the fertility of the soil. 
 
 Dairy farming includes the preparation for market of the three 
 great staples, — milk, cheese, and butter. 
 
 Farmers living within easy reach (and in these days two hun- 
 dred miles of railroad are easy) of a large market for milk, have 
 generally found that, in view of the less care required, the most 
 profitable course to pursue is to sell the entire product of milk to 
 the wholesale dealers. Were this course pursued for many years 
 in succession, without the purchase of food from exterior sources, 
 the result would be injurious to almost any land. But since it is 
 universally found to be profitable to purchase brewers' c;rains, bran, 
 linseed meal, cotton-seed meal, or other concentrated food, it is 
 probable that the amount of phosphates and of ammonia restored to 
 the farm in the purchased food, compensates for the loss of mineral 
 matter in the milk sold. For the future, — for that dav when the 
 constant removal of more earthv plant constituents than are 
 restored in the purchased food shall have materially lessened the 
 productiveness of the land, — there is no doubt that means of 
 restoration will be found that do not now exist in an available 
 form, or that such as do now exist will be more largely made use 
 of, and that when the addition of large quantities of phosphoric 
 
456 HANDY-BOOK OF UUSBANDRT. 
 
 acid, potash, etc., become necessary to fertility they can be ob- 
 tained bv farmers at paving rates. 
 
 To take an extremelv theoretical view of the selling of milk, 
 it may be said that we act on the principle that " sufficient unto the 
 dav is the e\ il thereof." Practicallv, I am inclined to think that, 
 while the future deterioration of the soil is pretty certain, all of 
 the circumstances of the case being considered, this system is not 
 injudicious. So long as by the feeding of purchased food, and by 
 the careful use of the manure produced, the fertility of the land 
 may be kept at a satisfactory point, farmers, as a rule, will not, 
 and perhaps it is not necessary that they should, spend large sums 
 in the purchase of special fertilizers ; because, when thev become 
 really necessary, thev are morally certain to be purchased and to 
 be applied with judgment. Therefore, the most careful and 
 economical foresight need not be greatly alarmed by the pres- 
 ent waste of capital. Or, to state the case in a few words, so 
 long as farming will pay without the purchase of foreign manures, 
 so long will they be dispensed with ; when farming will only pay 
 with their assistance they are sure to be purchased ; consequently, 
 while in an operation of mv own I should carefully eschew any sys- 
 tem which removed from the soil in any single year more mineral 
 matter than the purchased food of that year returned to it, I am 
 fully aware that most farmers situated, as they often are, remote 
 from the sources of these fertilizers, either will not or cannot adhere 
 to this rule ; and while I believe that either they or their descendants 
 will suffer to a certain extent from their course, I do not believe that 
 the inconvenience will be very great, or that the ultimate profit of 
 their operations will be disastrously reduced. This question of 
 the remo\ al of phosphates and potash is the only grave objection to 
 the selling of milk. Setting that aside, we see ample reason why 
 all farmers, who are so situated that their milk can be conveniently 
 sold, day bv day, should prefer this means of converting it into 
 money ; for it is desirable to avoid the perplexing cares of the 
 buttery and cheese-room when possible •, and ordinarily the price 
 obtained for the milk is pretty nearly as great as would be obtained 
 for the various products of milk if manufactured at home. 
 
THE DAIRY. 457 
 
 To show, howe\'er, that the " mineral theory " offers a grave 
 objection to the sale of milk, it is only necessary to state the 
 teachings of the following : — 
 
 Jnalysis of Milk by Haidlen. 
 
 Water 873- 
 
 Butter -io- 
 
 Caseine 48" Z 
 
 Milk Sugar 43'9 
 
 Phosphate of Lime z-ii 
 
 Magnesia -42 
 
 Iron 07 
 
 Chloride of Potassium i -44. 
 
 Sodium and Soda ; -66 
 
 1,00000 
 
 One hundred gallons of milk weigh about 1,000 pounds ; there- 
 fore, each hundred gallons remove from the farm 2-3 1 pounds of 
 phosphate of lime, and I '44 pounds of chloride of potassium. For 
 our present purposes the other constituents of the milk may be 
 disregarded, as being less in quantity and comparatively unimpor- 
 tant. Ten cows of good average quality will produce perhaps 
 5,000 gallons of milk per annum, and the sale of their milk will 
 remove from the farm 11 5*5 pounds of phosphate of lime, and 72 
 pounds of chloride of potassium. 
 
 It is true that these amounts seem trifling, when compared with 
 the immense q'uantities of both of these elements that all fertile 
 soils contain ; but it must not be forgotten that of the very large 
 content of mineral food developed by a searching analysis of the 
 soil, only a slight proportion is yearly made available for the uses 
 of the plant, and that the whole quantity removed is taken from 
 this available stock. If the restoration by natural processes is 
 sufficiently active to make up for the removal, and in many cases 
 no doubt it would be, practical farming need take no cognizance 
 of the loss. But on lands where yearlv manuring is necessary for 
 the production of satisfactory crops, there is no doubt that even 
 this slight removal would in manv instances tend, sooner or later, 
 to the impoverishment of the land. As before stated, however, 
 the threatened impoverishment is now so remote, and the means 
 
458 IIANDY-BOOK OF HUSBANDRY. 
 
 of recuperation so certain, that the question whether to sell milk 
 or to manufacture it on the farm should be decided mainlv in the 
 light of the question of profit and loss. 
 
 For a milk dairy, pure and simple, such cows should be selected 
 as are known to give an excessively large yield of milk. For sale 
 in the market the question of quality is of little consequence, as, 
 especially when sold to wholesale dealers, there would be no dif- 
 ference in price resulting from superior richness. Quantity is the 
 only point to be looked to, and to gain this we should not only 
 select large milkers, but should feed them on such food as, while 
 it would properly sustain all ot the functions of their bodies, would 
 stimulate the production of the greatest possible flow of milk. 
 
 For the manufacture of butter and cheese, howe\er, we should 
 be influenced by far different considerations. Not only should we 
 select such cows as are known to produce milk rich in the con- 
 stituents that our butter or cheese requires, but we should feed 
 them on such food as will increase the production of these richer 
 constituents to the greatest extent that is possible without injury 
 to the animals' health. 
 
 BREEDS OF DAIRY CATTLE. 
 
 Tlie short-horns^ while they are the largest of all the bovine 
 races, are sometimes the greatest milkers. Certain families, 
 that have long been grown for beef purposes only, produce so 
 little milk that it is sometimes difficult to give calves a fair head- 
 way by feeding them on the milk of their dams alone. Other 
 families again, which are known as great milkers, give larger yields 
 than almost any other breed with which we are familiar, and they 
 have the great advantage that, when their usefulness for milking is 
 ended, they may be rapidly fattened to a great size and sold to the 
 butcher at high prices. 
 
 Dutch cattle^ which are supposed to have entered largely 
 into the formation of the short-horn breed, are very large 
 milkers, and probably the milking qualities of the short-horns are 
 inherited from this side of their ancestry. The pure race (many 
 of which have been recently imported into this country, although 
 
THE DAIRY. 459 
 
 they are by no means generally disseminated, nor yet within the 
 reach of common farmers) promises to the milk producer perhaps 
 as good results as can be obtained from the consumption of his 
 crops by the aid of any other. The black and white cattle which 
 are so common along the banks of the Hudson River, and in other 
 parts of the States of New York and New Jersey which were 
 originally settled from Holland, are mainly Dutch in their origin ; 
 and they are to this day, as a rule, great milkers and excellent 
 cows. 
 
 Devoirs and Herefords^ although most valuable for the produc- 
 tion of beef and as working oxen, are less conspicuous than some 
 of the other breeds as good dairy cattle. 
 
 The Ayrshire is, par excellence^ the milkman's cow. She 
 is rather small, perfectly formed, well developed in every point 
 that tends to the production of large quantities of milk, and of 
 that delicacy of organization which invariably accompanies the 
 production of rich milk ; and whether the business be the sale of 
 milk or the manufacture of cheese, she leads the list of the pure 
 breeds, while for butter she is hardly, if at all, inferior to any 
 other in the quantity produced. Were it required that we should 
 lose from our dairy farms all but one breed of our cattle, the 
 Ayrshire should by all means be the one retained ; for, although 
 a large eater, she converts her food into milk more completely 
 than does any other animal. 
 
 The 'Jersey (often miscalled the Alderney) is, essentially, a 
 butter cow. The quantity of milk given is very much less 
 than that of the Ayrshires, Short-horns, and Dutch cattle, and 
 the production of a large quantity of milk is by many breeders 
 of Jersevs considered by no means an advantage. The propor- 
 tion of cream contained in the milk, the richness of the cream 
 itself, and the completeness with which the butter-forming 
 elements of the food are converted, mark the Jersey as the most 
 profitable, and in all respects the most satisfactory animal for but- 
 ter farms. While the average production of cream from the milk 
 of ordinary cows is about 12 1-2 per cent., that of the Jersey's 
 produces generally about 20, and sometimes even 25 per cent., — - 
 
460 HANDY -BO OK OF II USB AN DRY. 
 
 the cream at the same time producing more ounces of butter to 
 the quart. 
 
 An experiment was rccentiv tried, with a view to testing thisques- 
 tion, with three pure-bred Jersey cows, three grades, (one one-half, 
 one three-quarters, and one seven-eighths Jersey,) and three native 
 animals. All were in about equallv good condition, having run 
 about the same average length of time since calving, and all were 
 fed in precisely the same manner. It was found that while it 
 required eleven quarts of the milk of the "native " cows to make 
 a pound of butter, and eight and a quarter quarts of the milk of the 
 grades, a pound of much better butter was made from six and one- 
 third quarts of the milk of the Jerscvs. The difference in the 
 amount of food was considerable, — that of the pure Jersevs being 
 the least of all. The number of quarts of milk, of course, was much 
 less in the case of the Jersevs than ot the grades, and in the case 
 of the grades than of the "natives ;" but the general result estab- 
 lished the fact that a given quantity of butter was produced by the 
 Jersey cattle by the consumption of less food than the others 
 required. Being smaller animals, less was required to main- 
 tain their ordinary vital functions. There recently came to 
 my notice the case of a pure Jersey cow that, during her 
 prime, for eight weeks in succession produced sixteen pounds 
 of butter per week. The late Mr. John T. Norton, of Farm- 
 ington, Connecticut, keeping quite a large herd of pure Jersey 
 cows, found that they yielded a yearly average of somewhat 
 more than two hundred pounds of butter each. While these 
 animals are noted for the production of large quantities of rich 
 butter, thev are comparatively valueless for the cheese dairy, and 
 still more so for the selling of milk. 
 
 These pure breeds are in the main the originators of the dairy 
 animals of the United States ; yet there are very few dairies in the 
 whole country that are supplied only with pure stock, the pure 
 breeding being almost exclusively in the hands of those who 
 make the sale of thoroughbred animals, at high prices, a con- 
 siderable item of their business. But the demand on which 
 their high prices are based is largely for the use of thoroughbred 
 
THK DAIRY. 461 
 
 animals in improving the stock of common farms ; and it is fast 
 coming to be understood that, while for ordinary purposes there is 
 not, perhaps, a great advantage in favor of pure breeding, there is 
 a decided advantage in the infusion of a large proportion of the 
 blood of some well-defined race, into the mixed breeds kept for 
 various dairy purposes; and while it is not seldom that we Imd a 
 common or "native" cow that, both in the production of milk, and 
 cheese, and of butter, is in all respects as good as ordinary speci- 
 mens of the pure breeds, it is a general truth that the larger the 
 proportion of a thoroughbred strain that we are able to introduce 
 into our common herds, the better will be the general results, and, 
 what is incidentally of great ad\'antage, the more uniform will be 
 their character, and the more will they come under the influence 
 of a regularly established and methodical system of treatment. 
 
 It is a well-established principle in cross-breeding, not only 
 with cows, but with all domestic animals, from horses to poultry, 
 that the purity of blood should be on the side of the sire ; and 
 by a proper observance of this principle we mav, within two or 
 three generations, bring the general characteristics of our herds to 
 a tolerably close conformity with the thoroughbred standard. The 
 physiological reason for this influence is supposed to be, that, by a 
 long course of careful breeding, certain desirable qualities have be- 
 come so established in the race, — such a "fixity of type" has been 
 created, — that the pure blood, crossed with animals of less marked 
 peculiarities, has, so to speak, a greater impetus, and exercises 
 a more powerful influence ovc the progeny. A dozen native 
 cows of varying form, color, and qualitv, crossed with a pure 
 Devon bull, would produce calves possessing very generally the 
 characteristics of the Devon race ; and after the second or third 
 generation reversals to the common type would be comparatively 
 rare. 
 
 Therefore, if it is determined by a farmer that any one of the pure 
 races of dairy animals possesses tor his purposes decided advan- 
 tages, it is within his power, simply by the use of vigorous males 
 of that race, to establish throughout his herd, within a very few 
 years, most, if not all, of the desirable dairy qualities of the pure 
 
462 HANDY-BOOK OF HUSBANDRY. 
 
 breed ; and not unfrequently there will be retained the size, sound- 
 ness, and adaptability to the climate and soil of the district, which 
 the common-bred herd possessed in marked degree. Of course, in 
 securing the good qualities of two classes of animals, there is always 
 the risk of perpetuating their bad qualities as well ; and attention 
 should always be given to the avoidance of individual elements of 
 weakness, on the side of both the sire and the dam, for it is a 
 well-known fact in breeding that defects are transmitted quite as 
 surely as are good qualities. 
 
 As to the general hardiness of constitution, including good 
 appetite, cheerful spirits, and ability to withstand the rigors of 
 inclement seasons, so great is the flexibility of nature that I doubt 
 if very much is to be said in favor of any particular race or breed. 
 Treated in the same manner, all of the breeds of dairy cattle, pro- 
 vided, of course, that they are not exposed to undue hardships, 
 will be found to be about equal in this respect. It was for a long 
 time a popular objection to the Jerseys, that their delicacy of con- 
 formation and texture unfitted them for use in our more Northern 
 States. But the universal success that has attended their establish- 
 ment in eastern Massachusetts, (in probably the worst climate on 
 the Atlantic coast,) where they were introduced more than twenty 
 years ago, and where not only has the original stock been bred 
 pure, but almost yearly fresh importations have been added to 
 them, demonstrates the fact that this objection is a purely imagi- 
 nary one. Jerseys, although originating in the moderate and 
 humid climate of the English Channel, support as well the rigors 
 of our winters as the Ayrshires of Scotland do ; and there is no 
 doubt that the still more delicate animals of the Azores, with the 
 aid of judicious care in their first introduction, would compare 
 favorably with our native animals in their ability to withstand the 
 effect of the weather. The immense herds of animals brought 
 yearly from Texas to pass their winters in the open air in the 
 cold Northwest, sufficiently establish the soundness of the fore 
 going opinion. The Short-horn, a short and fine-haired animal, 
 which seems especially adapted to the soil and climate of Kentucky, 
 is nowhere raised in greater perfection than high among the moun- 
 
TUE DAIRY. 4G3 
 
 tains of Berkshire County, Massachusetts ; and the thin-skinned 
 Ayrshires thrive remarkably in every part of the North. 
 
 Of course, every good animal, whether of an imported or of the 
 native stock, requires comfortable shelter during the winter season 
 or it must suffer in proportion to its exposure. The scrub 
 races of the poor farming of our cold Northern hills which have 
 through many generations developed into any thing but good 
 animals, might be improved bv being brought under better 
 treatment ; and there is no doubt that any good native or foreign 
 animal, subjected to the treatment under which these have been 
 bred, would soon deteriorate into a scrub, or would die in the early 
 effort. Dairy animals all require a certain protection and care ; 
 but it is doubtful whether that which is suited to those that are 
 apparently the most hardy, is not equally applicable to those of 
 more delicate appearance. It may be said, with reference to all 
 breeds of dairy cattle, that they are, to a very large extent, an 
 artificial production. The effect of their long domestication, the 
 constant object having been to procure as large an amount as 
 possible of milk, cheese, and butter, has been to stimulate to a 
 great extent a. single characteristic, which, in a state of nature, 
 is only so far developed as the nutrition of the calf renders neces- 
 sary. In the wild state the cow gives but little milk at any time, 
 and none at all during the greater part of the year. The effect 
 of domestication has been to very greatly increase both the quantity 
 and duration of the vield, so that now the chief energies of the 
 animal's organization are devoted simply to the production of 
 milk. And in all of our operations, both of breeding and feeding, 
 the object of still further developing this qualitv should be kept 
 constantly in mind. In addition to the control over the character 
 of our herds that the simple element of " blood " gives us, a very 
 important influence is also exercised by the circumstances under 
 which they are kept, and especiallv by the abundance and quality 
 of their food. It may be set down as a general rule, that the ani- 
 mals of rich countries are large, and those of poor countries are 
 small ; and even a few generations' breeding on a rich farm will 
 considerably increase the size of the smaller races, while in a few 
 SO 
 
4G4 IIAXDY-BOOK OF UUSBAXDRY. 
 
 generations on poor land the size of the larger breeds will be 
 cciualiy reduced. Thus nature is constantly seeking to bring 
 about a due conformity between the soil and the herds feeding 
 upon it. It would be useless, therefore, to attempt to raise any 
 herd to its highest pitch of excellence, no matter how pure the 
 breed might be, unless at the same time the proportion and 
 quality of food required by the perfect animal of the breed, 
 were regularly supplied. Either we should too greatly increase 
 the tendency to fat and to large development on the one hand, or 
 we should too much reduce these on the other. Having adopted 
 the type that we wish to attain in breeding, it is necessary always 
 to adjust the quality and quantity of the food to its preserva- 
 tion or improvement. By too great an increase of size and 
 tendency to fatten we may reduce the milking qualities ; or by 
 stinted feeding we may so enfeeble the constitution as to destroy 
 the especial quality on which our preference for a given breed has 
 been based. This question of breeding furnishes in itself ample 
 material for a larger book than this, and it would be improper to 
 enter here more fully into its discussion. The few hints already 
 given should sufBce to induce any thoughtful farmer to study 
 carefully the principles set forth in more elaborate works on the 
 subject. 
 
 THE SELECTION OF MILCH COWS, 
 
 In the selection of milch cows care should be given, in the first 
 instance, to those general characteristics of the dairy animal which 
 are permanent in all breeds, and which are the universal indica- 
 tions, the world over, of good milkers. The following statement 
 by Mr. Flint very well covers the more important points of the 
 case : — * 
 
 " In order to have no superfluous flesh, the cow should have a 
 " small, clean, and rather long head, tapering toward the muzzle. 
 *■'■ A cow with a large, coarse head, will seldom fatten readily, or 
 '■*' give a large quantity of milk. A coarse head increases the pro- 
 " portion of weight of the least valuable parts, while it is a sure 
 
 * Milch Cuws and Dairy Farming. By Charles L. Flint. Boston: 1867. 
 
THE DAIRY. 4G5 
 
 " indication that the whole bony structure is too heavy. The mouth 
 '' should be large and broad ; the eye bright and sparkling, but of 
 " a peculiar placidness of expression, with no indication of wildness, 
 " but rather a mild and feminine look. These points will indicate 
 " gentleness of disposition. Such cows seem to like to be milked, 
 "■ are fond of being caressed, and often return caresses. The 
 " horns should be small, short, tapering, yellowish, and glistening. 
 " The neck should be small, thin, and tapering toward the head, 
 " but thickening when it approaches the shoulders ; the dewlaps 
 " small. The fore-quarters should be rather small when com- 
 " pared with the hind-quarters. The form of the barrel will be 
 " l^''g^5 ^"^ each rib should project further than the preceding 
 " one, up to the loins. She should be well-formed across the 
 " hips and in the rump. 
 
 "The spine, or backbone, should be straight and long, rather 
 " loosely hung, or open along the middle part, the result of the 
 "distance between the dorsal vertebrae, which sometimes causes a 
 " slight depression, or sway back. By some good judges this 
 " mark is regarded as of great importance, especially when the 
 "bones of the hind-quarters are also rather loosely put together, 
 "leaving the rump of great width, and the pelvis large, and the 
 " organs and milk-vessels lodged in the cavities largely developed. 
 " The skin over the rump should be loose and flexible. This 
 " point is of great importance ; and as, when the cow is in low 
 " condition, or very poor, it will appear somewhat harder and 
 " closer than it otherwise would, some practice and close observ- 
 " ation are required to judge well of this mark. The skin, indeed, 
 "all over the body, should be soft and mellow to the touch with 
 " soft and glossy hair. The tail, if thick at the setting on, should 
 " taper and be nne below. 
 
 " But the udder is of special importance. It should be large in 
 " proportion to the size of the animal, and the skin thin, with soft 
 "loose folds extending well back, capable of great distention when 
 " filled, but shrinking to a small compass when entirely empty. It 
 " must be free from lumps in everv part, and provided with four 
 " teats set well apart, and of medium size. Nor are the milk- 
 
4G6 HANDY-BOOK OF HUSBANDRY. 
 
 " veins less important to be carefully observed. The princ'pal 
 
 " ones under the belly should be large and prominent, and extend 
 " forward to the navel, losing thembclves, apparently, in the very 
 " best milkers, in a large cavity in the flesh, into which the 
 " end of the finger can be inserted ; but when the cow is not 
 '' in full milk, the milk-vein, at other times very prominent, is not 
 *' so distinctly traced ; and hence, to judge of its size when the 
 " cow is drv, or nearly so, this vein may be pressed near its end, 
 " or at its entrance into tbe body, when it will immediately fill up 
 *' to its full size. This vein does not carry the milk to the udder, 
 " as some suppose, but is the channel by which the blood returns ; 
 *' and its contents consist of the refuse of the secretion, or what 
 ^' has not been taken up in forming milk. There are, also, veins 
 " in the udder and the perineum, or the space above the udder, 
 ''and between that and the buttocks, which it is of special iniport- 
 "ance to observe. These veins should be largely developed, and 
 " irregular or knotted, especially those of the udder. They are 
 " largest in great milkers. 
 
 " 1 he knotted veins of the perineum, extending from above 
 " downward in a winding line, are not readily seen in young heif- 
 " ers, and are very difficult to find in poor cows, or cows of only 
 " a medium quality. They are easily found in very good milkers, 
 " and if not at first apparent, they are made so by pressing upon 
 "them at the base of the perineum, when they swell up, and send 
 " the blood back toward the vulva. They form a kind of thick 
 " net-work under the skin of the perineum, raising it up somewhat, 
 " in some cases near the vulva, in others lower down and nearer to 
 " the udder. It is important to look for these veins, as they often 
 " form a very important guide, and by some they would be con- 
 " sidered as furnishing the surest indications of the milking qual- 
 " ities of the cow. Their full development almost always indicates 
 "an abundant secretion of milk ; but they are far better developed 
 " after the cow has had two or three calves, when two or three 
 "years' milking has gi\en full activity to the milkv glands, and 
 " attracted a large flow of blood. The larger and more promi- 
 " nent these veins, the better. It is needless to say, that in observ- 
 
THE DAIRY. 467 
 
 "ing them some regard should be had to the condition of the cow, 
 " the thickness of skin and fat bv which they may be surrounded 
 "and the general activity and food of the animal. Food calcu- 
 "lated to stimulate the greatest flow of milk will naturally increase 
 "these veins, and give them more than usual prominence." 
 
 Flint gives the following description of the characteristics of the 
 Ayrshire cow : — 
 
 * * * " In color, the pure Ayrshires are generally 
 
 " red and white, spotted, or mottled, not roan like many of the 
 " short horns, but often presenting a bright contrast of colors. 
 " They are sometimes, though rarely, nearly or quite all red, and 
 " sometimes black and white ; but the favorite color is red and 
 " white brightly contrasted, and by some, strawberry-color is pre- 
 " ferred. The head is small, fine, and clean ; the face long and 
 "narrow at the muzzle, with a sprightly yet generally mild ex- 
 " pression ; eye small, smart, and lively ; the horns short, fine, 
 " and slightly twisted upward, set wide apart at the roots ; the 
 " neck thin ; body enlarging from fore to hind quarters ; the back 
 " straight and narrow, but broad across the loin ; joints rather 
 "loose and open; ribs rather flat ; hind-quarters rather thin ; bone 
 " fine ; tail long, fine and bushy at the end ; hair generally thin 
 " and soft ; udder light color and capacious, extending well for- 
 " ward under the belly ; teats of the cow of medium size, gener- 
 "ally set regularly and wide apart ; milk-veins prominent and well 
 " developed. The carcass of the pure-bred Ayrshire is light, 
 " particularly the fore-quarters, which is considered by good 
 "judges as an index of great milking-qualities, but the pelvis is 
 "capacious and wide over the hips." 
 
 Concerning the points of the Jeisey cow, the following is copied 
 from the scale of points established by the Royal Jersey Agricul- 
 tural Society, and is the standard of the best breeding; of that island 
 for many years : — 
 
 ¥ * * ci Y'he head of the pure Jersey is fine and 
 
 " tapering, the cheek small, the throat clean, the muzzle fine, 
 "and encircled with a light stripe, the nostril high and open ; the 
 "horns smooth and crumpled, not very thick at the base, taper- 
 
468 nAN'DY-BOOK OF HUSBANDRY. 
 
 " ing, and tipped with black ; ears small and thin, deep orange- 
 " color inside; eves full and placid; neck straight and fine; chest 
 " broad and deep ; barrel hooped, broad and deep, well ribbed 
 " up ; back straight from the withers to the hip, and from the 
 "top of the hip to the setting on of the tail ; tail fine, at right 
 ^'angles with the back, and hanging down to the hocks; skin 
 '^'thin, light color, and mellow, covered with fine soft hair; fore 
 " legs short, straight, and fine below the knee, arm swelling and 
 " {ull above ; hindquarters long and well filled; hind legs short 
 " and straight below the hocks, with bones rather fine, squarely 
 " placed, and not too close together ; hoofs small ; udder full in 
 "size, in line with the be.ly, extending well up behind ; teats of 
 " medium size, squarely placed and wide apart, and milk-veins 
 " very prominent." 
 
 Much attention has been paid during a few years past to what 
 is known as the Milk Mirror or Escutcheon. The relation 
 between this and the capacity for milk was discovered by 
 Mr. Guenon, a native of the south of France, whose early life 
 was passed in the care of a herd of cows. Being a close observer 
 of nature, an excellent judge of cattle, and a man of great natural 
 sagacity, he established, after many years of investigation, a sys- 
 tem by which he claimed to be able to determine the quantity of 
 the yield, its duration, and the quality of the milk for the manu- 
 facture of butter, by what he called the " Escutcheon." He 
 received a gold medal from the Agricultural Society of Bordeaux, 
 in 1837, as a recognition of the value of his discovery; and 
 although many of the details of the intricate system established 
 by him have failed of general adoption, the general principle on 
 which his system is based is of so much value that it is often 
 taken as an important criterion in the selection of dairy animals. 
 
 The Milk Mirror is the upward-growing hair on the back part 
 of the udder and the inside of the hind legs. An examination of 
 any cow will show that the line where this hair meets the down- 
 ward-growing hair of the immediately adjacent parts of the body, is 
 well defined by what is called a "quirl," and the hair included with- 
 in the quirl and covered by the upward-growing hair is the Milk 
 
THE DAIRY. 4(J9 
 
 Mirror. The shape of the Mirror is very different in different races, 
 and generally assumes one of two or three different forms. For 
 details concerning this subject the reader is referred to well-known 
 publications in which it is set forth. For the purposes of this 
 chapter it will be sufficient to say, in general terms, that, as a gen- 
 eral rule, the size of the mirror bears a pretty constant proportion 
 to the amount of the yield of milk ; and while it is true that this 
 indication of great milking qualities, in those cases where it is a 
 reliable indication, accompanies such other general characteristics 
 as of themselves indicate good milkers, at the same time it is one 
 which is so easily studied, that it constitutes perhaps the simplest 
 indication of the general dairy qualities of any individual animal. 
 
 The great value of Guenon's system depends on the fact that 
 in calves which, neither by the texture of their hides nor the con- 
 formation of their bodies, nor, indeed, by any of the general 
 marks on which we depend in the selection of dairy animals, give 
 any indication of their future milking qualities, it is possible by a 
 sole dependence on the character of the escutcheon to predict 
 with considerable certainty their future usefulness for the dairy. 
 Of course, owing to the slight dexelopment of the udder, the 
 escutcheon is always very much smaller, even in proportion to the 
 size of the animal, than in the milch cow ; yet the different pro- 
 portions that the escutcheons of two calves bear to their size are 
 an excellent general indication of their future usefulness ; and any 
 farmer who will carefully study this peculiarity of his animals dur- 
 ing the various stages of their growth, with the assistance of the 
 plates laid down in Guenon's book (also to be found in Mr. 
 Flint's work), will arrive at a tolerably accurate means of judging 
 of the value of full-grown animals that it is contemplated to pur- 
 chase, and of the calves that his own herd produces 
 
 THE FEEDING AND MANAGEMENT OF DAIRY COWS. 
 
 In the chapter on "Winter Feeding and Management" the 
 subject of the treatment of milch cows is considered at length, 
 and a general reference to it will be found in the chapter on 
 "Soiling and Pasturing." It may be well, however, in this con- 
 
470 HAXDY-BOOK OF HUSBANDRY. 
 
 nection, to insist on the importance of an exact adaptation of the 
 means used to the end desired to be obtained. The following 
 general principles should never be lost sight of: — 
 
 I. To keep the cow always in a thrifty, healthy condition, 
 and with a voracious appetite. The great end of her life, 
 the production of milk, cannot be perfectly accomplished unless 
 she is comfortable and cheerful, and unless she consumes the 
 largest amount of food that it is possible for her to take 
 into her stomach without injury to her health. She should 
 be regarded as an agricultural implement — as a mill, in which 
 we grind up fodder and roots and grain for the purpose of 
 turning out as large a quantity of dairy products as that food is 
 capable of producing. For the same reason that it would be un- 
 profitable to keep an expensive grist-mill running on half-work, so 
 it is unprofitable to keep a cow in such a way that she will turn 
 into milk and butter only a part of the food that her organs are 
 capable of so turning. Up to a certain point every ounce of food 
 given is appropriated for the supply of the natural wastes of the 
 body, and for the production of animal heat. It is only after this 
 universal demand has been supplied that surplus production 
 becomes possible. We will suppose, by way of illustration, that 
 a cow is capable of consuming lOO pounds a day of hay, grain, 
 and roots, and that twenty-five pounds a day would be sufficient 
 to maintain her in good, healthy condition. By dryin^ off her 
 milk we could carry her through the winter in good condition on 
 twenty-five pounds of food per day. But from the consumption 
 of this food we should have gained literally nothing beyond a 
 small quantity of manure. In order to obtain any profit from her 
 keep, it is necessary that she be fed more than this twenty-five 
 pounds a day, and pretty nearly the whole amount in excess of this 
 contributes to the yield of milk and its products. Therefore, the 
 greater the amount of food that we can induce her to con- 
 sume, the greater the proportion of profit resulting from the 
 operation. And herein lies the chief argument against overstock- 
 ing, that is, the keeping of more animals than we can feed in 
 the most liberal manner. For while four cows would, under the 
 
THE DAIRY. 471 
 
 foregoing hypothesis, be kept in good condition on lOO pounds 
 of food per day without profit, two cows consuming the same 
 amount would yield a considerable profit, and one cow would 
 yield still more. 
 
 2. To adjust the character of the food to the end it is desired 
 to attain. That is to say, if milk is to be sold, the food should 
 be of such a character as to stimulate as much as possible the 
 production of quantity, and, incidentally, to induce the drinking of 
 a large amount of water ; while, if it be the object to make butter, 
 the food should be less watery in its character and much richer in 
 quality — richer chiefly in fat-forming substances ; although even 
 with butter-cows, the fact should be constantly borne in mind 
 that the assimilation by the digestive organs of fat-forming ma- 
 terials, such as sugar, starch, vegetable oils, etc., bears a very 
 close relation to the amount of nitrogenous or flesh-and-cheese- 
 forming matter that the food contains. The principle in this 
 case is, that if a bushel of food contain twenty pounds of starch, 
 this starch will not be assimilated unless accompanied by so much 
 gluten or albumen as must necessarily be taken up by the animal 
 in the digestion of so much starch. The proportion between the 
 nitrogenous food required and that of a fat-forming character, is 
 not constant in all animals, but depends more or less on the extent 
 to which they yield or waste their flesh or fat. Working animals 
 wasting in their economy a large amount of flesh-forming material, 
 would assimilate less starch in proportion to the quantity of this 
 than would milch cows, with whom the production of fat in 
 cream is very great. Experiments on which to base definite 
 directions on this subject are wanting ; and in their absence the 
 farmer must be guided largely by his own observation ; and under 
 the best circumstances he will generally fail to establish the most 
 economical proportion between the two constituents of food ; but 
 there is no doubt that he may, by a proper attention to the princi- 
 ple, add materially to the economy of his operations. 
 
 3. To pay attention to the fact that pregnant animals, in addi- 
 tion to the demand which the secretion of milk makes upon their 
 digestive organs, require a certain quantity of food, and food of 
 
472 II A N D Y - B K OF HUSBANDRY. 
 
 the most nutritious character, for the development of the foetus ; 
 and that they must not be allowed to become so fat, nor to get 
 into such a stimulated and feverish condition as to render the pro- 
 cess of parturition dangerous. 
 
 4. To so feed the stock that the manure heap shall be made as 
 rich as is consistent with profitable feeding. 
 
 The details of the stable work should receive much more atten- 
 tion than farmers usually give them. Above all should every 
 operation be conducted with perfect regularity and system, and in 
 a quiet and orderly manner. Neither boisterous actions, singing, 
 nor unnecessarily loud talking should be allowed to disturb that 
 tranquillity which is more conducive than is any thing else to the 
 successful keeping of milch cows. Not only should all of the 
 utensils used for receiving and carrying milk be kept perfectly 
 sweet and clean, but the stable itself should be kept as clean as 
 a stable can be, should be thoroughly well ventilated, and should 
 be light and cheerful. Food and water should be given b\' the 
 clock at unvarying hours ; and the hours of milking should be as 
 punctually adhered to as is the dinner hour of the farmer himself. 
 
 These details are often regarded by the farmer as minor and 
 unimportant. Minor they undoubtedly are, but their importance 
 is much greater than is commonly supposed. The fact should be 
 considered that proper attention to them adds nothing, or com- 
 paratively nothing, to the expenses of the business ; and that 
 even a slight benefit resulting from them is to be passed entirely 
 to the side of profit. But ordinarily the benefit will be by no 
 means slight. Cows fed at irregular hours, spend much of their 
 time in a state of worrying expectancy. Either they eat or drink 
 too little, owing to the short interval that has elapsed, or the 
 shaf^p edge is taken off of their appetites by too long waiting, while 
 that regular secretion of milk, which ought, in animals of full 
 flow, to accomplish the complete distention of the udder at ex- 
 actly the time when the milking is to be done, is very much 
 disturbed, and the completeness of the secretion permanently 
 injured by too great distention at one time and too little at another. 
 It is generally stated that it is better that milking should be done 
 
THE DAIRY. 473 
 
 by women than by men or boys -, and owing to the greater gentle- 
 ness of women this is probably true ; but by whomsoever the 
 milking may be done, it should be insisted that under all circum- 
 stances the cows shall be treated with the utmost tenderness, and 
 that they shall not be agitated by loud talking and skylarking. 
 Perfect decorum and absolute silence should be the rule of the 
 cow stable ; frolicking, music, and story-telling should be reserved) 
 for some other place. 
 
 Bearing in mind the well-known physiological principle that a 
 perfect development of any organ or any function of the animal 
 system is only possible in a general condition of perfect health and 
 normal activity of every organ, much attention should be gi\en to 
 the condition of the animal's hide. The transmission of animal 
 moisture and the loose texture of the skin, which indicate per- 
 fect hq^lth, always conduce to the most complete development 
 of activity in the various departments of the organism, and to the 
 best adjustment of the secretion of milk that, under the various 
 circumstances of food, shelter, and individual capacity, is possible. 
 At pasture, cows should be afforded either natural or artificial 
 shelter from the intense rays of the sun, should be undisturbed by 
 rolicking colts, and unworried by dogs. The feed should be am- 
 ple — enough to enable them to fill themselves without undue 
 labor ; and there should be comfortable places where, unpestered 
 by flies,' they may chew their cuds in quiet contentment. It is 
 easy, both in the stable and in the pasture, for every element of 
 profitable keeping to be harassed out of the best cow ; and it is no 
 less important to keep her in all respects in such condition as to 
 be able to make the most of what she eats, than it is to give her 
 food enough. 
 
 The question of exercise, especially during the winter season, is 
 an important one ; and, in estimating its advantages, we should 
 not lose sight of the importance of maintaining an equal tempera- 
 ture. Many of the most successful dairymen in the countr\' keep 
 their cattle in the stall uninterruptedly, providing water within the 
 building in order that the animals may have no occasion to go out 
 into the cold air. I have in my mind now one well-manaecd 
 
474 HANDY -BOOK OF HUSBANDRY. 
 
 dairy, where nearly fifty pure-bred and high grade Ayrshires are 
 kept, and kept in the most profitable way, in which it is a rule 
 that, from the time of the first t\ing up in the autumn until the 
 spring pastures are ready for use, no cow shall leave her stall for 
 any purpose, except when it is necessary to take her to the calving 
 pen. I saw this herd late in the winter, when they had been 
 tied by the neck for four months, and I never saw anim;ils in 
 more perfectly satisfactory condition in all respects. The most 
 perplexing question attending the proper arrangement of cow 
 stables lies in the apparently contradictory requirements of ven- 
 tilation and temperature. Fresh air is indispensably necessary to 
 health ; a tolerable degree of warmth is highly important to profit- 
 able feeding ; and while it should be the study of every farmer to 
 supply his animals with a sufficient amount of fresh air, he should 
 endeavor to do this with the least possible reduction of the tem- 
 perature of the stable. The different means of ventilation, all of 
 , which have much to recommend them, may be selected according 
 to the requirements of individual cases, — due re2;ard being had 
 chiefly to avoiding the creation of drafts of air about the animals. 
 The heat emanating from a full-grown and healthy animal is 
 sufficient to modify the temperature of the air by which she is 
 surrounded, provided this be not too rapidly removed ; and a well- 
 thatched and warm shed, open to the leeward, is not a bad place 
 to keep cows in ordinary weather. Certainly it is much better 
 than a barn, through the open doors of which a draft of air is 
 constantly sweeping across their backs. It will be well to have 
 doors or windows opening from the stable toward different points 
 of the compass, being careful to open only such as are not on the 
 side against which the wind is blowing. The foul air, escaping 
 from the animal's lungs and from the decomposition of the manure, 
 should be carried off through ascending ventilators ; but, as the 
 resulting gases of decomposition and respiration are heavier than 
 the atmosphere, it will be best for these ventilators, supplied with a 
 strong draft at the cap, to have their opening near the floor. They 
 will, under this arrangement, remove very much less of the accu- 
 mulated warmth of the stable than if starting from the ceiling. 
 
THE DAIRY. 475 
 
 MILK AND ITS PRODUCTS. 
 
 The prime object in keeping dairy cows is to obtain milk. To 
 this end, under ordinary circumstances, every thing else is made to 
 yield. The increase of size, the production of calves, the 
 yielding of good beef, are all either of no importance or of very 
 secondary importance. Every effort in breeding and in feeding is 
 directed toward the production of the largest quantity or the 
 richest quality of milk. 
 
 This being the case it is the only wise policy to continue, after 
 the milk has been secreted into the udder, the same care in its 
 drawing and in its preparation for market that have attended the 
 treatment of the animal. Milking should be done quickly, regu- 
 larly, and thoroughlv, the last drop being drawn from the udder 
 at each milking; : since nothino- tends so much to cause a cow to 
 fall off in her yield as the leaving of even a small quantity of 
 strippings in the udder. As the milk or some part of it is to be 
 used as food, of course every thing connected with the operation 
 of milking should be as cleanly as possible. Not only should the 
 vessel into which the milk is drawn be thoroughly clean, but the 
 udder and teats should, if necessary, be washed, and the hands of 
 the operator should be free of offense. Immediately after milking 
 the pail should be taken at once out of the stable, for even within 
 a short time after the milk has been drawn, it may become tainted 
 by the exhalations from the accumulations of tilth which are una- 
 voidable even in the best-regulated stables. 
 
 In all cases milk should be strained as soon as possible after it 
 is drawn, should be either cooled or warmed or left at its natural 
 temperature, according to the season, and the uses for which it is 
 intended. For instance, — if to be sent to the milk dealers in 
 cities, it should be immediately' put in the cans, these being sur- 
 rounded by cold water (if possible, by running water) so that the 
 natural heat of the milk may be withdrawn as rapidly and 
 thoroughly as possible. If it is intended for butter making, it 
 should be set away in pans, either at the natural temperature in 
 warm and moderate weather, or in cold weather heated to such a 
 
476 HANDY-BOOK OF HUSBANDRY. 
 
 degree that the rising of the cream will have commenced before 
 the temperature of the mass is too greatly reduced for the operation 
 to be carried on with the requisite activity. In summer time milk 
 intended for butter should be set away in a cool place, so that it 
 may be soon reduced to a degree of heat that is not conducive to 
 rapid souring ; and even in moderate weather, as in spring and 
 fall, due care should be taken that it docs not become too warm. 
 The heating of milk in winter time is by no means universally 
 practiced, but where it is practiced, and I speak from my own 
 experience, it is productive of excellent results. My custom is 
 to have a kettle of water put on the stove at milking time, and 
 raised to the boiling point by the time the milk is brought to 
 the house. Into this water the milk pail is placed and allowed to 
 remain, until a little steam begins to show itself over the surface 
 of the milk, the mass being gently stirred once or twice during the 
 heating. It is then strained directly into pans, and an amount of 
 cream rises within twenty-four hours which, without the heating, 
 would have required double that time. I fancy, too, that the con- 
 sistency of the cream is rather better, its quantity somewhat greater, 
 and its color somewhat deeper, while the firmness of the butter 
 is in no way reduced, nor is the product in any way injured, e\'en 
 if it is not benefited as I think that it is. Alilk for cheese-making, 
 however it may be kept immediately after being brought in, should 
 be artificially raised to the required temperature before the rennet 
 is added. 
 
 As in the case of the selling of milk, no further preparation is 
 necessary than the early cooling above alluded to, the remainder 
 ot this chapter may be best devoted to the consideration of the 
 manufacture of butter and cheese. 
 
 BUTTER. 
 
 Concerning the manufacture of butter much has been writ- 
 ten, and much of the lore of local neighborhoods can hardly 
 be written, consisting as it does of traditional manipulations 
 which are to be learned much better by experience than 
 by reading. Processes in some respects differ almost diamet- 
 
THE DAIRY. 477 
 
 rically. As each may be presumed to think that he has hit 
 upon the plan that is Hkely to produce the best results, I 
 can hardly do better than to detail here the various processes 
 of my own system of butter-making, which is attended with 
 highly satisfactory results, my butter usually selling for consider- 
 ably' more than the average of the highest market-prices. 
 
 The milk-room plays a very important part in the manufacture 
 of butter. It should be airy and cool without being too cold, and 
 should be so arranged that it may be kept at all times scrupulously 
 clean. 
 
 The spring-house, in common use in the dairy regions about 
 Philadelphia, and which is almost peculiar to that part of the 
 country, is admirably adapted for the purpose, and although 
 opinions vary as to its necessity for the attainment of the very 
 best results, the results which, in good hands, are obtained with 
 its use, are a strong argument in its favor, and it certainly offers 
 some advantages over the system of dry rooms. A description 
 of one of these spring-houses is included in the following commu- 
 nication that I made in 1868 to the New York Evening Post^ 
 after a visit to several dairy farms in Chester and Delaware 
 counties : — 
 
 " Philadelphia Butter. — We took an evening train for the farm 
 " of Mr. S. J. Sharpless, whose herd of pure Jerseys feed on the 
 " rich pastures of Chester Countv, and arrived in time for the 
 " evening milking. It was a pleasant ending to our journey to 
 "see the fine-skinned and deer-like creatures marching in regular 
 " procession through the long grass to the milking-house, imported 
 " ' Niobe ' swaggering along with her enormous orange-colored 
 " udder, at the head of the troop; and we were disposed to think 
 " that with such a farm and with such a herd, we too could make 
 "' Philadelphia' butter. 
 
 "• The milking-house is a light, wooden structure, with so many 
 " open doors and windows that it is hardly more than a shed. In 
 " winter it is closed up and used as a stable for young stock. In 
 " size it is about twenty-two feet by thirty-six, with a row of 
 *' stanchions on each side, and with mangers in which a little bran 
 
478 n ANDY- no OK of husbandry. 
 
 *' is put at each milking-time. Each cow has her own place, 
 " with her name, age, and pedigree over her manger, and she 
 '■'■ alwa\ s goes to it as though she could read. Their names have 
 *■*■ been put up in the order in which they come from the pasture, 
 *' the *■ master' cow entering first and the least plucky last. 
 
 '' The milking is done by women, the same one always attend- 
 " ing to each cow, and it is done rapidly and quietly, no unneces- 
 " sary talking and no skylarking being allowed. We measured 
 " ' Niobe's' yield and found it to be eleven quarts, (she gave nine 
 *' the next morning — making twenty for the two milkings,) not 
 ''bad for a butter-making Jersey cow. The others gave less, — 
 " the smallest not more than eight quarts at two milkings, — but 
 " the whole herd of eighteen cows could not have given less than 
 " two hundred quarts a day, and this of milk that yields over 
 '' twenty per cent, of cream. 
 
 '* Near by the milking-house is the ' spring-house,' the institu- 
 *' tion of this region, about twenty-four feet long and eighteen feet 
 *■'■ wide, built of stone, with its foundation set deeply in the hill- 
 " side, and its floor about four feet below the level of the ground 
 " at the down-hill side. The site is that of a plentiful spring, 
 " which is allowed to spread over the whole of the inclosed area 
 '■'■ to a depth of about three inches above the floor of oak, laid 
 " on sand or gravel. At this height there is an over-floor by 
 *' which the water passes to a tank in an open shed at the down- 
 *' hill end of the house. On the floor of the spring-house there 
 *' are raised platforms or walks, to be used in moving about the 
 *■'■ room, but probably three-quarters of the space is occupied by 
 " the slowly-flowing spring-water. The walls are about ten feet 
 " high, and at the top, on each side, are long, low windows, 
 *' closed only with wire-cloth, which gives a circulation of air at 
 '* the upper part of the room. The milk is strained into deep 
 '■'■ pans of small diameter, that are kept well painted on the 
 *' outside, and are provided with bails by which they are 
 *' handled. The depth of the milk in the pans is about 
 "three inches, and they are set directly upon the oak floor, 
 " the water, which maintains a temperature of fifty-eight degrees 
 
THE DAIRY. 479 
 
 " Fahrenheit, surrounding them to about the height of the 
 " milk. 
 
 " The cream is taken ofF after twenty-four hours, and is kept 
 "• in deep vessels having a capacity of about twelve gallons. 
 " These vessels are not covered, and as the room is scarcely 
 "• warmer than the water, the cream is kept at about fifty-eight or 
 " fifty-nine degrees, until it is put in the churn. 
 
 " Having inspected the dairy arrangements, we took our trav- 
 *' elers' appetites to the supper-table, where we were regaled 
 *' with such butter and with such cream as only Jersey cows can 
 "give, and then we passed a long evening in a discussion of the 
 "merits of the breed and of its individual members which we had 
 '* examined since our arrival ; and in devising the ways and means 
 *' for making — by the aid of windmills and otherwise — such sub- 
 " stitutes for the spring-house as our more scantily-watered farms 
 *' might admit of. 
 
 " Churning. — The next morning we rose at half-past four to 
 *' see the churning and butter-making. The churn is a large 
 *' barrel (bulging only enough to make the hoops drive well) with 
 '^' a journal or bearing in the center of each head, so that it may 
 •■' be revolved by horse-power. This barrel has stationary short 
 "arms attached to the inside of the staves, so arranged as to cause 
 " the greatest disturbance of the milk as it passes through them 
 "in the turning of the churn. At one side is a large opening 
 " secured by a cover that is screwed firmly into its place — this is 
 " the cover or lid of the churn. Near it is a hole less than an inch 
 " in diameter, for testing the state of the churning and for drawing 
 "off the buttermilk. This is closed with a wooden plug. 
 
 "The churning lasted about an hour, at the end of which time 
 " it was necessary to add a little cold milk to cause the butter to 
 "gather. This being secured, and the buttermilk drawn off, cold 
 *' water was twice added, a few turns being given each time to the 
 " churn, and when the last water was drawn off it came nearly 
 " free of milkiness. A crank was then put on to an arm of the 
 " churn, the horse-power thrown out of gear, and a gentle rocking 
 *' motion caused the butter to be collected at the lower side, directly 
 31 
 
480 HANDY-BOOK OF HUSBANDRY. 
 
 '' over the small hole — through which the remaining water escaped. 
 " It was left in this condition about two hours. After breakfast 
 " we returned to see the working of the butter. 
 
 " Buttcr-xvorker. — In one corner of the sprinji-house stands the ' 
 *' butter-worker, a revolving table about three feet in diameter. 
 '" The center of this, for a diameter of twelve inches, is an iron 
 " wheel with a row of cogs on the upper side of its rim. From 
 " this rim to the raised outer edge the table (made of wood) slopes 
 " downward, so that as the buttermilk is worked out it passes into 
 *' a shallow groove and is carried away through a pipe which dis- 
 *' charges into a pail standing below. Over the sloping part of 
 '' the table there works a corrugated wooden roller, revolving on 
 ** a shaft that is supported over the center of the table, and has a 
 '' small cog-wheel that works in the cogged rim of the center 
 *' wheel, and causes the table to revolve under the roller, as this 
 *' is turned bv a crank at its outer end. Of course the roller is 
 '' larger at one end than at the other, so as to conform to the slope 
 ^' of the table, and its corrugations are very deep, not less than 
 *' two inches at the larger end. Supported at each end of the 
 *' roller, and on both sides, are beveled blocks, which, as the 
 *•*• table revolves, force the butter from each end toward the center 
 " of the slope. About twentv pounds of butter is now put on the 
 *' table, and the roller is turned, each corrugation carrving through 
 "a long, narrow roll, which is immediately followed bv another 
 " and another, until the whole table is covered. The roller does 
 *' not quite touch the table, and there is thus no actual crushing of 
 *' the particles. The beveled blocks slightly bend these rolls 
 "and crowd them toward the center of the sloping part, so that 
 ^' when thev reach the roller again they are broken in fresh places, 
 " and by a few revolutions are thoroughly worked in every part. 
 
 " Final Processes. — Then follows a process that was new to all 
 " of us — the ' wiping ' of the butter. 7^he dairy-maid (in this 
 *' instance a lusty young man) turning the roller backward, with 
 " the left hand, so that the butter comes through at the ri^ht hand 
 "side, presses upon every part of it a cloth which has been wrung 
 *' dry in the cold spring water, and which he frequently washes 
 
THE DAIRY. 481 
 
 *■*■ and wrings out. This is continued until not a particle of water 
 " is to be seen in the butter as it comes trom the roller, to which 
 '' it now begins to adhere. If theie is any secret in the making 
 ''of Philadelphia butter, this is it ; and it has much to do with its 
 " uniform waxiness of texture, whether hard or soft. 
 
 " After this, the butter is salted (an ounce of salt to three 
 " pounds of butter) — still, by the aid of the machine, and any 
 " lurking atom of moisture is in this way prevented from becom- 
 " ing a cause of rancidity. 
 
 " When the salt is thoroughlv worked through the whole mass, 
 " the butter is removed to a iarge table, where it is weighed out 
 "and put up into pound-prints. 
 
 " The working, wiping, and salting of over one hundred pounds 
 "of butter occupied about an hour, and before lO A. m. the entire 
 "churning, beautifully printed, as fragrant as the newest hay, and 
 " as yellow as pure gold, such butter as only Jersey cream will 
 " make, was deposited in large tin trays and set in the water to 
 " harden. The next morning it was wrapped in damp cloths, each 
 " pound by itself, put in a tin case, each laver having its own 
 " wooden shelf, with tw^o compartments of pounded ice to keep 
 "it cool, and, surrounded bv a well-coopered and securelv-locked 
 " cedar tub, was sent to the Continental Hotel, where we found 
 "it, on our return, as delicious as when it left the farm. 
 
 " It is very difficult to describe anv process in which so much 
 " depends on the judgment of the operator, and the writer hardly 
 " hopes for more than that this will stimulate others who are inter- 
 " ested in the subject, to examine for themselves the dairy opera- 
 " tions of this interesting and beautiful region. 
 
 " One of the strongest impressions that we had thus far received 
 " was, that much of the excellence of the butter was due to the 
 "use of the spring-house, but our next visit (on the recommenda- 
 " tion of a friend who gave us the names of the most noted of the 
 " fancy-price dairies) was to a farm where the milk is kept in a 
 " deep vault, arranged very much like a spring-house, but without 
 " water. The proprietor of this farm, a man of long experience 
 " and of excellent reputation as a butter-maker, has satisfied him- 
 
482 HAND r -BOOK OF UUSBANDRT. 
 
 '• self, by a long trial of both systems, that the dry room is the 
 •■' best. He atiributcs the advantage to greater dryness ot the air, 
 '■'■ but as, with a free circulation against the cold stone the walls 
 " were covered with moisture, he had gained very little in this 
 '•'' respect, even supposing, which is doubtful, that dryness would 
 *■'• be a sain. 
 
 " The thermometer on the wall of his vault was not more than 
 "one degree higher than that of the spring-house, and our impres- 
 *'sion was that a low and uniform temperature, however attained, 
 " is the important consideration. In the dairy that we were now 
 ''*• visiting there were no shelves, and no provision was made for a 
 "circulation of air around the pans, as is considered important in 
 " the dairies of our own region. In the \ault, as in the spring- 
 " house, the pans, which are equally deep and have e\ en a greater 
 *' depth of milk (o\er four inches) were placed directly upon the 
 *' floor. In this dairy the milk was allowed to stand thirty-six 
 " hours before being skimmed. The butter is worked and 
 " salted in the same way, and is equally good in its texture, and 
 '■'• of very fine flavor. The color, however, it being thought 
 *' desirable to bring it up to ' Alderney ' standard, was secured by 
 "the use of annotto^ which is used winter and summer to secure 
 " uniformity of coloring. A solution of the annotto is made by 
 " boiling it in water, and the extract is mixed with the cream in 
 " the churn. On this farm we saw some fine specimens of the cel- 
 *' ebrated Chester white swine, which are bred in their perfection 
 " in this region, and are sold at very high prices. They are sent 
 " by express, at a tender age, to all parts of the country. 
 
 " From here we went to another farm in the vicinity of West- 
 " Chester, which bears an equally high reputation for its butter, and 
 " where the spring-house has been abandoned, and the cream is kept 
 " as previously described, in a dry vault. In the manufacture of 
 " the butter, the same processes obtain, and the same good result 
 "is secured. In all of the instances described a very high price, 
 "much above that of the common market, is obtained." 
 
 My own milk-house at Ogden Farm, where it was impossible 
 to secure the advantages of a living spring, has been so constructed 
 
THE DAIRY. 483 
 
 as to secure the advantage of cold water forced from a constant well, 
 about looo feet away, by a self-regulating windmill. This is the 
 same well and mill by which the barn is supplied, as before described. 
 When the flow is not needed at the barn, it is diverted to the milk- 
 house, where it is received in a mason-work tank 3 ft. deep, 2 ft. wide 
 and 10 ft. long. The overflow of this tank runs to a duck-pond near 
 the house. 
 
 After due experimenting with other systems of setting milk, and 
 after a careful examination of the " large-pan " system, I have settled 
 on the use of deep cans, — 8 inches in diameter and 20 inches deej), — 
 filled with milk to within about 3 inches of the top. These cans are 
 ballasted by a heavy "iron-clad" bottom, so that they will float 
 upright. They are placed in the tank, where they float with the sur- 
 face of the milk an inch or more below the level of the water. This 
 secures a sufficiently rapid reduction of the temperature of the milk 
 to that of the water, which is in our case about 54°, but which 
 would be better to be much lower, — even 40°. 
 
 At a temperature of 54° the milk remains sweet until all the cream 
 has risen. 
 
 The cream is taken off with a skimming-dipper. It is from 2 
 inches to 4 inches deep, according to the season. 
 
 The churning is done in a " Bollard " churn, which is an oblong 
 box attached to an oscillating table, having a fly-wheel attached to 
 it to regulate its motion. There are no cleats or paddles in this box; 
 the milk is thrown with a "swash " from end to end. We consider 
 it the best of the many churns we have tried, and have had it in use 
 for some years. 
 
 The above system is radically different from the one with which 
 we began our operations ten years ago, — shallow pans and a dasher 
 churn, — and it has commended itself as a great improvement. We 
 have found by careful and repeated trials that we make at least 
 as much butter, — we think rather more; that the quality is de- 
 cidedly better; and especially that it is more uniform throughout 
 the year. 
 
 The butter is washed in the churn and is quickly worked on a 
 white-oak table. Two persons do the working; one chops the 
 butter w^ell over with a two-handled oak worker, and the other pats 
 the surface, as it is being chopped, with a damp sponge (wrung out of 
 
484 HANDY-BOOK OF HUSBANDRY. 
 
 cold water), to remove the exuding water and buttermilk. The 
 mass is repeatedly turned and reworked, and at each turning the table 
 is sponged off. 
 
 Salt is then added, at the rate of one ounce to each three pounds 
 of butter, and the salted mass is put into a tin pail and floated in the 
 water vat to cool. This small quantity of salt can be safely used only 
 when the butter is to be used fresh. Our deliveries are made twice 
 a week. In the case of butter to be packed and sold in bulk, for 
 shipping much more salt will be needed. It must, however, be borne 
 in mind that salt injures — or over-rides — the delicate natural flavor 
 of butter. It is to be used only in such quantity as will give it the 
 necessary keeping quality. 
 
 After a few hours it is taken out, worked (not too much) and 
 sponged, and then made up into half-pound pats for market. Each 
 pat is wrapped in a square of damp cloth and put into the delivery- 
 boxes, — ice being used in summer. 
 
 The extra work of making and shipping we estimate at one cent 
 per pound. The extra price is considerable. For all that v.e can 
 supply at all regularly we get one dollar per pound. On about looo 
 lbs. of the yearly supply we pay 12J/2 per cent, commission to our 
 city agent. In June we often have a large surplus, which we must 
 sell at any price we can get. In one year we have sold over 5900 
 lbs., and received for it, in cash, over $4400. In winter we color 
 the butter by the process recommended by Whitman & Burrill, of 
 Little Falls, N. Y. This color is an alkaline extract of the pigment 
 of annattoine, which is the dried coloring-matter of annatto. The 
 quantity used is very slight, — only about one tablespoonful of the 
 extract being used for five quarts of cream. It is put into the cream 
 before churning. The amount which attaches to the butter is in- 
 finitesimal. Annatto itself is not only not objectionable; it is a whole- 
 some condiment largely used in Brazil for coloring and flavoring 
 dishes, — very much as we use tomato. Care must be taken not to 
 color too deeply. The tint grows more intense with time. If a good 
 "grass-color " is given to the fresh butter, it will, after standing a day 
 or two, become much too deep an orange shade. 
 
 In the Amrrican Agricultural Annual for 1868, there appears an 
 article from the pen of Prof. S. W. Johnson, of Yale College, on 
 
THE DAIRY. 485 
 
 the subject of " Milk and Butter,"* from which the subjoined 
 quotations are made. Prof. Johnson's article is based chiefly on 
 researches made at the Experiment Station of the Royal Agricul- 
 tural Academy of Sweden, in Stockholm : — 
 
 " Composition of milk. — Analyses were made of the mixed milk 
 " of fifteen cows, (five Ayrshire, five Pembrokeshire, and five 
 *' Swedish cows,) which were highly fed and milked at ^\—l\ 
 " A. M., and 5j-6| p. M. These analyses, extending throughout 
 "a whole year, gave the foHowing average result : — 
 
 Fat, (butter,) 4-05 
 
 Albuminoids, (caseine, etc.,) 3'3a 
 
 Sugar of milk 4-71 
 
 Ash 0-73 
 
 I2-8l 
 
 Dry matter I2"8l 
 
 Water 87-19 
 
 lOO'OO 
 
 '' The fluctuations during the entire period were remarkably 
 *' small. The lowest percentage of water observed was 85*92, 
 " and the highest was 88"35. In but four instances did the water 
 " fall below 86-6, and in but four did it rise above 88. The com- 
 " position of the milk of uniformly well-ted cows is therefore very 
 " uniform, and scarcely varied throughout the year, whatever may 
 " be the changes in temperature, weather, etc. 
 
 *' Morniyig and Evening Milk exhibit a constant though slight 
 *' difference in composition, which, in general, consists simply in 
 '' containing a half per cent, more fat at night than in the morning. 
 " In the morning milk this fat is replaced by almost precisely the same 
 " quantity of water. 
 
 " Further investigations showed that the proportion of fat is 
 '' influenced somewhat by the time that passes between the milk- 
 " ings — is, in fact, less the longer this time. Thus, milk taken 
 " after an interval of 
 
 * American Agricultural Annual, iS63. Orange Judd & Co., New York. 
 
486 HANDY-BOOK OF HUSBANDRY. 
 
 10 hours, contained 4'36 pc cent, of fat. 
 
 11 «' " 4- 3 1 " " 
 
 11 " " 3 97 " •• 
 
 13 " " 3-97 " " 
 
 J4 " " 3-S« 
 
 *' Taking into account the greater quantity of milk obtained in 
 ** the morning, the absolute amount of fat yielded by the cow is 
 *■*■ rather more at morning than at night, 
 
 " j^verage Composition of the Products obtained from Milk in mak- 
 *■*■ ing Butter. — In making butter, lOO parts of milk yield, on the 
 ''average, in round numbers the following proportions of cream, 
 " butter, etc., provided the cream rises in a cool apartment, so that 
 *' no sensible evaporation of water takes place : — 
 
 Buttermilk 60 
 
 Butter 4-0 ■» Calculated 
 
 Water removed from butter by salting O'l / '■^'th'^uc salt. 
 
 101 
 
 Cream 10 
 
 Skimmed Milk 90 
 
 100 
 
 *' The average percentage composition of these products is 
 ■ ' given in the subjoined table : — 
 
 Slcimmcd 
 New milk. milk. Cream. Buttermilk, Buttcr.f Brine.| 
 
 Fat 4-00 055 35'oo i"67 85.00 o-oo 
 
 Albuminoids* 3'25 337 2'2o 3.33 0-51 0-39 
 
 Milk sugar 450 466 3*05 461 070 384 
 
 Ash 075 078 050 077 012 0-86 
 
 Water ; 8750 90-64 5915 8962 1367 94 91 
 
 Total. lOQ-OO lOO-OO JOO-OO 10000 lOO-OO lOO'OO 
 
 " JFhen is Milk or Cream ready for Churning F — It is well 
 '' known that it is very difficult, if not impossible, to bring butter 
 '' speedily from fresh milk, or from the thin cream that gathers 
 '' upon milk kept cold for twentv-four hours. It has been supposed 
 
 , Caseinc and albumen. t Unsaltcd. 
 
 X Brine that separates on >vorking after salting; sail not included. 
 
THE DAIRY. 487 
 
 " that milk should sour before butter can be made. This is an 
 " error, numberless trials having shown that sweet milk and 
 " sweet cream yield butter, as much and as easily as sour cream, 
 " provided they have stood for some time at medium temperatures. 
 *' It is well known that the fat of milk exists in minute globules, 
 " which are inclosed in a delicate membrane. It was natural to 
 *' suppose that in fresh milk this membrane prevents the cohesion 
 " of the fatty matters, and that when, by standing, the milk or 
 " cream becomes capable of yielding butter after a short churn- 
 *' ing, it is because the membrane has disappeared or become ex- 
 *' tremely thin. Experiments show, in fact, that those solvents 
 *' which readily take up fat, as ether, for example, dissolve from 
 " sweet milk more in proportion to the length of time it has stood 
 '' at a medium temperature. 
 
 " Readiness for churning depends chiefly upon the time that has 
 ** elapsed since milking^ and the temperature to which it has been 
 " exposed in the pans. The colder it is, the longer it must be 
 "kept. At medium temperature, 6o°-70° F., it becomes suita- 
 " ble for the churn within twenty-four hours, or before the cream 
 "has entirely risen. Access of air appears to hasten the process. 
 
 "The souring of the milk or cream has, directly, little to do 
 " with preparing them for the churn. Its influence is, however, 
 " otherwise felt, as it causes the caseine to pass beyond that gelati- 
 " nous condition in which the latter is inclined to foam strongly 
 " at low temperatures, and by enveloping the fat-globules hinders 
 " their uniting together. On churning cream that is very sour^ the 
 " caseine separates in a fine granular state, which does not inter- 
 " fere with the 'gathering' of the butter. Even the tenacious, 
 " flocky mass that appears on gently heating the sweet whey 
 '' from Chester cheese, may be churned without difficulty after 
 " becoming strongly sour. 
 
 " Cream churned when slightly sour, as is the custom in the 
 " Holstein dairies, yields butter of a peculiar and fine aroma. 
 " Butter made from very sour cream is destitute of this aroma, 
 " and has the taste which the Holstein butter acquires after keep- 
 " ing some time. 
 
488 HAXDY-BOOK OF HUSBANDRY. 
 
 " The circumstances that influence the rapidity of souring are 
 
 " chiefly temperature and access of air. When milk sours, it is 
 
 ** because ot the formation of lactic acid from the milk sugar. This 
 
 *■*■ chemical change is the result of the growth of a microscopic vege- 
 
 '* table organism, which, according to Hallier's late investigations, 
 
 ** is of the same origin as common \ east. Like common veast, this 
 
 *' plant requires oxvgen for its development. This it gathers from 
 
 " the air, if the air have access; but in comparative absence of air, as 
 
 *' when growing in milk, it decomposes the latter (its sugar) and the 
 
 *' lactic acid is a chief result of this metamorphosis. If milk which 
 
 *' by short exposure to the air has had the microscopic germs of the 
 
 ** ferment plant sown in it, be then excluded from the air as much 
 
 *■*■ as possible, the ferment, in its growth, is necessitated to decom- 
 
 '' pose the milk sugar, and hence the milk rapidly sours. On the 
 
 *' other hand, exposure to the air supplies the ferment partly with 
 
 " free oxvgen, and the milk remains sweet for a longer period. 
 
 ** Such is the theory of the change. Miillcr's experiments confirm 
 
 ** this view by demonstrating that free exposure to the air, or, bet- 
 
 *' ter, a supply of pure oxvgen gas, retards the souring of milk ; 
 
 '' while confinement from the air, or replacing it with pure nitro- 
 
 '' gen, hastens this change. That low temperatures should prevent 
 
 " souring, is in analogy with all we know, both of ordinary chemi- 
 
 '•'■ cal change and of changes that depend upon vital operations." 
 ******* 
 
 *' deration of the cream during churning is of little importance. 
 " Neither chemically nor mechanically does a stream of air favor 
 " the separation of the butter in any perceptible degree. On the 
 *' contrary, cream that is cold and slightly sour, is thereby con- 
 *' verted into a mass of froth, from which it is exceedingly diflicult 
 
 " to make butter." 
 
 ******* 
 
 " Trashing Butter. — To prepare butter for keeping without 
 "danger of rancidity and loss of its agreeable flavor, gieat pains 
 " are needful to remove the buttermilk as completely as possible. 
 " This is very imperfectly accomplished by simply working or 
 *' kneading. As the analysis before quoted shows, salting removes 
 
THE DAIRY. 489 
 
 *' but little besides water and small quantities of sugar. Caseine, 
 *' which appears to spoil the butter for keeping, is scarcely diniin- 
 " ished by these means. Washing with water is indispensable 
 " for its removal. 
 
 *■' In Holland and parts of Holstein it is the custom to mix the 
 " cream with a considerable amount of water in churning. The 
 "butter is thus washed as it 'comes.' In Holland it is usual to 
 "wash the butter copiously with water besides. The finished 
 "article is more remarkable for its keeping qualities than for fine- 
 " ness of flavor when new. 
 
 " The Holstein butter, which is made without washing, has at 
 " first a more delicious aroma, but appears not to keep so well as 
 " washed butter." 
 
 " Salting. — Immediately after churning the mass consists of a 
 *' mixture of butter with more or less cream. In case very rich 
 " cream (from milk kept warm) is employed, as much as one-third 
 " of the mass may be cream. The process of working completes 
 "the union of the still unadhering fat globules, and has, besides, 
 " the object of removing the buttermilk as much as possible. 
 " The buttermilk, the presence of which is objectionable in new 
 " butter by impairing the taste, and which speedily occasions 
 " rancidity in butter that is kept, cannot be properly removed by 
 " working alone. Washing, as already described, aids materially 
 *■*■ in the disposing of the buttermilk, but there is a limit to its use, 
 *' since, if applied too copiously, the fine flavor is ijnpaired. 
 " After working and washing, there remains in the butter a quan- 
 " tity of buttermilk, or water, which must be removed if the butter 
 " is to admit of preservation for any considerable time. 
 
 " To accomplish this as far as possible, salting is employed. 
 " The best butter-makers, after kneading out the buttermilk as 
 " far as practicable, avoiding too much working so as not to 
 " injure the consistence or ' grain ' of the butter, mix with it about 
 " three per cent, of salt, which is worked in layers, and then 
 " leave the whole twelve to twenty-four hours. At the expira- 
 " tion of this time, the butter is again worked, and still another 
 
490 HANDY-BOOK OF HUSBANDRY. 
 
 "interval of standing, with a subsequent working, is allowed in 
 ** case the butter is intended for long keeping. Finally, when put 
 ** down, additional salt (one-h.alf per cent.) is mixed at the time 
 ** of packing into the tubs or crocks. 
 
 ** The action of the salt is osmotic. It attracts water from the 
 ** buttermilk that it comes in contact with, and also takes up the 
 *' milk-sugar. It thus effects a partial separation of the con- 
 ^' stituents of the buttermilk. At the same time it penetrates the 
 *' latter and converts it into a strong brine, which reiiders dccom- 
 " position and rancidity difficult or impossible. Sugar has the same 
 "effect as salt, but is more costly, and no better in any respect. 
 
 " Independently of its effect as a condiment, salt has two dis- 
 *' tinct offices to serve in butter-making, viz.: ist, to remove 
 " buttermilk as far as possible from the pores of the butter ; and 
 " id, to render innocuous what cannot be thus extracted. 
 
 " It hardly need be stated that the salt must be as pure as pos- 
 " sible. It must be perfectly white, must dissolve completely in 
 " water to a clear liquid, untroubled by any turbidity, without 
 " froth or sediment, must be absolutely odorless, of a pure salt 
 ** taste, without bitterness, and in a moderately dry room must 
 ** remain free from perceptible moisture." 
 
 Concerning the very important question of the kind of salt to 
 be used, the following quotation, taken from the same article, will 
 he found useful : — 
 
 " As regards the purity of different kinds of salt, some of those 
 ** in use in this country deserve notice here. Tlie Turk's Island 
 " salt has a repute not justified by any facts. As commonly sold 
 " in the coarse state, it is extremely dirty and impure. Much of 
 *' the fine table salt commonly sold in New England, in Connecti- 
 ** cut, at least, is also impure, and not fit for dairy use. The purest 
 '* salt made in this or any country that the writer is acquaint- 
 " ed with, came some years ago from Syracuse, New York, 
 " where the ingenious processes of Dr. Goessman were then 
 *' employed. It, as we suppose, the same processes are in use 
 "now, the 'Onondaga Factory Filled Salt' must take a rank 
 " second to none as regards purity and freedom from deleterious 
 
THE DAIRY. 491 
 
 "ingredients, especially the chlorides of calcium and magnesium. 
 " This rank, we believe, it has assumed in the estimation of all 
 " who have given it a fair trial. The brand ' Onondaga Factory 
 "Filled Dairy Salt' corresponds closely with Dr Miiller's de- 
 " scription of the best salt for removing buttermilk. It is seen 
 " by the microscope to consist very largely of their shallow, 
 " hopper-shaped crystals, or thin lamina, probably resulting from 
 " the fracture of such crystals. In dimensions the crystals are 
 "perhaps a trifle finer than Dr. Miiller recommends. By sifting 
 *' on meshes of one-thirtieth of an inch, the coarser parts would 
 *' leave nothing to be desired in working butter, and the finer 
 *' portion would be perfectly adapted for its putting down." 
 
 It cannot be too strongly impressed on the mind of the dairy- 
 man that his success in the manufacture of butter for market will 
 depend on scrupulous cleanliness in every operation, more even 
 than upon the quality of the milk which his cattle yield. Every 
 pail, pan, stick, and cloth used in any part of the whole operation, 
 should be thoroughly washed in boiling hot water, perfectly dried, 
 and as often as possible exposed to the sun and air. The least 
 neglect in this particular will inevitably result in such a tainting 
 of the cream or butter as must unavoidably affect its quality, and 
 in still greater degree the reputation of his dairy in the market. 
 A little expenditure of time and labor in attention to these details 
 will be better rewarded than will any other equal outlay in the 
 whole course of the business. 
 
 The golden rule of agriculture, — that whatever is worth doing 
 at all is worth doing well, applies with greater force to the opera- 
 tions of the butter dairy than to those of any other department of 
 farming. Probably a neat and attractive mould tor putting up 
 butter for table use is worth, in the long run, fully five cents tor 
 every pound of butter made ; and in like manner the wrapping of 
 the prints in cloths, and the sending them to market in the most 
 carefully prepared condition, adds also to the value of the pro- 
 duct ; — and it is in many cases to these little details, which con- 
 duce to the securing of fancy prices, that we must look for almost 
 the sole profit of butter-making. During periods when butter is 
 
492 IIANDY-BOOK OF HUSBANDRY. 
 
 cheap, and feed and labor are high, probably the average market- 
 price will be hardly more than enough to pay the expenses of 
 cultivation and manufacture ; while the slightly, and indeed often 
 the considerably higher prices that extra care enables us to realize, 
 will throw the balance very satisfactorily to the right side of the 
 sheet. 
 
 In putting up butter for distant markets, much attention should 
 be paid to the style of the package. Oak pails, such as are used by 
 farmers in the vicinity of New York, holding from ten to twenty 
 pounds of butter, always command a better price for their contents 
 than do tubs containing butter of the same quality. It has been 
 recently discovered by dairymen, even as far west as Ohio, that by 
 using the form of tub that has long been in use in Orange 
 County, New York, and by branding the cover " Orange Coun- 
 ty," or " Goshen," they can secure a sufficiently larger price 
 for the same quality of butter to defray the expenses of shipment 
 and sale. Of course these practices are not to be recommended, 
 and it is a subject of regret that those who purchase butter in the 
 large markets, care so much more for its appearance than for its 
 quality. But the fact certainly exists that this high value is at- 
 tached to the simple matter of looks, and he would be an unwise 
 man who would refuse to avail himself of the suggestion hereby 
 given, not to the extent, of course, of adopting a false brand, but 
 by giving in some manner the most attractive appearance possible 
 to the product of his dairy, and by establishing as soon as possible, 
 a reputation for his own packages. 
 
 Butter for immediate use is often sent, to even distant markets 
 which are within easy reach, in what is called a cooler-tub. 
 This tub, the hinged top of which may be firmly secured by the 
 locking of a bar which passes over it, is entirely filled by a tin 
 vessel of which each end is cut od' with tin partitions, leaving 
 spaces in which to place pounded ice. The center space is occu- 
 pied by thin, wooden platforms, laid upon projections on the side 
 of the tin vessel, which serve to separate the layers of prints or 
 balls, and prevent their being bruised. The tub is usually made 
 of sufficient size to hold sixty pounds of butter. In using a tub 
 
THE DAIRY. 493 
 
 of this sort it is found that after it has made a trip of four or five 
 hours in the hottest weather there is still ice remaining in the 
 compartments ; and, with the aid of the wet cloths about the 
 prints, butter is deHvered at all times in the hardest possible 
 condition. 
 
 In packing down butter for winter use, equally careful attention 
 should be paid to all the details of its manufacture, but the inter- 
 vals between the churnings should be as long as it is possible to 
 make them without allowing the cream to sour, for the reason that 
 large churnings of butter packed away at one time keep better, 
 and make a more uniform appearance throughout the package, 
 than where smaller quantities are put in in thinner layers. Each 
 layer, after being thoroughly pressed into its place, should be 
 covered with a light sprinkling of the best quality of salt, and the 
 surface should always be covered with a damp cloth sprinkled 
 also with salt. 
 
 CHEESE. 
 
 The manufacture of cheese in this country is very rapidly bemg 
 concentrated into a wholesale business by means of the factory 
 system, it being generally found that in the wholesale operation 
 there is sufficient economy to enable the manufacturers to pay to 
 the farmer a higher price for his milk than it would yield if 
 manufactured at home. The further fact exists, that cheese so 
 manufactured according to a regular system, large quantities being 
 made at the same time, is generally of better quality than it is 
 possible to attain in smaller workings. So strikingly true is this, 
 that in England, American factory-made cheeses are taking the 
 precedence of all others, except the peculiar fancy brands, such as 
 Stilton, Chedder, etc. ; and here as well as there it is a recog- 
 nized fact that the factory-made cheeses are generally superior to 
 any others. The best exposition that has yet been made of the 
 factory system, is to be found in the Amer-'ican Agricultural Annual 
 for 1 868, before quoted from, in treating of butter-making, in 
 which there is an article entitled, " Factory Dairy '^ractice," by 
 Gardner B. Weeks, secretary of the American Daiiymen's 
 
494 HANDY-BOOK OF HUSBANDRY. 
 
 Association. As being valuable to farmers who may contemplate 
 the organization of cheese-making companies, the entire article is 
 well worthy of perusal. For the purpose of making this descrip- 
 tion as complete as possible the following extracts from it are 
 here made : — 
 
 " The original price paid for making cheese was one cent per 
 "pound, (cured,) and the patrons of the factory were charged, in 
 " addition, with their proportion of the expenses for boxes, bandage, 
 "coloring, rennets, salt, etc. During the war, however, this price 
 " rose in many cases to one cent and a half per pound, and justly 
 " too. At present the usual charge is one cent and a quarter per 
 *' pound. In many cases the patrons pay two cents per pound for 
 " making and for the materials. 
 
 *' A factory of 300 cows requires the labor of one man and two 
 " women. 
 
 " One of from 400 to 500 cows will need two men and two 
 " women. 
 
 " One of 600 to 750 cows will require three men and two 
 " women. 
 
 " The wages paid to cheese-makers vary from eight to thirty 
 " dollars a week, and board — according to the experience and 
 "reputation of the maker, the size of the dairy, and other circum- 
 *' stances. The average price paid does not vary much from two 
 *' dollars per day, and board. The other 'help' need not 
 " be experienced hands, but should at least be active and intelli- 
 " gent. 
 
 " Very often factories are let to a competent cheese-maker, 
 *' or other person, who engage to furnish the necessary help for 
 *' making and curing the cheese for a stipulated price per pound. 
 *' Usually this price is about three-fifths of a cent per pound, 
 " (cured.) 
 
 " Site for a Factory. — Requirements. — The first requisite is a 
 " spring furnishing good water and abundance of it, and so situated 
 "that the necessary fall mav be obtained. Good water is that 
 " which stands in the summer at from 42° to 54" Fahrenheit. A 
 " spring which furnishes water of such a quality, sufficient to fill a 
 
THE DAIRY. 495 
 
 *' two-inch pipe under a good head, will supply a factory of 600 
 *' to 800 cows. 
 
 " T he Alanufacturing or Vat-room should be so situated that the 
 " water from the spring may be readily conducted into the vats, 
 *' and wherever else needed ; and also so placed with reference to 
 *' the road that teams may have easy access to the delivery 
 "window. The sills should be laid on stone piers, and raised so 
 " that the water may constantly stand underneath the entire floor 
 " without wetting the sills. The object of this is to catch the 
 "drippings of whey and water from the floor. This water should 
 *' be frequently drawn of and immediately replaced, thus convey- 
 *' ing away all matter that might become foul. Cleanliness and 
 " sweetness of premises and apparatus are absolutely imperative, 
 "if a high degree of excellence in the cheese is aimed at. 
 
 " The weight upon the floor of the vat-room is sometimes very 
 *' great, consequently the timbers and flooring should be strong. 
 "•' As water is used abundantly about this room, it is well to have 
 "the floor so laid that all water will converge to some point or 
 " points, and be easily swept away. It should, besides, be light 
 *' and cheerful, and be well arranged for complete and constant 
 *■* change of air by a ventilator in the roof. 
 
 " S'l-ze. — For two or three vats, and other necessary appliances, 
 " a room will be required about 24 x 28. Four vats will need a 
 *' space about 30 x 30, or 26 x 34. Height of posts about 10 feet. 
 
 " Press-Room. — This should be immediately contiguous to the 
 " vat-room, and on the same level. The size will depend upon 
 " the number of presses required. In most cases it is best to 
 " have the building wide enough to contain two rows of presses, 
 " with ample room for the curd-sink to pass between them. A 
 " room 14 X 30 would easily accommodate 24 to 28 presses. It 
 " should also be flooded underneath at all times. There is here 
 *' so much weight upon the floor that it is recommended that 
 " planks be used underneath the press frames. In many factories 
 " the vat-room is made large to accommodate the presses. 
 
 " The Curing-House^ by far the largest of the buildings required, 
 " should alwavs be situated on firm, dry ground, where pure air, 
 32 
 
496 HA.NDY-BOOK OF HU.SBANURY. 
 
 "and none other, will surround the cheese. If, with these re- 
 "quisites, it can also be placed on the same level with the press- 
 " room, and adjacent to it, the arrangement cannot be imprm ed. 
 *' The cheese-house, for a dairy of 500 to 650 cows, should be 
 " about 28 X 100 feet, and two stories high. If a basement room 
 " can be had in addition, it is very desirable for use in spring and 
 " autumn, when fires are needed ; and even in the warmer part ot 
 " the season it is immensely better to put cheese in an under- 
 " ground room, than in the upper storv beneath the heated roof. 
 
 " Four windows on each side in each story will be sufficient, 
 " and the arrangement should be such that when these are opened 
 " for ventilation, the wind will not strike directly upon the cheese. 
 *' Holes shouW be cut in the various floors, and at frequent inter- 
 " vals, and through these a current of air will constantly be pass- 
 *' inc'. and ventilation bv the windows need seldom be resorted to. 
 
 &' - 
 
 " In the roof of the curing-house there should be at least two 
 " large ventilators. 
 
 " A building 26 feet wide will accommodate five lengths of 
 "tables or ranges, each table holding two rows of cheeses of 16 
 '* inches diameter ; and there will be ample space left for the 
 ** necessary alleys. To avoid in some measure the inroads of 
 " of mice and other vermin, it is better to have passages next the 
 *■*• sides of the building, instead of putting tables there. 
 
 " Bo'der-roovi and Ice-house. — In most cases the furmer, and in 
 " many the latter, will be required ; but it is not essential to dc- 
 *' scribe them here. Easv access and convenience will guide in 
 " their location. The boiler-room should be large enough to hold 
 "at least two or three days' supply of wood. And if it contain 
 "also a small work-bench, with tools, vise, etc., it will be much 
 " resorted to." 
 
 After describing at length and with good illustrations the 
 different utensils used in cheese factories, the following directions 
 for manufacture are given : — 
 
 " The evening's milk, on being received, should be about equally 
 " divided among the vats in use. Cold water is kept constantly 
 " passing around the vats, and the milk should be carefully stirred 
 
THE DAIRY. 497 
 
 *' at frequent intervals, until a temperature of 68°, or lower, has 
 " been reached. In many factories, the lack of water in warm 
 " weather necessitates the use of ice in cooling the evening's milk. 
 " It is usually put directly into the milk. Of course, ' necessity 
 " knows no law ' in such exigencies, but where it is possible to 
 ''avoid the use of ice, it had better be done. Its use has never 
 " been claimed as an advantage, and very many of our best cheese- 
 " makers believe that strictly fine cheese cannot be made from milk 
 " thus treated. In some of the Massachusetts cheese factories, 
 "and in an occasional one in New York, and elsewhere, milk is 
 " received but once daily — in the morning. Only in cases where 
 " each patron is provided with an abundance of good, cool water, 
 " proper vessels for keeping the milk in small quantities, and 
 " exercises unusual care, can this be done wiih sateiy. In the 
 " majority of factories, early and late in the season, milk is re- 
 " ceived in the morning only ; but as the warm nights of May 
 " come on, trouble is experienced, unless this course is changed. 
 "The practice of adding salt to the milk on sultry evenings, is 
 " recommended by some, but its utility has never been demon- 
 " strated. (In cases where the water used in cooling milk is 
 " deficient in quantitv, or possesses too high a temperature, it is 
 " sometimes necessary to make cheese at night, and again in the 
 " morning. In both cases the animal heat should be removed 
 " from the milk before the rennet is added.) 
 
 " In the morning, the night's milk will be found so cool, that 
 " when the morning's milk is added to the vats, the temperature 
 " of the whole mass will stand at about 65°. 
 
 " Treatment of the Cream. — The cream which rises upon the 
 " night's milk is treated in two ways. It is either stirred thor- 
 " oughly into the milk while cold and before the addition of any 
 " warm milk, or it is carefully skimmed off, diluted with warm 
 " water, and passed through the strainer into the vat again. In 
 " either case, the loss of cream is small. 
 
 " Setting the Curd. — Before any thing else is done in the morn- 
 " ing, the exact condition of the milk in each vat should be ascer- 
 " tained. If all is right, — well. If one vat of milk seems 
 
498 HANDY-BOOK OF HUSBANDRY. 
 
 " inclined to * change,' or sour, fill that vat first, work it first, 
 " and get it first to press. In such case, too, it is well to add 
 " onl*' so much morning's milk as the limited capacity of the 
 " other vats renders imperative. The vat being filled, apply the 
 " steam at once. Stir frequently and deeply, and pass into the 
 " small strainer all specks and flies that may appear upon the 
 *' surface. 
 
 " In the cooler portions o{ the season, the heat should be shut 
 "off when the temperature of the milk is from 85° to 88°. In 
 " the summer, it should not be carried higher than 80° to 82°. 
 " The coloring is now added, and when this is thoroughly stirred 
 " in, the rennet should be put in. The milk should now be left 
 *' entirely at rest, to facilitate coagulation. 
 
 " On cold days the vat must be carefully covered over, either 
 *' by cloths or a wooden frame, prepared for that purpose. In 
 '''■ about fifteen minutes' time let the milk be carefully examined to 
 *' see if the action of the rennet has begun. In most cases, the 
 " hand will decide this matter ; if not, a tin cup is nearly filled 
 " with hot water, and set into the milk for a few moments. If, 
 " on removing this, a mucous gathering be formed upon the bot- 
 " tom and sides of the cup, all is going on right. If both tests 
 " are unsatisfactory, they are to be repeated after ten minutes 
 *' longer. If now there are no signs of coagulation, the hand is 
 " passed down into the milk to the bottom of the vat, and if there 
 " is no thickening there, more rennet is added at once. The 
 *'.' setting' of the milk is one of the nicest operations of cheese- 
 " making, and requires experience and judgment. 
 
 " Trtatrnent of the Curd in the Vat. — The curd, when ready for 
 " cutting, will break with a clean fracture over the finger when 
 " tested. In some factories the use of the knife is not at all re- 
 " sorted to, the breaking of the curd being done entirely by hand. 
 " In most instances, however, the knife is used. At first the 
 "curd is cut lengthwise ; then allowed to stand for a few minutes, 
 " when it is cut across. The knife is passed quickly but carefully 
 " through the curd, and care must be taken to have the bottom 
 " reached by the blades. 
 
THE DAIRY. 499 
 
 "The curd remains entirely at rest for twenty minutes, in 
 *' order that the whey may separate and rise to the surface. If 
 "the vat is too full for working with comfort, a portion of the 
 "whey is now dipped off. Just here, practice differs somewhat. 
 " Many cheese-makers apply the heat now, and use the knife no 
 " more until increased warmth has hardened the curd to some ex- 
 " tent. In other cases, in what is known as the ' coarse curd sys- 
 " teni,' the curd is cut scarcely at all, being left in flakes as large as 
 " the palm of the hand, and nearly as thick. We will confine our 
 "remarks, however, to a description of the medium curd plan. 
 " After there has been a free separation and rising of the whey, 
 " the agitator is used in carefully turning over the curd, and in 
 " bringing to the surface the larger particles from the bottom. 
 *' Then follows the knife with a steady, even motion, going to the 
 *' center of the vat only. Two or three times passing around the 
 " vat will bring the particles of curd to the desired size, /'. ^., about 
 *' the size of chestnuts, or a little larger. If, however, the curd 
 " be in a bad condition, and inclined to sour, it is cut finer. Just 
 " before the cutting is done, the heat is again turned on, and 
 " gradually the temperature of the entire mass is increased to 88° 
 *' or 90°. It should be gently stirred to avoid packing or lumping, 
 *' and to render an evenness of heat more secure. Cheese-makers 
 " who favor strictly fine curds, use the knife freely during this 
 " operation of heating, and bring the curd to the fineness of wheat 
 *' kernels. 
 
 "The heat being now shut off, the gentle agitation of the curd 
 " is continued for about ten minutes, or until all disposition of the 
 *' curd to pack is past. After remaining at rest for fifteen minutes, 
 *' in order that the finer particles of curd may settle to the bottom, 
 *' the tin strainer is placed in one corner of the vat, and by means 
 " of the siphon the whey is drawn off until the mass of curd be- 
 " gins to appear above the surface. It is now again carefully brok- 
 *' en up and separated, and the heat is once more applied and con- 
 "tinued until the thermometer indicates 96° to 98°. In cold 
 *' weather the temperature may be carried to 100° or 102°, but 
 " ordinarily 98° is sufficient. Stirring is continued for about fifteen 
 
500 HAXDY-BOOK OF HUSBANDRY. 
 
 *^ minutes after this, and then the curd is allowed to remain at rest 
 *' until perfected. On cool days it is better to cover the top of 
 '' the vats with cloths to retain the heat. 
 
 " f ormerly cheese-makers believed that the curd was ready 
 *' for dipping out when sufficiently cooked, whether any change or 
 *' acidity was perceptible in the whey or not. It is now the 
 *' almost universal practice to retain the curd in the vat until the 
 '•'■ whey is slightly sour. It is believed that this acidity has a 
 *' direct beneficial influence upon the texture and flavor of the 
 '' cheese, rendering it less porous and less liable to get into that 
 *' state in warm weather which dealers denominate * out of flavor.' 
 *' Here, however, is another nice point in cheese-making, to 
 " determine just how far this acidity may safely proceed, and 
 " to know precisely when the curd should be removed from the 
 " whey ; for, if permitted to go one step too far, a sour cheese is 
 *' inevitable. 
 
 " Salting. — A few cheese-makers recommend salting the curd 
 " in the \at while a small portion of the whey remains. The 
 " advantage claimed is, that the curd can be more evenly salted 
 " than in any other way. Salting is generally done in the sink, 
 *' however, after the whey is drained ofF and the curd is pretty dry 
 " and cool. The salt is not usually put on all at once, but grad- 
 *'ually, and the curd is well mixed at each salting. 
 
 " Ordinarily, the rule for salting is about 2 -j\ pounds of salt 
 "to looo pounds of milk ; considerably less than this very early in 
 "the season, somewhat less in the autumn months, and perhaps a 
 " little more in very warm weather. 
 
 " In Central New York, the Syracuse Factory Filled Salt is 
 " almost universally used for dairy purposes. Doubtless the Ash- 
 "• ton. Salt (from Liverpool) is purer and better, but it is far more 
 " expensive. 
 
 " When thoroughly cooled^ the curd is dipped into the hoops, and 
 ** pressed about an hour. It is then taken out, carefully bandaged, 
 "and returned to the press, there to remain until the latter is 
 "•'• needed again. Perhaps in no point is the ordinary practice in 
 " cheese factories so radically wrong as in pressing cheese. They 
 
THE DAIRY. 601 
 
 *' should always be pressed two days, or more -, but in reality they 
 *■'■ seldom remain in the hoops over twenty hours." 
 
 " Treatment of Cheese in the Curing-Room. — On being brought to 
 *' the cheese-house, the cheeses are placed upon the tables or 
 *' ranges and after standing a few minutes \n order to dry, the tcp 
 *' surfaces should be liberally greased with hot whey-oil. The 
 '^ bandage which extends above the edge should be about i^ inches 
 *' wide, cut down in slits, so that it may, when dry, be oiled and 
 " neatly plaited down upon the surface. In most factories the 
 " sides of the cheese are also greased, after each cheese has been 
 *' properly marked and numbered. 
 
 '* The next day the cheeses are turned and the other surface is 
 "oiled. The grease first used upon the cheese is colored 
 *' with annotto, so as to present a rich and attractive appearance 
 *' outwardly. 
 
 *' Ordinarilv, cheeses require oiling only two or three times be- 
 " fore being fit for market. In cold or windy weather, however, 
 *' the surfaces need frequent applications, or they will ' check,' 
 " (crack on the surface.) 
 
 " Until three weeks old, cheese should be turned every day, 
 *' (except Sundays ;) afterward once in two days will answer. 
 *' The temperature of the curing-house is most favorable if about 
 " 70° to 75°; if warmer ventilate thoroughly; if much cooler, 
 ''employ artificial heat, or the new cheese will become bitter. 
 
 "Wind, blowing upon the cheese, will 'check' the surface; 
 "the sun, shining directly upon them, will heat and soften them 
 " too much. 
 
 " Cheeses insufficiently cooked or lightly salted, or those into 
 " which cold curd has been put, will, in warm weather, hufF or 
 " swell up in spots upon the surface. In such cases the confined 
 "air and gas which produces the trouble must be frequently let 
 " out, and the hole thus opened carefully closed to avoid injury 
 " from flies. 
 
 " Sour cheese will check or crack despite all efixDrts, but extra 
 " attention and frequent oiling and turning will be beneficial. 
 
502 HANDY-BOOK OF HUSBANDRY. 
 
 " Cracks or blemishes upon the surface of the cheese, caused 
 *' either by sourness, accident, flies, or mice, should be carefully 
 *' filled up with a bit of cured cheese, and a piece of thin manilla 
 *' paper put over the spot to keep out the flies. Flies are a source 
 *' of serious trouble during a portion of the season, and unless the 
 " cheeses are most assiduously watched, considerable injury will be 
 *' done. When the mites have secured a lodgment in the cheese, 
 *■'■ thev can be brought to the surface by placing a cloth or paper 
 *' over the orifice so as to entirely exclude the air. In some cases, if 
 *' they are very numerous and have been at work for several davs, 
 "the knife must be freely used, and the affected portioi\ cut away. 
 " Then refill with cured cheese. Cayenne pepper put into the 
 *' grease, is thought to be a protection against the dep.'-edations of 
 " flies. And alcohol, in which led-pepper pods have been soaked 
 *' for some days, applied to the surface of checked cheese, will 
 *' keep off flies for a time. Some persons put beeswax into the 
 ** grease, believing that this better prepares the surface of cheese 
 " to resist the attacks of flies. 
 
 " It is to the curing-room that the cheeses are brought for per- 
 *' fecting and ripening, and it is here they are inspected bv the pur- 
 " chaser. Any blemish or imperfection will here be brought to 
 "light. It is true that if cheeses are not properly made, no 
 " amount of care in this department can atone for this deficiency. 
 *' It is also true that cheese, to which justice has been done in 
 *' the manufacture, may be very much injured and depreciated by 
 *' want of judicious care and attention while curing. 
 
 " Nicety in small things will pay ; not alone in the satisfaction 
 " of admiring them, but in dollars and cents." 
 
 Concerning the manufacture of cheese in domestic dairies, very 
 complete directions are given in Flint's " Milch Cows and Dairy 
 Farming," to which the reader is referred, as it would be difficult 
 to condense within the narrow limits of this chapter, so much as 
 would be necessary for the practical information of cheese- 
 makers. 
 
 Tho principle upon which the manufacture of cheese is based 
 
THE DAIRY. 503 
 
 is, that the caseine of milk, (that is its cheesy part,) is held 
 in solution in the liquid only in the presence of an alkali there ex- 
 isting. Any acid that will neutralize this alkali, deprives it of 
 the power of causing the solution of the caseine, which is there- 
 upon rejected by the water and forms the curd. All acids produce 
 this effect, although many of them, of course, are, for various 
 jeasons, not suited to the requirements of cheese-making. Milk 
 is curdled by the action of the lactic acid that forms in the natural 
 process of its souring. Flint states that in some of the northern 
 countries of Europe a little butterwort [Singuicula vulgaris) is 
 sometimes mixed with the cow's food, causing the milk to coagu- 
 late without the addition of an acid within a few hours after being 
 drawn. In the almost universal dairy practice of the world, ren- 
 net (the prepared stomach of the calf) is used to produce coag- 
 ulation. 
 
 The richness of cheese depends very much upon the quantity 
 of cream that it contains, but not a little, also, on the mode of 
 manufacture. Sometimes the cream of the night's milk is added 
 to the morning's milk, a; d the latter made into cheese ; sometimes 
 the whole milk of each milking is curdled ; sometimes only skim- 
 milk or buttermilk is used, producing a cheese which, although 
 lacking in richness, and somewhat also in flavor, is a highly nu- 
 tritious food. As an instance of the effect of the mode of manu- 
 facture upon the cheese-dairy, it may be stated that the very pop- 
 ular Gruvere cheese (Schweitzer-kaese) which seems to be rich 
 and is certainly very high flavored, is made from skim-milk. 
 
 Mr. Flint quotes the following from a report made to the New 
 York State Agricultural Society, by A. L. Fish, of Herkimer 
 County, whose cows averaged 775 pounds of cheese each in the 
 year 1845. It is a simple statement of the practical operations 
 of a successful dairyman. 
 
 " The evening's and morning's milk is commonly used to make 
 *' one cheese. The evening's is strained into a tub or pans, and 
 " cooled to prevent souring. The proper mode of cooling is to 
 " strain the milk into the tin tub set in a wooden vat, described in 
 *' the dairy house, and cool by filling the wooden vat with ice- 
 
504 HANDY-BOOK OF HUSBANDRY. 
 
 " water from the ice-house, or ice in small lumps, and water from 
 "the pump. The little cream that rises over night is taken off" 
 " in the morning, and kept till the morning and evening milk are put 
 *' together, and the cream is warmed to receive the rennet. It is 
 " mixed with about twice its quantity of new milk, and warm 
 '* water added to raise its temperature to ninety-eight degrees -, stir 
 " it till perfectly limpid, put in rennet enough to curdle the milk 
 *' in forty minutes, and mix it with the mass of milk by thorough 
 "stirring; the milk having been previously raised to eightv-eight 
 ** or ninety degrees, by passing steam from the steam generator to 
 "the water in the wooden vat. In case no double vat is to be 
 " had, the milk may be safely heated to the right temperature, by 
 "setting a tin pail of hot water into the milk in the tubs. It may 
 " be cooled in like manner bv filling the pail with ice-water, or 
 " cold spring-water, where ice is not to be had. It is not safe to 
 •' heat milk in a kettle exposed directly to the fire, as a slight 
 *' scorching will communicate its taint to the whole cheese and 
 *' spoil it. If milk is curdled below eighty-four degrees, the cream 
 " is more liable to work off" with the whey. An extreme of heat 
 " will have a like effiect. 
 
 " The curdling heat is yaried with the temperature of the air, 
 " or the liability of the milk to cool after adding rennet. The 
 "thermometer is the only safe guide in determining the tem- 
 *'perature ; for, if the dairyman depends upon the sensation of the 
 *' hand, a great liability to error will render the operation uncer- 
 " tain. If, for instance, the hands have previously been immersed 
 *' in cold water, the milk will feel warmer than it really is ; if, on 
 " the contrary, they have recently been in warm water, the milk 
 *' will feel colder than it really is. To satisfy the reader how 
 " much this circumstance alone will affect the sensation of the 
 " hand, let him immerse one hand in warm water, and at the same 
 " time keep the other in a vessel of cold water, for a few 
 *' moments ; then pour the water in the two dishes together, and 
 " immerse both hands in the mixture. The hand that was previ- 
 " ously in the warm water will feel ro/^, and the other quite warm, 
 " showing that the sense of feeling is not a test of temperature 
 
THE DAIRY. 505 
 
 " worthy of being relied upon. A fine cloth spread over the tub 
 " wh.le the milk is curdling, will prevent the surface from being 
 *' cooled by circulation of air. No jarring of the milk^ by walking 
 " upon a springy floor, or otherwise, should be allowed while it is 
 " curdling, as it will prevent a perfect cohesion of the particles. 
 
 " When milk is curdled so as to appear like a solid, it is divided 
 " into small particles to aid the separation of the whey from the 
 " curd. This is often too speedily done^ to facilitate the work, but 
 *' at a sacrifice o'i quality and quantity.'''' 
 
 He also publishes the following statement of a lady in Massa- 
 chusetts, whose cheeses received the first premium at the Franklin 
 County fair, in 1857, for their richness, fineness, and delicacy of 
 flavor : — 
 
 " My cheese is made from one day's milk of twenty-nine cows. 
 *•'• I strain the night's milk into a tub, skim it in the morning, and 
 '' melt the cream in the morning's milk. I warm the night's milk, 
 " so that with the morning's milk, when mixed together, it will 
 *' be at the temperature of ninety-six degrees ; then add rennet 
 " sufficient to turn it in thirty minutes. Let it stand about half 
 '* or three quarters of. an hour ; then cross it ofF and let it stand 
 " about thirty minutes, working upon it very carefully with a skim- 
 " mer. When the curd begins to settle, dip off the whey, and 
 " heat it up and pour it on again at the temperature of one hun- 
 " dred and two degrees. After draining ofF and cutting up, add a 
 *' teacup of salt to fourteen pounds. 
 
 " The process of making sage cheese is the same as the other, 
 ** except adding the juice of the sage in a small quantity of milk." 
 
 The manufacture of the celebrated Cheddar, Gloucester, Dun- 
 lop, Dutch, and Parmesan cheeses, is described with some fullness 
 in Mr. Flint's book, that of the Dutch or Gouda cheese being 
 more curious than any of the others. There is also contained in 
 the same work a very interesting and fully illustrated account of 
 the Holland dairy system, which may be read with advantage by 
 all American farmers, since there is no country in the world in 
 which the various processes of the manufacture of butter and 
 cheese are carried out with so much precision, and with such 
 
506 HANDY-BOOK OF HUSBANDRY. 
 
 scrupulous attention to that cleanliness on which complete success 
 in all dairy operations must inevitably depend. 
 
 This chapter cannot be more appropriately closed ihan by in- 
 troducing the following extracts from Mr. Flint's " Letter to a 
 Dairy Woman " : — 
 
 " I need not remind you that any addition, however small, to 
 *' the market \alue of each pound of butter or cheese, will largely 
 " increase the annual income of your establishment. Nor need I 
 " remind you that these articles are generally the last of either the 
 " luxuries or the necessaries of life in which city customers are 
 ** willing to economize. They must and will have a good article, 
 " and are ready to ^ay for it in proportion to its goodness ; or, if 
 *' they desire to economize in butter, it will be in the quantity 
 " rather than the quality. 
 
 " Poor butter is a drug in the market. Nobody wants it, and 
 *' the dealer often finds it difficult to get it off his hands, when a 
 " delicate and finely flavored article attracts attention and secures 
 " a ready sale. Some say that poor butter will do for cooking. 
 '' But a good steak or mutton-chop is too expensive to allow any 
 " one to spoil it by the use of a poor quality of butter ; and good 
 *' pastry-cooks will tell you that cakes and pies cannot be made 
 " without good sweet butter, and plenty of it. These dishes re\- 
 " ish too well, when properly cooked with nice butter, for any one 
 *' to tolerate the use of poor butter in them. 
 
 " I have dwelt on the necessity of extreme cleanliness in all the 
 *' operations of the dairy ; and this is the basis and fundamental 
 '' principle of your business. I would not" suppose, for a moment, 
 *' that you are lacking in this respect. The enormous quantities 
 ** of disgusting, streaky, and tallow-like butter that are daily thrust 
 *' upon the seaboard markets must be due to the carelessness 
 *■'■ and negligence of heedless men, to exposure to sun and rain, 
 *' to bad packing, and to delays in transportation. Many of these 
 *' evils you may not be able to remove, since you cannot follow 
 *' the article to the market, and see that it arrives safely and 
 *' untainted. But you can take greater pains, perhaps, in some 
 *' of the preliminary processes of making, and produce an article 
 
THE DAIRY. 507 
 
 '* that will not be so liable to injure from keeping and transporta- 
 '' tion ; and then, if fault is to be found, it does not rest with you. 
 
 " I will not suggest the possibility that your ideas of cleanliness 
 " and neatness, may be at fault ; and that what may seem an excess 
 '* of nicety and scrubbing to you, may appear to be almost slov- 
 ■^'enliness to some others, whose butter receives the highest price 
 " in the market, and always finds the readiest sale." * * * 
 "Dutch dairy-women give all the utensils of the dairy, from the 
 " pails to the firkins and the casks, infinite attention, and are also 
 *' extremely careful that no infectious odor rises from the surround- 
 *' ings. I think you will see that it is a physical impossibility that 
 " any taint can affect the atmosphere or the utensils of such a 
 "dairy, and that many of the details of their practice may be 
 " worthy of imitation in our American dairies. 
 
 " And here allow me to suggest that, though we may not approve 
 *' of the general management in any particular section, or any 
 *' particular dairy, it is rare that there is not something in the 
 " practice of that section that is really valuable and worthy of 
 " imitation." 
 
 " Under ordinarily favorable circumstances, from twelve to 
 *' eighteen hours will be sufficient to raise the cream, and I do not 
 " believe it should stand over twenty-four hours under any circum- 
 " stances. This, I am aware, is very different from the general 
 "practice over the country. But, if you will make the experi- 
 *'ment in the most careful manner, setting the pans in a good, airy 
 " place, and not upon the cellar bottom, I think you will soon 
 " agree with me that all you get, after twelve or eighteen h ours, 
 " under the best circumstances, or at most after twenty-four hoi rs, 
 " will detract from the quality and injure the fine and delicate 
 " aroma and agreeable taste of the butter to a greater extent th?n 
 " you are aware of. The cream which rises from milk set on the 
 '* cellar bottom acquires an acrid taste, and can neither produce 
 " butter of so fine a quality or so agreeable to the palate, as that 
 *' which rises from milk set on shelves from six to eight feet high, 
 " around which there is a full and free circulation of pure air. 
 
508 HANDY-BOOK OF HUSBAXDRV. 
 
 '■'■ The latter is sweeter, and appears in much larger quantities in 
 *■' the same time, than the former. 
 
 " If, therefore, you devote vour attention to the making of 
 *' butter to sell fresh in the market, and desire to obtain a rcpu- 
 *' tation which shall aid and secure the quickest sale and the high- 
 *' est price, you will use cream that rises first, and that does not 
 *■'■ stand too long on the milk. You will churn it properly and 
 "patientlv, and not with too great haste. You will work it so 
 " thoroughly and completely, with the butter-worker and the 
 ''sponge and cloth, as to remove every particle of buttermilk, 
 '* never allowing vour own or anv other hands to touch it. You 
 "will keep it at a proper temperature when making, and after it 
 " is made, bv the judicious use of ice, and avoid exposing it to 
 "the bad odors of a musty cellar. You will discard the use of 
 " artificial coloring or flavoring matter, and take the utmost care 
 " in every process of making. You will stamp your butter tastc- 
 " fully with some mould which can be recognized in the market 
 *' as yours ; as, for instance, your initials or some form or figure, 
 " which will most please the eye and the taste of the customer. 
 " You will send it in boxes so perfectly prepared and cleansed as to 
 " impart no taste of wood to the butter. If all things receive due 
 *' attention, my word for it, the initials or form which you adopt, 
 " will be inquired after, and you will always find a ready and a 
 "willing purchaser, at the highest market-price. 
 
 " But if you are differently situated, and it becomes necessary 
 " to pack and sell as firkin-butter, let me suggest the necessity 
 " of an equal degree of nicety and care in preparation, and that 
 *' you insist, as one of your rights, that the article be packed in the 
 " best of oak-wood firkins, thoroughly prepared after the manner of 
 " the Dutch. A greater attention to these points would make the 
 " butter thus packed worth several cents a pound more when it 
 "arrives in the market, than it ordinarily is. Indeed, the man- 
 " ner in which it not unfrequently comes to market is a disgrace 
 "to those who packed it ; and it cannot be that such specimens 
 " were ever put up by the hands of a dairywoman. I have often 
 " seen what was brought for butter, opened so marbled, streaked, 
 
THE DAIRY. 509 
 
 and rancid, that it was scarcely fit to use on the wheels of a 
 carriage. 
 
 " If you adopt the course which I have recommended in regard 
 to skimming, you will have a large quantity of sweet skimmed- 
 milk, far better than it would be \i allowed to stand thirtv-six or 
 forty-eight hours, as is the custom with many. This is too 
 valuable to waste, and it is my opinion that you can use it to far 
 greater profit than to allow it to be fed to swine. There can be 
 no question, I think, that cheese-making should be carried on at 
 the same time with the making ot butter, in small and medium 
 sized dairies. Some of the best cheese of Holland is made of 
 sweet skim-milk. The reputation of Parmesan — a skim-milk 
 cheese of Italy — is world-wide, and it commands a high price 
 and ready sale. By cheese-making you can turn the skim-milk 
 to a very profitable account, if it is sweet and good. You will 
 find, if you adopt this system, that your butter will be improved, 
 and that, without any great amount of extra labor, you will 
 make a large quantity of very good cheese, and thus add largely 
 to the profit of your establishment, and to the comfort and pros- 
 perity of your family. 
 
 " But, if you devote all your attention to the making of cheese, 
 whether it is to be sold green, or as soon as ripe, or packed for 
 exportation, I need not say that the same neatness is required as 
 in the making of butter. You will find many suggestions in 
 the preceeding pages which I trust will prove to be valuable 
 and applicable to your circumstances. There is a general com- 
 plaint among the dealers in cheese that it is difficult to get a 
 superior article. This state of things ought not to exist. I 
 hope the time is not far distant when a more general attention 
 will be paid to the details of manufacture, and let me remind 
 you that those who take the first steps in improvement will reap 
 the greatest advantages." 
 
CHAPTER XVII. 
 
 THE WINTER FEEDING AND MANAGEMENT OF LIVE STOCK. 
 
 The objects in keeping animals on a farm are : — 
 
 1. To convert vegetable products into animal products. 
 
 2. To make manure. 
 
 3. To secure the necessary motive power for the operations of 
 the farm. 
 
 All of these are items of the farm's business^ <ind viewed in this 
 light, the domestic animals bear the same relation to his opera- 
 tions, that the steam-engine, the carding-machine, and the loom 
 do to the owner of a cotton-mill. 
 
 They are a part of the machinery Dy which he accomplishes his 
 ends, and they should, in a purely practical point of view, be re- 
 garded as such. They should be kept in sound condition, and in 
 good running order, and made to perform their part of the work, 
 day by day, in the best and most economical manner. In propor- 
 tion to the completeness with which this is done, — in proportion, 
 that is, to the intelligence and constant watchfulness with which 
 they are kept up to the mark, and made to perform their full 
 share of the work, — will they be profitable or unprofitable. 
 
 If the mill owner keeps his engine running with full power, 
 consuming its maximum amount of fuel, and then supplies his 
 looms with barely enough cotton for the profit on the cloth made 
 to pay his operatives, he will be out of pocket by the full cost of 
 running his engine, of the wear and tear of his machinery, and of 
 the interest on the value of his mill. Before he can actually make 
 money, he must supply enough raw material to increase his pro- 
 duction to an amount that will more than cover all outlays. 
 
 The extent to which he does this must decide the degree 
 to which he is to be considered a successful manufacturer. 
 
WINTER FEKDIiSG OF LIVE STOCK. 511 
 
 The farmer's case is a precisely parallel one, as I shall en- 
 deavor to prove — for he cannot be considered a practical farmer in 
 the best sense of the term, unless he makes every animal on his 
 tarm do its full proportion of the money making of the business — 
 for money making is the chief aim of his life and occupation. 
 
 The grain-grower — pure and simple — has much" legs occasion 
 for the constant exercise of skill than the stock-raiser. He has 
 only to produce his crops, to sell them, and to keep his soil in 
 condition for his requirements. The stock-raiser has all this to 
 attend to, and, in addition, he must constantly regard the mani- 
 fold needs of his animals, forcing them to consume the largest 
 possible amount of food, and to yield the utmost possible return 
 for the food and care bestowed upon them. 
 
 His success depends on an early and earnest appreciation of 
 the fact that only to the degree to which he causes his animals to 
 consume more food than is required to support their frames, and 
 to carry on the various vital functions, will there be a profit re- 
 sulting from their keep. A certain amount of food is required to 
 supply the animal's respiration, and the natural waste of its body. 
 It only this amount is given, the food consumed will be a total loss, 
 except for the value of the manure that it produces, while the 
 interest and insurance on the animal itself, the time expended in 
 its care, and all the buildings and appliances of the farm that its 
 keeping makes necessary, will be lost. 
 
 Not only must the feeding be so managed as to contribute the 
 material from which profit is to be made, but due attention should 
 be given to the items of (i) cleanliness, (2) regularity, (3) tempera- 
 ture, (4) exercise, (5) fresh water, (6) pure air. 
 
 I. Cleanliness is of the utmost importance. It is impossible 
 for any of the domestic animals to do their best unless their skins 
 are free from dirt, and in a fresh and healthy condition. It is of 
 the utmost importance that they be not allowed to accumulate a 
 winter coat of clotted manure; and it is at least very desirable that 
 they be daily thoroughly carded or brushed from head to foot, 
 whenever sufficient labor can be commanded. Better keep fewer 
 animals well groomed than to allow the herd to remain in a condi- 
 33 
 
512 lIA>'DY-BOOK OF HUSBANDRY. 
 
 tion in which it cannot make the best use of the expensive food 
 it consumes. 
 
 2. Regularity^ especially in feeding and watering, is very im- 
 portant. Animals will always thrive best when the hours oi feed- 
 ing are regularly established, so that they will come with full 
 appetite to each meal. In establishments where feeding is done 
 by the clock, the animals will lie quietly down until very nearly 
 the time for feeding. As the hour approaches they will get up 
 up, eager and expectant, ready to attack their rations with good 
 appetite. If they are fed sometimes at long, sometimes at short 
 intervals, they will eat less, will chew the cud less contentedly, 
 and will be generally restless and uneasy, expecting something to 
 be given them whenever a man enters the stables, and when food 
 is given them, eating it much more daintily. 
 
 3. Temperature. — Probably the first use that the animal organ- 
 ism makes of food consumed is to appropriate it to maintaining the 
 proper temperature of the body. Heat is, to a certain extent, 
 constantly given off in respiration : air thrown out from the lungs 
 is always warmer than when taken in. The additional heat is 
 manufactured in the system, by the union ot certain elements of 
 the food with the oxygen of the air inhaled. There is very little 
 difference in the temperature of the air breathed out in cold 
 weather and in warm, in cold stables and in warm ones. It the 
 air of the stable is at 50^, and is exhaled at 90°, it has taken 40° 
 of heat from the system j while if it was taken in at zero, it 
 would have taken 90° from the system. Probably this illustration 
 is not scientifically exact, but it sufficiently exhibits the princi- 
 ple. The extra amount of heat required to raise the breath to the 
 standard temperature is produced by the consumption of parts of 
 the food, which, if not so wasted, might have gone to form fat or 
 butter i hence we see the importance of protecting our stock from 
 undue exposure to the cold. The animal is surrounded by warm 
 air, that is to say, the spaces in its hairy covering are filled with 
 air of which the temperature is elevated by the escape of heat from 
 the body. When this air is once sufficiently warmed, the animal's 
 coat preventing its rapid change or circulation, it loses its heat but 
 
WINTER FEEDING OF LIVE STOCK. 513 
 
 slowly, but if a draft of air or a gale of wind is allowed to a2;itate 
 this blanket, its warm air is carried away and the body constantly 
 parts with more heat, in order to warm the colder fresh supply. 
 The heat used in this way is formed by the oxidation of elements 
 of the food in precisely the same manner as in the case of respira- 
 tion ; consequently, the more we protect our animals against the 
 rapid circulation of cold air, the more we reduce this waste of 
 the heat-producing elements which it is our object to convert 
 into fat. 
 
 While, therefore, fresh air should be regularly supplied, all un- 
 necessary loss of heat should be avoided. 
 
 4. Exercise. — It is difficult to determine what amount of exer- 
 cise different animals require, Messrs. S. & D. Wells, of Weth- 
 ersfield, Connecticut, (who have a valuable herd of Ayrshire cat- 
 tle, which they manage very judiciously,) tie their cows in winter 
 quarters early in November, and they never untie them again, 
 except for calving, until the spring pastures are ready for turning 
 out. Some of their animals remain fastened by the neck nearly 
 six months at a time, yet they come out in spring in superb con- 
 dition, apparently not at all injured by their long repose. It may be 
 in deference to an idea that systematic exercise is generally given 
 to dairy cattle, but without having any positive reason for doing 
 so, I prefer that my own animals should be loose in the yard for 
 a few hours on every pleasant day during the winter. Such a 
 course certainly does no harm, and it constitutes a sort of return 
 to a natural condition, which seems to me very desirable. 
 
 Horses, certainly, and probably sheep also, are benefited by reg- 
 ular exercise whenever the weather is not too cold. 
 
 5. Fresh Water. — By this I do not mean cold water, for proba- 
 bly it would be better in summer, and certainly it would be better 
 in winter, that the water should not be cold enough to produce a 
 chill. It is most important to provide water that is free from 
 organic impurities, and untainted by the drainings of barn-yard 
 and dung heaps. It would be better, if it can be so arranged, that 
 suitable water should be always within reach of the cattle. There 
 need be no fear of their abusing their privilege and drinking im- 
 
ol4 HANDY-BOOK OF HUSBANDRY. 
 
 moderately, and we sliould guard against the possibility of their 
 wants being occasionally forgotten. 
 
 6. Pure Air. — Hardly second in importance even to nutritious 
 food is an abundant supply of pure air, at all times and seasons. 
 Animals kept in ill-ventilated stables, in which the air is impreg- 
 nated with the carbonic acid from the breath, and ammonia from 
 the droppings, can neither make the best use ot the food that is 
 given them, nor preserve their bodies in rugged health. 
 
 It is impossible that there should hot be always, even in the 
 best-regulated stables, more or less ammonia and more or less 
 offensive odor. All that we can do is to overcome the ill-effect 
 of these, by pro\iJing an abundant supply of pure air trom out of 
 doors to dilute and dissipate them. 
 
 While this supply of fresh air is a matter of absolute necessity, 
 it is hardly less important to guard against strong currents blowing 
 directly across the animals, especially in cold weather. There 
 are many ways in which stables may be ventilated without sub- 
 jecting their inmates to draughts. Those plans are the best 
 which cause the vitiated air to escape from near the floor and 
 admit fresh air from above, but at such distance from the animals 
 that its current will be diffused before it reaches them. 
 
 As far as the economy of the stable is concerned, farm stock 
 may be classified as follows : — 
 
 1. Growing stock. 
 
 2. Fattening stock. 
 
 3. Milking stock. 
 
 4. Working stock. 
 
 According to the class to which an animal belongs, must its 
 food and its exercise be regulated. 
 
 I. Growing animals have not only to support the ordinary 
 wastes of animal life, but to lay up in all of their parts the material 
 that contributes to the growth of their bodies. This requires the 
 greatest diversity of nutritious elements in the food. If a colt is 
 fed only on roots, he will become pot-bellied, lean, and defective in 
 his bony structure. In proportion as we supply him with food 
 
WINTER FEEDING OF LIVE STOCK. 515 
 
 containing more nitrogen and phosphates, will his bones grow 
 large and his muscles more full. If fed largely upon pea and bean 
 meal, his growth will be much accelerated and his vigor increased. 
 Oats, which are very strongly nutritious, accomplish the same 
 effect to a less degree, while owing to the bulkiness of the woody 
 fiber of the husk, their effect on the digestive organs is better, 
 though of course no grain should be used as the exclusive food of 
 any animal. All such nutritious forage should be accompanied 
 with enough hay or straw to form bulk, and keep the digestive 
 organs sufficiently distended. Indian corn, which contains a 
 large amount of oil and starch, (fattening materials,) is not nearly 
 so well adapted as oats, peas, and beans to the needs of growing 
 animals. 
 
 2. Fattening stock has the least amount of waste of bone and 
 muscle to make up, since it takes but little exercise and does no 
 work. Our sole object is to keep the animal in a state of robust 
 health, so that it consume and properly digest a large amount of 
 food, and at the same time store up, in the adipose tissue, a large 
 proportion of fat. Such animals should receive s-. fficient hay or 
 straw for the proper distention of the intestines, and as much fat- 
 forming food as they are capable of thoroughly digesting. With 
 such animals roots may be largely fed, the quantity of coarse 
 fodder being proportionately reduced, and Indian corn meal 
 or oil meal, may be largely used with advantage. 
 
 3. With milking cows, one object should be to reduce the 
 amount of exercise to the least that will keep them in a state of 
 health ; to avoid all accumulation of fat, and to stimulate to the 
 utmost the secretion of milk. This is best accomplished by the 
 use of rich and well-cured hay, roots, and bran. 
 
 4. Working animals are constantly wearing out their bones and 
 muscles, while their vigorous exercise causes them to consume 
 more of their food in respiration than do animals in a state of rest. 
 Their requirements approximate to those of growing young stock, 
 the chief difference being, that instead of supplying material to be 
 accumulated in the bones and muscles, we supply the waste that 
 these have undergone in the performance of labor. 
 
616 HANDY-BOOK OF HUSBANDRY. 
 
 These are the general principles on which the feeding of ani- 
 mals depends. At the first glance they seem to suggest a simple 
 set of rules by which the most skillful feeding should be guided. 
 But as we analyze them more closely and see how the result is 
 influenced by a variety of considerations, especially bv the peculiar 
 temperament of the individual animal, the whole question becomes 
 involved in an intricacy that is thus far beyond our full compre- 
 hension, and we soon learn that no rules and no theories on the 
 subject are of much practical value. Certain general principles 
 are to be borne always in mind, and we should avoid their direct 
 violation, but beyond this we must seek our only help in individual 
 experience and close observation. 
 
 Tliese general principles arc, so far as they can be simply 
 stated, the following : — 
 
 1. Food contains both fat-forming (or heat-producing) and 
 muscle-and-bone-forming materials. 
 
 2. The proportions of these elements are different in difFerei.t 
 kinds of food. 
 
 3. We shouiQ give a larger proportion of one or of the other, 
 according to the condition and requirements of the animal. That 
 is: a fattening animal should have an excess of the fat- forming 
 elements, and a growing or a working animal should have an 
 excess of the muscle-and-bone-forming elements. 
 
 4. Animals subjected to excessive cold have use for more heat- 
 producing (or fat-forming) material than have those which are 
 kept warmly housed, or which live in a warmer climate. 
 
 5. Work, especially y>/j/ work, develops bone and muscle, and 
 gives the system a tendency to appropriate food to this develop- 
 ment rather than to the accumulation of fat, which the more rapid 
 and full respiration that work induces causes the fat-forming parts 
 of the food to be consumed in the production of heat, which is 
 supposed to be the representative of work. Idleness, on the 
 other hand, lessens the muscular development, and induces the 
 production of fat. 
 
 6. The animal system is susceptible — so far as the performance 
 of its functions is concerned — of considerable cultivation. That 
 
WINTER FEEDING OF LIVE STOCK. 517 
 
 is: by careful attention to the development of any peculiarity, 
 generation after generation, it may be increased and intensified, 
 and it will be transmitted from father to son with more or less 
 certainty, according to the prominence it has attained. The 
 *' thorouo-h-bred " horse (the English race-horse) is the fleetest of 
 the horse family, and has wonderful power of endurance — owing, 
 largely, to the excessive development of his lungs and blood-ves- 
 sels, and to the arrangement of these latter ; the peculiarities are 
 so much a part of the nature of this horse, that they are not only 
 observable in all thorough-bred horses and mares, but, to a great 
 extent, in the progeny of thorough-bred sires with common dams. 
 The Short-horn has a tendency to lay on fat that has been devel- 
 oped (and fixed as the leading characteristic of the herd) by many 
 generations of breeding for a specific purpose. The Jersey cow is 
 a butter producer — and nothing else — because, for generations, she 
 has been kept only for butter-making. It would be possible to 
 start with a herd of fat Short-horns and in time to make them 
 lean butter producers ; or to breed a herd of Jerseys to the size 
 and amplitude of the Short-horn. 
 
 7. Our success in any branch of stock-raising or feeding will 
 depend, very much, on the skill with which we adapt our food 
 and our management to the special characteristics of the particular 
 breed of animals we keep. Nothing should be done that has a 
 tendency to divert the animal's organic activities from the chan- 
 nel in which they have learned to flow : — for instance, we must 
 not work the bulls of our dairy breeds of cattle, for work will 
 develop the breathing apparatus, and increased breathing will 
 consume, in the production of heat, fat-forming material which 
 should have gone to the increase of cream. This is only a 
 single illustration of a universal principle, which I can here treat 
 only thus meagerly. It underlies the whole question of the 
 domestication of the animals which have become useful to man, 
 and may be roundly stated thus : —The difference between our 
 domestic animals and their wild ancestors is a difference of devel- 
 opment ; and this development is entirely within the control of 
 the farmer. He may allow his flocks and herds to retrograde 
 
518 HANDY-BOOK OF HUSBANDRY. 
 
 toward the wild type ; he may develop still further their useful 
 qualities ; or he may give prominence to some feature that is now 
 inconspicuous. 
 
 The really practical farmer should bear the foregoing in mind, 
 and he would be greatly benefited by making himself familiar 
 with all that is known of the " physiology " of farm animals. At 
 the same time, no amount of theoretical knowledge (book-farming) 
 can take the place of practical skill and observation. One must 
 know, not only the general rules of the stable, and what is the 
 best food and the best management for the different results aimed 
 at, but the temperaments, habits, and peculiarities of different 
 individuals of the herd. 
 
 This sort of "stable wisdom " onlv a man of tact, vigilance, 
 and close observation can attain to. Tempered by such knowl- 
 edge as may be readily gathered from books, it is the corner-stone 
 of the farmer's fortune. He must — in his breeding and in his 
 feeding — try to develop, to the utmost, the most desirable quali- 
 ties of each animal under his care. Beginning with a good father 
 and a good mother, — whether it be a question of a horse or only of 
 a chicken, — and ending with the best possible treatment through- 
 out its life, he should make each animal an object of special 
 study and strive to adapt it as perfectly as he can to the service 
 he intends it for, — closely observing its peculiar temperament. 
 In this way will he get from each animal the greatest profit it is 
 capable of returning. 
 
 The principles which govern the use of nutriment bv all kinds 
 of farm stock being the same, I cannot better illustrate the 
 practice that is to be recommended for all, than by the following 
 quotation from Mr. flint's work : — " 
 
 " Keep the cows constantly in good condition^ ought, therefore, to 
 " be the motto of every dairy farmer, posted up over the barn- 
 *' door, and over the stalls, and over the milk-room, and repeated 
 '* to the bovs whenever there is danger of fors;etting it. It is the 
 '' great secret of success, and the difference between success and 
 
 * Milch Cows and Dairy Fanning. 
 
WINTER FEEDING OF LIVE STOCK. 519 
 
 *' failure turns upon it. Cows in milk require more food in pro- 
 " portion to their size and weight than either oxen or young cattle. 
 
 " In order to keep cows in milk well and economically, reg- 
 " ularity is next in importance to a full supply of wholesome 
 " and nutritious food. The healthy animal stomach is a very nice 
 " chronometer, and it is of the utmost importance to observe 
 " regular hours in feeding, cleaning, and milking. This is a point, 
 " also, in which very many farmers are at fault — feeding v;hen- 
 " ever it happens to be convenient. The cattle are thus kept in 
 " a restless condition, constantly expecting food when the keeper 
 "enters the barn, while, if regular hours are strictly adhered to, 
 " they know exactly when they are to be fed, and they rest quietly 
 " till the time arrives. Go into a well-regulated dairy establish- 
 " ment an hour before the time of feeding, and scarcely an animal 
 "will rise to its feet; while, if it happens to be the hour of 
 " feeding, the whole herd will be likely to rise and seize their food 
 " with an avidity and relish not to be mistaken. 
 
 " With respect to the exact routine to be pursued, no rule 
 " could be prescribed which would apply to all cases ; and each 
 "individual must be governed much by circumstances, both in 
 " respect to the particular kinds of feed at different seasons of the 
 *' year, and the system of feeding. I have found in my own 
 " practice, and in the practice of the most successful dairymen, 
 " that, in order to encourage the largest secretion of milk in stalled 
 "cows, one of the best courses is, to feed in the morning, either 
 " at the time of milking — which I prefer — or immediately after, 
 " with cut feed, consisting of hay, oats, millet, or corn-stalks, 
 " mixed with shorts, and Indian, linseed, or cotton-seed meal, 
 " thoroughly moistened with water. If in winter, hot or warm 
 " water is far better than cold. If given at milking-time, the 
 " cows will generally give down the milk more readily. The 
 " stalls and mangers ought always to be well cleaned out first. 
 
 " Roots and long hay may be given during the day ; and at the 
 *' evening milking, or directly after, another generous meal of cut 
 " feed, well moistened and mixed, as in the morning. No very 
 " concentrated food, like grains alone or oil-cakes, should, it seems 
 
520 HANDY-BOOK OF HUSBANDRY. 
 
 " to me, be fed early in the morning on an empty stomach, though 
 "it is sanctioned by the practice in the London milk-daiiies. 
 " The processes of digestion go on best when the stomach is 
 "sufficiently distended; and for this purpose the bulk of food is 
 "almost as important as the nutritive qualities. The flavor of 
 " some roots, as cabbages and turnips, is more apt to be imparted 
 " to the flesh and milk when fed on an empty stomach than 
 "otherwise. After the cows have been milked, and have finished 
 " their cut feed, thev are carded and curried down, in well- 
 " managed dairies, and then either watered in the stall, which in 
 " very cold or stormv weather is far preferable, or turned out to 
 " water in the yard. When thev are out, if they are let out at 
 " all, the stables are put in order ; and, after tying them up, they 
 " are fed with long hav, and left to themselves till the time of 
 " next feeding. This may consist of roots, such as cabbages, 
 *' beets, carrots, or turnips sliced, or of potatoes, a peck, or, if the 
 " cows are very large, a half-bushel each, and cut feed again at 
 " the evening milking, as in the morning, after which water in the 
 " stall, if possible. 
 
 " The less cows are exposed to the cold of winter, the better. 
 " Thev eat less, thrive better, and give more milk, when kept 
 " housed all the time, than when exposed to the cold. Caird 
 *' mentions a case where a herd of cows, which had been usually 
 " supplied from troughs and pipes in the stalls, were, on account 
 "of an obstruction in the pipes, obliged to be turned out twice a 
 " dav to be watered in the yard. The quantity of milk instantly 
 "decreased, and in three days the falling oft" became very con- 
 *■'■ siderable. After the pipes were mended, and the cows again 
 " watered as before, in their 'stalls, the flow of milk returned. 
 
 " This, however, will be governed much by the weather ; for in 
 *' very mild, warm days it may be judicious not only to let them 
 " out, but to allow them to remain out for a short time, to cx- 
 " ercise. 
 
 " Any one can arrange the hour for the several processes named 
 *' above, to suit himself; but, when once fixed, let it be rigidly 
 " and regularly followed. If the regular and full feeding be 
 
WINTER FEEDING OF LIVE STOCK, 
 
 521 
 
 " neglected for even a day, the yield of milk will immediately 
 "decline, and it will be very difficult to restore it. It may safely 
 " be asserted, as the result of many trials and long practice, that 
 "a larger flow of milk follows a complete svstem of regularity in 
 " this respect than from a higher feeding where this system is not 
 " adhered to. 
 
 " One prime object which the dairyman should keep constantly 
 " in view is, to maintain the animal in a sound and healthy con- 
 *' dition. Without this, no profit can be expected from a milch 
 " cow for any considerable length of time ; and, with a view to 
 •"' this, there should be an occasional change of food. But, in 
 " making changes, great care is required to supply an equal amount 
 " of nourishment, or the cow falls off in flesh, and eventually in 
 " milk. We should therefore bear in mind that the food con- 
 " sumed goes not alone to the secretion of milk, but also to the 
 " growth and maintenance of the bony structure, the flesh, the 
 " blood, the fat, the skin, and the hair, and in exhalations from 
 » the body." 
 
 So much of the value of any food depends on the condition in 
 which, and the circumstances under which it is fed, that it is 
 impossible to make a comparison which shall at all times hold 
 good ; but the following tables from Boussingault, giving as it 
 does the results of a number of carefully conducted experiments, 
 will be found valuable : — 
 
 Table, showing the comparative difference between good hay and the 
 articles mentioned beloio, as food for stock — being the mean of 
 experiment and theory. 
 
 
 100 lbs. of hay are 
 
 equal to 
 
 
 100 lbs. of hay are equal to 
 
 ■L-j% lbs 
 
 green Indian corn. 
 
 
 54 
 
 lbs 
 
 rye. 
 
 441 '• 
 
 lye straw. 
 
 
 46 
 
 
 wheat. 
 
 560 " 
 
 wheat " 
 
 
 59 
 
 
 oats. 
 
 164 " 
 
 oat " 
 
 
 45 
 
 
 peas and beans mixed. 
 
 180 " 
 
 barley " 
 
 
 64 
 
 
 buckwheat. 
 
 1 55 '• 
 
 pea " 
 
 
 57 
 
 
 Indian corn. 
 
 200 " 
 
 buckwheat straw. 
 
 
 68 
 
 
 acorns. 
 
 201 " 
 
 taw potatoes. 
 
 
 los 
 
 
 wheat bran. 
 
 175 " 
 
 boiled '• 
 
 
 109 
 
 
 rye 
 
 3J9 " 
 
 mangel-wurzeL 
 
 
 167 
 
 
 wheat, pea, and oat chaff. 
 
 504 " 
 
 turnips. 
 
 
 '79 
 
 
 rye and barley, mixed, 
 
 JOO " 
 
 carrots. 
 
 
 
 
 
622 
 
 HANDY-BOOK OF HUSBANDRY. 
 
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 tti u -3 -3 " — ^ 
 
 £ ^ oi o: o: o u 
 
 s 5 
 
 
WINTER FEEDING OF LIVE STOCK. 523 
 
 STEAMING FOOD. 
 
 I have now (1870) steamed all of the hay and most of the grain 
 that has been fed out at Ogden Farm, and I do not hesitate to 
 recommend the practice to all who are so circumstanced that they 
 can do the work systematically. 
 
 For want of space I will simply detail our modus oper-ajull^ and 
 others will be able, readily, to make such modifications as may be 
 necessary to meet the requirements of their own cases. 
 
 We have about fifty head of stock, and I find that — averaging 
 them all, old and young — it costs not more than fifteen cents per 
 day to teed them, including the cost of grain, labor, fuel, wear 
 and tear of machinery, etc. Kept in good condition, as they are, 
 this is low enough. 
 
 By referring to the plans of the Ogden Farm barn, the reader 
 will be able to understand the following description of the arrange- 
 ment of the machinery and fixtures. The engine (six-horse 
 power) and the boiler (ten-horse) stand in a lean-to shed on the 
 north side of the barn, (back of the ox-stalls.) The " counter- 
 shaft," by which the power is communicated, is at the west end 
 of the feed-room, about seven feet from the floor. One end of 
 this shaft runs out through the north side of the building and is 
 connected with the driving-wheel of the engine by a belt. The 
 'cutting-machine stands on the hay floor, with its knife-end toward 
 the feed-room and about four feet distant from it. Power is 
 carried to it by a belt from a pulley on the counter-shaft. The 
 steaming-chamber occupies what was formerly a pair of ox- stalls 
 on the cattle floor. It reaches to the ceiling, and is entered by a 
 hatchway through the floor of the feed-room. It also has a side- 
 door opening on the gangway, through which the feed-car passes. 
 The steam is supplied, under a loosely-laid false bottom, by a pipe 
 leading; from the boiler. 
 
 We run the engine three or four hours one day in the v/eek — 
 cutting about three tons of long fodder, which usually consists of 
 hay, straw, and corn-stalks in about equal parts. One half of this 
 is put into the chamber on the day of cutting, and the other half is 
 
524 HANDY-BOOK OF HUSBANDRY. 
 
 laid awav until the next stcam'ng dav. We cut and steam on Satur 
 days, and hrc up again, for steaming onlv, on Wednesdays. The , 
 cut toddcr is thoroughly wetted, and has the allowance of bran or \ 
 meal well mixed through it. It is then put through the hatchway ] 
 into the chamber and trampled down. Three or four times 
 during the filling of the box, the steam is turned on and allowed 
 to flow until it appears at the hatchway. Xhis scryes to soften 
 the mass and allow it to pack more closely. When the chamber 
 is quite full, the hatch is closed and keyed down, and a full head 
 of steam is allowed to flow until it blows out hot from the slight 
 openings about the hatch and the lower door. This usually takes 
 from an hour and a half to two hours, — generally in the eyening. 
 The steam is then turned ofF and the mass is allowed to cook 
 itself, by the accumulated heat, until morning, when any musti- 
 ness or mouldiness of the long fodder is destroyed, and the whole 
 is permeated with the flayor and odor of the bran or meal mixed 
 with it. 
 
 The aboye-described operation is yery simple, and only requires 
 precaution on two points : — 
 
 1. The steaming-box or chamber must haye a weak point at 
 which the steam ma\ find its way out without straining the 
 permanent parts. This will usually supply itself in a little im- 
 perfection of fitting about the doors. 
 
 2. The fodder must be well moistened before it is put into 
 the chamber, for t/ry hay zvtll not cook. 
 
 My chamber, which has a capacity of about 425 cubic feet, 
 holds, if packed full, enough food to supply my whole stock 
 for rather more than four days. It is made with matched spruce 
 flooring nailed on both sides of 6-inch joists, and to the under 
 side of the floor-joists aboye. The spaces above and on the four 
 sides are packed full with sawdust. The floor is covered with 
 galvanized iron, with soldered joints, turned up a little at the 
 sides. On the bottom 3x4 joists are laid, and on these there are 
 loose strips of board about six inches wide, laid with half-inch 
 spaces between them. The steam is admitted below this loose 
 bottom and rises through its spaces. 
 
WINTER FEEDING OF LIVE STOCK. 525 
 
 As to the profit of steaming, I am not prepared by definite 
 figures to assert that the usual estimate is correct, that one-third 
 of the food is saved, though, after two seasons' careful observa- 
 tion, I fully believe it. This I am sure of: that corn-stalks that 
 have moulded in the stack, musty oats which have been cut 
 green and badly cured, and smoky hay, — nearly the whole of 
 which would be rejected if fed uncooked, — are eaten with avidity 
 and with evident benefit to the stock. 
 
 On the score of health and condition, this system is all that 
 could be desired. In only two or three instances have cases of 
 "scouring" occurred, and these were immediately remedied by 
 the substitution of long hay for a few days. I question whether 
 there is any advantage in cooking roots. There is a freshness 
 about these in their raw state that is perhaps beneficial, — and is 
 surely very acceptable to stock. 
 
 It would be an easy (and a pleasant) task to write a book as 
 large as this one on the single subject of this chapter. To enter 
 with any thing like fullness into details in this limited space, 
 would be impossible, and I have preferred to devote the ^tw pages 
 that could be spared for the purpose rather to general principles 
 than to minute instructions. What I have chiefly tried to accom- 
 plish has been to so state a few of the leading points, that my read- 
 ers should be induced to seek fuller information in works devoted 
 especially to physiological questions, and to the economy of the 
 stable. 
 
 It is proper to say that, so far as our own practice is concerned, we 
 have steamed less and less every year since we began to have good 
 early cut hay from our own land. We still use it for corn-fodder and 
 for purchased hay which is not of the best quality. For all such 
 material as this the process is decidedly profitable; for the prepara- 
 tion o'i first-rate hay it is not needed. !B-eally good hay is good 
 enousrh. 
 
CHAPTER XVIII 
 
 USEFUL TABLES FOR FARMERS. 
 
 The following tables, collected from various sources, contain 
 information to which it will be especiilly " handy " for every 
 farmer and gardener to have easy access. Of course, much of 
 their contents it would be impossible for me to verify by actual 
 experience, but they are all taken from standard authorities, and 
 are universally accepted as correct. 
 
 Table, showing tlie square feet and the Jeet square of the fractions 
 
 of an acre. 
 
 Fractions of 
 an acre. 
 
 Square feet. 
 
 Feet square. 
 
 Fractions of 
 an acre. 
 
 Square feet. 
 
 Feet square. 
 
 .1 
 
 1 D 
 
 Z7Z2t 
 
 Sit 
 
 \ 
 
 11780 
 
 I47t 
 
 i 
 
 544 S 
 
 7Ji 
 
 I 
 
 45560 
 
 loSi 
 
 i 
 
 10890 
 
 I04i 
 
 z 
 
 87110 
 
 i9Si 
 
 \ 
 
 14520 
 
 izo} 
 
 
 
 
 T AZI.Z, showing the number of hills or plants on an acre oj land, for 
 any distance apart, from 10 inches to d feet — the lateral and 
 longitudinal distances being unequal. 
 
 
 in. 
 
 11 in. 
 
 IS in. 
 
 iS in. 
 
 10 in. 
 
 ift. 
 
 2jft. 
 
 J ft. 
 
 5ift. 
 
 4 ft. 
 
 4* ft. 
 
 sft. 
 
 «n. 
 
 6 ft. 
 
 10 in 
 
 >i7i6 
 
 
 
 
 
 
 
 
 
 11 •• 
 
 ;ii7i 
 
 4H'» 
 
 
 
 
 
 
 
 
 
 
 
 
 
 15 •■ 
 
 nil? 
 
 54848 
 
 1787S 
 
 
 
 
 
 
 
 
 
 
 
 
 18 •• 
 
 1**48 
 
 19040 
 
 2J2J2 
 
 I9}6c 
 
 
 
 
 
 
 
 
 
 
 
 10 •• 
 
 !'r>j 
 
 161 ;6 
 
 IC908 
 
 «74i4 
 
 1 5681 
 
 
 
 
 
 
 
 
 
 
 ifcei 
 
 iii}3 
 
 11780 
 
 17414 
 
 14520 
 
 13068 
 
 1 0890 
 
 
 
 
 
 
 
 
 
 u •• 
 
 o^jS, 17414 
 
 >}9J9 
 
 11616 
 
 •0454 
 
 8712 
 
 69(x 
 
 
 
 
 
 
 
 
 J '• 
 
 '7414 
 
 14520 
 
 11616 
 
 </.Sc 
 
 87IZ 
 
 7260 
 
 5!ioi' 
 
 4840 
 
 
 
 
 
 
 
 Ji •• 
 
 'nJ5 
 
 Ii4t6 
 
 995} 
 
 82c 7 
 
 -467 
 
 6225 
 
 497' 
 
 4148 
 
 5565 
 
 
 
 
 
 4 •• 
 
 ipSS 
 
 10S90 
 
 8712 
 
 72^)0 
 
 65J4 
 
 544!: 
 
 4}5< 
 
 }6jo 
 
 3111 
 
 1711 
 
 
 
 
 
 Ak •■ 
 
 Il5i6 
 
 9680 
 
 7744 
 
 645? 
 
 5808 
 
 484c 
 
 ?ii7: 
 
 3126 
 
 1767 
 
 2420 
 
 1151 
 
 
 
 
 5 • 
 
 '0454 
 
 8711 
 
 <kA, 
 
 5808 
 
 5227 
 
 4556 
 
 US4 
 
 2904 
 
 148.. 
 
 1178 
 
 1936 
 
 1741 
 
 
 
 Si ■• 
 
 9504 
 
 7910 
 
 6? ,6 
 
 528c 
 
 4751 
 
 3960 
 
 }i68 
 
 164c 
 
 1261 
 
 1980 
 
 1760 
 
 •584 
 
 1440 
 
 
 
 8711 
 
 7260 
 
 5808 
 
 4840 
 
 4JS<^ 
 
 j6jo 
 
 1904 
 
 1420 
 
 1074 
 
 1865 
 
 161 3 
 
 1452 
 
 1320 
 
 IlIO 
 
USEFUL TABLES FOR FARMERS. 
 
 527 
 
 Table, showing the number of plants, hills, or trees contained in an 
 acre at equal distances apart, from 3 inches up to 66 feet. 
 
 Distance apart. No. of plants. 
 
 J inches by j inches 696.960 
 
 4 ■■ by 4 ■• 591.040 
 
 6 " by 6 " 174.240 
 
 9 " by 9 " 77.440 
 
 1 foot by 1 toot 45, 560 
 
 \\ feet by I j feet \<).\(jo 
 
 z teet by l foot 21.780 
 
 I '■ by 2 feet 10.890 
 
 2| '• by :i " 6,960 
 
 J '• by I foot 14. 5 -o 
 
 3 " by 2 feet 7, 260 
 
 3 " by J ■' 4.840 
 
 3i •■ by 3i " j.555 
 
 4 ■■ by I foot 10,890 
 
 4 '• by 2 feet 5,44 5 
 
 4 " by J •• },6jo 
 
 4 '■ by 4 •• 2,722 
 
 4i " by 4i " 1,151 
 
 5 •• by I foot 8,7 1 1 
 
 5 '• by 2 feet 4,356 
 
 5 " by 3 - 2,904 
 
 S ■■ by 4 " 2,178 
 
 5 '• by 5 •• 1,742 
 
 Si" by si " 1,417 
 
 Distance apart. No. of plants. 
 
 6 feet by 6 feet l.zio 
 
 (■■i " by 6i •• 1.051 
 
 7 •' by 7 " S81 
 
 8 " by 8 " 680 
 
 9 " by 9 " 537 
 
 10 " by 10 " 43; 
 
 11 " by II " 360 
 
 12 " by II " 302 
 
 '! ■■ by 13 •' 257 
 
 14 " by 14 " 222 
 
 1 5 ■' by 15 " 193 
 
 16 '• by 16 •' 170 
 
 16J •' by iCi •' 160 
 
 17 '• by 17 " 150 
 
 18 '■ by 1 8 ■' 1 34 
 
 19 " by 19 " 120 
 
 20 ■' by 20 '■ 108 
 
 1; " by 25 " 69 
 
 30 '• by 30 " 48 
 
 33 '• by 33 " 40 
 
 40 '• by 40 " 27 
 
 50 '• by 50 " ; 17 
 
 60 ■' by 60 " 12 
 
 66 " bv 66 " 10 
 
 T.^BLE, showing the quantity of garden seeds required to plant a 
 
 given space. 
 
 Designation. 
 Asparagus. 
 
 Roots 
 
 Eng. D'.varf Beans.. . 
 French '" 
 Beans, pole, large. .. 
 ■' " small.. 
 
 Beets 
 
 Broccoli and Kale... 
 
 Cabbage 
 
 Cauliflower 
 
 Carrot 
 
 Celery 
 
 Cucumber 
 
 Cress 
 
 Egg Plant 
 
 Endive 
 
 Leek 
 
 Lettuce 
 
 Melon . . 
 
 Nasturtium 
 
 Onion 
 
 Okra 
 
 Parsley 
 
 Parsnip 
 
 Peppers 
 
 Peas 
 
 Pumpkin 
 
 Radish 
 
 Salsify 
 
 Spinage 
 
 Squash 
 
 Tomaio 
 
 Turnip 
 
 Water Melon 
 
 34 
 
 Space and quantity of seeds. 
 oz. produces 1000 plants, and requires a bed 12 feet square. 
 000 plant a bed 4 feet wide 225 feet long, 
 quart plants from 100 to 150 feet of row. 
 
 '■ " 250 or 350 feet of row. 
 
 " " 100 hills. 
 
 " " 300 " or 250 feet of row. 
 o lbs. to the acre ; i oz. plants 150 feet of row. 
 oz. plants 2500 plants, and requires 40 square feet of ground. 
 Early sorts same as broccoli, and require 60 square feet of ground. 
 The same as cabbage. 
 oz. to 150 of row. 
 
 oz. gives 7000 plants, and requires 8 square feet of ground, 
 oz. for 150 hills. 
 oz. sows a bed t6 feet square, 
 oz. gives 2000 plants. 
 
 oz. " 30CX) " and requires So feet of ground, 
 oz. " 2000 " and '• 60 '■ '• 
 
 oz. " 7000 " and " seed bed of 120 feet, 
 oz. for 120 hills. 
 oz. sows 25 feet of row. 
 oz. .'• 200 •' •' 
 
 oz. " 200 " " 
 
 oz. " 200 " " 
 
 oz. " 250 " " 
 
 oz. gives 2500 plants, 
 quart sows 120 feet of row. 
 oz. to 50 hills, 
 oz. to 100 feet, 
 oz. to 150 ■' of row. 
 oz. to 200 " 
 oz. to 75 hills. 
 
 oz. gives 2500 plants, requiring seed bed of 80 feet, 
 oz. to 2000 feet, 
 oz. to 50 hills. 
 
528 
 
 HANDY-BOOK OF HUSBANDliY, 
 
 Table, showing the ipiantity of seed required to the acre. 
 
 Designation. Uuanlity of seed. 
 
 Wheat I J to z bush. 
 
 Barley \\ to i\ " 
 
 Oats 1 to 4 
 
 Rye I to 2 " 
 
 Buckwheat J to ij " 
 
 Millet I toll 
 
 Corn J to I " 
 
 Beans I to z '' 
 
 Peas 2i to 5j •' 
 
 ^' emp I to I J " 
 
 Flax 1 to 1 
 
 Rice i to i\ 
 
 I Designation. Quantity of seed. 
 
 Broom Corn i to i] buih. 
 
 Potatoes y to lo " 
 
 Timothy ii to Z4 quarts. 
 
 I Must.ird 8 to zo 
 
 I Herd Crass ii to i6 
 
 I Flat Turnip z to j lbs. 
 
 I Red Clover lo to i6 
 
 I White Clover } to 4 
 
 j Blue Grass 10 to ly " 
 
 Orchard Grass zo to jo " 
 
 ! Carrots 4 to 5 " 
 
 Parsnips 6 to 8 " 
 
 Tablh, shozving the quantity per acre zrhen planted in rows or drills. 
 
 Broom Corn I to I ) bush. 
 
 Beans 1) to 2 '• 
 
 Peas I ^ to z '• 
 
 Onions 4 to j lbs. 
 
 Carrots z to 2J " 
 
 Parsnips 4 to 5 " 
 
 Beets .....4 to 6 " 
 
 Tablf., showing the number of seeds in one pound, and weight per bushel. 
 
 Wheat 
 
 Barley 
 
 Oats 
 
 Rye 
 
 Vetches 
 
 Lentils 
 
 Beans 
 
 Peas 
 
 Flax seed 
 
 Turnip seed 
 
 Rape seed 
 
 Mustard (white) 
 
 Cabbage seed 
 
 Mangel-wurzel 
 
 Parsnip seed 
 
 Carrot seed 
 
 Lucern seed 
 
 Clover (red) 
 
 " (white) 
 
 Rye-grass (perennial) 
 
 " (Italian) .. 
 Sweet vernal grass 
 
 No. or 
 
 No. lbs. 
 
 Seeds per lb. 
 
 per bush. 
 
 IO,JOO 
 
 58 to 64 
 
 >y,4oo 
 
 48 to 56 
 
 20,000 
 
 j8 to 41 
 
 Z},000 
 
 56 to 60 
 
 8,joo 
 
 60 to 6} 
 
 8,100 
 
 y8 to 60 
 
 600 to I.JOO 
 
 60 to 65 
 
 1800 to 1,000 
 
 60 to 65 
 
 108,000 
 
 50 to 60 
 
 'JS.ooo 
 
 ;o to 56 
 
 118,000 
 
 50 to 56 
 
 7S,ooo 
 
 S7 
 
 118,000 
 
 51 
 
 14.600 
 
 10 to 14 
 
 97,000 
 
 '4 
 
 irz.ooo 
 
 9 
 
 105.000 
 
 58 to 60 
 
 149. 6cx) 
 
 60 to 6} 
 
 686,400 
 
 59 to 6z 
 
 IH.000 
 
 zo to z8 
 
 3.Jl,000 
 
 ij to 18 
 
 9ZJ.OOO 
 
 8 
 
USEFUL TABLES FOR FARMERS. 
 
 529 
 
 Table, shoziirig the number of rails, stakes, and riders required for 
 each lo rods offence. 
 
 Length 
 
 of rail. 
 
 Deflection 
 
 Crom right 
 
 line. 
 
 Length 
 of panel. 
 
 Number 
 of panels. 
 
 Feet. 
 
 Number 
 
 f rails for eac 
 
 h 10 rods. 
 
 e 2 
 
 "o --> 
 
 XI c 
 
 Feet. 
 
 Feet. 
 
 Feet. 
 
 5 rails high. 
 
 lOJ 
 
 69 
 
 6 rails high. 
 
 7 rails high. 
 
 e:h-c« 
 z 
 
 \ 
 
 I6i 
 
 6 
 
 7 
 8 
 
 8 
 10 
 
 IZ 
 
 zoi 
 i3i 
 
 99 
 
 S4 
 
 144 
 116 
 
 95 
 
 r- 
 34 
 
 z8 
 
 ZI 
 
 17 
 14 
 
 Table, showing the number of rails and posts required for each lo rods 
 of post and rail fence. 
 
 Length 
 of rail. 
 
 Length 
 of panel. 
 
 '0 ^ 
 
 ^ 
 
 Number of rails for each 10 rods. 
 
 
 
 ■a c 
 Z 
 
 z 
 
 
 
 Feet. 
 
 Feet. 
 
 5 rails high. 
 
 6 rails high. 
 
 7 rails high. 
 
 S rails high. 
 
 10 
 
 8 
 
 zc| 
 
 ZI 
 
 103 
 
 iz; 
 
 144 
 
 I6s 
 
 IZ 
 
 10 
 
 Iti 
 
 17 
 
 S3 
 
 99 
 
 116 
 
 135 
 
 14 
 
 IZ 
 
 >3i 
 
 14 
 
 69 
 
 84 
 
 95 
 
 109 
 
 16J 
 
 14J 
 
 Hi 
 
 IZ 
 
 57 
 
 69 
 
 Si 
 
 93 
 
 Table, showing the number of loads of manure and the number of heaps 
 to each load required to each acre, the heaps at given distances apart. 
 
 Distance 
 of 
 
 
 
 NUMBER 
 
 DF HEAPS IN A LOAD. 
 
 
 
 heaps apart, 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 in yards. 
 
 I 
 
 z 
 
 3 1 4 
 
 5 
 
 6 
 
 7 
 
 S 
 67 
 
 9 
 
 10 
 
 3 
 
 538 
 
 Z69 
 
 179 
 
 134 
 
 108 
 
 8s* 
 
 77 
 
 60 
 
 54 
 
 3i 
 
 395 
 
 168 
 
 IJZ 
 
 99 
 
 79 
 
 66 
 
 5t* 
 
 49* 
 
 44 
 
 3^* 
 
 4 
 
 Z03 
 
 151 
 
 101 
 
 75* 
 
 6ci 
 
 5ci 
 
 43i 
 
 37i 
 
 33* 
 
 3c} 
 
 4* 
 
 139 
 
 IZO 
 
 79* 
 
 60 
 
 47i 
 
 J9J 
 
 34i 
 
 30 
 
 2(i 
 
 14 
 
 5 
 
 194 
 
 97 
 
 6^i 
 
 4Si 
 
 38i 
 
 3-i 
 
 17* 
 
 14i 
 
 21I 
 
 Hi 
 
 5i 
 
 160 
 
 80 
 
 53i 
 
 40 
 
 V- 
 
 z6} 
 
 zzi 
 
 20 
 
 I7t 
 
 16 
 
 6 
 
 131 
 
 67 
 
 44 J 
 
 33} 
 
 Z7 
 
 "i 
 
 >9i 
 
 i6i 
 
 15 
 
 13* 
 
 ti 
 
 115 
 
 57i 
 
 38i 
 
 z8/ 
 
 13 
 
 19 
 
 l6i 
 
 14* 
 
 12) 
 
 11} 
 
 7 
 
 99 
 
 4ci 
 
 33 
 
 24} 
 
 19} 
 
 iti 
 
 14 
 
 12} 
 
 11 
 
 10 
 
 7* 
 
 86 
 
 43 
 
 z8} 
 
 2li 
 
 i7i 
 
 I4i 
 
 IZ} 
 
 Id 
 
 S* 
 
 8* 
 
 8 
 
 75i 
 
 37f 
 
 iJi 
 
 '9 
 
 >5} 
 
 IZ} 
 
 lOf 
 
 a 
 
 fc* 
 
 7* 
 
 8i 
 
 67 
 
 35i 
 
 "i 
 
 16} 
 
 I3i 
 
 ni 
 
 9* 
 
 8* 
 
 7* 
 
 6} 
 
 9 
 
 60 
 
 30 
 
 zo 
 
 15 
 
 IZ 
 
 10 
 
 «* 
 
 1\ 
 
 6J 
 
 6 
 
 9* 
 
 531 
 
 Z6J. 
 
 IS 1 13I 
 
 10} 
 
 9 
 
 71 
 
 f'i 
 
 6 
 
 Si 
 
 10 
 
 48i 
 
 24I 
 
 16} ' IZ 
 
 9i 
 
 8 
 
 7 
 
 6 
 
 5* 
 
 4i 
 
630 
 
 IIANDY-BOOK OF HUSBANDRY. 
 
 Taple, showing the relative values of decomposed vegetables as manures, 
 from the inorganic matter they contain. 
 
 Inorganic Matter, 
 lbs. lbs. 
 
 ton Wheat Straw made into manure returns to the soil 70 to }(iO 
 
 100 to I So 
 
 ' " " 100 to 100 
 
 ' " " 100 to izo 
 
 " " " 100 to no 
 
 " " too to I JO 
 
 ' " " 50 to too 
 
 ' " " 400 
 
 Oat 
 
 Hay " 
 
 Barley " " 
 
 Pea " " 
 
 Bean " " 
 
 Rye " " 
 
 Dry Potato-tops " 
 
 Dry 1 urnip-tops " 
 
 Rape Cake " 
 
 Malt Dust " 
 
 Dried Seaweed " 
 
 . . . J70 
 .. iio 
 ... 180 
 .. 560 
 J»hn I ton. 
 
 Table, showing the relative values of decomposed vegetables as manures, 
 from the nitrogen they contain. 
 
 100 lbs. of farm 
 
 yard manure is 
 
 equal to 
 
 
 
 
 ijo lbs. Wheat Straw 
 
 iVl 
 
 anure. 
 
 
 80 
 
 lbs 
 
 Fresh Seaweed Manure. 
 
 150 •• Oat " 
 
 
 
 
 iO 
 
 
 Dried 
 
 180 " Barley 
 
 
 '• 
 
 
 26 
 
 '■ 
 
 Bran of Wheat or Corn " 
 
 8j '■ B kwhcal " 
 
 
 " 
 
 
 >} 
 
 " 
 
 Mall Dust " 
 
 45 '■ Pea 
 
 
 " 
 
 
 8 
 
 " 
 
 Rape Cake " 
 
 50 '^ W heat Chaff 
 
 
 " 
 
 
 250 
 
 '• 
 
 Pine Sawdust " 
 
 80 " Green Grass 
 
 
 " 
 
 
 180 
 
 '• 
 
 Oak 
 
 75 " Potato Tops 
 
 
 " 
 
 
 IS 
 
 " 
 
 Coal Soot 
 
 Boujsingault. 
 
 Table, showing the labor one horse is able to perform at different rates 
 oj speed on canals, railroads, and turnpikes. Drawing force, 83^ lbs. 
 
 
 Duration of day's 
 work — hours. 
 
 Useful effect for l day in tons, drawn i mile. 
 
 Speed per hour. 
 Miles. 
 
 On canal — tons. 
 
 On a railroad — tons.! On a turnpike,.tons. 
 
 2i 
 
 Hi 
 
 5ZO 
 
 115 14 
 
 J 
 
 8 
 
 i4} 
 
 9Z 
 
 12 
 
 \\ 
 
 6 
 
 154 
 
 82 
 
 10 
 
 4 
 
 4i 
 
 101 
 
 71 
 
 9 
 
 5 
 
 ■^h 
 
 51 
 
 57 
 
 7-3 
 
 6 
 
 1 
 
 30 
 
 48 
 
 6 
 
 7 
 
 «* 
 
 >9 
 
 4« 
 
 5 
 
 % 
 
 '* 
 
 11.8 
 
 J6 
 
 4-5 
 
 9 
 
 A 
 
 9- 
 
 3» 
 
 4- 
 
 10 
 
 \ 
 
 6.5 
 
 z8.8 
 
 J.6 
 
USEFUL TABLES FOR FARMERS, 
 
 53J 
 
 •uisuosst^ 
 
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 1 .* • 
 
 
 
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532 
 
 HANDY-BOOK OF HUSBANDRY. 
 
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 I 5 
 
USEFUL TABLES FOR FARMERS. 
 
 533 
 
 Average composilion, per cent, and per ton, of various kinds of 
 agricultural produce, etc. 
 
 Linseed cake . .. , 
 Cotton-seed cake 
 
 Rape cake 
 
 Linseed 
 
 Beans 
 
 Peas 
 
 Tares , 
 
 Lentils 
 
 Malt dust 
 
 Locust beans 
 
 Indian meal . 
 
 VV heat 
 
 Barley 
 
 Malt 
 
 Oats . 
 
 Fine pollard*. . . 
 Coarse poUardt. 
 Wheat bran . . . 
 
 Clover hay 
 
 Meadow hay ... 
 
 Bean straw 
 
 Pe I straw 
 
 Wheat straw.. . 
 
 Barley straw 
 
 Oat straw 
 
 Mangel-wurzel . 
 Swedish turnips. 
 Common turnips 
 
 Potatoes 
 
 Carrots 
 
 Parsnips 
 
 PER CENT. 
 
 88 
 
 89. o 
 89.0 
 90.0 
 84. o 
 84. o 
 84.5 
 88. o 
 94.0 
 85.0 
 88. o 
 85.0 
 84.0 
 
 95 ° 
 86 o 
 86.0 
 86. o 
 86 
 
 84. o 
 84.0 
 
 Si.; 
 Si.o 
 
 84.0 
 85.0 
 85. 
 12.5 
 
 II. o 
 8.0 
 i4 
 ij 
 '5 
 
 
 7.00 
 8.00 
 8.00 
 4.00 
 j.oo 
 1.40 
 2.00 
 J .00 
 8.50 
 
 '■7; 
 1.30 
 1 .70 
 
 2. 10 
 2.60 
 2 85 
 5.60 
 6.20 
 6.60 
 7.50 
 
 6.00 
 
 ;•;; 
 
 5-95 
 
 5.00 
 4.50 
 5.50 
 1 .00 
 0.68 
 0.68 
 1 .00 
 0.70 
 
 4.92 
 
 7 00 
 
 5-75 
 3.}S 
 z.zo 
 
 1.84 
 
 1.6} 
 
 i.ij 
 
 1.87 
 
 1-3; 
 
 1 .60 
 1. 17 
 6.44 
 
 7-51 
 7-95 
 1.2; 
 0.88 
 0.90 
 0.85 
 0.5; 
 0.37 
 o 48 
 o 09 
 0.15 
 
 O.II 
 
 0.32 
 
 O.I} 
 
 0.42 
 
 1.6; 
 3.12 
 
 1 .76 
 
 I-J7 
 1.27 
 0.96 
 0.66 
 0.96 
 2.12 
 
 0.35 
 
 o.;o 
 
 o.;; 
 
 0.6; 
 
 o.;o 
 
 I 46 
 
 I + 
 
 1-4; 
 
 1-3 
 
 i.;o 
 
 I.I 
 
 0.89 
 
 0.6; 
 
 0.6} 
 
 0.9} 
 
 o.z; 
 
 0.18 
 
 0.29 
 
 0.43 
 
 0.23 
 
 o.}6 
 
 LBS. PER (LONG) TON. 
 
 4-7; 
 
 6. 50 
 ;.oo 
 3.80 
 4.00 
 3.40 
 
 4 
 4.30 
 
 4.20 
 1.25 
 1.80 
 1.80 
 1.6; 
 I 70 
 2.00 
 
 2. 60 
 2.5;, 
 
 2.;; 
 
 I 50 
 0.9c 
 
 0.60 
 o.;o 
 0.60 
 0.2; 
 0.22 
 0.18 
 0.35 
 0.20 
 0.22 
 
 1.971 
 
 1.994 
 
 1,994 
 
 2.016 
 
 1,88 
 
 1,89 
 
 1,89 
 
 1.97 
 
 2,106 
 
 1.904 
 
 1,97" 
 1,904 
 1,882 
 2. iz8 
 1,926 
 1.926 
 1,926 
 1.9^.6 
 1.8S2 
 i,S82 
 1.84; 
 1.83' 
 1,88; 
 1.904 
 i.8;9 
 2S0 
 246 
 179 
 
 ;j7 
 302 
 336 
 
 
 i;6.8 
 179.2 
 
 179.2 
 89.6 
 67.2 
 
 ;3.8 
 44.8 
 
 6 
 190.4 
 
 39 
 
 29.1 
 38.1 
 49-3 
 
 ;s 
 
 63.8 
 125.4 
 138.9 
 147.8 
 168.0 
 1344 
 124.3 
 133-3 
 112.0 
 100.8 
 123 
 
 22.4 
 
 15-4 
 i;.2 
 22.4 
 
 i;-7 
 22.4 
 
 110.2 
 
 i;6.8 
 128.8 
 7;-7 
 49-3 
 41.2 
 36.5 
 42.3 
 117.1 
 
 25-3 
 42.0 
 30.2 
 
 3;.8 
 
 26.2 
 
 144.2 
 168.4 
 178.1 
 
 28. o 
 19.7 
 20.2 
 19.0 
 12 3 
 8-3 
 10.7 
 2.0 
 2.9 
 
 2.5 
 
 7.2 
 2.9 
 9-4 
 
 37.0 
 
 70.0 
 
 39-4 
 
 30 
 
 28.4 
 
 21 5 
 
 14.8 
 
 21.; 
 
 47.5 
 
 12.3 
 14.6 
 II .2 
 32.7 
 33.4 
 32.5 
 29 I 
 33.6 
 24.9 
 19.9 
 14.6 
 14. 1 
 20.8 
 S.6 
 4,0 
 6 5 
 9.6 
 
 ; 
 8.1 
 
 106.4 
 145.6 
 
 III.O 
 
 85.1 
 89.6 
 76.1 
 
 94 1 
 96.} 
 94.1 
 28.0 
 40.3 
 40.} 
 
 37 o 
 
 38 I 
 44.8 
 ;8.2 
 57.8 
 ;7.i 
 56.0 
 33.6 
 20.2 
 20.2 
 13.4 
 11 .2 
 •3.4 
 
 5.6 
 4.6 
 4.0 
 7.8 
 4-5 
 4-9 
 
 19.72 
 
 27.86 
 
 21.01 
 
 i;.6s 
 
 15. 75 
 
 13.38 
 
 16.7s 
 
 16. ;i 
 
 18.21 
 
 4 81 
 
 6.65 
 
 7.08 
 
 6.}2 
 6.6? 
 7.70 
 13.53 
 14.36 
 
 •4-59 
 
 9.64 
 
 6.45 
 3.87 
 3.74 
 2.68 
 2.25 
 2.90 
 1.07 
 o gi 
 0.86 
 1-50 
 o 80 
 1. 14 
 
 * Middlings, Canielle. t Shipstuff. 
 
 Table, shozuing the proportion of solid matter and water in 100 parts 
 each, of the following articles of diet. 
 
 Designation. 
 
 W heat 
 
 Peas 
 
 Rice 
 
 Beans 
 
 Rye 
 
 Corn 
 
 Oatmeal. . . . 
 Wheat bread 
 
 Mutton 
 
 Chicken 
 
 
 
 
 
 
 
 *-■ 
 
 rt 
 
 "s 
 
 13 
 
 87 
 
 87 
 
 13 
 
 86 
 
 14 
 
 86 
 
 14 
 
 86 
 
 14 
 
 86 
 
 14 
 
 74 
 
 26 
 
 51 
 
 49 
 
 29 
 
 71 
 
 17 
 
 73 
 
 Designation. 
 
 
 I 
 
 Lean beef 
 
 Eggs 
 
 Veal 
 
 26 
 26 
 25 
 25 
 24 
 
 21 
 
 20 
 
 19 
 18 
 16 
 
 74 
 74 
 75 
 7; 
 76 
 
 79 
 80 
 81 
 
 
 Pork 
 
 Codfish 
 
 Blcod 
 
 
 87, 
 
 Pears 
 
 S4 
 
 Designation. 
 
 Carrots 
 
 Beets 
 
 Milk 
 
 Oysters... . 
 
 Cabbage 
 
 Turnips 
 
 Water melon 
 Cucumber . . 
 
534 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 Table, showing at one viezv when forty weeks {the period oj gestation in 
 a cow) will expire, from any day throughout the year. 
 
 J»n. 
 
 Oct. 
 
 Feb. 
 
 Nov. 
 
 March. 
 
 Dec. 
 
 April. 
 
 Jan. 
 
 May. 
 
 Feb. 
 
 June. 
 
 March. 
 
 I 
 
 8 
 
 I 
 
 8 
 
 I 
 
 6 
 
 I 
 
 6 
 
 I 
 
 5 
 
 I 
 
 8 
 
 2 
 
 9 
 
 2 
 
 9 
 
 2 
 
 7 
 
 2 
 
 7 
 
 2 
 
 6 
 
 2 
 
 9 
 
 J 
 
 10 
 
 3 
 
 10 
 
 3 
 
 8 
 
 3 
 
 8 
 
 3 
 
 7 
 
 3 
 
 10 
 
 4 
 
 II 
 
 4 
 
 11 
 
 4 
 
 9 
 
 4 
 
 9 
 
 4 
 
 . 8 
 
 4 
 
 II 
 
 5 
 
 12 
 
 5 
 
 12 
 
 5 
 
 10 
 
 $ 
 
 10 
 
 5 
 
 9 
 
 S 
 
 12 
 
 6 
 
 M 
 
 6 
 
 I] 
 
 6 
 
 II 
 
 6 
 
 II 
 
 6 
 
 10 
 
 6 
 
 'J 
 
 7 
 
 >4 
 
 7 
 
 14 
 
 7 
 
 12 
 
 7 
 
 12 
 
 7 
 
 1 1 
 
 7 
 
 »4 
 
 8 
 
 IS 
 
 8 
 
 15 
 
 8 
 
 13 
 
 8 
 
 13 
 
 8 
 
 12 
 
 8 
 
 «S 
 
 9 
 
 16 
 
 9 
 
 16 
 
 9 
 
 >4 
 
 9 
 
 14 
 
 9 
 
 13 
 
 9 
 
 l6 
 
 lO 
 
 "7 
 
 10 
 
 17 
 
 10 
 
 15 
 
 10 
 
 >S 
 
 10 
 
 >4 
 
 10 
 
 >7 
 
 II 
 
 18 
 
 II 
 
 18 
 
 II 
 
 16 
 
 II 
 
 16 
 
 II 
 
 >$ 
 
 II 
 
 18 
 
 12 
 
 '9 
 
 '^ 
 
 '9 
 
 12 
 
 17 
 
 12 
 
 17 
 
 12 
 
 16 
 
 12 
 
 '9 
 
 >J 
 
 20 
 
 1} 
 
 20 
 
 >3 
 
 18 
 
 «3 
 
 18 
 
 »3 
 
 >7 
 
 ij 
 
 20 
 
 14 
 
 21 
 
 >4 
 
 21 
 
 14 
 
 >9 
 
 14 
 
 >9 
 
 14 
 
 18 
 
 «4 
 
 21 
 
 »S 
 
 22 
 
 15 
 
 22 
 
 15 
 
 20 
 
 15 
 
 20 
 
 >5 
 
 >9 
 
 >5 
 
 22 
 
 l6 
 
 2} 
 
 16 
 
 ij 
 
 16 
 
 21 
 
 16 
 
 21 
 
 16 
 
 20 
 
 16 
 
 13 
 
 '7 
 
 *4 
 
 17 
 
 24 
 
 "7 
 
 22 
 
 J7 
 
 22 
 
 «7 
 
 21 
 
 '7 
 
 14 
 
 l8 
 
 *S 
 
 ig 
 
 iS 
 
 18 
 
 13 
 
 18 
 
 ij 
 
 18 
 
 22 
 
 18 
 
 IS 
 
 >9 
 
 26 
 
 «9 
 
 26 
 
 "9 
 
 14 
 
 '9 
 
 i4 
 
 '9 
 
 ij 
 
 '9 
 
 26 
 
 20 
 
 27 
 
 £0 
 
 27 
 
 20 
 
 IS 
 
 20 
 
 1$ 
 
 20 
 
 »4 
 
 20 
 
 17 
 
 21 
 
 28 
 
 21 
 
 28 
 
 21 
 
 26 
 
 21 
 
 26 
 
 21 
 
 »S 
 
 21 
 
 28 
 
 22 
 
 29 
 
 22 
 
 29 
 
 22 
 
 17 
 
 22 
 
 i7 
 
 22 
 
 26 
 
 22 
 
 19 
 
 *} 
 
 30 
 
 i3 
 
 30 
 
 n 
 
 28 
 
 iJ 
 
 28 
 
 13 
 
 »7 
 
 ij 
 
 30 
 
 14 
 
 3> 
 
 
 Dec. 
 
 i4 
 
 29 
 
 14 
 
 29 
 
 14 
 
 28 
 
 M 
 
 JI 
 
 
 Nov. 
 
 i4 
 
 I 
 
 ij 
 
 30 
 
 IS 
 
 30 
 
 
 March. 
 
 
 April. 
 
 »S 
 
 I 
 
 »S 
 
 2 
 
 26 
 
 31 
 
 26 
 
 3> 
 
 »S 
 
 I 
 
 1$ 
 
 I 
 
 , 26 
 
 2 
 
 26 
 
 3 
 
 
 Jan. 
 
 
 Feb. 
 
 26 
 
 2 
 
 26 
 
 2 
 
 *7 
 
 3 
 
 i? 
 
 4 
 
 »7 
 
 I 
 
 17 
 
 I 
 
 »7 
 
 3 
 
 27 
 
 3 
 
 28 
 
 4 
 
 28 
 
 5 
 
 28 
 
 2 
 
 28 
 
 2 
 
 28 
 
 4 
 
 28 
 
 4 
 
 29 
 
 S 
 
 29 
 
 6 
 
 29 
 
 3 
 
 29 
 
 3 
 
 »9 
 
 $ 
 
 29 
 
 S 
 
 JO 
 
 6 
 
 
 
 30 
 
 4 
 
 30 
 
 4 
 
 30 
 
 6 
 
 30 
 
 6 
 
 3« 
 
 7 
 
 
 
 3» 
 
 5 
 
 
 
 3« 
 
 7 
 
 
 
USEFUL TABLES FOR FARMERS. 535 
 
 Table, continued. 
 
 July. 
 
 April. 
 
 Aug. 
 
 May. 
 
 Sept. 
 
 June. 
 
 Oct. 
 
 July. 
 
 Nov. 
 
 Aug. 
 
 Dec. 
 
 Sept. 
 
 I 
 
 7 
 
 I 
 
 8 
 
 I 
 
 8 
 
 I 
 
 8 
 
 I 
 
 8 
 
 I 
 
 7 
 
 2 
 
 8 
 
 2 
 
 9 
 
 2 
 
 9 
 
 2 
 
 9 
 
 2 
 
 9 
 
 2 
 
 8 
 
 3 
 
 9 
 
 3 
 
 10 
 
 3 
 
 10 
 
 3 
 
 10 
 
 3 
 
 10 
 
 3 
 
 9 
 
 4 
 
 10 
 
 4 
 
 II 
 
 4 
 
 II 
 
 4 
 
 II 
 
 4 
 
 II 
 
 4 
 
 10 
 
 5 
 
 II 
 
 y 
 
 12 
 
 S 
 
 12 
 
 5 
 
 12 
 
 $ 
 
 12 
 
 $ 
 
 II 
 
 6 
 
 12 
 
 6 
 
 13 
 
 6 
 
 13 
 
 6 
 
 13 
 
 6 
 
 13 
 
 6 
 
 12 
 
 7 
 
 >5 
 
 7 
 
 '4 
 
 7 
 
 «4 
 
 7 
 
 14 
 
 7 
 
 14 
 
 7 
 
 13 
 
 8 
 
 H 
 
 8 
 
 >5 
 
 8 
 
 IS 
 
 8 
 
 IS 
 
 8 
 
 1$ 
 
 8 
 
 14 
 
 9 
 
 '5 
 
 9 
 
 16 
 
 9 
 
 16 
 
 9 
 
 16 
 
 9 
 
 16 
 
 9 
 
 1$ 
 
 lO 
 
 16 
 
 10 
 
 >7 
 
 10 
 
 "7 
 
 10 
 
 17 
 
 10 
 
 17 
 
 10 
 
 th 
 
 II 
 
 >7 
 
 II 
 
 18 
 
 II 
 
 18 
 
 II 
 
 18 
 
 II 
 
 18 
 
 II 
 
 >7 
 
 12 
 
 18 
 
 12 
 
 19 
 
 12 
 
 19 
 
 12 
 
 19 
 
 12 
 
 19 
 
 12 
 
 18 
 
 13 
 
 19 
 
 13 
 
 20 
 
 13 
 
 20 
 
 13 
 
 20 
 
 13 
 
 20 
 
 13 
 
 19 
 
 H 
 
 20 
 
 14 
 
 21 
 
 14 
 
 21 
 
 14 
 
 21 
 
 14 
 
 21 
 
 14 
 
 20 
 
 »S 
 
 21 
 
 15 
 
 22 
 
 IS 
 
 22 
 
 IS 
 
 22 
 
 IS 
 
 22 
 
 IS 
 
 21 
 
 i6 
 
 22 
 
 16 
 
 23 
 
 16 
 
 25 
 
 16 
 
 23 
 
 16 
 
 23 
 
 16 
 
 22 
 
 •7 
 
 23 
 
 17 
 
 24 
 
 17 
 
 24 
 
 17 
 
 24 
 
 17 
 
 24 
 
 17 
 
 23 
 
 i8 
 
 44 
 
 18 
 
 25 
 
 18 
 
 ^S, 
 
 18 
 
 25 
 
 18 
 
 25 
 
 18 
 
 24 
 
 •9 
 
 15 
 
 >9 
 
 26 
 
 19 
 
 26 
 
 19 
 
 26 
 
 19 
 
 26 
 
 19 
 
 2S 
 
 zo 
 
 26 
 
 20 
 
 27 
 
 20 
 
 27 
 
 20 
 
 27 
 
 20 
 
 27 
 
 20 
 
 26 
 
 ti 
 
 i7 
 
 21 
 
 28 
 
 21 
 
 28 
 
 21 
 
 28 
 
 21 
 
 28 
 
 21 
 
 27 
 
 tz 
 
 28 
 
 22 
 
 29 
 
 22 
 
 29 
 
 22 
 
 29 
 
 22 
 
 29 
 
 22 
 
 28 
 
 *J 
 
 29 
 
 23 
 
 30 
 
 23 
 
 30 
 
 25 
 
 30 
 
 23 
 
 30 
 
 25 
 
 29 
 
 >4 
 
 30 
 
 24 
 
 31 
 
 
 July. 
 
 24 
 
 31 
 
 24 
 
 31 
 
 24 
 
 30 
 
 
 May. 
 
 
 June. 
 
 24 
 
 I 
 
 
 Aug. 
 
 
 Sept. 
 
 
 Oct. 
 
 *5 
 
 I 
 
 IS 
 
 I 
 
 2S 
 
 2 
 
 2S 
 
 I 
 
 2S 
 
 I 
 
 2S 
 
 I 
 
 «6 
 
 2 
 
 z6 
 
 2 
 
 26 
 
 3 
 
 26 
 
 2 
 
 26 
 
 2 
 
 26 
 
 2 
 
 47 
 
 3 
 
 27 
 
 3 
 
 27 
 
 4 
 
 27 
 
 3 
 
 27 
 
 3 
 
 27 
 
 3 
 
 z8 
 
 4 
 
 28 
 
 4 
 
 28 
 
 S 
 
 28 
 
 4 
 
 28 
 
 4 
 
 28 
 
 4 
 
 »9 
 
 5 
 
 29 
 
 5 
 
 29 
 
 6 
 
 29 
 
 5 
 
 29 
 
 5 
 
 29 
 
 5 
 
 30 
 
 6 
 
 30 
 
 6 
 
 30 
 
 7 
 
 30 
 
 6 
 
 3° 
 
 6 
 
 30 
 
 6 
 
 Ji 
 
 7 
 
 31 
 
 7 
 
 
 
 31 
 
 7 
 
 
 
 31 
 
 7 
 
536 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 Table, showing the period of reproduction and gestation of domestic 
 
 animals. 
 
 Designation, 
 
 Mare 
 
 Stallion 
 
 Cow 
 
 Bull 
 
 Ewe 
 
 Ram 
 
 Sow 
 
 Boar 
 
 She Goat 
 
 He <;oat .... 
 
 She Ass 
 
 He Ass 
 
 She ButJ'alo. . . 
 
 Bitch 
 
 Uog 
 
 She Cat 
 
 He Cat . . .. 
 Doe Rabbit . . 
 Buck Rabbit . 
 
 Cock 
 
 Hen 
 
 Turkey 
 
 Duck 
 
 Goose 
 
 Pigeon 
 
 Pea Hen 
 
 Guinea Hen. . 
 Swan 
 
 Proper age 
 for repro- 
 duction. 
 
 4 years. 
 
 5 " 
 J " 
 
 6 months. 
 6 •• 
 6 " 
 
 Period of the 
 power of re- 
 production 
 in years. 
 
 Number of 
 females lor 
 one male 
 
 to II 
 
 to 15 
 
 to 14 
 
 to 10 
 
 to II 
 to 15 
 
 20 to 30 
 
 ]0 to 40 
 
 40 to 50 
 
 6 to 10 
 
 20 to 40 
 
 S to 6 
 
 30 
 
 12 to 15 
 
 Period of gestation and incubation. 
 
 Shortest pe- 
 riod, days. 
 
 I Mean period. Longest period, 
 I days. j days. 
 
 J" 
 
 240 
 
 146 
 
 109 
 
 i;o 
 
 '36 
 
 '281 
 55 
 
 M7 
 
 >54 
 "5 
 
 j8o 
 
 }08 
 60 
 
 50 
 18 
 
 419 
 
 161 
 
 '45 
 Vt,\ 
 
 39' 
 
 355 
 65 
 
 "56 
 
 55 
 
 14 
 30 
 3» 
 55 
 
 20 
 50 
 »5 
 45 
 
 Tablh, shozving tlie price oj pork per pound at different prices per bushel 
 
 Jar corn. 
 
 Corn per bushel. 
 Cents. 
 
 Pork per pound. 
 Cents. 
 
 Corn per bushel. 
 Cents. 
 
 Pork per pound. 
 Cents. 
 
 12^ 
 
 
 ?8 
 
 
 
 1.78 
 
 40 
 
 4-76 
 
 
 2. 
 
 
 z.j8 
 
 
 
 
 2.61 
 
 
 5.95 
 
 
 
 
 6.54 
 
 
 
 60 
 
 7.14 
 
 
 
 65 
 
 7.74 
 
 
 
 
 8.57 
 
 " 1 ' 
 
 
 
USEFUL TABLES FOR FARMERS. 537 
 
 Table, showing the contents of circular cisterns in barrels for each foot 
 
 in depth. 
 
 5 feet 4.66 
 
 6 " 6.74 
 
 7 " 913 
 
 8 " II-9J 
 
 9 " '5 10 
 
 10 " 18.65 
 
 Ta^^e J showing the contents of circular cisterns from \ foot to 2^ feet in 
 diameter, for each 10 inches in depth. 
 
 Diameter. 
 
 Gallons. 
 
 Diameter. 
 
 Gallons. 
 
 
 4.896 
 
 7J 
 
 
 ij 
 
 
 8 
 
 8} 
 
 JIJJ40 
 
 
 
 2i 
 
 
 
 
 
 
 0* 
 
 
 }| 
 
 59980 
 
 10 
 
 
 
 78.}}? 
 
 
 
 4J 
 
 
 12 
 
 
 
 
 13 
 
 14 
 
 827.450 
 
 cJ. 
 
 148.546 
 
 6 
 
 176.25} 
 
 J5 
 
 
 6J 
 
 206.855 
 
 
 
 
 
 
 
 
 
 
 ESTIMATING THE WEIGHT OF HAY BY THE MOW OR STACK. 
 
 By a careless oversight in the revision of " Courtney's Farmers' 
 and Mechanics' Manual," an error appeared in the first edition, 
 which brought me so many letters from all parts of the country, 
 informing me that five cubic yards of mow hay do not weigh one 
 ton, that it may be well to say here that the weight depends very 
 much on coarseness, fineness, dryness, dampness, compactness, 
 quality, time of making, weather during harvest, etc., etc., etc. 
 In view of these changing conditions it is impossible to give any 
 rule that is of much value 
 
538 
 
 HANDY-BOOK OF HUSBANDRY. 
 
 Hay in a mow ten feet drop, put in in good order, and not too 
 ripe when cut, ought to average one ton to each 525 cubic feet. 
 The compression increases rapidly as the height increases, and a 
 mow of the same hay, fifteen feet drop, would probably turn out 
 a ton to 475 cubic feet if not even to 425 feet. All such guess- 
 ing, however, is very hazardous, and it is always safer to buy or 
 sell only by actual weight. 
 
 Perhaps it would be a safe formula to say, sell at 400 cubic feet 
 and buy at 600 cubic feet. 
 
 Table, showing the price per cwt. of hay, at given prices per ton. 
 
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 *cts. 
 
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 $ Cts. 
 
 4 
 
 10 
 
 20 
 
 40 
 
 60 
 
 80 
 
 I.OO 
 
 1.20 
 
 1.40 
 
 160 
 
 1.80 
 
 2.00 
 
 2.20 
 
 S 
 
 I2 
 
 2S 
 
 so 
 
 75 
 
 1. 00 
 
 1.25 
 
 I. SO 
 
 •■75 
 
 200 
 
 2.25 
 
 250 
 
 2-75 
 
 6 
 
 >5 
 
 JO 
 
 60 
 
 90 
 
 1.20 
 
 1 50 
 
 1.80 
 
 2.10 
 
 2.40 
 
 2.70 
 
 JOO 
 
 J. JO 
 
 7 
 
 '7 
 
 J5 
 
 70 
 
 105 
 
 1.40 
 
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 2.10 
 
 2-45 
 
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 J'5 
 
 J- 50 
 
 J8$ 
 
 8 
 
 20 
 
 40 
 
 80 
 
 1.20 
 
 1.60 
 
 2.00 
 
 2.40 
 
 2.80 
 
 J. 20 
 
 j6o 
 
 4.00 
 
 4.40 
 
 9 
 
 22 
 
 45 
 
 90 
 
 > JS 
 
 1.80 
 
 2.2s 
 
 2 70 
 
 J«5 
 
 j.5o 
 
 4.05 
 
 4 so 
 
 4-95 
 
 10 
 
 25 
 
 50 
 
 1. 00 
 
 1.50 
 
 2.00 
 
 2.50 
 
 J.OO 
 
 J- 50 
 
 4.00 
 
 4.50 
 
 5.00 
 
 5- 50 
 
 II 
 
 27 
 
 55 
 
 1. 10 
 
 1.65 
 
 2.20 
 
 2-75 
 
 J- JO 
 
 J.8S 
 
 4.40 
 
 49$ 
 
 5.50 
 
 600 
 
 12 
 
 JO 
 
 60 
 
 1.20 
 
 1.80 
 
 2.40 
 
 J.OO 
 
 j6o 
 
 4.20 
 
 4.80 
 
 5.40 
 
 6.00 
 
 6.60 
 
 IJ 
 
 J2 
 
 6S 
 
 l.JO 
 
 >-95 
 
 2.60 
 
 J-2S 
 
 J.90 
 
 4-55 
 
 5.20 
 
 S.85 
 
 6.50 
 
 7'S 
 
 14 
 
 }5 
 
 70 
 
 1.40 
 
 2 10 
 
 2.80 
 
 J 50 
 
 4.20 
 
 4.90 
 
 5.60 
 
 6. JO 
 
 7.00 
 
 770 
 
 IS 
 
 37 
 
 75 
 
 l.$o 
 
 2.25 
 
 J.OO 
 
 J-7S 
 
 4- SO 
 
 $•25 
 
 6.00 
 
 6.75 
 
 7.50 
 
 8.25 
 
INDEX. 
 
 PAGE 
 
 Absorbent Manures 206 
 
 Abortion in Cows 422 
 
 Air, composition of 27 
 
 Aiderneys 459 
 
 Ammonia, supply of. 31 
 
 Ammonia, formation of. 31 
 
 Ammonia in the Soil 33 
 
 Ashes 195 
 
 Ashes, ingredients found in 28, 184 
 
 Ashes of Plants, whence derived... 28 
 
 Barley 164, 258 
 
 Barn at Ogden Farm 52 
 
 Barn, small 65 
 
 Barn, ventilator for 66 
 
 Barn, Reisig and Hexamer's 69 
 
 Barn -yards 77 
 
 Bladder, diseases of, in horses 401 
 
 Bleeding (swine) 445 
 
 Blind Staggers (swine) 444 
 
 Breeding Horses 331 
 
 Buckwheat 258 
 
 Butter 476 
 
 Butter, Philadelphia 477 
 
 Butter, washing 48S 
 
 Butter, salting 489 
 
 Butter, manner of packing 492 
 
 Buying a Farm 9 
 
 Caked Bag (cows) 414 
 
 Capons, making 450 
 
 Carrots 272 
 
 Catarrh (sheep) 435 
 
 Cattle Hoove or Hove 420 
 
 Cattle, Typhus Fever 415 
 
 Cattle, Typhoid Fever 471 
 
 Cheese 493 
 
 Cheese Factory 494 
 
 Cheese Manufacture in Domestic 
 
 Dairies 502 
 
 Chemistry, agricultural 23 
 
 Choking (cattle) 421 
 
 Cleanliness in Stables 511 
 
 PAGE 
 
 Clover 286 
 
 Clover Hay, composition of. 27 
 
 Clover Seed Crop 233 
 
 Clover as a Preparatory Crop for 
 
 Wheat 252, 288 
 
 Clover Roots 308, 311 
 
 Clover Soil, composition of. 310 
 
 Colds (horses) 385 
 
 Colic or Gripes (horses) 387 
 
 Colic and Intlammation of the Bowels 
 
 compared (horses) 393 
 
 Colic or Stretches (sheep) 436 
 
 Corn Crib 249 
 
 Corn Fodder, curing 285 
 
 Corn, sowed 283 
 
 Costiveness (horses) 400 
 
 Costiveness (swine) 444 
 
 Cough (horses) 386, 398 
 
 Cough (swine) 444 
 
 Cows, Caked Bag 414 
 
 Cows, etc., medical treatment of 413 
 
 Cows, Milk Fever 415 
 
 Cows, Puerperal Fever 415 
 
 Cultivator 150 
 
 Curing Corn Fodder 285 
 
 Dairy 455 
 
 Dairy Cattle, breeds of 458 
 
 Dairy Cows, feeding and manage- 
 ment of 469 
 
 Dairy Women, advice to, by Chas. 
 
 L. Flint 506 
 
 Devons 459 
 
 Diseases of Animals 37S 
 
 Distemper in Colts 400 
 
 Ditches, digging of. 103 
 
 Domestic Animals, medical and sur- 
 gical treatment of 378 
 
 Drainage 82 
 
 Drainage, effect of 93 
 
 Draining, laying out the work 97 
 
 Draining Outlets 97 
 
 Draining, maps for 98 
 
 539 
 
540 
 
 INDEX. 
 
 PACE 
 
 Draining (trades icxd 
 
 Draining Levels lOO 
 
 Draining, computations for 102 
 
 Draining, digging liie ditches 103 
 
 Draining Tiles 104, 1 18 
 
 Draining Silt Uasins loS 
 
 Draining, filling the ditches 1 1 1 
 
 Drainage ol Ogden I'arm I12 
 
 l)iaining, Knglish system of I19 
 
 iJraining with Stones 124 
 
 Draining with Plank, IJrush, and 
 
 Poles 126 
 
 Drains, lateral 98 
 
 Drains, main 98 
 
 Dutch Cattle 458 
 
 Earth Closets 179 
 
 Exercise for Stock 513 
 
 Exhausting Manures iy2 
 
 P'arm, how to buy 9 
 
 Farm buildings 50 
 
 Farm Roads 79 
 
 Farm Drainage 85 
 
 Farm-yard Manure 157 
 
 Farm Teams, treatment of 346 
 
 Farm Morses 347 
 
 Farm Stock, classifications of 514 
 
 Farriery 404 
 
 Fattening Stock, management of.... 515 
 
 Feeding Slock, general principles... 516 
 
 Fences 39 
 
 Fertilizers, special 200 
 
 Fever in Cattle 415 
 
 Fi.sh Guano 202 
 
 Fish, A. L., on Domestic Cheese- 
 Making 503 
 
 Flint, ('has. L., Letter to a Dairy 
 
 Woman 5°^ 
 
 Flint, Chas. L., quotations from Nu- 
 tritive Equivalents 521, 522 
 
 I'ood of Plants 28, 29 
 
 Food, economy of 364 
 
 Foot Rot in Sheep 425 
 
 Forage Crops 283 
 
 Founder 384 
 
 Fresh Water for Stock 513 
 
 Gapes in Cliickens 447 
 
 Garget (cows) 414 
 
 Gales 47 
 
 George Geddes, t|uotation from 231 
 
 Goodenough, system of Shoeing 413 
 
 Grades of Drains loo 
 
 Grain Crops 242 
 
 Grease or Scratches ^horses)... 383, 402 j Lateral Drains. 
 
 Green Sand Marl 196 
 
 Green Crops as Manure 212 
 
 Growing Animals, management of.. 514 
 
 Grub in the Head (sheepj 433 
 
 Guano 201 
 
 Harrow 147 
 
 Hay Clover, composition of 27 
 
 Herefords 459 
 
 Hinges for Gates 48 
 
 H<jme<)pathic Veterinary 3S2 
 
 Hoof Rot in .Sheep 425 
 
 Hoove or Hove (cattle) 42c 
 
 Horned Cattle, medical treatment of 413 
 
 Horse Preeiiing 331 
 
 Horse Hoe 150 
 
 Horseshoeing 406 
 
 Horses 331 
 
 Horses, management by omnibus 
 
 companies in New York 348 
 
 Horses, medical and surgical treat- 
 ment of. 380 
 
 Horses' Hoofs 406 
 
 Horses, Colds 385 
 
 lorses. Colic or Gripes 387 
 
 luises, Colic and InHammation of 
 
 the Bowels compared 393 
 
 lorses, Costiveness 400 
 
 Joises, Grease or Scratches... 383, 402 
 Horses, Inflammation of the bowels 
 
 3^8, 395 
 lorses, Inflammation of the brain. 384 
 lorses, Inflammation of the Lungs 396 
 
 lorses, Strangles 4CX3 
 
 lorses. Worms 401 
 
 ndian Corn 233, 242 
 
 luiian Corn, cultivation of 243 
 
 ndian Corn, harvesting 248 
 
 iiHammation ot the brain (horses). 384 
 ntlammation of the bowels (horses) 
 
 388. 395 
 nflnmmation of the bowels and Colic 
 
 compared (horses) 393 
 
 nllainmaiion of the Lungs (horses) 396 
 iitlanimalion of the Lungs (swine) 444 
 Ich (swine) 444 
 
 Jerseys 459 
 
 Jt)linson, Prof. S. W., on Milk and 
 butter 4S4 
 
 Kidney Worm (swine) 444 
 
 Latches for Gates 49 
 
 9« 
 
INDEX, 
 
 541 
 
 PAGE 
 
 Laying out Drains 97 
 
 Leasing a Farm 17 
 
 Levels for Draining 100 
 
 Lice on Poultry 44S 
 
 Lime 200, 207 
 
 Lime in Plants 1S4 
 
 Lime, Prof. Johnson on 207 
 
 Lime Plants 220 
 
 Live Stock 328 
 
 Live Stock, winter feeding and man- 
 agement of 510 
 
 London, sewers of 176 
 
 Main Drains 98 
 
 Mangel Wurzel 275 
 
 Manure, Dr. Voelcker on 159 
 
 Manure Heaps, Dr. Voelcker on 
 
 drainage of 163 
 
 Manure, poultry 173 
 
 Manure, night-soil 174 
 
 Manures 154 
 
 Manures, classification of 156 
 
 Manures, farm-yard 157 
 
 Manures, mineral 183 
 
 Manures, lasting 191 
 
 Manures, exhausting 192 
 
 Manures, special 200 
 
 Manures, solvent 202 
 
 Manures, absorbent 206 
 
 Manures, mechanical 206 
 
 Manures, green 212 
 
 Manures, general conclusions 214 
 
 Marl 196 
 
 Mechanical Manures 206 
 
 Medical and Surgical Treatment of 
 
 Domestic Animals 378 
 
 Milch Cows, selection of. 464 
 
 Milk Fever (cows) 415 
 
 Milk, selling 455 
 
 Milk, analysis of 457 
 
 IMilk and its Products 475 
 
 Milk-House at Ogden Farm 482 
 
 Milk Rooms 482 
 
 Milk and Butter, Prof. S. W. John- 
 son on 484 
 
 Milking Cows, management of 515 
 
 Millet for forage 326 
 
 Mineral Manures 183 
 
 AluUer 132 
 
 Neat Cattle 351 
 
 Night-soil 174 
 
 Nitric Acid 31 
 
 Nitrogen 30 
 
 Nitrogen, proportion of, in various 
 
 cultivated plants 30 
 
 I'AGB 
 
 Nitrogen in Plants, sources of 31 
 
 Nitrogen in Animal Substances 23 
 
 Oats 234, 257 
 
 Oats for Forage 324 
 
 Ogden Farm, barn 52 
 
 Ogden Farm, drainage of 112 
 
 Ogden Farm, milk-house at 482 
 
 Out-of-door Operations, how to com- 
 mence 19 
 
 Outlets for Drains 97 
 
 Oxen, etc., medical treatment of.... 413 
 
 Parsnips 282 
 
 Philadelphia Butter 477 
 
 Phosphate of Lime, how made 188 
 
 Phosphate of Lime, how applied... 190 
 
 Phosphoric Acid 34, 186 
 
 Phospiioric Acid, proportion of, in 
 
 various cultivated plants 36 
 
 Plank, Brush, and Pole Drains 126 
 
 Plant- Feeding Materials, proportions 
 
 of, in soils 26 
 
 Plants, decay of 23 
 
 Plants, composition of. 23 
 
 Plants, constituent parts of 27 
 
 Plants, food of 29 
 
 Plowing 127 
 
 Plowing, fall 20 
 
 Plowing, time for 132 
 
 Plowing, how to be done 133 
 
 Plowing from center of the field.... 137 
 
 Plowing, sub-soil I40 
 
 Plowing, trench 143 
 
 Plowing with three horses abreast.. 144 
 
 Plows 129 
 
 Potash 37, 194 
 
 Potash, proportion of, in various cul- 
 tivated plants 37, 195 
 
 Potash Plants 220 
 
 Poultry 354, 445 
 
 Poultry, manure of 173 
 
 Poultry, prevention of diseases 449 
 
 Puerperal Fever (cows) 415 
 
 Puerperal Fever (sheep) 436 
 
 Puerperal Fever (sheep), Samuel 
 
 Thorne on 439 
 
 Pulverizing the Soil 145 
 
 Pure Air in stables 514 
 
 Quincy, Josiah, on Soiling 367 
 
 Regularity of Feeding, etc 5'^ 
 
 Restoring Fertility 26 
 
 Roads 79 
 
 Roller 145 
 
542 
 
 INDEX. 
 
 PACK 
 
 Root Crops 260 
 
 Roots for Use on tlie Farm 263 
 
 Roots, transplaiiting 278 
 
 Rotation of Crops 216 
 
 R<nip 446 
 
 Rutabaga Turnips 265 
 
 Rye 257 
 
 Rye for Forage 325 
 
 Salt, best kind for the dairy 490 
 
 Salting IJutter 4S9 
 
 Scab (slieej)) 432 
 
 Scratciies or Grease (horses) ^S^ 
 
 Scrofula (swine) 442 
 
 Sea-Weed as Manure 199 
 
 Sewers of London 176 
 
 Sheep 351 
 
 Sheep, Catarrh 435 
 
 Slieep, Colic or Stretches 436 
 
 Sheep, diseases of 425 
 
 Sheep, Grub in the Head 433 
 
 Sheep, medical treatment of 422 
 
 Sheep, Puerperal Fever 436 
 
 Sheep, Puerperal Fever, Samuel 
 
 Thome on 439 
 
 Sheep, Scab 432 
 
 Shoeing, Goodenough system of..... 412 
 
 Silica Plants 220 
 
 Silt Dasins loS 
 
 Soil 24 
 
 Soil, composition of. 23 
 
 Soil, practical view of. 26 
 
 Soil, restoration of. 26 
 
 Soils, cause of unproductiveness 26 
 
 Soils, mechanical ingredients of. 25 
 
 Soiling and Pasturing 361 
 
 Soiling, Josiah Quincy on 367 
 
 Soiling, product of milk under 366 
 
 Solvent ^Ianures 202 
 
 Sorghum 2S6 
 
 Sowed Corn 283 
 
 Spring Wheat 255 
 
 Steaming Food 523 
 
 Stone Drains , 124 
 
 Stone Walls 44 
 
 Strangles (horses) 400 
 
 Stretches or Colic (sheep) 436 
 
 Sub-soil Plowing 140 
 
 Super])hosphate of Lime, how made 188 
 Superphosphate of Lime, how ap- 
 plied 190 
 
 PACB 
 
 Swedes 265 
 
 Swine 350 
 
 Swine, medical treatment of 440 
 
 Swine, Ulind Staggers in 444 
 
 Swine, Weeding 445 
 
 Swine, C')stiveness 444 
 
 .Swine, Cough 444 
 
 Swine, Inllammalion of the Lungs.. 444 
 
 Swine, Itch 444 
 
 .Swine, Kidney Worm 444 
 
 Swine, Scrofula 442 
 
 Temperature of Stables 512 
 
 Theory 22 
 
 Thorne, Samuel, on Puerperal Fever 
 
 {'^li«:«^P) 439 
 
 Transplanting Roots 278 
 
 Trencii Plowing 143 
 
 Turnijjs, Rutabaga 205 
 
 Typhoid Fever (cattle) 419 
 
 Typhus Fever (cattle) 419 
 
 Unproductive Soils 26 
 
 Usclul Tables for Farmers 526-538 
 
 Ventilator for Barn 66 
 
 Voelcker, Dr. Augustus, on farm- 
 yard manure 159 
 
 Voelcker, Dr. Augustus, on the 
 
 drainage of manure heaps 163 
 
 Voelcker, Dr. Augustus, on clover 
 
 as a preparatory crop for wheat... 288 
 
 Washing Butter 4S8 
 
 Water-Table 25 
 
 Weeks, Gardner B., on cheese fac- 
 tories 493 
 
 Wheat 235, 251 
 
 Wheat, average yield of, in U. S 36 
 
 Wheat, average yield of, in Eng- 
 land 36 
 
 Wheat, Winter 254 
 
 Wheat, Spring 255 
 
 Wheat, ingredients of 292 
 
 Windmill 57 
 
 Winter Feeding and Management 
 
 of Livestock 510 
 
 Winter Wheat 254 
 
 Wool Growing 351 
 
 Working Animals, management of.. 515 
 
 Worms (horses) 401 
 
S^ ^ Xf 
 
 (JU > ^