Kjh <<^^ ■^ K » ^ w V. J ^ > '^ ^ ^. 4^^ ■i ■^^■^ 1^' JfS'/. P/ 1 LIBRARY OF THE MASSACHUSETTS AGRICULTURAL COLLEGE NO. 76_Sf?.-___ DATE. 6_-ja(?.a. souRCE..i7m_i:ch.--£uj3-cL._-. J65I C--t4APEL ^- 'k< ^; I I ^ •^ THE FARMER'S MAGAZINE. VOLUME THE TWENTY-THIRD. (second series.) JANUARY TO JUNE, MDCCCLI. LONDON: OFFICE, 2 4, NORFOLK STREET, STRAND. MAY BE HAD BY ORDER THROUGIi ALL BOOKSELLERS. t LONDON: Printed by Joseph Rogersou, 24, Norfolk-street, Strand INDEX TO THE TWENTY-THIRD VOLUME. (second series.) A, Agnculture, can Steam Power bo successfully Eui- ployed in. By M. M. M., 8 Agriculture an d the Rural Population abroad. From the Correspondent of the Morninj Chroni- cle, 68, 149, 250, 292, 450, 534 Agricultural Club — Haddington, 518 Agricultural Districts of England. By the Times Commissioner, 3", 122, 246, 354, 407, 520 Agricultural Experiments, 142 Agricultural Intelligence, 277 Agricultural Interest, State of the, l(i7 Agricultural Irrigation and Draining Company, 131 Agricultural Knowledge, Progress of, 166 Agricultural Knowledge, on its Progress during the last Eight Years. By Ph. Pusey, Esq., M.P., 207, 301 Agricvdtural Reports, 89, 184, 275, 372, 466, 560 Agricultural Statistics, 86 Artichoke, the Jerusalem, 5, 271 Averages, Imperial, 96, 190, 282, 378, 472, 566 B. Bark, Price of, 283 Bones for Manure, Mr. Blackall's Process of Break- ing down, 329 Bone Manure, Bone Phosphate, &c. By J. Towers^ 473 Bull, Description of a Devon, 379 Bull, Description of a Hereford, 191 Bull, Description of a Short Horned, 473 Butter Market, 190, 283 C. Cattle-trade, Review of the, 90, 185, 276, 373, 467, 561 Carrots, on the Culture of, 482 Chart, Description of, 191 Churn, the American, 40 Clay Soil (heavy). Expense of Cultivating, 1 70 Collingwood, his Pedigree and Performances, 443 Constabulary, the Capabilities of a County, 118 Coprolite case, the great, 269 Coprolites, or Fossil Manure, 299 Corn, Comparative Prices of, &c., 95, 190, 282, 472 Corn, Report of Birmingham, 264 Corn Trade of Denmark, 164 Corn Trade, Review of the, 92, 186, 278, 374, 468, 562 Cow, Short Horned, Description of Plate, ) Cows, Treatise on the Choice of Milch, 525 Crops, Rotation of, 156 D. Dairy Farming in Wigtownshire. By James Caird, Esq., Baldoon, 237 Domestic and Cultural Economy. By J. Towers, 3, 98, 191, 285, 379 Drainage, New and Valuable Discovery in, 411 Drainage, on, 258, 440 Drill for Garden, 442 F. Farm Hirings. By Cuthbert W, Johnson, Esq., 480 Farm Horses, on their Management and Feeding, 438 Farm Buildings on a Small Scale, 54 1 Farm Leases, on, 337 Farm, Model one at Glasnevin, near Dubhn 552, Farmers' Clues — Burton-on-Trent, 17 Chippenham, 258 East Berwickshire, 27 London, 41, 42, 52, 177, 228, 318, 427, 489 Oxford, 269 Probus, 337 Reading, 335 Sprotborough, 21 Staindrop, 332 Storrington, 24, 223 IXDF.X Farming, English and Scotch. By M. M. M., 383 Fanning, Mr. Rigdens, 13 Farming Prospects, 42(j Flax, Discussion on, 344 Flax Improvement (Royal) Society of Iieland, 145 Flax, Price of, 283 Flax, Reasons for its Cultivation, 197 Food, Economy of, 15 (J. Glass Houses, Progress and Improvement in Con- struction, 250 (irease for Carts, 157 Grass Land, old, the Advantage or Disadvantage of Ploughing out, 332 H. Heart, on a pouched, 484 Harvesting Machines, 119 Hay Market, 283, 378 Hay, Soiling, and Pasture, on the Proportions and Quantities of Grass and Clover Seed for, 413 Hedge-rows and Hedge-row Timber, 335 Hide and Skin Markets, 283 Hops, Price of, 90, 1 90, 283, 378, 472, 56G Horticulture, Calendar of, 88, 177, 272, 3GG, 403, 554 I. Indian Corn, a new Food, 514 Irrigation Waters, on the Addition of Soluble Or- ganic Matters to. By Cuthbert W. Johnson, Esq., 381 L. 50G Manures, Price of, 284 Market Gardening round London, 162 Meteorology, its Cunnection with the Cultivation of the Soil. By C. \V. Johnson, Esq., 287 Meteorological Diary, 87, 183, 274, 371, 462, 559 Mineral Manures, on the Top Dressing of Land with, 105 Mounseer, Winner of tlie Cliestcr Cup, Pedigree of, 97 O. Oat Crop. By C. W. Johnson, Esq., 193 Oils, Price of, 2b3 Ox, Description of a Devon, 97 Patents, Infringement on, 207 Peat Charcoal, 202 Plants, on Cultivated. By M. M. M., 101, 290 Poor Rate, the, 395 Potatoes, Price of, 90, 190, 283, 378, 472, 50G Poultry, on Hatching and Hearing, 488 Q. Labour and the Poor, 135, 240, 358, 444, Land, on Trenching, 1 15 Land, how to Recover without Manure, 475 Land, the Cause of its Foulness, 425 Land Cultivation, to what Extent is it affected in England and Scotland, by Soil, Climate, &;c., 427 Landowners, to, 549 J^ands, on the Cultivation of Waste, 103, 300 l^ife in a Saladero, 327 Lime, on its Action in the Soil, 480 Lincoln, Description of a Grey Horse, 285 M. Mult Tax, 127 Manure, Frauds in. By a Farmer, 553 Manure, on the best Method of Making, 21 Manures, Artificial, the best Means of Detecting Adulteration in, 313 Manures, Organic. By C. W. Johnson, Esq., 1 Quicks, on Cutting, 457 R. Rams, Description of Southdown, 473 Ram, Long Woolled, Description of, 285 Royal Agricultural Society of England, 50, 129, 190, 344, 404, 543 Royal Agricultural Society's Meeting in 1853 S. Seed, Adulterated, 551 Seeds, Price of, 90, 190, 283, 378, 472, 500 Seeding, on Thick and Thin, 141 Smithfield Cattle Club Dinner, 01 Smithfield Great Christmas Market, 00 Southdown Sheep, Descrijjtion of Plate, I Stile, an Im])roved, 145 Stallions for the Season, 45s Stock, on the Breeding, Rearing, and Fattening of Neat, 24 Stock, on the best Method of Fattening, and the Qualities of different Kinds of Food, 42 Strawberry, which is best for General Purposes 410 Summer Soiling with Grass or Green Crops, and the Circumstances which Determine the Profita- bleness of the Practice, 1 7 T. Tallow Market, 37s Taxation, How far does it enter into tlie Cost of Agricultural Production, 228 TO THE TWENTY-THIRD VOLUME. Tenancy, Faults in the Law of, 516 Timber, Price of, 284 Turnip, on the Cultivation of the, 158 Turnip Fly, on the Means of Arrestingits Ravages, 117 Turnips, Experiments with Manures on the Growth of, 255 W. Weeds, the Importance of Cleariog them from the Soil, 133 Weeds, on their Eradication, 504 Wire Worm, Destruction of the, 16 Wire Worm, on the Destruction of. By Cuthbert W. Johnson, Esq., 99 Wool Markets, 96, 190, 284, 378, 472, 566 Wheat and Flour, Prices of, in London and Paris, 550 "^^ THE EMBELLISIlMEiNTS. A Short-horned Cow . > - Three Southdown Sheep Expknatory Section in (Ailtiiral Economy Candle Extinguished l)y Carbonic Acid Gas A Devon Ox Mounseer, Winner of the (Chester Cuj) M'Cormick's Reaper Hussey's Reaper Improved Stile . Hereford Bull . Plate Illustrative of the Lines of Heat and Cold Section of a Glass House . Elevation of a Small Boiler Horizontal Section of Boiler Lincoln, a Grey Stallion . A Long-woolled Ram , Fragment of an Underground Runner of Couch Grass Devon Bull Collingwood, the Winner of the Royal Hunt Cup Garden Drill . Illustration of Cutting Quicks A Short-horned Bull , Two Southdown Rams Illustration of the Subject of Milch Cows Ground Plan of Farm Building's on a Small Scale on the Earth's Surfa Page. 1 . ib. 4 . 47 . 97 . ib. . 121 . ib. . 144 . 191 . ib. . 256 . 257 . 258 . 285 . ib. . 307 . 379 . ib. . 442 . 457 . 473 . ib. . 533 . 542 ^^1 5^ I ,|"i I ^ THE FAKMEK'S MAGAZIJSTE. JANUARY, 1851. No. 1.— Vol. XXIII.] [Second Series. PLATE I. A SHORT-HORNED COW, The property of Mr. Richard Hickson, of Hougham, near Grantham ; which obtained the first prize of £20 and the Silver Medal, at the Smithfield Club Cattle Show, in December, 1849. PLATE II. THREE SOUTH-DOWN SHEEP, The property of Mr. William Rigden, of Hove, near Brighton ; to which were awarded the first prize of £20 and the Silver Medal, at the Smithfield Club Cattle Show, in December, 1849. ORGANIC MANURES. BY CUTHBERT W. JOHNSON, ESQ., F.R.S. The composition of organic manures is naturally a theme full of interest to the farmer. This great class of fertilizers, indeed, includes most of those which are employed by the cultivators of all times and all countries. It comprehends not only vege- table or green manures, but those of the excreta of animals. It will not have escaped the attention of the observant farmer, how wisely and how benevo- lently these manures are made by our Creator to promote the labours of the husbandman, while their removal from the farm-yard not only main- tains the fertility of the soil, but adds to the health of the inmates of the house, and the live stock of the farm. Considerable enquiry has been excited, and many an instructive series of experiments in- stituted, as to the mode in which animal and vege- table substances operate as fertilizers, and I propose to devote this paper to the consideration of a por- tion of this enquiry, purposing to resume the ex- amination at a future period, since the reader will feel that it must be more than one essay that %vill suffice to trace all that agricultural chemistry has OLD SERIES.'} accomplished on this subject during the present century. The review of these discoveries made by the chemist is at once instructive and encouraging. Such a retrospect, in fact, while it teaches us the true foundation on which all our s«lid knowledge with regard to the enrichment of land rests, at the same time warns us never to be content with the success of any enquiries, but still to regard all our limited acquirements as mere stepping-stones to a still further advance towards a better and more enduring knowledge. As I had occasion to remark in another place on a similar occasion {Modern Agricultural Im- provements, or Supplement to the British Husbandry, p. 68), the advances which have been made, dur- ing the past few years, in the knowledge of the pro- perties and economy of manures, has been, perhaps, more considerable than in any other branch of agriculture. For this very extensive and profitable march, the farmer is mainly indebted to the elabo- rate researches of the chemist, whose "magic" experiments have, with increasing rapidity, suc- ceeded in presenting to the farmer, on this im- B [^^0. \.—VOL. XXXIII. THE FARMER'S MAGAZINE. jiortaut hcatl, much that is curious, much that is instructive, and an equally considerable proportion that is profitable to him in his difficult avocations. It has been shown, amongst other important facts, that the ideas entertained by the farmers of a by-gone generation, with regard to the mode in which a fertilizer increases the growth of a plant, were generally incorrect, and not seldom worse than use- less, as leading to the adoption of unmeaning attempts and false principles of action. That the food consumed by an animal furnished all the ingredients of which that animal is composed, is a self-evident conclusion, to which the learned phy- sician very readily and at a very early period aiTived. He could not, for instance, attribute the origin of the bones of animals to any other source than to the animal and vegetable matters on which they fed — that is, chiefly to the phosphate of lime contained in their daily bread i He found, too, in certain diseases where this salt was ill-supplied to the growing animal, that its bones became soft ; his reason, therefore, suggested to him a ready cure. He gave, and with success, to such ricketty patients a supply of either the flour of bone, or ivory dust, or of some other substance in which this essential salt of bones abounds ; and this he did because he found that by such treatment the patient assimi- lated a larger proportion of this "bore earth." The bones, therefore, were hardened — the cure completed. In the same way it was noted that when poultry were confined in situations where they could not obtain access to calcareous matters, that then they laid their eggs without shells. It was found by every house-wife to be a ready cure for this malformation, to give them a supply of the chalk or carbonate of lime, of which these shells are almost entirely composed, and which it is evident they could not yenerate for the purpose. All these things, in the case of animals, was very soon per- ceived, the cause was reasoned upon; the de- ficient salt successfully supplied. But it was much longer before men began to apply this chain of reasoning to the wants of cultivated plants, and the deficiency of the soil on which these cultiv^ated crops of the farmer grew. To them a diflferent Tcind of reasoning was directed. It was imagined that plants generated, as it were, their own ingre- dients — that is, formed by some unknown pro- cess all their earthy and saline ingredients, and of the air which surrounded or the water which nourished them ; and although it was in a very early period seen that plants contained a consider- able portion of these earthy and saline matters, yet few useful attempts were made to prove to the far- mer that these ingredients being furnished by tl. e soil to the plant, so, in consequence, those soils which could not yield them were the " poor soils" of the farmer, and those which could cojiiously supply them were the " rich soils." Rather than arrive at this practically useful conclusion, all kinds of erroneous or unmeaning reasons were employed. It \\ as said, for instance, that the inferior soils were " too hot," or " too cold ;" that the application of manure " cooled" the first and " warmed" the last. No one deemed it more rational to acknow- ledge that, as the animal procured all the ingre- dients of which its substance was composed from the vegetables which formed its food, so these plants must, in their turn, procure their fixed, that is, earthy or saline materials, from the soil on which they grew, and that when these were exhausted by successive crops then the ground would become less prcductive, or barren — ■ rather than adopt this very useful conclusion, all kinds of mere verbiage was employed. It was said that the ground was "tired," that it wanted " rest •" and when it was accidently found out that the use of crushed bones was a powerful manure for turnips on the light soils of England ; and, further, when it was i)roved by the chemist that the bones wei'e composed of one-half of their weight of phosphate of lime, and that this was an essential and abound- ing ingredient in the turnip plant, still few persons attributed the fertilizing properties of the bones to the'phosphate of lime. It was to " the grease" of the bones that almost everyone attributed the fer- tilizing powers of bones. It was allowed, however, by the great and skilful Lincolnshire farmers, who soon extensively used this valuable manure, that the bone-dressed turnips were rather more nourish- ing than those produced in the ordinary way. The chemist demonstrated that they contained more phosphate of lime, as may be seen from the results of the following analysis of the ashes of 100 parts of some Swedish turnips grown in the ordi- nary way, and manured with guano — a substance in which, like bones, the phosphate of lime forms the chief fixed ingredient. (Farmers' Almanac, \o\.'\\.y p. 243). Dunged. Guanoed. Chloride of potassium.. 9"72 6'45 Potash and soda .... 45-49 36'29 Magnesia ... 1*23 0-39 Lime 10-17 11*56 Sulphuric acid 17-86 16*86 Phosphoric acid .... 7*73 19-39 And, finally, it was suggested by the chemist, that if the phosphate of lime could be rendered by any process more soluble — that is, capable of being more easily and rapidly absorbed by the plant — then the power of the salt, if it really does form the chief fertilizing ingredient of the bones, ought to be rendered more rapid. Now this is the very re- sult which the successful modern process of pre- THE FARMER'S MAGAZINE. viously mixing sulphuric acid witli the hones ac- complishes. The super-phosphate of lime which is thus produced being soluble in water, while the phosphate of hme of the bones is not. Still more recently was it suspected by the scientific farmer that in the case of organic manures one great source of their powerful effect must be attributed to the nitrogen they contain. Now, although the fact is not so clearly established as many other prin- ciples in agricultural chemistry, yet a few facts which I shall now proceed to notice pretty clearly show that such is the case. The way in which nitrogen is absorbed and assimilated by plants is supposed to be this — viz.,"that it is derived, by the roots of the plants, from the decomposition of those organic substances of the soil in which nitrogen is contained. When animal substances, for instance, decompose, ammonia is formed. Now 100 parts of ammonia contain of hydrogen 74 and of nitro- gen 26 parts ; and in support of the conclusion that it is from the decomposition of ammonia that plants chiefly derive their nitrogen, we have the fact that those organic manures which contain the largest proportion of nitrogen are precisely those which produce the most powerful effect ; or to use the words of Professor J. F. Johnston {Elements of Agrieultural Chemistry, p. 170). "Nothing they contain is without its share of influence upon their general effects ;" yet the amount of nitrogen present in each affords one of the readiest and most simple tests by which their relative agricultural value, com- pared with those of vegetable matters, and with each other, can be pretty nearly estimated. In re- ference to their relative quantities of nitrogen, there- fore, they have been arranged in the following order ; the number opposite to each representing the weight in pounds which is equivalent to, or would produce the same sensible effect upon the soil as 100 lbs. of farm-yard manure : — Farm-yard manure , c . . loO Flemish liquid manure 200 Solid excrements of the cow 125 Solid excrements of the horse .... 73 Liquid excrements of the cow .... 91 Liquid excrements of the horse .... 16 Mixed excrements of the cow .... 98 Mixed excrements of the horse .... 54 Mixed excrements of the sheep. ... 36 Mixed excrements of the pig 64 Dry flesh 3 Pigeon's dung 5 Liquid blood ,,.... 15 Dry blood 4 Feathers 3 Cow hau- 3 Dry woollen rags 2^ And again, as still further evidence of the close connexion between the amount of nitrogenous mat- ter in plants and the amount of nitrogen contained in the manures with which they are dressed, it was shown by Hermbstadt that the proportion of starch (which does not contain nitrogen) and gluten (which does contain nitrogen) in 100 lbs. of the grain of the same wheat produced on the same soil, differently manured, is as follows. The reader will note how the proportion of gluten present in the wheat increased with the amount of nitrogen con- tained in the manure. Manure. Starch. Gluten, lbs. lbs. Blood 41 34 Sheeps' dung 42 33 Horse dung 62 14 Cow dung ,. 62 12 Vegetable manure . . 66 10 We see, then, that the examination of even the purely organic portion of readily decomposing ma- nures affords us materials for very profitable con- clusions. They are, let us not forget, operations of not merely local interest ; for they relate to, and ex- plain, processes silently going on in every field and in every farm yard. DOMESTIC AND CULTURAL ECONOMY. BY J. TOWERS, MEMBER OP THE ROYAL SOCIETIES OF AGRICULTURE AND HORTICULTURE. No. IX. In the preceding eight articles upon this subject, founded upon my own experience in four counties, since the year 1819, I have attempted to embrace every point, theoretical or practical, which could lead to the profitable cultivation of so much land as would enable the occupier to supply the house- hold, and any animals which it might, from its ex- tent, be able to support, with well-grown nutritious vegetables. Thus it has been shown that perfect drainage, deep comminution, and seasonably re- peated laboration of the soil, constitute the founda- tion of successful tillage. It has fortunately happened, during the course of the last half year, that a vast discovery has been made, whereby the capacity of some soils to retain the nutritive elements of all manures has been de- termined ; and thus I have been enabled to lay be- fore the readers some of the leading facts elicited by these discoveries. Before proceeding any fur- ther with the application of cultural principles, it B 2 THE FARMER'S MAGAZINE. seems proper to allude to an economical practice, which has recurred to memory within the few past hours, and promises, if judiciously adopted, to be- come a source of profitable amusement. In the Isle of Thanet, where the coast from the North Foreland to the Sandwich river consists of one entire belt of chalk cliffs, I found that many of the residents had taken advantage of this rock to keep rabbits, with very little trouble, and by a method which completely avoided the nuisances that inevitably result from the nse of hutches. In lS19lfound ready constructed, on a small pro- perty in the parish of St. Peter's, an apparatus of first-rate availability, and which never failed us during the three years that we remained in Thanet. It consisted of two pits, which I will endeavour to describe. H ^H t^ ^ No. 1 was a square pit, 4 feet wide in the clear, so deep that the bottom should be 3 or 4 feet in the body of the chalk rock heloiv the level oi. the sub- soil, which in the locahty consisted of a fine brick earth, or red sandy loam. This pit was secured on every side with a 9-inch wall of the capital red bricks of the island, except at places marked h h, which were two openings left to permit the rabbits to burrow into the chalk j and another marked tr, an opening and channel (2) to the pit 3, but fitted with a fall-down trap board, acting through a frame grooved on each side. 3 was the feeding pit, bricked on each side and at the bottom, as was also that of No. 1. The feeding pit measured about 5 feet by 3 in the clear, and was employed for a two- fold purpose : the green food (such as the leaves of common cabbage and coleworts, not those of the cauliflower or broccoli, and occasionally the sow- thistle) was regularly, but in moderation, thrown into it, and the dry food (as bran and a few oats) let down in a wooden trough by means of a slender pole of sufficient length to the brick pavement. The trap-door which closed the entrance passage was in general kept up by means of a string, looped at the top, and thus the rabbits were familiarized to this department. Each of the pits was finished off with a strong wooden curb, secured at the top of the four walls ; and upon that a cover of strong oiled canvass was fixed by hinges, to keep the pits dry, the edges of the canvas overlapping the curbs. The passage 2 was merely an arch, which was filled up with earth to the ground level. If I have rendered the construction of this arti- ficial warren sufficiently intelligible, it only remains to add that in our premises it was situated in a yard close to the back of the dwelling, which formed one of its sides, and consequently was immediately apjjroachable. The rabbits evidently burrowed in the chalk, as we could discover from the fragments which they scraped into the pit through the two openings h h. We found, I believe, at our arrival in the winter three brown does and one buck, to which stock no more were added, nor was any change attempted during the three seasons follow- ing. Broods of young ones were produced in sufficient numbers ; and from these, when large enough, we selected for the house one or more, by fixing a long twine to the loop by which the trap board was suspended, and held at a distance and out of sight of the rabbits while they are feeding : due precautions being observed, the trap was released, and thus the animals that were mthin No 3 were detained. Great advantage results from the position of the pits, the deep chalk rock of the coast preventing the possibility of escape, while its texture permitted the rabbits to form their burrows horizontally, without much difficulty. I attempted to construct a pair of pits on my property on Maidenhead Common, where there was partially a good deal of shaly chalk and a surface soil above it, somewhat resembhng that at Thanet; but the rabbits became unhealthy, and never produced a brood : in fact, I am persuaded that a solid, continuous chalk rock, and the absence of a gravelly stratum, are indis- pensable conditions. It will be advisable to keep the rabbits short of food for a few hours previous to using the trap, and then to throw a few tempting leaves into the pits, omitting for a time the dry, trough food. While on the subject of bricked excavations, I may mention the great utility of well-constructed rain-water tanks in country domiciles. I found one such in the same yard, and within a short dis- tance of the rabbit warren : it consisted of a square excavation, six or seven feet deep, nearly cubical in its form and dimensions, the brickwork laid in and effectually coated with Parker's cement ; the top arched over except in the centre, where a broad flat stone was placed to serve as a man-hole. This tank, furnished with a common lift pump, supplied rain-water to the house at all times. In gardens, where there is not a pond or rill of soft water, a rain-water tank, capable of holding two or three thousand gallons, is a very important appendage, and should never be disjjensed with. In Berkshire I had one constructed close to an angle of the THE FARMER'S MAGAZINE. house, and being made by a labourer who under- stood brickwork, it was completed at an incon- siderable outlay. The rain-water from roofs ought to be filtered through a vessel containing a foot of clean gravel pebbles, and over them a six-inch layer of coarsely-bruised charcoal, covered with river- ballast, before it enters the tank. THE JERUSALEM ARTICHOKE. Tlie object of a fallow is twofold, viz., the eradi- cation of weeds, and the preparation of a supply of the food of plants in a state that it can be assimi- lated and taken up by succeeding crops. To attain this object, a "naked fallow" was formerly the almost universal practice ; but now it is more customary, in ordinary land, to raise green crops, returning the great bulk of the produce to the soil as manure. The benefit, it is argued, to the soil from the action of the atmosphere, and the opportunity to rid the ground of weeds, is in this last case not diminished, and an additional element of advantage is intro- duced in the action of the roots and leaves of living plants, exercising, as they do, their own distinct and peculiar powers of extracting and assimilating food (both) from the soil (and the atmosphere) for their own support in life, and for subsequent plants in their decay. The plants themselves in the mean- time support many head of live stock. The principle on which this practice is grounded is in itself (and I do not enter on the question of the relative profit of the two systems) obviously correct. For the object of a "fallow" being (caeteris paribus) to obtain a store of mineral food accessible to the roots of plants out of the inexhaustible but slowly -rendered supplies of the soil, the setting any second power to work is a manifest gain. Hence the larger the green crop, and the more nutritive its character, the greater the benefit to the crop succeeding ; in other words, the more manure the larger the grain crop. Many persons, not satisfied with the result of green crops fed-ofF, go a step further : they remove the jjroduce of the fallow crop altogether — looking upon the green crop as " enough of a fallow," even though the produce be carried off"; and the prin- ciple on which they consider they may do this, with- out in their haste making " bad speed," is that while the plants of the root crop are so disposed as to allow the ground to be constantly worked {i.e. fallowed), the bulk of the mineral ingredients con- stituting their food are not those which form the principal food of the cereals. Thus, while the latter require in large quantities the phosphates, alkalies, and silica, the root crop requires only a large quan- tity of the alkalies, and little or none of the phos- phates or silica. But though it is true that the root crop consumes few phosphates, and little or no silica, and though on certain soils and situations it may actually answer to follow this practice, just as in other cases it may be best to have a bare fallow, yet the argument is, when reduced to practice, fal- lacious. For it is evident, not only that the alkalies are as necessary to the cereals as their other prin- cipal constituents, but that indirect injury to the cereal is just in the same ratio with the direct value of the crop preceding. Those root crops, we know, most interfere with the cereals, which are in themselves most nutritive ; inasmuch as they are the more nutritive as they more nearly approach the cereals in character. Again, the heavier the green crop the more there is taken away; and though, quantity for quantity, the root crops contain so few mineral ingredients that the injury would be nominal, yet, in practice, all containing a large pro- portion of the alkalies, and counting in gross pro- duce tons for bushels, they are really most ex- hausting. Thus we have constant opportunities of noticing, where wheat follows potatoes, that after a heavy crop of the latter the wheat crop is in- variably deficient. The ground has been heavily manured, is in good tilth, and there has been every opportunity for working (or fallowing) the ground; but the atmosphere has not had sufficient " time" to release the necessary alkalies, and the wheat crop feels the loss. The same is well-known by many able farmers to be the result (though here there are not so many opportunities of observing the eflfect) when other root crops are removed. Ail are severally in- jurious in proportion to their"quality and quantity." The farmer who seeks at once to have and remove a valuable crop without exhausting his land, is seeking a contradiction ; as the old Enghsh adage expresses it, " He would like to eat his pudding, and have it," But this is not the principle on which " we grow green crops instead of a naked fallow," where our object is, by the combined agency of the at- mosphere and of the vital powers of growing plants, to collect and prepare an abundant store of food for a more important grain crop, and, at the same time, to obtain a sound nutritious food for our stock. The mineral ingredients of the soil are in- exhaustible : if v/e had " time" (which we have not in ordinary soils without ruining oxirselves) to fallow 6 THE FARMER'S MAGAZINE. our ground long enough to enable the atmosphere to release the ingredients of the soil for the use of ])lants, we should need no manure. We emj)loy then the agency of plants, in addition to the exjjosing the soil to tlie action of the atmosjjhere and the employment of manure, to extract food for a higher class of i)lants. Thus we " gain time," and find there is an excess of food, \vdth which we can sup- port our cattle. Thus, with us who restore the crop, the more energetic the plant grown, and the heavier and more nutritive the crop, the better for present i)urposes and the grain crop succeeding. In fact, our object is not to grow plants dissimilar to the cereals, i.e. containing little nutriment, and bearing little likeness to the higher class of plants, but just the reverse. We do not prefer the turnip to the swede, but the swede to the turnip. I make these remarks in introducing the Jerusa- lem artichoke to public notice in this country, be- cause it is a common idea that (even when we return the crop) we are not to look at what mineral ingredients a plant is able to collect for the use of its successor, but on the smallness of its own con- sumption—that we are not to look on what it gains. but on the small amount it expends— that, in a word, just in proportion as any plant is nutritive, and has a direct positive value, so its indirect value is lessened ; and thus the very value of the Helianth might at first stand in the way of its popularity. Having made these remarks, let me now point out the value of this plant as compared with other roots nov/ cultivated, and its pecuhar advantages. I believe it can be fairly shown that it is most easy of cultivation, suited to the most extensive range of soil, most enriching when returned to the land, produces the most valuable crop, and is generally in fact one of the best plants for field cultivation and the feeding of stock that can be grown. In nutriment it would appear to be equal, quantity for quantity, with the potato. Its constituent parts are so nearly identical, that there would be a greater difference between two varieties of the potato, or between two specimens of the same variety grown in two different descriptions of soil, than between the potato and artichoke grown on the same soil. Boussingault found in 100 parts, dried in vacuo at 110 degrees — * With the Ashes. Without the Ashes. Car- bon. Hydro- Oxy- gen. 1 gen. Nitro- gen. Ashes. Car- bon. Hydro- gen. Oxy gen. Nitro- gen. Potatoes Helianthus tuberosus, . , , 44.0 43.3 5.8 44.7 5.8 43.3 1.5 1.6 4.0 6.0 45.9 46. 0 6.1 6.2 46.4 46.1 1.6 1.7 In the composition of the ashes of 100 parts — o o rt 1 „• S CO bon cid. 1^ o • a 1 F* ^ S l^ r^ .p o C S g O 2 C8 L3 o m C^ worthy of trial, and has indeed been already tried to some extent among ourselves. My own experi- ments have hitherto been on a small scale, but stil' I was so satisfied with the result as to have asked and obtained from my landlord the means of trying it more fully. Last winter I had two bullocks put up in this way, and certainly the progress was de- cidedly more rapid than that of their fellows kept in the oj)en yard. I am also now convinced that Mr. Huxtable's statement of the small quantity of turnijjs on which he can fatten a bullock is strictly correct. Had I met with it a year ago, I must say that it would have appeared to me incredible, and I don't wonder that others so regard it still. I shall, however, tell you my reasons for believing that his plan of inducing his cattle to eat a large daily allow- ance of chopped straw promotes their growth, and yet makes fewer turnips suffice. Last spring, being apprehensive that my turnips were to be done be- fore my cattle were fit for the market, I was induced to purchase a straw-cutter; and after trying my cat- tle with a daily mess of chopped straw, moistened with cold water, in which a little linseed-meal was steeped, I was gratified by finding that half the quantity of turnips which they formerly consumed quite satisfied their appetite, and that their improve- ment was rather more rapid than before. After seeing this, I was able by reflecting on past obser- vation, to account for this in away quite satisfactory to myself. I have observed, for example, that when beasts, especially if they are in rather poor condition, are put upon full turnips, they will consume a greater quantity without any proportionate increase : and that even for months, their bowels will be so relaxed as to amount to something like constant diarrhoea — the explanation of which seems to be that when they eat a larger quantity of food, such as turnips, than their system can assimilate, that the surplus doespositiveharm, and isworse than wasted. On the other hand, I have several times noticed that when I have reserved a heifer or two for breed- ing, and kept them in the straw- yard with only a single daily feed of turnips, that they have for a considerable time made greater progress than those that were on full turnips. Indeed, sir, I look upon this as the most important point brought before us in this report, and that we shall all find it for our advantage to copy Mr. Huxtable's practice in this particular. The sheep husbandry here described I cannot regard as better than our own. It seems to me that Mr. Rigden keeps his flock at greater THE FARMER'S MAGAZINE. 33 expense and trouble than we do ; and yet if you set aside what arises from his ram-breeding, his re- sults are inferior to those obtained by many persons around me. His wedder lambs are sold in August at 20s. each, and the wool of his ewes averages 4s. a-head, while from a flock of 350 ewes he only weans 400 lambs, which we all should consider a very poor crop indeed. In regard to fattening sheep, I can quite believe that their absolute increase is greater when fed in covered pens than in the open field, but then it is done at a greatly increased ex- pense. In fact, the enormous cartage employed in first bringing the whole turnips on our farms to the homestead, and then re-carrying the manure a-field, would dislocate our whole existing arrangements, and involve a complete revolution in our manage- ment. The expense of all this, as compared with our present plan of sending our shepherd with his Hock, nets, and stakes, into a field of turnips, and consuming such a portion as we deem suitable on the ground where they grow, must be very great indeed. By the plan of folding, too, the manure is as equally distributed as by any other, and on light soils the treading of the sheep consolidates the land better and cheaper than any roller yet invented. A good deal is said in the report about the manner in which we keep our farm horses, which is alleged to be more expensive than in various instances quoted both in England and Scotland. Now, I am satisfied that there is a double fallacy here. In the first place, it is assumed, that after deducting the wages of the ploughman from £100 — the sum stated as the annual expense consequent upon the keeping of each pail" of horses — the whole balance is expended in their food. Now, I have always understood than when this estimate is referred to, it is meant to cover not these two items merely, but also the interest upon the price of the horses, harness, and imi^le- ments, their annual (ear and wear, and the risk of loss. When these are taken into account, and al- lowance made for the altered price of corn and hay, I believe it will be found that our horses are kept very economically. I admit, however, that it is de- cidedly better to keep our horses on cut clover, or similar food, in summer, than to pasture them, as is very usually done. And then, in the second place, even though it be true that our horses con- sume more corn than is given in other districts, we get through our work with fewer of them. There is one part of Mr. Rigden's practice which I con- sider worthy of our imitation. It is stated that he applies the greater part of the manure in autumn to his crops which are to be sown in spring. I have recently been trying this myself, and know that others have done the same, and think that it may be extended with advantage. In connection mth this, I wish to notice an error into which Mr. Milne has fallen, in contrasting the quantity of manure applied on these farms which he describes, with the allowance usually given here. After stating that the manure is applied directly for every crop, and in quantities amounting in the aggregate to 12 tons per acre per annum, on the whole farm, it is esti- mated that our gross allowance is only from 4 to 5 tons, and that we usually manure for the turnip crop only. Now Mr. Milne has overlooked the fact that while we cart our manure only for the turnip crop, yet as a large portion of that crop is usually con- sumed on the ground, and as our grass is depas- tured, we in reality manure directly for at least three crops in each rotation. Besides, I believe that the (quantity applied to the turnip crop is on our best managed farms greater than is stated. As select farms are used for comparison on the one side, it is but fair that the same thing be done on the other. I had almost omitted to notice that part of the report where a strong statement is made in connec- tion with the total removal of subdivision fences on these English farms. Now when the smallness of the fields in some parts of England is considered, and the enormous mounds, with all their accompa- niments of large timber, brushwood, and weeds, by which they are surrounded, I can quite under- stand that a wholesale removal of these is a most necessary preliminary to profitable culture; but when fields range from 20 to 50 acres, and the fences consist of a simple line of thorns, I am not prepared to recommend their removal. While our present system of husbandry is continued, I believe them to be positively beneficial to our live stock, and not injurious to crops, unless where hedge-row trees are present. And now, sir, I think I have gone over what appeared most important in this report of Mr. Milne's. I had intended to allude to some other points, but I feel that I have already occupied too much of the time of the meeting, and I am al- most ashamed at the undue length of my observa- tions, when I see around me so many of my neigh- bours, to whom I frankly and cheerfully confess myself inferior both in judgment and experience (Mr. Wilson then sat down amid great applause). Mr. Hay, of Dunse Castle, alluded to Mr. Wil- son's remark about the adjustment of rents, and said that he would never consent to any such adjustment until the tenants first came forward and demanded, as their right, the restoration of protection, which, he contended, was a tenant's more than a landlord's question. Mr. BucHAN, of Kelloe, considered the present state of the corn markets the great barrier to the adoption of the improvements suggested by Mr. Milne, many of which might be exceedingly useful. The Earl of Home expressed his opinion that such meetings as the present would be carried on D 34 THE FARMER'S MAGAZliNE. with greater satisfaction, it' tin; dihcussion of political questions were altoj^ellier avoided. The CiiAiUMAN then, in a few words, expressed his general concurrence with the remarks of Mr. Wilson, of Edington Mains ; and, Hnding that no other gentleman was prepared to address the meet- ing, called upon Mr. Milne to make a reply. Mr. Wilson, however, rose, and hegged permis- sion to offer a few words in explanation and vindi- cation hefore Mr. Milne proceeded with his re])ly. He said : Certain matters have come up in the course of the discussion, involving the constitution of the clul) itself. Exception has been taken to the rule of our club, as hurtfully precluding us from entering u})on topics of most pressing consequence to ourselves at the present time. Now I know tliat it was after mature consideration that the rule which declares that no politics shall be introduced at any meeting of our club was ado])ted ; and when it was considered how great are the differences of opinion on such subjects in every community, and among ourselves as much as elsewhere, it appeared evident that only in this way could we hope that our dis- cussions would he conducted with comfort and ad- vantage— in short, that we must either exclude poli- tics altogether, or ahandon the prospect of having a useful club. And, sir, if there has apj)eared on the j)art of the tenantry present a reluctance to respond to some sentiments which have been ut- tered, is it to be inferred that our fortunes are un- affected by recent legislation, or that we are indif- ferent to its consequences ? Let the gentlemen of the county, at fitting time and place, take measures for giving expression to our sentiments, and for seeking the redress which we so urgently need, and I can say for myself at least that we are ready to respond to their call. Sir, I am feeling too keenly the pressure of the times to be indifferent on such a subject; but we came here to-day for a specific business, and to that I think it is right to adhere. And there is another thing to which I think it right to refep, after what has passed to-day. I am quite aware, that an impression exists very generally among the farmers of this district that the main drift of the report which we have been discussing, as of other i)ublications which have elsewhere ap- peared, is just to convey the impression that if we would only farm as well as we ought to do, a re- duction of rents would be quite unnecessary. Now I heartily acquit Mr. Milne of such an intention, and do not think it fair to fasten constructions upon his report, which his statements as they stand do not warrant. But at the same time I think it neces- sary to say that if either landlord or tenant imagines that by adopting such systems of husbandry as hare now been described to us, the whole deficiency arising from the altered price of farm produce can be made good, they will soon find tliat they are under a gross delusion. .\n improvement is always worthy of trial when there are reasonable grounds for ex|)ecting a jjrofitable return upon the outlay involved in it. If it does this it doss well. Hut to expect that, over and above this, any or all of the plans yet suggested are competent to retrieve our altered circumstances, is altogether unwarrantable. Let me say further that the agriculture of this county is not so far behind tliat of any other in the king- dom, as to leave room foi' such immediate and de- cisive advances. 1 am confident that there is amongst us no backwardness to adopt any practice that can be shown to be really an improvement upon our own ; on the contrary that we are even in these depressing times anxiously trying to keep abreast of the most improved modes of the day. We have been, and are now manfully struggling with the difficulties that have overtaken us ; and so far from complaining without cause, or yielding to desj)ondency, we are trying to do what we can, and to take as hopeful a view of things as we can. I believe, Sir, that in some measure I can say of my- self and my brethren around me, in the words of our great poet — " Where an equal poise of hope and fear Does arbitrate the event, our nature is That we incUne to hope, rather than fear. And gladly banish squint suspicion." (Great applause.) Mr. Milne said he believed it was a privilege usually accorded to those who originated a discus- j sion to be allowed to reply. He regretted that he [ should now be called upon so early ; for, however I deeply gratified he was with what he had already ! heard, he should have been better pleased if a greater number of the practical members present had given their opinions. But he was bound to thank those gentlemen who had sj)oken, for the kind and indulgent manner with which they had handled the report before them. On all occasions, the tenantry of this district showed the greatest forjjearance — in circumstances peculiarly trying. T)ie fact mentioned by Mr. Wilson, and which he (Mr. Milne) most thoroughly believed, that the tenant farmers of the district were not indifferent to the changes going on around them, and yet had abstained from expressing their feelings at a meet- ing like the present, was itself a strong proof of their forbearance, and entitled them to the highest respect. He did not wish to enter upon considera- tions of a political nature, which had been intro- duced, and in a manner contrary to the rules of the club ; but he must make reference to one observa- tion of Mr. Wilson's with regard to the object for which he wrote this pamphlet. Mr. Wilson had done him the justice to exculpate him from having THE FARMER'S MAGAZINE. 35 had any other object than what appeared on the face of it. He repudiated the notion that he had any other motive. The question which had been raised by Mr. Wilson, viz., whether it was possible for tenants to go on with their present rents, was a question on which in his report he had not entered, and which he would not now discuss. Unques- tionably, if those improvements, the adoption of which he advocated in his report, and which Mr. Wilson approved of, were capable of bein^ generally introduced and acted upon, they would be palliatives; but whether to the extent of forming a remedy for the loss of ^Jrotection, he could form no opinion. The object for which he brought forward the report was sufficiently stated in several passages, to which Mr. Milne referred — being simply to the effect, that as the practices observed by him were different from and apparently better than those prevalent in Ber- wickshire, he wished the farmers of the county to be informed of them, with a view to their adoption, if they thought them advantageous. The admirable statements made by Mr. Wilson were worth far more than the document which had called them forth. If his report had done nothing more than elicit these remarks, he thought he had done the club good service in having been the means of put- ting them in possession of so much valuable in- formation. The first part of Mr. Wilson's address had reference to a comjiarison of the farming of England with the farming of Scotland. It never was his (Mr. Milne's) object to say that the farming of England was superior to that of Scotland in its general results. On the contrary, it would be found that he bore testimony to the superiority of Scotch husbandry, and had suggested some reasons for the higher rents and greater produce obtained by Scotch farmers. While fully concurring with Mr. AVilson that the results of the farm management he had reported on were, in these respects, not greater than had been produced by many Scotch farms, he was yet certain that there were practices pursued on them different from those in common use in Scot- land; he had merely described these practices, and he left it for the Berwickshire farmers to determine whether or not they were superior. He was much gratified to find that he had not deceived himself in this belief; for Mr. Wilson and their chairman had enumerated a variety of practices described in the report, which they fully admitted were capable and deserving of being more generally adopted in Ber- wickshire. Mr. Milne then alluded to such parts of these practices as had received the approval of Mr. Wilson in his comments on the report, viz., the mi.\.ture of food {by chopping straw to mix with turnips), autumn manuring, the house-feeding of horses in summer as well as winter, and the box- feeding of cattle. He also referred to those points on which Mr. Wilson had expressed a doubtful or unfavourable opinion. Mr. Wilson's objection to the feeding of sheep in the homestead all the year round, on account of the expense of carting food to them, and manure from them to the fields, applied with equal force to the feeding at the homestead of horses and cattle, in regard to which Mr. Wilson had expressed a favourable opinion. Mr. Milne then proceeded to defend the system of liquid manuring, the economy of which was doubted by Mr. Wilson, by referring to Mr. Cunningham's estimate, Mr. Nisbet's experience, and several cases in the neighbourhood where it had been advantage- ously adopted. With regard to the removal of fences from Berwickshire farms, it was a mistake to sup- pose he had recommended it. So long as the sys- tem of pasturing cattle, horses, and sheep, was persevered in, permanent fences must exist ; but if all kinds of stock are to be fed at -the homestead, which he thought would, ere long, be the case, there would be no need for permanent fences, the great expense of which could not be denied. Mr. Wilson had remarked that, in estimating the quan- tity of manure laid upon land by Berwickshire farmers, he (Mr. Milne) had taken no account of the manure given by eating off turnips, and by pasturing. He admitted that the criticism was just; but, on the other hand, he considered that very little benefit arose from this mode of manuring. He believed that fully one-half of what was thus dropped ujjon the surface was lost by evaporation ; and any benefit from the other half was counteracted by rankness of vegetation, which, in consequence, the stock would not eat, whilst it caused the oats, in the following year, to lodge, and produced swarms of hurtful insects and worms. Until there was an equal distribution of the manure upon the land, and an incorporation of it with the soil, little or no benefit would be obtained from the practices referred to by Mr. Wilson ; and on this account he had in his estimate calculated only what was directly ap- plied to the land for the turnip crop ; though he admitted that he should have embodied the expla- nation he had now given in his report. With re- ference to the feeding of cattle, he might mention that an experienced and intelhgent farmer in this district, a member of the club, had told him a few days ago, that he had fed six oxen in his sheds last summer on cut clover, and other six of the same age and breed on pasture ; and that he was satisfied, notwithstanding the greater expense of the first mentioned plan, that it was much more profitable. It was proper also that it should be known, with reference to Mr. Nisbet's testimony, on the subject of liquid manuring, that he had commenced the practice at first on a small scale ; and that having become convinced of its expediency, he had at his D 2 36 THE FARMER'S MAGAZINE. own expense, without any assistance from his land- lord, erected a stone and lime reservoir, arched over mth bricks, and procured all the apparatus con- nected with it. This showed the strength of his conviction. In conclusion, he was glad to find that the general opinion was, that his pamphlet contained suggestions not altogether without value, and it would give him still further pleasure to find that these suggestions were improved upon and adopted. Having expressed a wish that the chairnian would embody his idea of the discussion in a practical resolution, and having again returned thanks for the favourable hearing which he had ol)tained, Mr. Milne sat down amid great applause. The following were adopted as the resolutions of the meeting : — " After hearing the above discussion, the meeting are of opinion that there are several parts of the sys- tems mentioned in Mr. Milne's report which appear to be deserving of a careful but cautious trial, or to be more extensively carried out than they have hitherto been in this district ; but that it would not be expedient, or generally practicable, to follow the whole systems of high farming therein reported, particulai-ly as it has been shown that equal results have been brought out by the apphcation of much less capital than is stated to be employed in the cases reported. " One of the most important of the jioints con- tained in the report is the feeding of cattle. The meeting would approve of the more general adop- tion of feeding in boxes, the trials that have already been made in this district having proved success- ful, and also because the practice can be adopted with facihty and at moderate expense by converting the present buildings into proper accommodation for that purpose. This system has been gradually coming into operation for some years, by the di- minishing of the size of the yards, and increasing the size, warmth, and comfort of the sheds, and covering the feeding troughs in the yards. This plan appears to the meeting to be the more worthy of adoption as the cheapest and best means of pre- serving the manure, both liquid and solid. In the feeding of cattle it seems desirable to induce them to eat a larger quantity of straw than their inclina- tion would lead them to, when it is newly given to them in racks in the usual way ; and this can be ef- fectually done by chopping the straw, and moisten- ing it with a mucilage prepared by steeping linseed meal in cold water, and not to give the full quan- tity of turnips the animals would be inclined to eat : by this means they feed more readily, and of course a greater numljer may be ke))t. Tlie soiling of cattle in the house in summer, to a certain extent, may also be desirable. " It is the opinion of the meeting that nothing has been shown to warrant any essential departure from the present mode of the management of sheep followed in this district. "In the feeding of horses it appears to the meet- ing that soihng in the house or yards in summer is preferable to grazing in the fields. " In reference to the statement in Mr. Milne's re- port, that horses are kept at a greater expense here than elsewhere, it is the opinion of the meeting that this is not the case, particularly when it is consi- dered that in this district the work of the farm is performed with fewer horses in proportion to the acreage than those instances with which it has been contrasted. The sum of £100, referred to by Mr. Milne, as the common estimate of the expense of keeping a pair of horses in Berwickshire, includes not only the wages of the ploughmen and food for the horses, but also the interest of the money ex- pended in the purchase of them, the harness and other implements which they are to work, the an- nual cost of keeping them in repairs, and the dete- rioration in the value of the horses from increase of age, &c. When these items are taken into ac- count, and allowance made for the diminished price of provender, the estimate will be found to be as moderate as any of these cases described by Mr. Milne. " A favourable opinion is entertained by the meeting of Mr. Rigden's practice of autumn manur- ing to a certain extent. " The meeting cannot approve of the substitution of wattles for fences of the large and open fields of this district; but in an agricultural point of view would recommend the diminution of hedge-row trees. "The meeting again acknowledge the obligation the Club owes to Mr. Milne for the trouble he has taken in drawing up his Report, and for the zeal he has shown in bringing before it the most recent systems for discussion." Dr. Hood, of Whitecross, then proposed a vote of thanks to the chairman for his conduct in the chair, which was carried with much applause, and the meeting 6ej)arated. THE FARMER'S MAGAZINE. 37 THE AGRICULTURAL DISTRICTS OF ENGLAND. FROM THE TIMES COMMISSIONERS. (Continued.) Lincoln. The county of Lincoln presents many features of interest to the agriculturist. It embraces a great variety of soils and modes of cultivation, varying from the richest pastures to the most sterile sands, and exhibiting on its various soils the treatment which experience has taught in the management of stiff clays, fens, warp-land, sands, wolds, and heath. In this county, too, has chiefly risen into promi- nence that system of compensation to the outgoing tenant for unexhausted improvements, which is be- lieved by many to have been the foundation of the agricultural progress of Lincolnshire. Entering the county from the south, an extensive district of fenland, described in our last letter, is traversed, reaching up to the city of Lincoln, where, on the summit of the hill, rise the towers of the stately cathedral. At this higher level, some 150 feet above the vale, stretches a tract of dry turnip land running north and south of the city about 40 miles, and still known as Lincoln-heath. Nearly parallel with this, but separated from it by the great central vale of the county, lies the district called the Wolds, and between that and the sea extends a tract of richer and heavier land. On the north-western boundary of the county, on both banks of the Trent, is that low-lying tract of land on which the peculiar process of warping is carried on. The fen lands we have already described, and purpose now to enter into some details of the present state of agriculture in the wold and heath portions of the county, and then to give a very brief description of the process of warping and its eflfects. The system of husbandry general throughout the district is the four or five course. This will no doubt come to be modified by the change which railway accommodation will afford ; this county, which was formerly somewhat remote, being now covered with a network of railways, giving ready access on the one side to the seaports, and on the other to the great central markets for agricultural produce for supplying the dense population of the manufacturing districts. Taking the line of country traversed by the railway from Lincoln northwards by Market Raisen and Caistor, the land is generally very insufficiently drained, and by no means well managed. On the stiffer clays little seems to have been done in removing the stagnant water; the gi-azing lands being much covered with rushes, and the fallows, on the land in cultivation, being foul and out of condition. Approaching Caistor, a large extent of weak sandy soil is passed, on part of which a very great improvement has been effected by claying. We were favoured with some interest- ing information by the gentleman who commenced the practice — Mr. Dixon, of Holton. Twenty-two years ago, when he came into possession of the es- tate, there were 500 acres of rabbit-waiTen, which the tenant refused to hold at a rent of £50. He took it into his own hands, and by covering it all with clay, and by under-draining, he now considers the same land worth l6s. an acre, or £400 a-j'ear. The expense of claying varied, according to the distance from which the clay had to be carted. In some cases it was got in pits in the field where it was ap])lied ; but in general it had to be brought from spots at a higher level than the sandy tract. There, beneath the surface, beds of whitish marly clay, mixed with chalk and flints, are found four or five feet in thickness. These are opened out like a quany, and the face is wrought down by pick and shovel. It is then filled into carts and conveyed to the sand-land, where it is laid on at the rate of 60 yards an acre. It is usually laid on land in pre- paration for green crops, where, after being exposed some time to the action of the weather, it breaks down and mixes with the sand. The whole field is at the same time under-drained with tiles, the cost of both operations averaging from £12 to £l4 an acre. After the field has been green-cropped, and when the subsequent barley crop has been removed, 30 yards more of clay are spread over the seeds, the whole dose being thus 90 yards an acre, not applied all at once, but in two separate applications. The eftect of this mixing of soils has been to convert a weak sand, unfit for the production of any valuable crop, into light land of fair quality, on which by good farming clover, wheat, turnips, and barley, may be taken in regular succession. The quality of the clay should not be overlooked, as it is highly calcareous, and is probably not often to be found in proximity to tracts of sand. A different description of clay, more unctuous and of a black ferruginous character, was tried by Mr. Dixon, and, instead of proving beneficial, was very injurious. Beyond Mr. Dixon's estate this tract of sandy land seems, with few exceptions, to be badly managed. The strong clays are by no means so well 38 THE FARMER'S MAGAZINE. managed in Lincoln as in Essex and Suffolk. In executing drainage it is common for the landlord to supply tiles, and the tenant to put them in; but a great deal yet remains to be done by both. The old form of raised ridges is still maintained, from the difficulty experienced on this kind of land of levelling them down without injury to the surface. The best soil on the top of the ridge, when levelled into the lioUow, exposes a barren subsoil, which re- quires many years' exposure to the air and to the influence of manure before it becomes fertile. Where the land is well drained and carefully tilled it yields large crops. The usual succession is clover or seeds, wheat, turnips, barley, fallow, wheat or oats sown down with seeds. It being common to hold a quantity of grass land along with a clay land farm, the farmer is enabled to keep a considerable stock, which, when wintered in his yards on cake, converts his straw into valuable manure. The rent of this description of soil, like that of all others in this county, varies more according to the character of the landlord than its intrinsic qualities. On Lord Yarborough's estate the clay farms, which are close to a line of railway, and where the landlord gives tiles for drainage without any other charge than that the tena.it must put them into his land, the rent varies from 18s. to 22s. an acre, tithe-free, and the poor-rate is very moderate. Ascending from the clay lands to the Wolds, we enter on that tract of country which, with the heath, to be subsequently described, has given celebrity to the farming of Lincolnshire. It is situated on the chalk formation at about the same elevation and of much the same character as the land round Holk- ham, in Norfolk, but much lower and less exposed than the Down farms of the southern counties. This tract, extending to more than 200,000 acres, varies considerably in quality, being best where it dips to the lower ground, and very light and sandy towai'ds its highest points of elevation. The rent of the best land rises as high as 32s. an acre, and the average is 20s., titne free, and with very low poor rates. The mode of culture is the four or five course, the seeds remaining one or two years down. On one of the better-managed farms on the Wolds the following is the routine of cultivation : — Beginning With, the turnip crop, the land, after being jiroperly cleaned and wrought, is sown with yellow and white turnips in succession, I cwt. of guano and 4 bushels of dissolved bones per acre, mixed with ashes, being drilled in before the seed. The crop is consumed on the ground by sheep, which get no cake unless the turnij) crop proves very inferior. If the crop is good, part of it is drawn for consumjjtion in the yards by cattle. It is succeeded by barley, a small proportion being in some cases sown with wheat. The barley is followed by clover and seeds, on which the sheep are turned very early in spring, there being no other jwovision made for them ; and, as xwedc's arc seldom or never grown, the yellow and white turnips do not stand late in the season. It is not usual to give any of the sheep stock cake on the seeds, except ewes with twin lambs. The seeds are ploughed in autumn, after being dunged with yard manure, which many farmers prefer ap- plying the i)revious winter, that the seeds may be benefited as well as the wheat. The wheat is then sown in the usual manner. The straw-yard cattle are seldom fed fat, being principally stores, kept through the winter in fair condition, on 4lb. per day of oil-cake, and sent down to the richer grazing lands which most Wold farmers hold in the low country, to be fed during the summer. The sheep stock is Leicester or improved Lincoln, a breeding flock being kept, and the produce sold at two years old, seldom earlier. The result of this manage- ment is an average crop of 26 to 28 bushels of wheat per acre, and not much more of barley. The reader who has perused our reports from West Norfolk must be struck with the difference of management in the two districts. The alleged im- possibility of growing swedes advantageously here will be at once referred to the very scant supply of manure applied to the turnip crop. We should not expect a good crop of swedes in any other district with no more eni'iching application than 1 cwt. of guano, and 4 to 8 bushels of dissolved bones per acre. One farmer grew last year a quantity of swedes for the first time (four or five acres in up- wards of 100 acres of soft turnips), and, having manured the land with dung, in addition to the above quantities of artificial manure, he succeeded in get- ting a good crop. This year he intends to grow 20 acres. One is surprised that this discovery has been only now made for the first time. Nor is the cultivation of the land attended to with anything like the same neatness and care which distinguish the best farmers in West Norfolk. It is permitted to get foul, and the same minute attention in the extirpation of weeds from the corn and grass fields is not here observed. The land is chalked as often as it appears to require it, perhaps once in 20 years, the want of it being shown by the appearance of the disease in turnips called " fingers and toes," for vvhich chalking is a perfect cure. Four horses are often used in a jdough, but it is a two-furrow plough, turnins: over at this season of the year three acres a-day, and usually managed by one man mth- out a driver. Leaving the Wolds, and re-crossing the central plain, we arrive at the heath farming. Tliis is part of the great tract of land on the lower oolite forma, tion which commences at Bridport, in Dorsetshire, and runs in an unbroken chain through Glouces- THE FARMER'S MAGAZINE. 39 tershire, Oxford, Northampton, Rutland, and into Lincolnshire. It is a dry reddish turnip soil, vary- ing from a few inches to a foot or more in depth, lying on a porous calcareous rock. Here the style of farming very much resembles that of the Wolds, only that the crops are somewhat more generously treated. In feeding turnips or seeds, however, cake is very seldom given to any of the sheep stock, ex- cept ewes with twin lambs. Top dressings for the corn crops are quite uncommon. A well managed farm of 500 acres will winter 1,000 sheep on tur- nips. Swedes are successfully grown here. The favourite breed of sheep is the improved Lincoln, which clips from 71b. to 8lb. of wool, and weighs at two years old 30lb. a quarter. This is a strong- necked sheep, differing in that respect from the pure Leicester, and producing more lean meat than that breed. In the yards the cattle receive cake during the winter, some farmers feeding them fat, others keeping them as stores. Half a ton of oil- cake per head is the largest quantity expended by the best farmers. In sowing wheat after clover, the land after being ploughed is first well harrowed ; the seed is drilled, then covered by the harrows. The land is then rolled and harrowed again after the roller. On the better land wheat is usually sown after turnips up to the beginning or middle of Marcb, "Hunter's white wheat" being the variety found most productive. Hornsby's drop drill is A good idea of the process of warping may be got by sailing up the Trent from the Humber to Gainsborough. The banks of the river were con- structed centuries ago, to ])rotect the land within them from the encroachments of the tide, or rather to exclude the tide from the land, which was left dry at low water. A great tract of country was thus laid comparatively dry, the tide rising every day within the embankments several feet higher than the cultivated land. The wisdom of oneage thus suc- ceeded in restricting within bounds the muddy tidal waters of the river. It was left to the greater wis- dom of a succeeding age to improve upon this ar- rangement, by admitting these muddy waters to lay a fresh coat of rich silt on the exhausted soils, and so to restore them to their original fertility. The process began nearly a century ago, but has become more of a system in recent times. Large sluices of stone, with strong doors to be shut when it is wished to exclude the tide, may be seen on both banks of the river, and from these great drains are carried miles inward through the low country to the point previously prepared by embankment, over which the muddy waters are allowed to spread themselves. These main drains being very costly are constructed for the warping of large adjoining districts, and openings are made at such points as are then under- going the operation. The mud is deposited, and the waters i-eturn with the falling tide to the bed of much used for sowing the turnip seed and manure i the river. Spring tides are preferred, and so great together. Great benefit has been found by plough- is the quantity of mud that from 10 to 1 .5 acres have ing dee]) in the heath land with a subsoil plough, I been known to be covered with silt from 1 to 3 feet thus bringing up broken calcareous rock, and at in thickness during one spring of 10 or 12 tides, once deepening and manuring the soil. The wheat ; Peat moss of the most sterile character has been by is built in lofty oblong stacks, containing GO or /"O this process covered with soil of the greatest fer- quarters, and a great deal of labour is expended i tility, and swamps which, in the memory of our in carrying these up very high, and in thatching, informant, were resorted to for leeches, are now, by and finishing them off neatly. The rent is about '. the effects of warping, converted into firm and 20s. an acre, no tithes, and rates low. The better | fertile fields. Near the mouth of the river the class of land near Lincoln lets at 30s. an acre, but j water is muddiest, and the jjrocess can there be rent is scarcely thought a criterion of value, as ' more easily accomplished ; but sluices are seen for some landlords let better land at 20s. than others nearly 30 miles up the Trent, so that even at that let at 40s. distance from the Humber the water has not en- The farm-buildings on the better class of farms tirely lost its fertilizing particles of mud. The ex- in Lincolnshire are superior to most we have met ! pense of warping varies from £l 5 to £21 an acre, with in the more southerly counties. On the estate After the new land has been left for a year or two of Mr. Chaplin, of Blankney, many very substantial i (in clover and seeds) it produces great crops of and complete ranges of buildings have been and are wheat and potatoes, being erected. (To be continued , ) 40 THE FARMER'S MAGAZIxNE AMERICAN CHURN. Sir, — You are aware that the first autumnal show of the Lower Annandale Agricultural Society took j)lace at Annan on the 4th curt,, and that, in onler to increase the interest of it, I procured, for exhibition, one of the Patent American Churns, of the succesj- of which we have had very conflicting accounts, and that in order to give effect to the wish expressed by the judges of implements, 1 an- nounced my intention of having a competition with it and two other churns on the following day. This tor)k place accordingly. The competition was attended by Mr. Smith, of Blackwood House, Mr. Elliot, Hardgrave, and Mr. James Moffat, Kirtlebridge, members of the Society, the two latter gentlemen each keeping notes of the different particulars. We had also the ad- vantage of the presence of several ladies, who at- tended in the dairy during the whole time, and who afterwards very materially assisted in our coming to what we considered a correct and dis- passionate judgment as to the merits of the Ameri- can or Anthony's Churn. The churns with which it was compared were, 1st, the Common Box Churn of the district, used at Blackwood House ; and 2nd, an Atmospheric Churn, made by Robinson, near Belfast, which churn was also exhibited at Annan, and has been used at Newlands for some years. Every requisite jireliminary arrangement having been previously made by my direction, 90 quarts of cream wei"e put into the Belfast churn, and 5 quarts of warm water added to raise the temperature of the cream to 62 deg. Fahr. thermometer. The cream was then minutely mixed by turning the handle of the churn several times round, and 12 quarts of the mixture were put into the American churn, 12 into the common box churn, and the remaining 71 were left in the Belfast churn, the temperature of them all being kept at 62 deg. The two smaller churns were filled up within a little of the axletree, being the limit thought best for them, and the three churns were intended to be turned at the ordinary rate, according to the size of the handle — the Blackwood House 90 revolutions in a minute, the American 80, and Belfast 85. The first made the butter in 20, the second in 26, and the last in 48 minutes ; the first producing 6^ lbs, of butter, the American the same quantity of 6^- lbs., and the Belfast, from 71 quarts, producing 39 lbs. 11 oz., or a fraction above 6 7-lOths lbs, to the 12 quarts. The butter was then made up and brought into the house, half-a-pound of each on three difl^erent coloured plates, and marked besides No. 1, 2, 3, by my farm servant, who alone was cognizant of the application of the numbers to the different churns. Each portion was then tested in various ways by the whole of the large party present, who unanimously decided that the ])utter made by No. 3 was very good, that by No. 1 rather better, and that by No. 2 the best. On reference to my ser- vant's private note. No. 1 was from the Blackwood House churn, No. 2 from the American, and No. 3 from the Belfast one ; No. 2 being at least equal in point of flavour, and decidedly superior in firm- ness. A discussion was then instituted as to the relative quality of the diflferent churns for use, when it was again tinaniinously agreed that the superiority of the butter made by the American churn would more than compensate for the greater quantity made by the Belfast churn, provided a market could be ob- tained for it, where a price would be given according to its quality; but that, in a country district, where little difference of price existed, perhaps the Belfast one might be considered preferable. The butter- milk was also tested under similar precautions, when it was again unanimously agreed that No. 2 was the richest and best. No. 1 the next, and No. 3 the last. The cost of the American churn, which was kindly forwarded to me by Messrs. R. Gray and Son, Uddingstone, Glasgow, is £2 ; but Mr. Elliot seemed to think that if made of common wood, and ordinary workmanship, it could be made at little more than half that sum. On Tuesday, the 8th, there being only enough of cream for one churn, and the dairywoman being again anxious to use the American churn, she put 13 quarts of cream in, instead of 12, with 2 quarts of warm water, which brought it to a temperature of about 6 1 2 ; the mixture she, however, considered richer than on the former trial. She did not churn quite so fast, it requiring 36 minutes to produce the butter, which amounted to 7i lbs., extremely well flavoured, and remarkably firm. The dairymaid seems to consider that, on the whole, the churning on the 5th was a little above their usual speed, and that, from the Belfast churn being so much larger, and the time allowed for its butter to harden scarcely commensurate with the extra quantity, its being a very little softer than the others can be easily accounted for, as she never knew it to happen before at this season of the year when churning at their ordinary speed, taking often from one to nearly two hours. She, however, summed uj) all by say- THE FARMER'S MAGAZINE. 41 in^ that if she had a small dairy of her own she would undoubtedly use a churn upon the principle of the American. In as far as this competition went, it is obvious that the palm of victory must be awarded to the American churn ; but it is quite evident to me that, notwithstanding all that has been written upon this very important subject (the management of dairy produce), due attention is by no means paid to the various details necessary to be attended to, in order to produce the most beneficial results, and par- ticularly with regard to experimenting with cream at various degrees of temperature; for I am well aware that in some dairies of 15 cows and upwards, a thermometer forms no part of the plenishing of the dairy, those in charge contenting themselves, in the true " canna-be-fashed" style, with feeling satisfied that "they can aye guess gye near the bit." I am, sir, yours faithfully, Norman Lockhart. Newlands, lOth Oct., 1850.— Dumfries and Galloway Courier. LONDON FARMERS' CLUB. MEETING OF THE COMMITTEE OF MANAGEMENT. Dec. 9, 1850. Present : Messrs. W. Bennett, W. Cheffins, W. Fisher Hobbs, C. W. Johnson, T. Knight, J. J. Mechi, J. Pain, and W. Shaw. W. Fisher Hobbs, E>;a , in the Chair. The minutes of the last meeting were read, contirfiied, and signed by the chairman of this day. The following gentlemen were elected members of the nlub : — J. L. Baldwyn, Pc)olmeyrick Lod^e, Chepstow F. Barlow, Burjch, Woodbridge, Suffolk W. H. Barwell, Northampton E. Brown, Harewood, Leeds R. Caparn, Holljeach, Lincolnshire J. Curling, Gosmore, Hitchin J. Ferrabee, Stroud, Gloucestershire W. Newbold, Braginton, Coventry T. E. Pawlett, Beeston, Biggleswade J. Russell, the Wyelands, Cliepstow W. Smeddle, the Tower of Jjondon T. Waters, Winchester C. Watts, Kisliubury, Northampton S. Weston, Bird's Isle, Tenterdcn G. Work, Ulwell, Ely. The names of some other gentlemen proposed as mem- bers were read for the first time. The report from the committee for the general meet- ing was prepared. A list of subjects proposed for discussion was read, and the selection postponed to the January meeting of the committee. The subject of the following resolution, of which notice had been given by Mr. Pain, was then brought forward . " That the committee of the Farmers' Club proceed to consider the state of the tenant farmers throughout Great Britain, with a view to suggest what relief can be given in their present depressed condition." The discussion of this question was ultimately ad- journed, and some other business despatched, and the committee broke up. GENERAL ANNUAL MEETING, Thursday Dec. 12. W. Shaw, Esq., of the Strand, in the Chair. The following report from the Committee was read by Mr. Corbet, the secretary, and on the motion of Mr. Page, of St. Albans, received and adopted :~ REPORT OF COMMITTEE, Dec. 9tl), 1850. After a year of such unprecedented trial to the agriculturist the Report from the Committee of a Farmers' Club may be looked to with something more than usual interest. In preseutiug this return of the year's proceedings, although the Committee caunot naturally speak iu that altogether satis- factory tone they have hitherto been justified in using, they are still happy to announce that the London Farmers' Club hasnot retrograded. If during the last twelvemonths the number of new ^Members does not equal the average of the two or three preceding years, these are still amply sufficient to counter- balance such parties as in the ordinary course of things have ceased to be Members. To this test of strength the Committee may add that they have this day elected for the ensuing year more new ^Members than they have at any one meeting for a long period — a fact sufficient to show that the object and use- fulness of the Club are more and more appreciated. As regards perhaps the most important feature in the pro- ceedings of the Club— namely, the Discussion Meetings— the Committee have only to say that they will if posoible give more than ordinary attention to the selection of subjects, well aware as they are how difficult it is in these times to insure a good attendance without the matter considered be one di- rectly influencing the condition of the farmer. In conclusion, the Committee have but to assure their friends, as they fully believe themselves, that to the majority of those engaged in the pursuits of agriculture, the use of the Farmers' Club may be found both a convenience and an advantage. The following members of the committee went out by rotation, all of whom were subsequently re-elected : — Messrs. Fisher Hobbs, W. Hutley, T. Knight, E. Lewis, J. Oakley, T. Owen, W. Purser, J. Smith (of Rye), C. Stokes, Owen WalHs, Jonas Webb, and W. Wingate. Mr. Spencer Skelton was elected a member of the Committee to fill up the vacancy caused by the death of Mr. W. Spearing. Mr. W. Bell, Mr. T. Barker, and Mr. E. Purser, were re-elected Auditors, and a vote of thanks was passed to them for their services. A discussion took place on the subject of Mr. Pain's motion, already given in the proceedings of the committee, and again referred to at the dinner, after which the meet- ing broke up, having passed a vote of thanks to the chairman. 42 THE FARMER»S MAGAZINE. THE LONDON FARMERS' CLUB. THE QUALITIES OF DIFFERENT KINDS OF FOOD, AND THE BEST METHODS OF FATTENING STOCK. The usual montlily meeting for discussion took place at the Club-rooms, Blackfriars, on Wednesday evening, Dec. 11 ; Mr. J. Payne, of Felmersham, in the cliair. Subject : " The qualities of different kinds of food, and the best methods of fattening stock ;" introduced by Mr. J. C. Nesbit, F.G.S.. H,C.S., &ti.,of the Agricul- tural and Chemical School, Kennington. London. The Chairman said that, as an humble individual, who was in the habit of feeding a few animals, he con- sidered the subject for discussion very important. Re- membering that they sold their present stock at a con- siderable sacrifice— (Hear, hear) — it was, in his opinion, essential that they should know how to feed at the cheapest rate (Hear, bear). He hoped Mr. Nesbit would be able to enlighten them on that point. The subject was one on which there might be much diversity of opinion ; but this at all events was certain, that if any plan < ould be pointed out by which they could pro- duce beef and mutton at a cheaper rate, all who were producers would be most happy to adopt it. Mr. Nesbit then said : I\Ir. Chairman and Gentle- men,— The subject for discussion this evening I find to be " On the Properties of different kinds of Food, and on the best Methods of Rearing and Fattening Stock." Of course it will be necessary, in speaking of the best methods of fattening stock, to take into consideration all the points whereby gentlemen who keep stock may lose — whereby tliey may find a deficiency in the year's ac- counts. Now I shall not be able at all to enter into the question of the markets — of the buying and selling of animals — but I shall endeavour, in opening the discus- sion, to bring under your notice the principles on which I think most parties who have studied the subject — and I dare say most parties here — will admit that the fatten- ing of animals depends ; and I shall endeavour to point out all the cases in which loss may arise, whether from the use of improper food, or from the want of good ventilation. You will please to understand that I can only bring under your notice the prin- ciples. I must labour to show you upon what the fattening and the growth of stock depend, leaving it to you practical gentlemen to put these principles into pro- per and efficient action. Now, I must speak first of the constitution of vegetables, and of general vegetable growth. We find that your vegetables are not like those with which nature clothes the fields. If you leave the bare surface of the land to the action of the atmosphere, and to those causes which are constantly operating, you will find Nature clothing the field with plants of her own choosing. But you have to grow plants selected from the whole mass of those which have been presented to you by Nature. You select certain plants for the purpose of obtaining the largest quantity of those substances which are useful for the su]iport of animal life. In doing this you reject the ordinary offers of Nature, and you come in, as it were, to her assistance — you make use, that is, of her powers with the assistance of Art. Of course, you know very well that it is quite necessary that there should be a total change in the land when you proceed to cultivate plants differing from those which are produced by it in its natural state, and to secure this you add manures, so as to raise up the produce of land to the highest amount. The action of your vegetables upon the land and upon the air is this, that you absorb the saline ma- terials with the roots of the plants — that these are taken up into the plants themselves. When the sunlight acts upon the leaves of those plants, they have the power of absorbing various ingredivUits from the air, and also of assimilating them together with the materials brought from the soil by the roots. You find continually going on a separation of some materials, and an addition to and secretion in the body of plants of other materials. Now, what are the substances which plants take from the atmosphere and the soil ? We find those taken from the soil are chiefly mineral in- gredients, such saline materials as would be found in the ashes of the plants if they were burnt. You have t one-dust, potash, soda, lime, and various other matters. The organic ingredients of plants, viz., oxygen, hydrogen, nitrogen, and carbon, are generally derived by plants by the action of the leaves on the air ; but when you manure yovir land with common manures, you always have the roots of the plants taking up these substances from the soil as well. These are t:iken up by the roots of plants, though in the wild state of natui*e they are generally taken up b) the leaves only. By manuring your land you secure double the growth or double the action that there would be otherwise. When these ma- terials are presented to the action of the light by the leaves of the plant, they are assimilated — a portion of the oxygen being continually sent forth ; for the whole jiroctss of the life of a plant consists in taking up the carbon , hydrogen, nitrogen, and oxygen , retaining the three first and continually casting out the oxygen. In many ))lants you have substances containing not a particle of oxygen ; for example, many of the essential oils, as otto of roses. You will please to recollect, then, that during growth the plant is employed in casting out oxygen ; which is, however, the vital air required by animals. Now, having mentioned the process which is taking place continually in plants, I shall be able to show you that for the support of animal existence, the different vege- table products may be divided into two classes, having distinct properties. I have mentioned the four materials — carbou; hydrogen, nitrogen, and oxygen. In all the sub- THE FARMER'S MAGAZINE. 43 stances that are adapted for food, oxygen is still present ; it has not been totally cast out. We have, therefore, these four elements both in animals and in vegetables. We find that the common principles found in vegetables resolve themselves into two classes; one of them desti- tute of nitrogen, and the other containing nitrogen. Now, those substances which contain no nitrogen may be called the non-nitrogenous elements of food, and these are the elements of respiration :ind the producers of fat. I shall now proceed to show you the nature of these bodies, and also their uses in the animal economy. Those bodies in vegetables which contain no nitrogen are, fat of any kind whatever, oil, starch, gum, mucilage, and various kinds of sugar. These bodies, I say, contain no nitrogen. They are merely adapted for the produce of fat, or for the pur- poses of respiration. It is necessary to explain to you, gentlemen, that these materials are of use in keeping up the animal heat. We keep up the heat of our bodies by continually applying fuel — that is, food containing char- coal and hydrogen, and passing through our system the air taken in by the lungs, which air acts upon the com- bustible parts of our food precisely as in our lamps and our gas lights, whtre we burn carbonaceous substances by currents of air ; so in our own systems, and in the systems of all warm-blooded animals, there is a consider- able portion of food consumed for the mere purpose of keeping the temperature of the animal elevated above that of the air in which it exists. The portions of the food of animals which are used for this purpose are those which I have mentioned. They contain no nitrogen whatever ; they add nothing to the nutritive powers of food ; they could not enable any man to take a greati r amount of exercise than usual ; in no way do they add to the building up of the organism. They are used, in the first place, to supply the fuel for heating the body. By every inspiration we take in a considerable amount of oxygen. That oxygen acts upon the carbon and upon the hydrogen of these non-nitrogenous materials, and passes out aii^ain in a consumed state. Let me here mention the amount of carbon consumed each day by various animals. Man consumes, on an average, from 12 to 14 oz., and there is required for that consumption 37 oz. of oxygen ; the horse consumes 97 oz., and requires 258 oz. of oxygen ; and the cow consuming 70 oz. of carbon demands 186 oz. of oxygen. You will, therefore, clearly see, that our animal eco- nomy requii-es that a constant supply of heat-pro- ducing materials should be brought into the system, and that a continual supply of oxygen should be taken in by the lungs, in order that the body may be kept at a proper temperature. IVow after the temperature which is neces-ary for the animal economy has been arrived at, you have left the excess of food be- yond what the animal requires for heating purposes. What remains of the starch, the oil, the gum, the mucilage, and the sugar, after the necessary production of heat, is formed into fat ? This excess of food is by nature placed upon the muscles in the form of fat, in order that if the animal subsequently be, by any misfortune, deprived of food, the days of its feasting may in some measure administer to the necessities of the days of fasting. You see, of course, that under such an ar- rangement it is essential, for fattening purposes, that the animal should be kept at a proper temperature ; otherwise no fat can be formed from these materials. This is one of the points which it is necessary continually to keep in view, as it will be found of material importance in its connection with practice ; for you will see that the variations of the different amounts of food required by animals will depend in a great measure upon temperature. In proportion to the temperature which an animal has to keep up, or rather in proportion to the degree of cold to which it is exposed, will be the loss of the ma- terials consumed in keeping up the animal heat. There- fore warmth is always equivalent to food. The less animals are exposed to cold and wet, the less will the elements of respiration be required to produce the ne- cessary animal heat, and the more food will be left for the production of fat. Therefore it is of immense prac- tical importance to the pocket th^tt fattening animals should be well sheltered and kept warm. I shall not now dwell on this point, as I intend to advert to it again. You will find what I have just said clearly illus- trated by the different kinds of food required by men in different parts of the world. Observe the dift'erence be- tween the food required by the Hindoo in the tropics, and that required by the Esquimaux in tiie arctic regions. The Hindoo lives on rice, which contains a very small amount of carbon and hydrogen — the producers of heat — as compared with the fatty matters which are con- sumed by the Esquimaux. Tlie Hindoo is content with a small amount of rice and milk every day, whereas the Esquimaux will eat two or three pounds of candles, and drink a quart or two of train oil at once without expe- riencing any ill effects. An Esquimaux will even drink a quart of brandy without suffering any injury ; and it is because the native of the northern climate consumes such large quantities of fatty substances that lie is able to go almost naked, notwithstanding the utmo?t rigour of the climate. lie consumes such a large amount of the heat- producing elements, being in the habit of eating, when he can get it, 8 or 10 pounds of whale blubber per diem, that a difference of 20 or 30 degrees in the temperature of the atmosphere is of very little practical importance to him. On the other hand, you find that in warmer climates men not only require a less amount of heat- producing materials, but if they take them into their system they are thrown by them into bilious diseases; and if they subsist upon them to a considerable extent in the hottest weather, they soon cease to exist. I shall now refer to the nitrogenous elements found in food. These are the real elements of nutrition ; they are the producers of flesh, and they must be kept perfectly dis- tinct in our minds from those substances which merely produce fat. Among the producers of flesh we have vegetable fibrine, the gluten of wheat, albumen, and vegetable caseine. If you take the turnip and press it you will have the fibrine or gluten in the pressed mass, while the juice will contain the albumen and caseine. If you take this juice and boil it yon will have a coagu- lum of albumen precipitated, exactly as if you had used the 44 THE FARMER'S MAGAZINE. albumen or white of an egg. If you separate it by filtra- tion, and then add an acid to the filtered liquid, j'ou will haveanother precipitate, similar to that which goes down from milk on the addition of rennet or an acid, and similur in all its relations to the curd of milk. This, which goes down last, is called caseine, because it is precisely similar to the curd of cheese. That which goes down by boiling is called vegetable-albumen, because it is like the albumen of an egg, and that which remains insolu- ble in the pressed mass is called vegetable fibrine or gluten. These three substances differ and agree in the following manner; — The fibrine or gluten is insoluble in water ; the albumen is soluble in water, but is coagulated and precipitated on boiling ; and the caseine, or cheesy prin- ciple, is soluble in water, not precipitable by boiling, but separable on the addition of an acid, such as rennet or vinegar. The most important fact has yet to be mentioned, namely, that these bodies are almost iden- tical in composition ; and that also they are of the same composition as the flesh of animals in general. We shall, therefore, clearly see that vegetables produce the staple of fle.sh, and that animals merely alter its me- chanical structure and condition. Now you will please to observe the extraordinary importance of these bodies. Vegetable albumen is similar to, if not identical with, animal albumen — the white of an egg. Now, see what a very little thing will change the white and yolk of the egg into totally different substances. You have only to take the egg, with its principle of vitality, and to expose it to a certain temperature for about three weeks, and you obtain bones, sinews, muscle, claws, beak, eyes, feathers, nerves, lungs, liver, intestines, and the various other parts of the animal economy. All these products come from these apparently simple substances, merely by tlie action of the principle of vitality. In the same manner when vegetable fibrine and casein get into the animal system and are operated upon by the vital functions, they are dissolved and distributed through the various parts to form the different bodily organs re- quired by the necessity of the animal. I will lefer you here to some analyses, which have been made by various distinguished chemists, of the gluten, ca«eine, and albu- men obtained both from vegetables and from animals : — Carbon. Hydrogen. Nitrogen. Oxygen. Vegetable gluten . . 54.2 7.5 13.9 24.4 Vegetable caseine . . 54.14 7.1C 15.67 23.03 Albumen, or white of egg 55.0 7.07 15.92 22.0 Vegetable albumen 55.16 7.05 15.96 21.81 Oxflesli 54.18 7.93 15 71 22.18 Os blood 54.35 7.50 1576 22.39 There is the greatest similarity between these substances, whether obtained from the vegetable or from the ani- mal. Now it is impossible to imagine that these ma- terials, so nearly agreeing in their composition with flesh, can be changed at all in composition when taken into the system ; that they can, when there, receive any addition either of carbon or of nitrogen. There can be no doubt whatever that vegetables produce the flesh of animals ; that the flesh of all animals has been prepared and made originally by the vegetables themselves ; and that animals dissolve the already- prepared matters, and under the action of vitality give them a different me- chanical form, and put them on the muscles of the body. We have no reason to believe that the stomach of the animal acts upon these matters in any other way than by solution, the vital force afterwards putting each particle into its proper place in the system. Now the.se nitrogenous matters are the real sources of nu- trition. These are the producers of flesh ; the.se substances, the fibrine, the albumen, and the caseine, are those from which we derive our muscles. If an animal were fed upon the elements of respiration alone— ^upon fat, oil, starch, gum, or sugar — it would be perfectly im- possible for it to grow, to work, or to live. If a labour- ing man were fed solely upon non-nitrogenous food, he would soon die : no human being could exist on such substances. Arrow-root, starch, and all things of that kind, by themselves, are insufficient to sustain life ; they may do very well to produce animal heat, but it would be perfectly impossible to live on them alone ; they must be united with other materials containing nitrogen, which alone can supply the daily waste of the muscles. Every motion which an animal makes with I any muscle causes a proportionate destruction of that muscle. At the time he makes the motion the oxygen attacks the muscle and dissolves a portion of it, equiva- lent to the amount of motion and force produced. Now this is a method of heat independent of the use of non-nitrogenous or fatty and starchy foods. We know that there are carnivorous animals who live entirely on flesh, and these require a large amount of exercise ; as the muscles of the body are not consumed, they are obliged to keep in motion. Any of you who have ever seen the carnivorous animals in their dens at the zoological gardens must have observed that they are in a state of continual motion : this arises from the fact that they consume a large a quantity of nitrogen, which they can only get rid of by means of exercise. So that you have in all cases of motion a destruction of the muscles of the body, and the elements of nutrition are required to replace what is lost. It is quite clear that the life of an American Indian hunter is exceedingly well adapted to the food which he consumes. Such men will sometimes go for days together without food, and in that time they will of course have consumed a large quantity of the muscles of their body ; but when they hive caught their prey they will devour large por- tions of it, the flesh of which will be placed upon the muscles ; so that in a very little while that flesh which was the flesh of a buffalo, or some other wild animal, would become the flesh of a man. Thus the pursuit of the hunter is well adapted to his food, and his food is equally well adapted to his pursuit. I recollect a case related by Sir William Alexander, which tends to illus- trate this point. When he was travelling in Caffreland, at the Cape of Good Hope, one day a man came into the krail, who was almost starved ; his body was quite ema- ciated with want, and it seemed as if he could hardly survive another day. Sir William had often heard that men in those parts, who had been a long time without food, would eat a sheep if it were given to them, without the slightest difficulty ; and he was told that if he gave this man a sheep he would get well directly, although he seemed so near his end. After some little hesitation Sir William gave him one of the Cape sheep, which are not quite so large as our Leicesters ; but which weigh, perhaps, as much as from thirty to forty pounds. The man commenced eating the animal, and did not cease until he had consumed about three-fourths of it. When Sir William saw him the next morning, he found him strong and well — so quickly had the muscular materials of the sheep been laid upon the muscles of the man. Many similar instances might be given of this appa- rently marvellous effect — apparently marvellous, I say, for it is not marvellous when considered in the proper light. In cases of this kind, we see proof that the animal economy has nothing to do but to dissolve the food which has already been prepared for it, and to place it in its proper position on the muscles, which are equally- prepared to receive it. I may here remark that beans, peas, and lentils contain of all vegetables the greatest amount of flesh-producingprinciples. Having mentioned these two kinds of food — nitrogenous and non -nitrogenous — I may be allowed now to point out what we may learn by way of deduction from this — namely, that both rest and THE FARMER'S MAGAZINE. 46 warmth are necessary for the animal's increase and proper development. First, let me notice warmth, which is so important that I need not apologize for introducing it a second time. As animals must consume a certain amount of the elements of respiration in their bodies in order to produce heat, and as they can only lay up fat in proportion to the amount of what remains after the ne- cessary production of animal heat, it is quite clear that they should always be so sheltered as to be erablcd to use the elements of respiration which are found in their food, si) as to produce the best possible eft'ect. It is also quite clear that if you take a pound of starch, or oil, or gum, or sugar, and burn it for the production of heat, you will produce far less heat than a pound of coal will produce for the same purpose. Therefore the time will come, I think, when coal will be used for the fattening of bullocks in the winter — when cither by steam or by stoves the animal will be warmed, and left in such a state as to require far less food than he otherwise would for the production of animal heat. To me it is quite clear that any gentleman thus engaged in fattening animals would find it cheaper to purchase coals than to have consumed an equivalent amount of these materials. Again, rest is necessary for the animal. As every mo- tion of the animal produces a corresponding destruction of the muscles which make that motion, it is quite clear that the more animals move about, the more of the element of nutrition will they require to supply what has been wasted. Everybody knows the difference be- tween a long-legged Irish pijj that gallops about like a race-horse, and one of Mr. Fisher Hobbs's little pig^^, whose little legs would scarcely carry it through this room. The difference in fattening properties of course arises from the different quantity of exercise taken by the two animals. If you want your animals to be well fatted and fleshed, you ought not to allow them to have much motion ; you ought to keep them for the most part still, and to let them have no more motion than is requisite for health. This is a case in which you gen- tlemen, with your practical experience, must be able to confirm me. I should be very sorry, indeed, if youallowed your animals no motion whatever, because I think that, considering the long period which it takes to fatten them, some degree of motion is indispensable to health ; but depend upon it that in many cases, as, for instance, that of young calves destined for the butcher, the less mo- tion the better. There is another point of considerable importance. We know that animals which are often asleep gain more flesh than others which are more wakeful. If you darken the place in which you keep your animals you will find them much more disposed to be drowsy, and consequently to fatten, than if they ]were exposed to the light. I shall now proceed to consider the necessity for adopting a distinct treatment for fattening and for growing stock. The modes of treatment to be pursued are quite dif- ferent, and those who make no distinction will in the end find out their mistake ; it cannot answer in practice. The young stock which you intend to grow must have a very difterent treatment from the stock which you in- tend to fatten for the market. You want the former to have a good constitution, and to increase their muscles and general size, and these can only be secured by giving them a considerable amount of exercise. Every one knows that the arm with which the blacksmith strikes the most gets strong by constant exercise. In like manner young stock should have exercise in the open air, take as much food as they can eat, of the proper kind, and then they will be found to fulfil the purpose for which they were designed. There is one great mistake committed with regard to young stock. It is supposed that before they have been weaned they can do with skim milk ; in fact, that the materials which nature has provided them can be diminished in value without their experiencing any corresponding injury. There can be no greater mistake than this. The milk itself is well adapted for the purposes of nutrition. It contains caseine for the production of flesh, phosphate f'f lime for the production of bones, and sugar of milk and fatty matter for the production of heat ; — thus giving everything a good food ought ti give. But if you take away the butter and give the animal skim milk, you diminish that which nature has provided for the purpose of keeping up the animal heat, and the animal may get cold and be fevered. If you diminish, in fact, what nature has provided, you are sure to do injury. If you want to use the cream for butter you can add infusion of linseed, and when you are beginning to wean the animal, by an infusion of boiled beans which contain caseine, and of linseed which contains gum, you can, with a little treacle or sugar, make a powerful milk ; for these substances contain all that the original milk contains. But every care ought to be taken in the rearing of young stock to give them the elements of nutrition, and you must not confine them to oily and starchy compounds, which will not serve the purpose. Even in the case of the human subject parents often fall into a very great error by feeding their children upon arrowroot and similar substances. They suppose that arrowroot contains some nutritive principle. In point of fact it contains none at all ; it is merely starch, .ind consists of carbon, hydrogen, and oxygen. It may be very well for individuals who are unwell, and whose stomachs are in u very delicate state, to take the lightest kind of food ; but for children, or for thofc who arc erowing, it is the worst kind of food that can be taken. On the other hand those kinds of food which contain the greatest proportion of nitrogen are the most useful for nutrition. There is a food re- cently brought oat by Mr. Bullock, of Conduit-street, which consists of the flour of wheat kneaded with water until nearly all the starch has been got from it. This contains six times the amount of nutriment that is con- tained in ordinary flour, and it is one of the best kinds of food for delicate persons that has ever been devised. I repeat that young and growing stock ought to take exercise: it is absolutely necessary for them, in order that they may have a good constitution, and that the muscles, well developed by exercise in youth, may have the proper capacity for increase in age. I shall next re- fer to the cooking of food, and to the dift'erence between barley and malt. On this subject I may observe that there is a great deal of misunderstanding as to what cooking can do. If nutritive and useful materials exist in a certain kind of food, cooking can only be useful by aiding their solubility. It can make them more soluble, and on that account a less amount of food probably will pass through the system undigested. I do not suppose that if we were to steam sawdust for a considerable length of time we should make it into a good food for animals. Those partsof the substance which are indissoluble, and which consist of woody matter, would still remain ; but the other parts, such as starch or gum, or oil or fat, would be made soluble in water, and consequently could be more easily assimilated. The great point to be kept in view is that of getting the food more soluble, so as to be more easily acted upon in the animal. But there are also two sides to this question. It is very important to take care that these things are not carried too far. We know very well that the functions of digestion are very important ; nor are they so simple as some are apt to suppose. There are more processes than one going on ; and there are a great many things to be considered. If the requisite amount of saliva be not swallowed, it may cause a great defect, in an important element of 46 THE FARMER'S MAGAZINE. health ; and if animals swallow their food too quickly, prohably they will not have sufficient saliva for diges- tion. It is necessary, I say, to avoid going to extremes in these matlcrs. It is quite possible to jirepare food so that it will be too easily swallowed. On this subject I would suggest to gentlemen who are en- gaged in fanning to see whether my remarks are not borne out by their own experience. Now, with respect to the difference between barley and malt, there have been a great number of discussions on that subject. We have had the government giving certain results, which are corroborated, to a certain extent, by the ex- periments of Mr. Lawes. But I consider that, as yet, the question is not perfectly settled. I think it is ne- cessary that some additional experiments should be made. As far as I understand the experiments cf Mr. Lawes, the plan on which he proceeded was that of giving to animals continuously a certain quantity of malt ; whereas in my judgment malt should be given, not continuously or exclusively, but as an occasional stimulant, and along with other food. There is a decided loss of vegetable matter in the process of malting or of germinating. It must never be forgotten that a quarter of barley does, in fact, contain more nutritive matter than an equivalent quantity of barley converted into malt, and it is possible that by merely steeping barley you would obtain all the good that you would secure by drying and making malt. I make these remarks because I think it very desirable that some other experiments should be performed for the pur- pose of clearing up the question, and deciding whether malt used in smaller quantities than by Mr. Lawes and Dr. Thompson used may not be a useful adjunct in the feeding of animals, and cause them to eat and fatten more than they otherwise would. Another point which I think it necessary to mention is the use of salt. The effect of salt, as taken into the system, is to enable the animal to form bile. Bile is a com- pound of a sort of carbonaceous resinous mat- ter, with soda. Soda, as you all know, is formed from common salt. Without the presence of com- mon salt in food no bile can be formed, and bile is necessary to the healthy action of the animal frame. But mind, any means which produces an excess of bile is merely robbing an animal of a portion of its food, and preventing the formation of a quantity of fat ; because the bile is formed of fat, oil, gum, sugar, and so on, and really represents and embodies the carbonaceous mate- rials destined for immediate consumption. The more bile you produce the less fat you produce ; and the more salt you give to animals the more bile you allow them to pioduce. In these remarks I allude especially to fat- tening, not to growing stock. To the latter salt may often be an advantage. Therefore, though fattening animals may like salt, I think it injudicious to give them the free use of it. It is quite evident that in summer especially animals like salt very much ; but if you want them to grow fat with the least expenditure of food, I think you ought to give them salt only in very small quantities. And then you are also to remember that all vegetables contain Fait, A bullock will eat daily in its food 5 oz. of salt, which is contained in the ordinary saline materials of the food itself. If I were inclined to give animals salt at all, I think I should do so in the indirect mode of throwing it upon the land, and leaving the animals to take it up in their food. Another point which I wish to mention is the selection of stock. Of course I do not mean to dictate to practical men how they should choose their animals, but I may perhaps be permitted to remark that the ani raals which are likely to prove best for the market are those whose bones, liver, lungs, and intestines are the smallest. This leads us to the consideration of the constitution and fattening properties of different animals. We all know that when animals are fattening, and have gone on fattening for some time, they require a much smaller quantity of food than they did at the commence- ment of the process. Of course the more oxygen there is taken into the system by the lungs, the greater is the consumption of the elements of respiration, and the less the production of fat. Animals with small lungs, livers, and intestines, will consume the least amount of food, and have the greatest tendency to fatten. They will pro- duce less bile — they will consume less ordinary food — cast by perspiration less out of the skin, and by ex- jiiratiou less from the lungs, and consequently would make a greater amount of fat with a less consumption of food. For the production of motion in animals you will have a destruction of the animal muscle exactly jiroportioned to the force produced. If j ou keep your animals perfectly quiet, the only flesh or muscle they will s-end out of their system will be that consumed to pro- 260,062 penhagen) . . J Country Popu- lation. 296.734 as 10,674 ... 133,671 ... 14,199 ... 43,782 ... 18,185 ... 488,820 .., Proportion of Town to Country Population 113 to 1,000 152 184 125 152 152 122 1,000 1,000 1,000 1,000 1,000 1,000 Horses . Oxen . . , Cows . . . Calves. . . Swine . . . Sheep & lambs Ave. of 1836--40. 1841. 1842. 1843. 1844. 9931 10325 8926 11258 13423 } 35253 r 26387 I 6597 27635 6909 } 37341 41316 8567 13344 12101 13385 138S3 13858 19877 18677 20718 17360 15888 15701 18405 19017 17423 Horses .... Oxen and cows Calves , Swine Sheep & lambs 1845. 1846. 1847. 14339 40091 14951 12168 40474 13986 23600 28G29 17659 I 18195 11250 atll/.2s.6d.the head, 125,156/. 44084 at 31. 5s. to 7^. lOs. the head, about 280,000i 1518G at 153. the head, 11,389/. 15749 at 22s. 6d. the head, 18,842/. 23603 at 73. 6.1. the head, 8,851/. 1,022,965 .. 254 .. 1,000 The great bulk of the cattle exported has been from the Duchies of Schleswig and Holstein. In 1848 the exports from Denmark Proper amounted only to 735 horses and 897 oxen. The partial at- tempts hitherto made to open up a direct cattle trade with England from some parts of Jutland have had no great success, owing to the deplorable circumstances of the last two years ; but Denmark possesses stock sufficient for a large export, as I shall show in the proper place. Butter is perhaps the most important of all articles which appear in the list of Danish exports. In 1830 the exports of this article amounted to 114,584 cwts. (51,563 Danish fonder); in 1840, to 164,513 cwts. (74,031 tonder); in 1847, to 183,790 cwts. (82,755 tonder); showing a very rapid rate of increase. Three-fourths of the exports of butter are from the Duchies, and of this again 6-7ths fall to the share of Holstein ; indeed, in the last year for which the returns are complete, the proportion was even more considerable, Holstein having fur- nished 61,218 tonder out of the whole export of 82,755. In 1848, the export of butter from Den- mark Proper amounted to 23,342 cwts. (10,513 tonder). The export of butter has been trebled since the commencement of the century, and doubled in 20 years. The exports of cheese in 1847 were 8,770 cwts., of which 5,112 were from Holstein. Not less remarkable is the increase in the exports of flesh and pork. In 1831 these amounted to 7,060 cwts. of flesh, and 18,150 of THE FARMER'S MAGAZINE. 71 pork; in 1840, to 36,194 cwts. of flesh, and I may therefore be reckoned to contain 780,000 toncZer 63,670 of pork ; in 1847, to 21,914 cwts. of flesh, j of land, or 975,000 EngHsh acres, the Danish tcende and 38,235 of pork. In 1848, the exports from being equal to ij English acres. The great bulk Denmark Proper alone were 9,993 cwts. of flesh, and 9,398 cwts. of pork. The exports of wool from Denmark were 10,849 cwts. in 1840, 19,906 cwts. in 1844, and 23,951 cwts. in 1847. The exports of wool in 1 848 from Denmark Proper alone were 18,065 cwts. This shows a very remarkable increase in this article within the last ten years, the exports having re- mained stationary for a long time up to 1840. The exports of skins and hides were 27,307 cwts. in 1840, and 14,723 in 1847. The falling off" in this branch is ascribed to the establishment of new tanneries, and to the consequent increase of domestic consumption. The export of oil-cakes averaged 101,237 cwts. in five years up to 1840; in the latter year it reached 170,000 cwts.; in 1844 it was 210,000 cwts.; and in 1847, 208,519 cwts. The great bulk of this article is exported from the Duchies (and chiefly from the port of Flensburg), the share of Denmark Proper being only one-twelfth. Almost the whole export goes to England. The exports of flax and hemp seem also to be increasing of late years, though the quantity is but inconsiderable. In 1845 they amounted to 207,625 lbs.; in 1847, to 215,674 lbs.; and in 1848, the exports of Denmark Proper alone were 234,106 lbs. Enough has been stated in this letter to show the rapid growth and progress of Danish agricul- tural industry within the last 20 years. I shall proceed, in succeeding communications, to consider at length the Danish system of agriculture and its productions, the corn trade of Denmark, the aspect of the country itself, and the condition of its in- habitants. DENMARK.— No. II.-ITS AGRICULTURAL POPULATION. I propose to devote this letter to an account of the present state and prospects of Danish agricul- ture. In order fully to comprehend these, it will first be necessary to consider the structure of society and the distribution of property in the rural districts of Denmark. The rural population of Denmark is divisible into three great classes— the noblemen and large j)roprietors ; the yeomen, who are either proprietors or leaseholders ; and the labourers. The number of farmers is inconsiderable. As regards Denmark Proper, the public registers of taxation, combined with the very accurate and complete classification of the inhabitants which is made at each quinquen- nial census, furnish the means of determining with certainty the respective numbers of these classes, and the amount of landed property which is in the possession of each. The large estates comprise about one-fifth of the landed property of the country. They are rated in the whole at 78,000 tons hartkorn (the meaning of which term was explained in my first letter), and of them are in the islands, the land in Jutland being mostly in the hands of small proprietors, and the large estates there forming hardly one-fourth part of the whole. Rather more than one-half of the area of this class of properties consists of the en- tailed estates, which are in the hands of the noble- men who hold the eighteen counties and fourteen baronies of Denmark Proper, and of thirty-two families {stcimmhuser) of gentry, to whom the privi- lege of entailing their estates has been specially granted, in conformity with a law made in the year 1683 by King Christian V. A count's estate {grevshab) ought to be so large as to be rated at 2,500 tons hartkorn (answering to an area of more than 30,000 EngUsh acres), but there are only a few of them which reach this extent. The rating of a barony is 1,000 tons hartkorn (12,500 English acres), and in most cases the baronies are large enough to furnish their complete quota. Some of the counties embrace an area of 70 English square miles, on which there may be found (besides the larger marks or tracts in the hands of the possessor, his agents, or his farmers), 300 yeomen's parcels {bcendergaarde) held of the proprietor, and a popu- lation of 7,000 souls. The baronies have generally an area of 25 English square miles, about 100 yeo- men's holdings, and a population of about 2,500. Only four of these counties and baronies are to be found in Jutland, but amongst them is the largest private estate in Denmark — that of Count Friis, of Frisenborg, which extends over 200 Enghsh square miles, and is rated at 5,817 tons hartkorn. The estates (unentailed) of the class of ])roprietois who anfewer to our Enghsh country gentlemen, of course vary much in size ; their number is 793, and they are calculated to form 9 per cent, of the whole landed property of the kingdom. About one-half of them lie in Jutland. The distinction between privileged and vmprivileged estates (now about to cease) will be explained when I come to speak of the taxation of landed property. There is yet another class of estates— those in the hands of corporations and public foundations : these (including church lands) are reckoned at 31,500 tons hartkorn, or 393,000 acres. The chief of ihem are in the island of Zea- land. The University of Copenhagen has an en- dowment of upwards of 40,000 acres ; the munici- pality of the same city possesses about 32,000 ; the Academy of Sorce 58,000, and Valloe Cloister 20,000. It is computed that entails and public foundations preclude from one-fourth to one-third of the landed property of Denmark from coming into the market. The management of large estates in many cases diff'ers materially from our English system. An important feature of the rural economy of Denmark (though one by no means peculiar to it, since the same holds good both of the duchies of Schleswig and Holstein, and of nearly all north Germany) is that the proprietor often retains the whole or the greater proportion of his land in his own hands, ap- pointing a baihff"or overseer (forvater) to superin- tend immediately the cultivation of each of those marks or parcels which in England would be let out 72 THE FARMER'S MAGAZINE. in farm. He is thus essentially a trader as well as a landowner, the ground being cultivated on his own account alone, and at his own risk. Nothing similar exists among ourselves, though it is not a very un- common case for an English landed proprietor to retain 300 or 500 acres of his estate in his own hands for the sake of the occupation and amusement it aflbrds him. "Whatever may be thought of this system in other respects, it is a much more econo- mical one than that which prevails with ourselves, as farming profits do not enter into the costs of management. It is difficult to say exactly what proportion of the landed property of Denmark is managed in this way, but it is certainly consider- able. Count Moltkc, and Count Lertke, two of the largest proprietors in Denmark, are amongst those who adopt this plan of management. The arable and meadow land on Count Moltke's estates (in the south of Zealand) amounts to nearly 40,000 English acres, besides 6,000 acres of woodland. In other cases, again, the whole or the greater proportion of a large estate is let out to a single farmer, who undertakes the management of it, generally for a term varying from twelve to twenty years. A very numerous and interesting class of the Danish rural population are the yeomen or bonders — which term dates from the earliest times of Scan- dinavian antiquity, and means literally a settler or dweller. By the old and still subsisting law of Denmark, every parcel of settled or cultivated (beboede) land exceeding one ton and under twelve tons hartkorn (that is from 12 to ] 50 Enghsh acres) is considered as a yeoman's allotment, or bond-garth {bondegaard), and every one living by its occupancy is called a yeoman or bonde. The general size of such parcels is from four to eight tons hartkorns, or 50 to 100 acres English. Half the entire number consists of parcels of this size, and somewhat more than half the soil of Denmark is distributed into such tenements. In the year 1835 it was ascertained that there were in Denmark 7j742 such holdings, of eight tons hartkorn (100 acres) and upwards, the amount of their rating being 77,1 72 tons hartkorn, or almost exactly ten tons (125 acres) each. The holdings of from four to eight tons hartkorn (50 to 100 acres) were 28,705 in number, and their entire rating 166,532 tons hartkorn (answeringto 2,081,650 acres), or averaging 5 tons (62 acres) each. The number of holdings rated at two to four tons hart- korn (25 to 50 acres), was 18,444, and those at one to two tons (12 to 25 acres), 11,599. The entire number was thus 66,490, and it is beheved to have rather increased than diminished since 1835. Of these 35,695 were the property of the occupiers, 6,000 were held under a sort of perpetual lease or copyhold tenure mth the right of ahenating the land, being thus equivalent to a tenure in fee-simple, whilst the number held in virtue of terminable leases was only 24,795. These leases (fceste) are for the lives of the lessee and his ■nife, or for a term of fifty years — or, not so commonly, for the lives of two persons named ; a fine {indfcestning) is paid by the lessee on taking the lease, and an inconsiderable ground-rent {landgUd) in money or kind yearly. To secure the ornier of the land against loss the lessee is bound to certain conditions, the breaking of which by him entails the forfeiture of his lease. By old custom preference is always given to the son or heir of the lessee, when the lease falls to be renewed. The following table shows the proportion of land held as manor (hovedgaard), yeomen's parcels in fee simple, copyhold, and lastly, land forming either the area of the towns or belonging to burgesses, in the different provinces of Denmark, and in the kingdom itself: — Zealand ,.. Moea Bornholm Fyen Langeland Lolland Falster Prefecture of Hjserriug .. „ Aalborg „ Thisted „ Viborg „ Randers „ Aarhuus „ Skanderborg „ Ringkioebins Ribe North Jutland Denmark Proper Parcels Manor in Fee- Copy Lease- To\vn Land. Simple. hold. hold. Land. prcent pr cent. prcent prcent prcent 11.4 13.1 21.3 52.3 1.9 8.8 48.8 39.8 2.6 8 88.3 1.3 2.4 10.9 35.9 0.9 50.9 1.4 13.8 12.5 2.7 69,5 15 13.5 20 84 55.5 2.6 8.1 35.2 2.9 52.6 1.2 9.9 57.7 1 30.7 0.7 9.1 46.8 0.2 43.5 04 5.8 77.4 15.8 1 7.4 65.2 3.1 23.1 1.2 9.2 58.2 0.8 30.3 1.5 7 57.7 1.2 32.3 1.8 6.5 67.7 23.9 1.9 5.8 88 6.1 5 1.1 2.9 71.2 14.2 93 2.4 7.3 65.6 2 23.7 1.4 9,4 40 10 39 1.6 In North Jutland — that is Jutland excluding Schleswig — the yeomen's estates held in fee simple were rated at 108,844 tons hartkorn (answering to 1,360,550 acres); those in copyhold at 3,259 tons hartkorn — answering to 42,000 acres ; and the leasehold tenements at 39,228 tons hartkorn — an- swering to 491,350 acres. It will be seen, from what has been stated, that the number of small es- tates held in fee-simple is nearly twice that of the leasehold properties ; but the latter are in most cases larger than the former, and the extent of ground occupied by them is therefore not so much less as might be supposed from a comparison of the numbers. The precise relative proportions of these will be at once ascertained from an inspection of the following table, which throws the clearest pos- sible light on this very interesting department of the rural economy and social structure of the Danish state : — 1 Fee-Simple and Copyhold. Leasehold. Number. Area. Number. Area. Tenements of 100 acres and upwards 4,104 641,325 3,638 422,800 Tenements of 50 to 100 acres 14,054 985,850 14,651 1,095,800 Tenements of 25 to 100 acres 14,299 522,425 4,145 157,712 Tenements of 12 to 25 acres Total 9,233 164,087 2,361 41,400 41,695 2,313,787 24,795 1,717,712 The average size of a leasehold tenement is thus rather above 69 acres, whilst that of a yeoman's es- THE FARMER'S MAGAZINE. 73 tate in fee-simple is 55 acres. The greatest part of a leaseholder's rent was formerly paid in pragdial labour on the estate of the lessor ; the Danish term for the obligation is hoveri, which may be trans- lated, " manorial services." The value of these services, which were often commuted for money payments, was computed at from five to six rix- dollars (lis. 3d. to 13s. 6d,) for every ten hartkorn, or every twelve English acres ; and it would thus be 30 to 40 rix-dollars (67s. 6d. to 90s.) on an ordi- nary leasehold tenement. Manorial service was generally performed on a certain portion of the lessor's estate, for the due cultivation of which the lessee was held responsible — or, less frequently, by ploughing, carting, or other service on a given number of days, though the latter was generally the method stipulated in the contract. In either case the work generally fell to be performed at the hus- bandman's busiest season, and either rendered the proper cultivation of the yeoman's own land impos- sible, or obliged him to keep more horses, servants, or implements of labour than he otherwise would ; on the other hand, it was usually performed in the most slevenly and ineffective manner. The whole system, in short, was prejudicial to the interests of both parties, and threw numberless obstacles in the way of agricultural improvement. It has, however, been rapidly disappearing in the course of the last thirty years, and a very short time will probably en- sure its extinction. By a royal ordinance of 1838, compensation was secured to proprietors for the abolition of manorial services ; the principal of the law is, that the proprietor may resume so much of the leasehold lands attached to a manor, and bound to the performance of service, as amounts to one- third of the manor. By the law of Denmark every complete manor, properly so called, must have lease- hold land rated at 200 tons hartkorn (2,500 acres) attached to it. In 1844 there remained 8,000 lease- hold tenements in Denmark, of which the occupiers were bound to the performance of these services — which are, in fact, a labour-rent. They were rated at 46,000 tons hartkorn, which is equivalent to an area of 575,000 acres. I am enabled to lay before the reader, in order to complete the illustration of this part of my subject, the following statement of the receipts and outlay on a leasehold farm or tene- ment of about 70 acres of good land held on lease : — RECEIPTS. £ s. d. rix d. 20 quarters of wheat at 22s. 6d. (40 tmider at 5 r. d.) 22 10 0 equal to 200 71 quarters of rye at IBs. (15 toender at4r. d.) G 15 0 „ 60 40 quarters of barley at 13s. 6d. (80 tcender at 3 r. d.) 27 0 0 „ 240 37| quarters of oats at da. (75 tcender at2r. d.) 16 17 6 „ 150 12J quarters of peas at 18s. (25 tcender at4r.d.) 11 5 0 „ 100 4 quarters of vetches at IBs. (8 tcen- der at 4 r. d ) 3 12 0 „ 30 From six cows 6 15 0 „ 60 From sheep and swine 1 2 6 „ 10 Lodging , 2 5 0 „ 20 OUTLAY. State and commercial taxes 9 0 0 equal to 80 Tithes (paid to the kiug, the clergy- man, and the church) 5 12 6 „ 50 Manor dues (in lieu of service) 4 10 „ 36 Ground-rent {landgUde) 5 1 6 „ 45 Interest of £100 (900 r. d.) at 6 per . cent 6 0 0 „ 54 Food-corn — 6 qrs rye, 1 qr. wheat, 6 qrs. bailey, and 22J oats 15 15 0 „ 140 Seed-corn 6 15 0 „ 60 Iron, salt, brandy, &c 5 1 6 „ 45 Fuel 1 2 6 „ 10 Petty charges, wear and tear, and re- pairs 5 12 6 „ 50 £64 1 6 570 £98 2 0 870 This leaves a surplus of about £34 to purchase such clothes as are not made at home, and to lay by. But such a result supposes the farmer to be both intelligent and industrious, and to have his land in one of the more favourably circumstanced districts ; otherwise the balance would be far from being so favourable. I may now dismiss the class of proprietors, great and small — adding only that in Denmark, as well as in many other countries, a majority of them are more or less embarrassed by debts. I come now to speak of the labouring population employed in agriculture, whose number in Denmark Proper is calculated at 135,000, besides women and children. Of these rather more than half are employed, constantly or occasionally, at a yearly or weekly hire, as our own labourers are. Not less than 63,481 of the above number belong to the class of cotters [hausmcend, houseman) each of whom occupies a piece of from 4 to 7 English acres (3 to 5^ Danish toender) in size. This may be either his own property, or leased from a landholder. The number of proprietors and leaseholders a/e about equally balanced, there being 31,922 of the former, and 31,559 of the latter class. About 5 per cent, of the land of the country is occupied in this man- ner. It is to be observed that amongst this class the proprietary holdings are larger than the lease- hold— the former being generally about 7 English acres in size, and the latter from 4 to 5 acres. It has been further ascertained, by a comparison of tax and census lists, that of 26,557 cottages occu- pied by labourers and their families, but without land attached to them — landless houses, as they are called — 13,951 are the property of the occupiers, and 12,606 leased or rented. From a consideration of these numbers it will be apparent that even in the labouring class of Denmark the proprietary ele- ment is large. On this subject, however, the most enlightened statists and economists of Denmark seem to have arrived at the conclusion that the pos- session of a piece of land, too small (in the existing circumstances of Denmark) to afford the means of comfortable subsistence for a family, and too large to be cultivated properly by persons who have nei- ther sufficient means nor time for that purpose, is at best but a doubtful advantage. Those who have studied the annals of our own country during the middle ages are aware that, down to the later times of the Tudor dynasty, the English labourer gene- rally possessed a farm of 4 or 5 acres in e.xtent. n THE FARMER'S MAGAZINE. and that the transformation of tlie labouring class from a partially proj)rietary status into that of per- sons (lej)enilin^ on wages alone for subsistence, was not fully effected until a period long subsequent to the Reformation. As the matter stands in Den- mai'k, the husbandman, his land not being sutK- cient to enable him to keep horses, is obliged to have it ploughed by others — generally by one of the neighbouring small farmers, who often exacts an exorbitant price (paid commonly not in money, but in prandial service) for work which he only does at his own convenience. The ordinary cost of plough- ing, to the peasant proprietor or leaseholder, is about two marks (9d. English) per rood, besides the ploughman's meat - so that when the land is ploughed thrice the expense comes to four rix- dollars the tceuile, or Ss. the acre ; and a peasant holding four acres of land, the half of which is under the plough, has therefore about six rix- dollars, or 13s. Gd. to pay, or 36 days to work, to defray the charges of ploughing, though he some- times obtains more favourable terms from the pro- prietor of an estate. Various plans have been started with a view to the removal of this drawback, but the outlay required from the peasant for new tools, and that aversion to innovations which is so pro- minent a feature in the agricultural character in all countries, are no trifling obstacles to their success. It is not impossible, however, that these difficulties may be overcome, and that the processes of the Danish peasant proprietors, or farmers, may be im- proved until their cultivation shall be on a level with that of the Belgians. The peasantry are also bound by law to work in certain cases on the roads, in the repair of churches, &c. ; but these obliga- tions, often onerous, and always vexatious — though it is impossible from their indeterminate nature to ascertain their exact amount or value — are now generally commuted for money payments, levied under the head of communal or departmental taxes. If these inconveniences are severely felt by the pea- sant proprietors, it may be imagined that they press still more hardly on the leaseholders who have rent to pay in addition. This rent is seldom paid in casli ; but a labour-payment, though I have not found that the rates exacted are considered unrea- sonable, generally turns out heavier than a money payment. The highest labour-rent mentioned to me was, for a house nith 3| acres (three tcender) of land, two days' work in the week and twelve extra days in harvest, the peasant finding his own food. This is a I'ate not uncommon in the isle of Lolland, where the land is more valuable than in most other districts of Denmark. Three tcender of land in Lolland are worth at least 400 rix-dollars, and the house 200 more — the yearly interest of which at 4 percent, is 24 rix-dollars; and the value of two days' labour a-week and twelve extra days in har- vest is calculated at 18 rix dollars. A day's labour cannot be estimated higher than one mark (4^d. English) a-day, since many landowners have in vain offered the peasant the commutation of his labour for a money payment to this amount. The fine, or indfcestning, payable by the lessee at his entrance on the lease, may be set down at 125 rix-dollars, the interest of which at G per cent, is 7{ rix-dollars — so that the husbandman's rent on the whole may be estimated at 26 i rix-dollars, or £3 sterling yearly, being little more than the ordinary interest on the capital value of the land, and no more than that in- terest in cases where the taxes are jiaid by the lessor, as they generally are. This, however, may be re- garded as an unfavourable case — the ordinary labour rent reciuired for a house with from five to ten acres being two days' work in the week, and for a house with 3t acres (three tcender) one day's work in the week, with a money payment for the house of eight or ten rix-dollars. When the labourer's services are always available to the proprietor of an estate at will, the rent charged is naturally much lower. Generally I am disposed to think that the rates of wages vary as much in Denmark as they do anywhere, being determined of course by the circumstances of the localit)^ and the efficiency of the labourer ; but I do not think it can be said that there is any district of Denmark where the labour market is over- stocked ; and, looking at what remains to be effected for the improvement of agriculture, a much larger amount of labour might be employed in cultivation than actually is employed. On two of the best- managed large estates in Denmark I found the fol- lowing rates to exist : — For farm-servants boarded in the house — men, 40 rix-dollars (£4 10s.) a-year; women, 28 rix-dollars (£3 3s.) For workmen tem- ])orarily employed at money wages, 2 marks (9d. Enghsh) a-day, without boai-d, with milk and beer or spirits in harvest-time. Task-work produces to the labourer about half as much more as when he is paid by the day. On the estate of Adlersborg, in North Zealand— the property of Baron Adler, one of the most enterprising and spirited agriculturists in Denmark — the fine or iftr7/(«s/Hi;j^ for a labourer's house, with three tcender (3| acres) land, leased to him for his own life-time and that of liis wife is 80 rix-dollars (£4 10s.), and the annual rent, or land- gylle, 20 rix-dollars (£2 5s.) In this case the old labour-rent was commuted into a money payment, but in by far the greater number of cases the whole or a portion of the rent is paid in labour. I am enabled to lay before your readers the following statement of the yearly incomings and outgoings of one of this class of tenant-labourers, on the immense estates of Count Reventlow, of Christianssoede, in the isle of Lolland. Count Reventlow's estate con- sists of 32,000 Enghsh acres, more than 4,000 of which are woodland. The labourer's parcel is 3f acres, and is ploughed with his own cows— a con- dition which is made indispensable to the granting of leases on the estates of this nobleman, with the view of saving the labourer the cost of having his land ploughed by a farmer : — KECEIPTS. 2\ quarters rye, at 16s. 8d.(4| <«»(?(■)■ at 20 marks) .... £1 13 9 equal to 15 rix-dollars 4j qrs. barley, at 13s. 4d.(9 Ucndcr&t IG marks) 2 14 0 „ 24 rix-dollars From two cows ... . 5 12 C „ 50 rix-dollars From flax, wool, and a lamb 1 2 6 „ 10 rix-dollars Lodsriuff 0 18 0 „ 8 rix-dollars £12 0 0 equal to 107 rix-doUars. THE FARMER'S MAGAZINE. 75 OUTLAY. Public and com- munal taxes .... £0 13 6 equal to Yearly house-rent . , 12 6 „ 48 days' work, valued at l^ marks (7d. English) 17 0 Seed-corn : 2 bushels rye and 4 barley. .099 „ Three quarters (sis (cender) barley for cows 1 16 0 Work on his land . . 0 18 0 Tithes 0 5 3 Interest cf 125 rix- doUars fine, at 6 per cent 0 17 11 6 ris-doUars 10 rix- dollars 12 rix-doEars 4 rix-dollars 2 marks 16 ris-dollars 8 rix-dollars 2 ris-dollars 2 marks 7 rix-dollars 3 marks £7 9 0 equal to 66 rix-dollars 1 mark This statement gives a yearly overplus of 41 rix- dollars, or £5 12s. With regard to the yeoman's farms above described, I should state that in many cases a portion of the rent is paid in kind. A Zea- land yeoman, holding a lease of 61 acres (50 1 cender) of land furnished me the following statement of his rent : — Yearly money payment £3 19 (35 rds.) Two quarters (4 tccnder) rye 1 10 (16 „ ) Seven and a-half quarters (15 tcender) barley 5 1 (45 „ ) One quarter (2 tcender) oats 0 9 (4 „) Add interest on fine of 800 rix-dollars, at 6 per cent 5 8 (48 „ ) Making in all 148 rix-dollars (say £17), which is a low rent ; the land, however, is rather under the average quality. The average price of land in Denmark may be stated at 100 dollars the tcende (say £9 the acre, a twnde being \\ acres), and the rent at 4 dollars the tande, or 7s. 3d. the acre — answering to an interest of 4 per cent, on the capital. In further illustration of the subject of the bondergaarde, or yeomen's farms, I subjoin the conditions of the leases granted on one of the chief baronial estates of Zealand, from the printed form of contract which now lies before me : — " 1 . The farmer is to pay, punctually at the legal term, to the baron, or his authorized agent, all public and con:imunal taxes, imposts, and presta- tions due or to be rendered from the farm, by whatsoever name they may be called, which are now or may hereafter be required by law, as well as all personal taxes or imposts due from himself or his family, in the same manner as if he were him- self the owner of the land. " 2. He is to pay tcender of rye, barley, oats, with rix-dollars yearly. If in money, the grain is to be valued at the assize price (kapitelstaxt), the amount to be paid fourteen days after the same is declared, and the fixed money payment to be made on the 1st of November of each year. The proprietor (eier) reserves to himself the right of requiring the grain to be paid in kind, upon giving one year's notice to the farmer ; and in such case the farmer is to deliver the grain at the barony, or at one of the three neai'est towns, or on board ship (the sea being close at hand), as the proprietor may determine. The grain to be in good sound market- able condition. The tithes due from the farm are to be paid by the farmer to the legal recipient ; those belonging to the proprietor to be paid at the same time as the rent. " 3. The farmer must cultivate the land farmed to him in such a manner that its productiveness shall in no case be impaired, and must therefore follow a determinate plan. He is in no case to allow manure, straw, or hay to go off the farm, or to use any of the fodder for fuel. Should the proprietor find occasion to ccmplain of unwarrantable treat- ment of the land, he has the right to appoint a legal inquisition to be taken by men nominated thereto, according to law, who are to decide, to the best of their judgment, whether the farmer, with the stipu- lation against injuring the land before his eyes, has treated it unwarrantably ; if this should prove so, the proprietor is authorised to call upon the farmer to desist from this mode of acting, as well as to make restitution for the damage which may have been already occasioned. When the farmer quits the land he is to give it up sown with winter seed, and the owner is to have access to it until it shall be sown with spring seed. The farmer must not cut turf on the ground until he has given intimation to the proprietor. " 4. The farmer is himself to fix the stock of horses, waggons, ploughs, harrows, and other gear; seed-corn and food-corn required for the barn; all which shall be delivered over to him along mth the farm-buildings, under legal inquisi- tion. This stock, although it is to remain the pro- perty of the farmer shall not be diminished during the term of the lease, but shall be preserved on the property during the whole period, and when the lease passes to another, it is to be notified by legal inquisition that the new lessee has received tlie stock. The farmer must insure his stock against fire, and inform the proprietor on every occasion of renewing the policy of insurance. The farm- buildings are to be dehvered over to the farmer at the same inquisition as the stock, in the condition in which they are standing. During the term of his lease, the farmer is bound to maintain the buildings in good condition, and the projirietor has the right of inspecting them. If the farmer allow the buildings to sustain injury, and this be not re- paired within a fixed term, the propi-ietor is entitled to have the damages examined by an inquest, and the farmer shall make them good under pain of legal process. "5. In case the farmer fall into arrears of rent, tithe, or taxes, and be sued by the proprietor, and adjudged by sentence or arbitration to pay the arrears, the farmer is to make them good within a term of 16 weeks from the day of payment fixed by such sentence or arbitration, and, if not, the lease is to be forfeited, and the owner is entitled to make over the farm to another party, and to require the same to be delivered up in conformity with the pre- cognition of the inquest. " 6. The farmer is debarred from sporting of any sort ; the rights of chase on the ground are reserved to the proprietor and to those to whom he may grant permission. " 7. The farmer is precluded from transferring the property leased, or any part of it, to others, without the proprietor's consent; but he has the option of giving up the lease. In this case it is to be disposed of by puljhc auction, and the proprietor is entitled to resume the ground, on paying the 76 THE FARMER'S MAGAZINE. highest bid offered at the auction, \vithin a terra of 14 days, "8. The proprietor has priority of claim on the stock and produce for the due discharge of rent and taxes by the tenant ; and if the claims shall amount to more than the whole of the stock, then the tenant's remaining property is answerable. The contract is to be registered, both as a security to the ])roprietor and as evidence of the tenant's right to the usufruct of the land. " 9. The tenant is bound to keep the out-fences of his farm in repair. The tenant is bound to i)lant every year 50 fathoms of land with ash, fir, or other suitable species of trees, and to replant gaps which may have been made ; this is to be continued until all the out-fence of the farm is planted. In case of neglect of such planting or re-planting, he is bound for every year during which he shall have neglected it to contribute a tmnde (half a quarter) of barley to the poor-box of the parish. "10. The tenant is entitled to a renewal of the contract for fifty years, on offering to pay the pro- prietor an increased yearly rent. If such an offer is made in the first ten years, the proprietor shall either accept it or buy out the tenant by paying twenty times the amount of yearly increase offered ; e. g., if the tenant offers to pay in rent five quarters of barley more than before, the proprietor, in case he does not accept the proffer, shall give the tenant an indemnity of ] 00 quarters of barley. If the tenant makes an offer in the course of the next ten years, and it is not accepted, then the proprietor shall pay to the tenant an indemnity of sixteen times the amount of the offered yearly increase. If the offer is made within the third term of ten ters, provided with land (here called kaadner or k'dthner), is, however, far from being so numerous, and the greatest part of the land is held by large proprietors. In Schleswig there are 11/ large estates, which, with the lands belonging to St. John's Cloister, cover an area of 750 square miles, and have a jiopulation of 63,391 persons ; indeed, along the east coast of the Peninsula, from Flens- burg to the southern frontier of Holstein, stretches an almost unbroken series of estates, belonging to the nobility of the country. In Holstein there are about 200 noble and other large estates, scattered over its whole surface, excepting the district of Dithmarsch, on the west coast. In the Duchies the class of yeomen proprietors is as numerous and considerable as in Denmark. What is called a heclfjard (wholegarth or yeoman's farm) in Schles- wig, and a bohl, huf, or hof, in Holstein, consists of 100 tander or steuertonnen of land, of 120 English acres. Of these there are 3,100 in Schleswig, and 4,200 in Holstein, three-fourths of the latter being ihe property of the occupiers. There are besides in Schleswig 12,000 smaller properties, and in Holstein 6,000, which have been formed by the partition of whole garths or hofs into halves and quarters. In the district of Dithmarsch these divi- sions do not exist, being unknown to the old Frisic law. In the small but fertile province of Lauen- burg, lying between the Elbe and the Trave, the whole extent of which is not 500 square miles, there are about forty large estates, and the yeomen gene- rally hold their lands (as in Schleswig) by the copy- hold or hereditary leasehold tenure, csMqA urvefceste in Danish, and erhpacht in German. The taxes on land are the land-tax, amounting years, and refused, then the indemnity is to be I to one rix-dollar per twnde of hartkorn, or 2d. the fourteen times the amount of the offered yearly in crease ; if in the fourth ten years, twelve times such amount ; if after 40 to 45 years, the indemnity is to be ten times the amount; and if in the 45th, 46th, 47th, or 4Sth, five times the amount. In the last year the proprietor shall neither be bound to renew the contract nor to give an indemnity for not re- newing it. "11. A fine or acknowledgment of rix- dollars is to be paid on the subscription of this contract, but any portion of it may remain unpaid on the tenant engaging to make a yearly payment of eight per cent, interest on the sum. " 12. The tenant may sublet two tcenders {2h acres) land, to be attached to one or two houses, in any angle of his ground. "13. All the costs of transfer, the stamp and registry of the contract, and the survey of the ground on delivery, are to be borne by the tenant." DENMARK.— No. III.— ITS AGRICULTURAL SYSTEM. The relations which exist between the different classes of the agricultural population in the Duchies of Schleswig (or, according to the Danish ortho- graphy, Slesvig) and Holstein are the same as those which I have described as existing in Denmark Proper. The class of housemen, or labouring cot- acre on one class — and to one rix-dollar, three marks per toende of hartkorn, or 2Jd. the acre on another class of properties — and producing in all 2,46J,000 rix-dollars, or £275,000 ; the communal taxes, including the charges for criminal prosecu- tions, which in England fall on the county-rates ; the tithes, poor-rate (amounting to 1 rix-dollar 13 skillings the toende of hartkorn, say 2\d. the acre), the school-tax (1 rix-dollar 29 skillings the tcende of hartkorn, say 3d. the acre), and the expense of highways. There is also a bank annuity-tax, which originated thirty j'ears back, when the Bank of Copenhageri was esta- blished, in order to rescue the paper currency of Denmark from the depression into which it had fallen. A tax of 6 per cent, on all property in houses and lands was imposed for the purpose of forming a solid capital for the bank. When the proprietors could not advance the requisite sum, it remained as a mortgage on the property, charge- able with interest. Most of these taxes (besides other occasional imposts, as billeting troops, royal purveyance, and furnishing horses on requisition for government service) have hitherto fallen with much greater severity on what are called the unprivileged than upon the privileged estates. The following is an estimate of the amount of taxes payable on every toende of hartkorn, answering to 13 acres English, privileged and unpri vileged ; — THE FARMER'S MAGAZINE. 77 PRIVILEGED. UNPRIVILEGED. rds.sk. 8. d. rds.sk. s. d. Government taxes. . 6 8=13 9.. 8 64 = 18 10 sterling Communal taxes . . 4 32= 9 9.. 7 80=17 9 I'ithes, horse-service, and bank tax. .. . 1 16= 2 8.. 4 80=11 0 11 56=26 2.. 21 32=47 7 The distinction between privileged and unprivileged estates had its rise in the ancient privileges of the Scandinavian nobility, which included exemption from all imposts not immediately connected with military service, not only for themselves and their lands, but also for those of their vassals or tenantry. The unequal distribution of the public burdens thence arising, though much modified in recent times (especially in tbe kingdom of Denmark, for the system of taxation prevailing in the Duchies has been much more vicious), has continued to be a fertile source of grievance and discontent. A re- medy, however, has at length been applied, for, by a law passed this year during the session of the late Diet, the distinction alluded to is to cease and determine from the commencement of the year 1851. But as many or most of the existing privi- leged estates had been acquired by persons who purchased their land in the belief that the exemp- tions were to continue, and who of course gave a higher price for the ground on that account, the Danish Diet considered itself bound in justice to grant an indemnity to the owners of privileged land ; and accordingly the law in question contains a provision for such indemnity, which consists in the allotment of shares in the public funds, a new stock being added to the national de!)t for that pur- pose. The estimate given above, I should observe, does not include the extraordinary taxes, the impo- sition of which is one of the disastrous effects of the present unfortunate hostilities, and which are calculated at from one-third to one-half the amount of the ordinary taxes. As regards the ordinary taxes on that large portion of the land of Denmark which, as I have shown, is in the hands of small leasehold farmers, the above estimate would pro- bably be found too high. A statement which I obtained of the taxes paid on a farm rated at seven tons kartkorn, and containing rather more than 100 acres of land at Faaerveile, in North Zealand, makes the total amount of taxes payable 32 rix- dollars (£3 lis. 6d.), including Ird. 4mks. Ssk., or 4s. English, for the maintenance of the famihes of soldiers engaged in active service. The distinction above explained of course affected the class of small proprietors or leaseholders as much as any other, since the majority of the latter, holding land belong- ing to the possessors of privileged estates, paid only the privileged rate of taxes. It is impossible not to admire the energy, firmness, and wisdom of a nation which, under the pressure of the evils and calamities that follow in the train of war, calmly provides for the extinction of abuses that have heretofore disfigured its financial system, and effects important social reforms in times of urgent diffi- culty. Amongst the effects of the present war, not the least remarkable is that which it has had upon the wages of agricultural labour. With such a sys- tem as I have described, it is evident that fluctua- tions in the rate of wages must fall chiefly on the class who labour, occasionally or constantly, for a fixed money payment, and I heard everywhere that wages were now from 70 to 100 per cent, higher in consequence. For the last two years, the eflforts required in a contest where the insurgent subjects of the Danish Crown were backed, openly or co- vertly, by a considerable portion of Germany, have obliged Denmark to maintain an army and navy disproportionately large when compared with her population and resources, and have withdrawn from the labour market large numbers of the most active and able-bodied men, who would otherwise be available for the pursuits of agriculture. I was agreeably surprised to find the condition of agriculture in Denmark Proper so far advanced since the days of Mr. Jacob, who describes it &h being in the rudest state, and conducted ^vith little or no expenditure on the part of the proprietors. One of the best proofs that can be given of the progress which has been made since his day is to be found in the fact, that the use of the clumsy and comparatively useless wheel-plough (which still maintains its ground in Germany, France, and in some parts of England) has been universally aban- doned, and tbe swing-plough, or Scottish plough, has been introduced in its stead. This implement is generally made entirely of iron; the favourite pattern, which is said to have come from the United States, and is generally called the North American — but which diflfers in hardly any appreciable respect from the best of our own models — is made very small and light, with a long share and a deep and rather wall-sided coulter. It would be too light undoubtedly for our heavy wet clay soils, but it is admirably adapted for turning up the friable and easily-broken soil of the Danish islands. It costs no more than seventeen rix-doUars (thirty- eight shillings Enghsh), and is, therefore, equally available for the small farmers above the rank of cotters as for the wealthiest landowners. At Odense, in the island of Fyen, there is an iron ma- nufactory conducted by Mr. Allerup, which, in the space of four years, sold no fewer than 12,000 such ploughs ; and there are several other iron-foundries and smithies, in the islands, in Jutland, and in the Duchies, in which the fabrication of agricultural instruments forms the chief branch of business. In Copenhagen there are sixteen such establish- ments, of which the four largest produce about 25,000 cwts. of iron goods yearly. Some of the farmers of whom I inquired told me, that with the swing-plough, driven by a man and two horses, they could plough nearly twice as much land in a day as with the wheel-plough, driven by two men and four horses or bullocks ; and no one who has seen the models common in some parts of the con- tinent, which look as if they had been framed be- fore mankind applied themselves to the study of mechanics, can doubt the accuracy of the statement. In this respect, then, the agriculture of Denmark must be considered decidedly more advanced than our own. With regard to other agricultural imple- ments, I found that the most approved models were weU known upon almost all the considerable estates or farms, though their use is not so general as that of the plough. The harrow most liked in Denmark is called the Swedish harrow, and is considered a, 78 THE FARMER'S MAGAZINE. more efficient implement than that of the ordinary pattern. It is curved in front, which, as regards facility of movement, is an undoubted improvement on the strictly four-square principle. The teeth are remarkably strong and long, and it serves the purpose both of a scarifier and of a harrow. This is reckoned the best si)ecies, but both the quadran- gular and triangular forms are in use, and more general than the other, which is but a few years old. The sowing machine has been used for some years upon several estates, and for the last year or two upon many more ; and I found a machine, which was represented to me as a new pattern, the result of a series of experiments which the inventor had instituted, and in which he professed to have used the best English models. Scarifiers, clod- crushers, and the whole host of instruments which are not twenty years old in England— and some that scared the ears of our public not long ago, when their existence was made known at the annual meeting of the Royal Agricultural Society — are known and used by the most active Danish agri- culturists, who profit by modern facilities of com- munication to import all the novelties of English or American invention. The light soil of Denmark, however, which seems as if it could be broken up with the application of only half the force that our own requires, makes the utihty of these new con- trivances more questionable than it is at home. Thrashing machines are general on farms of 500 acres and upwards, but I met with no instance of any worked by steam. The remote position of Denmark (for such it was in days when steam was unknown), and the anti- quated arrangements of its social economy, caused its agriculture to lag some years behind the march of amelioration until a recent period ; but the genius of the age has introduced improvements which have hardly yet been tried in some other countries more favoured by nature, and which advance loud pre- tensions to be regarded as the leaders of civiliza- tion. The Danish government (which has been distinguished for a long time as the liberal and enhghtened patron of the arts) sends out from time to time the most promising pupils of the Polytech- nic School of Copenhagen, to travel in foreign counti'ies, and study the working both of insti- tutions and inventions which may seem likely to be beneficial if introduced into Denmark. I had the pleasure of forming the acquaintance of more than one of these gentlemen, who had spent two or three years in diflferent parts of Europe for this purpose, and whom I found perfectly conversant with the agricultural system and condition of England and Scotland, as well as of France and Germany. I could not help thinking that such a practice might be worthy of imitation by ourselves, for it is certain that, even in the useful arts, we do not always take the lead in invention. An agricultural society has existed in Copenhagen for thirty years — a much longer period than the Royal Agricul- tural Society has been established in England ; and there are district agricultural societies in the pro- ■\nnces, which take a warm interest in the promo- tion of the science. Denmark possesses, and has possessed for a generation past, among her large landed proprietors, a number of zealous and en- lightened lovers and patrons of agriculture, who take the lead in improvements of all kinds. Upon their estates the old system of lural economy has been completely changed, and all manorial services and duty work {hoveri) have been commuted into money payments. Such is the case on the estates of Count Ashlefeldt in Laiigeland, comprehending more than 30,000 English acres ; those of Count Hardenberg-Reventlow and Count Knuth, in Lol- land, of nearly equal magnitude ; of Count Friis, in Jutland; Count Petersdorft' and Baron Holsten, in Fyen; Baron Gannii, in Zealand, and many others. The progress of agriculture has been par- ticularly rapid within the last ten years, during which the yearly increasing importance and value of the English market has of course stimulated the proprietors to greater exertion. It is a fortunate circumstance for Denmark, that, though not ex- empt from the losses entailed by indifferent har- vests, a failure of crops sufficient to cause dearth is almost unknown ; and the Danish islands appear much less hable to this calamity than the British. So long ago as 1828, when cultivation was in a state much less favourable than at present, and when the hopes of the husbandman therefore rested on a less secure basis, the Agricultural Society of Copenhagen declared, in answering some questions addressed to them by the British ambassador : — ■ " This country is seldom subject to bad crops ; for if we have sufficient rain once or twice before the latter end of June, we may be sure of a plentiful produce." The rotation of crops which has been most gene- rally followed in Denmark comprises a space of twelve years (the ground being twice manured). It is as follows : — 1st year, fallow; 2nd, wheat or rye ; 3rd, barley ; 4th, oats ; 5th, clover ; 6th, clo- ver ; 7th, wheat or rye ; 8th, peas ; 9th, barley ; 10th, oats ; 11th, clover; 12th, clover. When the soil is fertile, the fallow is sown either with vetches, or with a mixture of vetches and oats, which is cut green, or with, potatoes, but seldom with turnips. Turnip husbandry, in fact, is almost unknown in Denmark, though in many cases it might be fol- lowed with advantage ; but proprietors and farmers have strong prejudices against it, and say that feed- ing the cattle on turnips would taint their milk and butter, to which they look as among their chief articles of produce. Some Danes who had resided in ^England, speaking on this subject to me, in- sisted that in son:e parts of England the milk of the cows tasted strongly of turnips. It depends on the quality of the soil how often the fallow is ploughed when it is not to be sown. The strong soil requires more ploughing than the hght ; but in general the land is ploughed once in autumn, and three times during the ensuing sum- mer. As often as the weeds appear it is harrowed until it crumbles. The roller is used when the ground is hard and clodded, and in that case it is harrowed and rolled alternately until it is quite crumbled. From 24,000 to 30,000 pounds of ma- nure on the average are used for each tonne, and the large stocks of cattle kept generally ensure a sufficient supply; on farms where large flocks of sheep are kept, they are usually folded for the pur- pose of manuring the land. At the conclusion of THE FARMER'S MAGAZINE. 79 the rotation the field is usually sown with red clo- ver ; and if it is to be laid down for several years, different sorts of grass are sown together with, or sometimes without, the clover ; the most common are solium perenne, hromus avenarius, hromus mollis, and holcus limatiis. The first year's produce is usually cut, but during the ensuing years it is used for grazing cattle and sheep. A few years ago the above system would have been considered heretical in England, and perhaps it will still be so regarded by many persons, as having two and even three white crops following each other; but it is remai-kable that some of our greatest agricultural oracles have lately pronounced in favour of a similar system, as distinguished from the alternation of white and green crops, and have begun to rebuke the inveterate sticklers for rotation as blind to the teachings of experience. This should induce caution before the Danish prac- tice is condemned. At all events, the above rota- tion, or one founded upon the same principle, is found to answer v/ell in Denmark ; and it must not be forgotten that, owing to the difference of soil or climate, green crops are neither an object of so much importance in Denmark, nor yield so well as in England. Another course which I found adopted was as follows : — Fallow, and plentiful ma- nure laid down in the autumn ; wheat and rye ; peas, potatoes, and vetches; barley; oats; three years clover. This had been adopted in preference to the following, which was in use a few years back: — Oats; fallow and manure; winterseed ; peas and vetches ; barley ; three years clover. The chief object of tillage is barley, which is found to produce much inore plentifully in the soil of Den- mark than wheat, except indeed in the strong clay lands of Lolland and Falsten, where Mr. Pusey would see as good wheat lands as could be shown by most of his colleagues in the Agricultural Society. It should be observed that in respect to manures the Danish farmers show more backward- ness in adopting modern innovations than in regard to the use of improved implements. I could not learn that guano had been tried (probably the ex- pense deterred), and bones have not been used to any extent. The quantity of oil-cake used is in- considerable ; the high pi ices obtained for the article in England cause the great bulk to be ex- ported there. Marl is the favourite physic for the ground, and has been found of vast utility in giving strength and consistency to their light sandy soils. It has been used for about thirty years — at first in- judiciously, as it was imagined that marling would allow the farmer to dispense with the use of any other manure, a mistake which was soon discovered from the exhaustion of the soil. The soil of Den- mark, both on the islands and the peninsula, is be- lieved to have been formed from corallines, con- verted in the lapse of ages into calcareous earth, and covered with sand, gravel, or clay, which thus, in some combinations with a mixture of mould, be- comes very fertile, and is easily worked. The pro- ductiveness of the land varies, according to its na- tural quahty and the excellence or otherwise of its cultivation, from 16 to 90 bushels of barley the toende. The last was the largest yield stated to me, and answers to 72 bushels the acre ; but this was considered extraordinary, and the average crop of bailey fi-om land of fair, but not the best quality, is 56 to 60 bushels the toende, or 44 to 48 l)ushels the acre. As large a return of wheat as this latter amount has been obtained in some instances, but the average is from 38 to 40 bushels. The wheat cultivation of Denmark, however, is now incon- siderable; it forms only 3 1 per cent, of the entire corn produce, and the chief subject of tillage is barley. The different descriptions of grain, and the quantities produced, will be better considered when I come to speak of the corn trade. Potatoes are now more extensively used and cul- tivated in Denmark than they were twenty years back, though still far from being so much so as in England. The production is estimated at 2,00,000 tcender, or 1,000,000 cwts., of which 174,000 cwts. are used in the manufacture of spirits. In 1844 and 1845 the export of potatoes amounted each year to 130,000 cwts. ; but in 1846 and 1847 it fell to 60,000 and 70,000 cwts. The cultivation of rape-seed was introduced into Denmark Proper, like some other agricultural im- provements, from the Duchies of Schleswig and Holstein ; but the amount grown is comparatively insignificant. The crop has been found so preca- rious that it is considered little better than a gam- bling speculation, and attempts to raise it have con- sequently been abandoned by many who prefer cer- tain and steady returns. Sometimes it yields twenty or twenty-two fold — at other times so trifling is the quantity which comes up, that it is ploughed down for manure. Tenfold is considered a good return. It is chiefly raised by the smaller proprietors and yeomen of Langeland, Moen, and Fyen, who are tempted by the large profits that an abundant crop of the article produces. In the Duchies its culti- vation is found to answer much better in the marshy soils, and, indeed, it is so general in some localities that it is spoken oi par excellence as " the crop." In Denmark Proper only the common winter rape [Brasica napus oleifera) is raised — or, when this fails and must be ploughed down, the summer rape, which yields smaller returns, both of seed and oil. In the Duchy of Holstein the Bra- sica rapa oleifera (or rubs, as it is called) is more common ; though smaller both in the stalk and the seed, it is less liable to be attacked by insects, from which the other variety suffers so much ; it can also be sown later, and may therefore be used to sow ground on ^which the common rape has been killed by frosts or otherwise ; it thrives better than the latter on poorer or rawer soil, and ripens earlier. The large Holstein farmers generally grow both species, in order to adapt the growth to the soil, and divide the work of the harvest better. It is an iinattractive plant, with a yellow flower, not unlike the ordinary corn-tare, and comes up very unequally in the same field. Denmark has no large linen-factories, but the weaving of linen forms an important branch of do- mestic industry amongst her rural population. The production of flax is calculated at 3,500,000lb., two-thirds of which are grown in the kingdom, and one-third in the Duchies. This is not suflScient for the home consumption, and the imports of flax amount to 2,000,000 lb., besides 1,000,000 lb. of 80 THE FARMER'S MAGAZINE. linen goods and yarn. It is chiefly raised by the yeomen and cotters for their own use ; large far- mers liave rarely more than 20 to 30 acres of land under flax. Its cultivation is shown by the amount of exports to be increasing, and it inight form a much more important article of production in Den- mark than it does, but for the want of good flax- dressers and spinners. There are but a few small bleaching-greens in the whole of Denmark, where the plant can be properly dressed and jirepared for the market. Strength, however, and not fineness, being the chief object in the manufacture of the coarse home-woven linen, nicety in the preparation of the plant is of less consequence. DENMARK.— No. IV.— ITS AGRICULTURE. The former condition of agriculture in Denmark was such as, though abolished in England for cen- turies, may still be found subsisting in some parts of the Euroj)ean Continent, into which the spirit of agricultural improvement has only partially, or hardly at all, penetrated. The small properties of the yeomen, which, on the whole, are still cultivated in a style much inferior to those of the great land- owners, did not, as they do now, lie in one com- pact allotment, but were scattered in little bits, and unenclosed, over a wide surface. The yeomen and peasantry of a district lived together in villages and hamlets, and their lands, which were, in fact, held by a species of commonage {fozllesskab answering to our word fellowship), were divided to each occupier in separate fragments over the whole common fields, because, if parcelled out in distinct farms, some of the allotments must have been I'emoved to a great distance from the village. The cause of these arrangements must be sought in the insecu- rity of life and property which almost always reigned in the mediaeval period, obliging men to congregate in towns and villages for their common safety — and also in the fact that such villages were originally formed by the followers of the Scandina- vian or Teutonic chief who first settled in and ap- propriated the individual tract. This state of things was terminated by the royal ordinances of 1781 and 1792, which enjoined and regulated the re-distri- bution of all lands thus held, and which are consi- dered the starting points of agricultural improve- ment, at least in so far as the smaller estates or farms are concerned. Some vestiges of it, however, are still left — for, so lately as 1837, inquiries in- stituted by the Danish Government ascertained the fact that the amount of land remaining divided in this irregular and semi-barbarous manner (though an analogous fashion prevails with regard to the small lots of the French peasantry) was 64,100 taender (80,000 acres) or one per cent, of the area of Denmark. The reluctance of the peasantry to remove from their village-houses, and the want of agreement amongst themselves as to the equivalents to be given for their former holdings (the difference of soil and situation in respect to roads, ditches, fences, and the like, making it frequently difl^cult enough to decide), opposed great obstacles to a change — which, however, was essential to the practice of any rational system of husbandry. In the parish of Faxce, in Zealand, there still remain 2,500 acres held under the old system unchanged, and some of the yeoman-proprietors have land in eighty or more different places ; the main ground of their antipathy to change being the fear that they would obtain less of the land which abounds in limestone, under a new arrangement. The old system of husbandry practised under this condition of things, and still subsisting with- out material variation in the few spots where the circumstances remain unaltered, consisted in di- viding the tilled ground into three fields or portions — of which one bore winter corn, the second spring corn, and the third lay fallow, a piece of ground being kept untilled as pasture for the cattle, a sys- tem under which, as the pasture ground became encroached upon from the increasing incentives to tillage, it was found impossible either to maintain a due number of cattle on the ground, or to obtain manure sufficient for tis cultivation. The custom of commonage obliged every husbandman to follow the same course of culture, under the penalty of having his land overrun, and his crops eaten by his neighbour's cattle ; but as soon as it was abolished a change for the better took place, and a system of convertible husbandry was introduced, similar to what exists in Holstein, and is called kobbeldrift, which consisted in dividing the land into seven marks or portions, with three years corn-seed, and four years grass or clover. At present the large stock of cattle which is kept both by large and small farmers in Denmark, butter and milk being often regarded as more important objects than corn, provides them with an abundant supply of manure. When the last cattle census was made, in 1838, it was found that Denmark Proper con- tained 563,093 cows, 271,000 bullocks and calves, and 1,164,544 sheep. On every 1,200 acres, it is calculated that there are about 250 horned cattle. It is evident that with such a stock of animals as this, the country possesses all the materials of an active cattle-trade. That such a trade has not yet been established, and that the very inadequate sup- ply of butcher-meat in England has not been aug- mented by the proportion which Denmark might easily spare us, is attributable to two causes : first, the prejudice of the Danish farmers, in common with those of the Duchies, in favour of butter, and their aversion to the use of turnips and oil-cake for fattening cattle ; and next to the unfortunate cir- cumstances of the last three years, which have op- posed a fatal bar to all progress in this line. In Denmark itself the cattle and dairy farmer finds a ready and lucrative return for all the products of his industry. The consumption of meat is estimated in Copenhagen at eighty-six pounds per head yearly (besides thirty-six pounds of pork) ; in the provincial towns at eighty pounds per head yearly (besides forty pounds of pork) ; and in the country, where the quantity of pork used is much greater than that of other meat, the former is calculated at forty pounds, and the latter at eighteen. The con- sumption of butter is estimated at thirty-six pounds a head yearly in Copenhagen, twenty-six pounds in the provincial towns, and sixteen pounds in the country. It would be curious to compare these rates with the estimated consumption per head in England, but I have not the means of reference at THE FARMER'S MAGAZINE. SI hand. In Prussia the consumption of meat and Pork is estimated at thirty-five pounds a head, and that of butter at only two pounds a head. In Schleswig and Ilolstein the ])roportion of cat- tle is even larger than in Denmark. In 1845 it was found that the total number of horned cattle in the Duchies was 528,803, and of sheep 323,064. Holstein possesses 169,256 milk cows, with 79,278 bullocks and calves ; Schleswig 152,494 milk cows, v/ith 127,775 bullocks and calves. There are few districts in examining the hus- bandry and social relations of which an Englishman finds more to interest him than in the southern portion of that peninsula of Jutland, from which is- sued the Gothic tribes, Saxons, Jutes, and Frisians, who settled in England about fifteen centuries ago. At every step he finds something, either in the lan- guage, customs, or houses of the inhabitants, which reminds him of that affinity, the traces of which neither distance nor the lapse of ages have been able altogether to obliterate. In the jiopulation of Schleswig and Holstein, the Scandinavian, Teuto- nic, and Frisic elements are mingled— the first pre- dominating in the north, the second almost exclu- sively in the south, and the third stretching along the west coast to nearly the boundary of North Jutland. The country also, in respect to confor- mation and soil, is divisible into three tracts, each of which has received from nature a distinctly im- pressed individual character. In the centre lies a slightly elevated ridge of sandy heath, which runs up, rising higher as it goes north, to tlie furthest ext'emity of Jutland. It grows little corn except buckwheat and oats, and of these hardly sufficient for its own consumption, but it is of some value as pasture land. The western side of this tract slopes gradually to the sea, and terminates in a strip of deep rich marsh land, such as is found along the coast of the German Ocean from Holland to the north of Jutland. This territory may be regarded as the gift of the sea to the land. It has been formed of mud or slime, borne in solution by the waters of the ocean, and washed up on the long ranges of sandbanks which face the coast and are laid bare at low water. The considerable island of Sylt, off the coast of Schleswig, expresses its own origin in its name. The process of formation may be distinctly traced at any point of the shore, or in- deed wherever the ground under the surface is ex- ])osed to view. The soil lies in layers or cakes, each of which is the deposit of a particular tide, and contains glittering particles of sand, or perhaps mica, which the natives insist have much to do in making it fruitful. The adhesive quality of the sea-slime makes it settle soon, and the process is aided by the frosts and ice of winter, which cover the sand with a coating of earthy matter. The viscous sediment forms a fine, deej), rich, but not heavy, blue clay or loam ; it rises by degrees till but a few inches of water remain, and soon its sur- face is covered with aqueous or amphibious plants, rushes, couch grass, salicornea herbacea — or queller as it is here called — whose horizontally-shooting arms impede the action of the water, and become a sort of frame-work for earthy particles to collect upon and around. When white clover appears, the land is regarded as ready for cultivation. This process does not everywhere go on at a uniform rate, and it is materially accelerated by the ice- floods when they bring up much clay. There are places where the deposit hardly amounts to the depth of one foot in a half century ; but in others it rises a foot in six or eight years. In consequence, the depth of the clay- soil varies from a few inches to 10 or 12 feet. Sometimes the clay-layers alter- nate with dark brown iron-tinted sand, mixed with shells, and sometimes the boring-rod ascertains the existence of mosses or bogs 20 or 30 feet deep at only half that depth below the surface of the ground, as in the Kremper and Wilster Marsh. The inhabitants assist the action of the waves by throwing out low dams, called laununys, which run just under water, and which detain the silt brought by the water, and prevent it from being again car- ried out to sea by the ebb. Dykes are raised to protect the new soil against the violence of the waves, and as soon as a tract is formed sufficiently large to make it \vorth while, the dyke is com- menced. Such a tract enclosed with a dyke is called a cog, and a succession of these cogs lie one Ijehind the other. These dykes are now built 22 feet high over the sea level, steep on the land side, and sloping towards the sea, so as better to break the force of the waves and the ice flakes which the storms dash against them ; they are often strongly faced with stone, and being from 12 to 18 feet broad at top, serve the purpose of highways. The old cog dykes, which were not more than 8 or 9 feet high, are left standing, and serve as an additional security against the effects of inundations, which often do much mischief. It will be seen that this system is essentially the same as the Dutch. The marsh land, which begins but a few miles west from Hamburgh, and stretches to Ribe in Schles- wig, or even into Jutland, varies in breadth from one to ten miles ; the older parts bear a considerable resemblance to the fens of Lincolnshire and Cam- bridgeshire. It is a subject of curious inquiry whence the sea obtains the earth which goes to the formation of this territory. Does it rob us of what it gives to our old fatherland ? Certain it is that our geologists maintain that tlie whole east coast of Britain loses something every year by the inroads of the sea — and, indeed, any one who has been much about the coast must have remarked it for himself. The eastern side of Holstein and Schles- wig wears by far the most picturesque and inviting aspect, and presents much more variety of surface than either of the other portions. The land is ge- nerally well adapted for either corn or the dairy. It is carefully enclosed with hedges in the English fashion, generally growing on banks, and here called knicks, so that the country wears a much more English look than most parts of the Conti- nent, and even than the Danish islands generally. Here lies, from Flensburg to Eckernforde, a nook which still retains the name of Engelland or Angela — an appellation which, though now restricted to a particular district, was formerly extended to the whole southern half of the Peninsula, and was transferred by the emigrant Saxons to the southern division of Britain. The eastern side of Holstein, from Eckernforde by Kiel and Ploen to Lubeck, is the fairest territory in the duchies. The rich mea- 82 THE FARMER'S MAGAZINE dows, the well-tilled corn lauds, the spacious and substantial farmhouses and buildings, the neat and thoroughly clean towns — looking as pretty as brick, plaster, and paint can make them — all remind one of the most beautiful parts of England. The undulating surface rises just enough to take away any idea of monotony, and from every eminence you obtain a view of the expanse of the Baltic, its calm dark blue waters sparkling in the sun, and stretching u]) occasionally into the land in one of those beautiful^^o/'rfeA' or firths which form so en- chanting a feature of Scandinavian landscape. Lakes and groves add to the charms of the scenery, and t)ie wood-covered hills slojie gently uj) from the shore of lake or sea. There is but one drawback to the pleasure of travelling here. The roads in Holstein are worse than in most other parts of the Danish dominions, and, with one or two exceptions, they are left in their natural state. The coach bumps and waggles in the deep sandy ruts ; and even on the i)ost-road between the im- portant town of Kiel and the ancient and renowned city of Lubeck it is impossible to advance faster than 5 or 5 2 miles an hour. A few miles of it, however, in the neighbourhood of the two towns in question, have been macadamized, and probably by this time the whole would have been so, but for the war which has raged at no great distance. In Den- mark (West Jutland excepted), as well as in most parts of Germany, the macadamized road is now, and has been for some years, nearly as general as in England, so that the complaints with which the books of English tourists used to teem on this head are now quite antiquated. So backward, however, in this particular has this nook of Europe remained, divided as it is under so many different jurisdic- tions, that it is not ten years since the road from Hamburg itself to Lubeck has been macadamized. The three natural divisions of the country which I have described have systems of husbandry which, with much in common, are marked each by its own peculiar" practices, to which difference of soil and circumstances have given rise. In the marsh coun- try the land is chiefly employed for growing corn and fattening cattle (of which large numbers are purchased from north Jutland, and from the far- mers of the middle or heath tract) for the butcher. The oxen pastured on the rich natural grass attain a great size, and afford the excellent meat which, when slightly salted and smoked, is known as Hamburgh beef. The estates recruit their live stock by buying cattle of three years old from those parts of the country which are unfit for dairies, or where the management of these is not so profitable as the rearing of neat. In Ditmarsh, and other tracts where a good deal of corn is raised, the ordi- nary crops are estimated at from five to seven qrs. of wheat an acre (land is here measured by the demat, which is about one and one-third English acres), ten to twelve quarters of barley, twelve to fifteen quarters of oats, and six to eight quarters of rape seed. Half or more of the land is kept in pas- ture, and has not been broken up for a century or more. The middle district of the country, called the heideiucke, or heath-ridge, is occupied by farmers whose chief business is cattle-breedinjf . From the want of rich pasture here the breed does not reach a good size, and the cattle, when about eighteen months old, are generally sold to the farmers of the marsh country, or of tlie districts where the herb- age and winter food are plentiful and nutritious enough to enable them to attain a due size. Nei- the wheat nor barley are cultivated to any extent here, and only on small portions of ground lying near the farm, and strongly manured, which are called the hans-koppeln, or house-crofts. The crops raised are buckwheat and rye or oats, and the course is generally — 1 , buckwheat ; 2, rye ; 3, oats or rye, with three or six years' grass following. The eastern division of the two provinces bounded by the Baltic jjossesses greater variety of soil than either of the others, and is generally termed by the country people the [/eest, in contradistinction to the inarsch or marsh land. The soil is a fine loam, so mixed in different parts with calcareous, clayey, or sandy earths, as to afford great variety, and to be api)ropriate either for corn, green crops, or tempo- rary pasture. It is here that the great dairy farms are situated, which produce and export so large a quantity of butter. The old rotation of crops — called the koppeln-wirthschaft, from the koppeln or fields enclosed with ditches and live fences, or the schlag-wirthschajt, from the schl'dge or open fields in unenclosed districts — consisted in dividing the estate or farm into eleven por- tions, or marks, with the following shift : — 1, fallow; 2, rape-seed; 3, wheat or rye; 4, barley; 5, oats; 6, oats, with clover and rye- grass; 7, clover to cut; 8 — 11, grass. Four corn crops in succession were, however, not found to answer, and the rotation adopted now-a-days is — 1, fallow, with manure; 2, rape or wheat; 3, wheat or barley ; 4, peas, vetches, and potatoes ; 5, oats and rye ; 6 and 7, clover and grass. A very intelligent gentleman, who possesses 300 acres of land in the neighbourhood of Preetze, described his practice to me as follows : Rather more than two-thirds of his estate is arable land — the re- mainder meadows, wood, and turf. Nearly half the arable land is fit for wheat. The fields are di- vided into fourteen chief closes of fifteen acres each, each inclosed with banks of mould planted with small wood, hazel, willow, or alder (these are the kiiicks already mentioned). There are also six other closes {beischUhje or nebenschllige) of no de- terminate extent, which lie in pasture, and are only taken out of it occasionally to be strongly manured. The whole tillage ground was marled twenty years ago, with oire load of marl (which is plentifully found in the eastern district of Holstein) to 220 s(|uare feet English. The rotation followed is — First year : Clean fallow. In the autumn preceding, the soil is broken up in narrow furrows, and in the following April it is turned over an inch deeper, being afterwards harrowed thoroughly. Manure is laid down in the beginning of June ; twenty heavy loads to each steuertonne (1 3-10 English acres). The dung is ploughed in after being well dried ; a cleansing harrow follows. In the early part of July the ground is cross-ploughed to the whole depth thought requisite, and it is afterwards har- rowed a second time. When weeds sjjring up and threaten to ripen, the fallow is ploughed once more THE FARMER'S MAGAZINE. 83 before sowing. The roller is used where the soil forms clods. Second year : Rape is sown if the soil is too luxuriant for wheat — otherwise, wheat or rye. For seed, 2 3-5 bushels of wheat and bar- ley, and 2 9-10 of rye per acre are required. The average yield is twelve-fold. In spring the wheat is harrowed, and afterwards rolled, to loosen the ground after the frosts. The wheat fields are twice ploughed in autumn. Third year : Rape is fol- lowed by wheat, and wheat by barley, which also requires two ploughings during spring, the first about five inches deep, when the soil has been pro- perly dried ; afterwards it is harrowed. The ground is then sown, the barley is ploughed in as flat as possible, harrowed when the seed begins to come up, and afterwards a stone roller is passed over it lightly. In autumn, to bury the stubb'e, the giound is ploughed about four inches deeper than for sowing. Fourth year : Oats with clover. The oats are sown after one ploughing, 4 1-3 bushels to the acre. The yield is nine-fold. All summer corn is rolled, and the thistles are destroyed during the summer months. Fifth, sixth, and seventh years : Pasture. Eighth year : Oats and tares, for which the ground is ploughed about five inches deep in spring, then sown somewhat thickly, and strongly harrowed and rolled. When pods begin to form on the tares, they are mown and made into hay. This crop produces upwards of five loads on 3-10 acres. Immediately after cutting, the soil is ploughed and harrowed again, and manured a fortnight afterwards with 15^ loads of dung on an acre. It is then re-ploughed, harrowed, and rolled, to prepare it for the seed. Ninth year: Wheat or rye. The quantity of seed, preparation, and pro- duce are often the same as after the clean fallow. The difference of yield as against this course is seldom more than 3 9-10 bushels to an acre. Tenth year ; Barley, as in the third year. On light soil the produce is, however, about six bushels an acre less. Eleventh year : Oats, for which the soil is manured in winter with rather less than eight loads of dung on an acre. Clover — two-thirds red and one-third white — is also sown among this grain, or perennial rye-grass on light sandy soil. Twelfth, thirteenth, and fourteenth years : Pasture. The thistles which appear in summer are mown, and the droppings of the cattle dispersed over the ground. Seventy milk cows, besides neat cattle, and twenty sheep for the household, are kept on the estate. Four men-servants and a cow-herd are employed at board wages. The head servants receive £6 5s. annually, three others £4 10s., and the cow-herd £2 10s. There are besides five day labourers, who receive during harvest lOid., in summer Sfd., and in winter 7d. a-day, without board. Much piece- work, however, is done by contract, such as cleansing ditches, cutting grass from dams and mounds, cutting turf, marling, and other sorts of labour. Thrashing is paid in kind from the four- teenth or sixteenth to the eighteenth bushel.* ■'''• I found the rent of the better sorts of land to vary from l6s. to 25s. (English) an acre, according to the situation of the farm, the excellence of the soil, and the condition of the buildings and stock, which latter, here as in Denmark, generally goes In travelling through the Duchies it is impos- sible not to be struck with the spacious and lofty buildings erected even on farms of moderate size, often much larger and handsomer than »vould be considered necessary, or at least than are generally found, in England. These are of course very ex- pensive, and are always insured for their fuU value, which is calculated at one-third that of the land. In the Danish islands, and even in Jutland, the whole or the greater portion of the crop is stacked in the open air, even by the largest proprietors, as with us at home. The winters of Holstein, like those of North Germany generally, are more severe than in most parts of Denmark, and partly from this cause, or perhaps also from prejudice — for I found that they considered the stackyard a very contemptible expedient — the crops are always kept housed. It requires very roomy and capacious barns to hold the produce of even moderate farms, and the numerous large buildings attached to al- most every farm which the traveller passes give the country quite an imposing look of wealth and plenty. The dairy-farming of Holstein is celebrated for its excellence. It was originally derived from Hol- land, and the head manager of the dairy is still ge- nerally called the Hollander, though having no real claim to the appellation. The system has now been extended far beyond the limits of the pro- vince, and is little less general in Zealand and Fyen, and even some parts of Jutland, than in Holstein. It is impossible not to be struck with the admirable order and neatness which pervade the economy of these establishments, and with the nicety with which the o])erations are conducted, from the milking of the cows to the storing of the butter and packing it for export. The cows are milked in the fields during the fine season by the maid-servants, and the milk is brought to the farm on cars constructed for the purpose, the fabric of which consists of two long poles resting on wheels, from each of which hangs a row of large milk-pails. From these pails it is transferred to the milk-cellar, on the floors of which are ranged a goodly array of shallow vats, chiefly of wood painted red, in which the milk stands till the cream gathers. Every pre- caution is used to keep the milk-cellar dry, clean, and airy. The floor is neatly paved with tiles, and a row of arched windows immediately below the roof, which is fifteen or twenty feet high, al- lows admission to the air. When cream is taken from the milk it is necessary to look carefully after the weather, as a thunder-storm would sour it, and inflict serious loss on the farmer. The process of churning is performed by fanners, working in large square vats, generally made of iron tinned over, which are driven by horses, and sometimes by steam. On farms of 800 and 1,000 acres the number of cows kept is from 300 to 400, and 500 to 600 pounds of butter are produced daily in the season. The yield of summer butter from each with the soil. The same gentleman to whom I am indebted for the account given above, estimated the cost of production for wheat at 24s. to 25s. the quarter : for rye and barley, 17s. to 18s. ; for oats, 9s. to 10s. G 2 84 THE FARMER'S MAGAZINE. cow is estimated at lOOlbs,, and the net yearly- produce of ten cows comes to about £1. It has been remarked that cattle-farming, where the cattle can be kept (as on fine pasture lands) on the spontaneous produce of the soil, is attended with so little outlay, and commonly with so certain a gain, that no occupier of common judgment will be easily seduced from it into the hazardous pursuits of fallowing, ploughing, and sowing, if a clear gain, however small, can be secured by grazing. A large share of the Ilolstein and Danish butter is exported to England. Most of the dairy farms are on the east coast, but some are also to be found in the marsh country, where the dairy is regarded as a main object of attention. The produce can now be conveyed to Hamburg with great facility by the Holstein railway to Kiel and Gluckstadt. The same natural conformation prevails in Jut- land as in the Duchies (the central tract being an elevated and generally sterile heath), but with greater general variety in the aspect of the country. It rises into gently sloping ridges, which succeed each other as regularly as the waves of the sea. In the south-eastern part these are often beautifully wooded, and interspersed with fresh-water lakes, or with arras of the sea stretching up into the land, whose calm waters for the greater part of the year are not more turbulent. For charming scenery of this description I do not know a more lovely country than that around Veile and Scanderburg. The prevaihng tree is the beech, which, both in Judand and the islands, almost excludes every other species of timber, except in new plantations. Often, as I looked on landscapes to which the graceful forms and bright cheerful green foliage of this tree gave a singular effect of sprightliness, I smiled to think of the long-stretching gloomy fo- rests of pine and firs which had been associated with my ideas of Denmark. Further north, about Randers and Aalborg, the face of the country is much barer, and large districts occur which are nearly treeless. Its aspect, however, is far from unpleasing, for the careful cidtivation of the corn land (and in the whole eastern portion of the country there is but little soil that is not available for cultivation), speaks of thrift and order, with their concomitants, comfort and plenty. The west- ern coast, with its sand-hills and wastes of flying sand tossed by the rude winds of the North Sea, and its heaths and bogs, and rough sandy roads over which your carriage crawls at a snail's pace, is the most dreary and uninviting portion of Den- mark. The billowy or ridgy formation to which I have alluded provides Jutland with an admirable system of natural drainage. The sandy soil ab- sorbs a great quantity of moisture \vithout injury, and heavy rain runs off the slopes almost as it might from the roof of a house. Artificial drainage in such a country as this is far from being of so much importance as with ourselves. It is but eighteen months since Jutland, as far north as Aarhuus, was in the possession of a foreign army ; and wherever I went I found the memory of the German occupation fresh. Many of the proprietors and farmers with whom I conversed had seen their dwellings and farm-buildings occupied by Prussian infantrj', and pointed out to me spots which had been the scenes of skirmishes l^etween their own countrj^men and the invading troops. The latter, however, seem to have been careful to avoid ottence, as far as possible, in their dealings with the inhabitants ; for I heard many praises of the good conduct and orderly discipline of the men, though the barbarous proposal of (ieneral Wrangel to levy a military contribution of 2,000,000 dollars on Jutland was not forgotten. The following table exliibits, in a clearer light than any I have yet given, the comparative num- bers of the yeomanry in Jutland and the islands. It is composed from the census taken in 1845 : Islands. Jutland. Steadings (sieder) from 8 to 12 tonhart-korn(SOto 120acres) 2,937 1,202 from 4 to 8 (40 to 80) 16,622 10,912 „ from 2 to 4 (20 to 40) 5,196 14,302 from 1 to 2 (10 to 20) 5,067 9,991 „ under 1 ton, or 10 acres 58,951 67,875 88,773 104,282 The farm-buildings in Jutland, except upon large estates, have not the same spacious and stately look as in Holstein. The Danish farm-steadings are almost uniformly built in the form of a squai'e — a fashion which has descended from the time of the old Scandinavians, whose principle it was to con- struct their habitations towards the four cardinal points or quarters of the heavens. One side is oc- cupied by the dwelling-house, generally with one or two hinds' houses attached ; the other two l)y the stable, cowhouse, and sheep-stall; the fourth by a barn. At the back is generally a kitchen- garden, with fruit-trees and flowers. The stack-yard, filled with stacks, which have generally a much more ragged and untidy appearance than those of English l)uild, stands at the side. The whole is surrounded by a rough-stone wall, the materials for which have generally been obtained from the granite boidders once plentifully scattered over the surface of Denmark, most of which have now been re- moved and broken up for roads and buildings. In l)arren and thinly-i)eopled districts these home- steads have much the look of islands in the midst of a sea of corn or pasture. Long, low, and nar- row, with whitewashed walls and thatched roofs, they exactly resemble the old style in which the Scottish farm-houses used to be built. The court- yard inside generally contains a heap of manure from the byres. In the homesteads of large farms of modern erection, the square form is only adopted when it happens to be the most convenient for the locality ; l)ut both single homesteads, and hamlets containing perhaps twenty different farm-houses, of older date, are always laid out strictly on a quadrangular j)lan. There is slovenhness enough observable both outside and in the cattle-houses ; the buildings, too, have stood the storms of a cen- tury or two in most cases, and wear not unfre- quently a rather ricketty look. Inside you will find plenty to eat and drink, and a rude but not uncomfortable style of housekeeping. The rooms consist of a sitting-room — sometimes also answer- ing the purposes of a bedroom — one or two sleep- ing-rooms, and a kitchen. The deal floor is sanded. THE FARMER'S MAGAZINE. 85 but rarely or never carpeted. The more substan- 1 tial class of small proprietors, possessing from two to three hundred acres of land, furnish their houses with as much elegance as people of the correspond- ing rank in England. Carpets, a few books, and musical instruments are found in them ; and your host will produce you a bottle of capital claret, which does not cost so much here as at home. In the cottages of the labouring peasantry of Denmark the loom, in which the linen and woollen stuffs for household use are woven, is very genei'al, and gives an air of comfort and domestic industry which is in the highest degree pleasing. The aspect of the Danish islands bears a general resemblance to that of Jutland. The formation of the country is mueh less regular, the elevations being more abrupt, and extended levels, called sletts, which are generally fine meadow land, being common. The v.'ood is by no means equally dis- tributed, some parts being as finely wooded as any English district, others comparatively bare. There are but few old and large trees, except in the royal parks and the grounds attached to the seats of the nobility. Wood is here an article more of profit than ornament, and the sale of it for fuel or other purposes forms an important item in the income of most landed proprietors. Green slopes, smiling corn-fields and pastures, with alternations of hill and dale, make a pleasant if not very striking land- scape ; and near the coast, the fiords running up into the country with all manner of strange ser pentine windings are a never-failing source of plea sure to the eye. There is little that is remarkable in the costume of the Danish peasantry. The almost-universal dress of the men is a close jacket, and breeches of coarse light blue woollens; tbat of the women a gray ' woollen gown, with a rock or hood of the same, j which on Sundays and holidays is exchanged for cottons and silk of a gayer colour. The want of fences in most districts (Fyen, how- ever, and some parts of Zealand, are as much en- closed as any parts of England) gives the country at first somewhat a bleak appearance. There is no point perhaps as to which agricultural opinion is more divided than as to the advantage or disadvan- tage of fences. If they shelter the ground from wind, on the other hand they attract and retain moisture, deaden the sun's heat, and impede the circulation of air. It is very questionable if the plan of leaving the ground to the free action of the elements, in districts which are not exposed to con- stant and violent winds, is not the better one ; and I believe the balance of opinion amongst farmers now inclines to this side. I visited several of the large estates in the islands, and was everywhere received with a kind and unaffected hospitality which I shall always re- member with pleasure. To Baron Adler, of Adlers- borg — the proprietor of the feudal stronghold in which Bothwell, the husband of Mary of Scotland, expiated his misdeeds by a confinement of sixteen years — I am particularly indebted for the trouble he took in giving me all the information I wished to procure as to the details of rural economy. This nobleman, who is one of the most zealous and in- telligent agriculturists in Denmark, had the misfor- tune, two years ago, to lose his farm-buildings and from two to three hundred head of horses and cattle by fire. He has rebuilt them in the most spacious and solid style, taking every precaution against the recurrence of a similar calamity. His dairy-house and cattle-stalls, provided with every convenience for ventilation and cleanliness, have been con- structed from the plans of Mr. Jorgensen, one of the most able theoretical agriculturists of Den- mark, aided by his own practical skill and ex- perience. They appeared to me models of rural architecture. The baron's estate consists of 14,000 acres of arable land, besides 1,200 of woodland. There are 150 farms on it, varying in size from 40 to 200 acres, which are let out on lease, besides one of 1,500, and another of 500, which are in the oc- cupation of the proprietor himself. Besides farm- buildings, there are 295 workmen's houses on the estate, 25 of which are occupied by hinds or ploughmen employed on the main farm; 88 are without any land but a garden plot; the others have from three to four acres annexed to them. On the farm of Adlersborg itself there are about 400 acres of permanent grass land, and 1,100 un- der tillage ; 300 milk cows are kept in summer, and 350 in winter, besides young stock, and 100 sheep (of the Dishley breed), with 40 plough horses. The land is cultivated with an eight course shift of — 1, fallow; 2, wheat or rye; 3, barley; 4, peas and oats ; 5, oats and rye ; 6, 7, and 8, clover and grass. The crop, which this year is an average one, yields in the whole 550 quarters of wheat, 300 rye, 1,150 barley, 750 oats, and 300 peas, with 500 to 600 loads of hay, of 9 cwt. each. Of the above quantities, deducting what is used on the farm, for the liousehold, and for cattle feeding, there are available for sale 500 quarters of wheat, 200 rye, 1,000 barley, and 250 oats. The return, on the average, is 39 to 40 bushels of wheat, 35 of rye (but for this grain the soil is not well adapted), 56 to 60 bushels of barley, 48 of oats, and 32 of peas. The milk cows yield on an average SOlbs. of butter, ' which is considerably less than the yield of the j Holstein breed. The soil is of a fair or middling i quality, well cultivated. The other farm has 400 merino sheep on it. There are but few estates in Denmark on which sheep-farming is carried on upon a great scale. One of these is that of Count Lertke, of Lertke- borg, one of the largest farmers in Denmark, who has attained a patriarchal age in the pursuit of agri- culture. The Count's estate was in very bad order when it came into his hands ; but his management of it, which has now lasted 60 years, has made it one of the most flourishing in Denmark. He holds in his own hands seven large farms of from 500 to 1,000 acres, having of course a bailiff or overseer to each. Some of them yield excellent corn crops, especially of barley, but there is much light soil on them, and the pasture is not sufficiently strong for large cattle. They are stocked with Merino sheep, of which there are 8,000. The produce of this large number does not amount to more than 14,000 lbs. of wool yearly, the fleece of the merino not yielding more than 2lbs. Merino wool in Denmark brings 4 marks 8 skillings, or 20d. English, per lb. The Merino breed was introduced from Spain 86 THE FARMER'S MAGAZINE. towards the close of the last century by King Christian VII. I confess I was disagreeably sur- prised by tiie ai)])earance of this breed, which I had pictured to myself as one of a very stately, or at least graceful and elegant character. Instead of this it is small, lean, and scraggy (the flesh is of very little value), with a dirty-looking and tangled fleece. Count Lertke's sheep-stalls and barns are beautifully built, and of immense size, arranged on the old Danish quadrangular plan. I was informed that some of them had been erected so long back as 1750-60, which would seem to show that the agriculture of Denmark could not have been at that period in so miserable a state as is generally supposed. The mansion-house of Lertkeborg is in the style of Louis XIV.'s time, and was built in the beginning of the last century. It is an elegant structure, and the gardens and grounds are laid out with great taste. I was never tired of admiring the vast proportions of the barns and storehouses, which (besides a well-filled stack-yard) were burst- ing with grain, or of hstening to the music of the threshing-mill, which was in active operation. Newcastle coal being much cheaper in Denmark than in London (strange that it should be so !) it might be of advantage on some of the large Danish farms to have steam-driven machines, especially when there are two or more in the same hands, but I did not meet with them in any instance. I remarked, in a former letter, that the export of wool from Denmark was steadily and rapidly in- creasing. The import of this article into England is far from trifling, though bearing but an incon- siderable proportion to the amount of our con- sumption, or to the supply we draw from our Aus- tralian colonies, and from Germany and Russia. In 1845 we actually received from Denmark a larger supply of the article than from Spain— the quantity brought from the former country being l,330,745lbs., and from the latter only 1,0/4,540 lbs. In 1835 oiu- imports from Denmark were only 366,469lbs., and in 1840 605,5211bs., so that the export to this country nearly trebled itself in ten years. AGRICULTURAL STATISTICS. In the many important agricultural meetings re- corded in our pages during the parhamentary recess, the proceedings at which we have seen fraught with facts and arguments completely subversive of free- trade dogmas, it has often struck us that one es- sential topic in connexion with the stability of British agriculture has not been kept so promi- nently in v\ew as we were wont to observe in the frequent discussions that took place at farmers' clubs and in the rural districts in 1 847-8. We allude to the expediency of an official provision for the annual collection of information relative to the amount of land under cultivation in the United Kingdom, the several kinds of produce raised therefrom, and the number of cattle, sheep, and other animals, kept thereon. All other countries noted for their agri- cultural ca]jabilities have their periodical record of these appreciable data, and consequently furnish that benefit to both producers and consumers which a well-regulated system of agricultural statistics cannot fail to ensure. We sincerely hope to witness, in the ensuing session, the re-introduction of some such measure as that which was brought forward a session or two since by Mr. Milner (iibson, and that it may receive a larger quantum of support than was accorded to the bill of 1847. If, however, there be any waverers among our legislators ui)on a subject of such vital interest to the entire community of these realms, we believe we cannot direct them to a better source for acquiring a decided judgment than by consulting the edifying pages of a ])am- phlet written by Mr. Fleming a short time since, in which not only is the question of agricultural statistics dealt with in a most conclusive manner, but other points of a practical character, involving many valuable suggestions for increasing the agri- cultural produce of the kingdom, will be found to supply hints to the British farmer, which the oldest cultivator need not hesitate to adopt. The remit- tance of ten postage stamps will, we understand, secure the free transmission of this well-considered pamphlet, if addressed to Mr. White, 13 Gower Place, Euston Square, London. We learn from the following communication, which appears in L'Echo Agricole, a French agri- cultural journal, that services valuable to agricul- ture are in France regarded as deserving of honour- able distinction equally with the professiojis, the sciences, or the arts. '' By a decree issued by the President of tlie Republic, at the suggestion of the Minister of Agriculture and Commerce, dated the 10th of Dec, 1850, the following persons have had the order of the Legion of Honour couferred upon them: — !M.M. Dawzat, a Member of the General Council of the High Pyrenees during a period of sixteen years, in considera- tion of services rendered to agriculture. Darblay, Jr., Member of the Council of the Department of Corbeil, for the remarkable impulse he has given to the grain trade, and to the manufacture of flour. Gareau, as a reward for the remarkable progress he has caused to be made in the art of drainage, and the zeal he has shown in extending the practice of it in France. Graux, of Mauchamp, farmer, for services rendered in sheep- breeding, by improving the fine-woolled Merinos sheep of Mauchamp. Lemarie, of Toufreville, for his useful agricultural works, and the remarkable improvement which he has caused to be made in the breeding of cattle. AV. Lecocq, a landed proprietor of Clermont Ferrand. Perrin, of Benevent, President of the Association of Vaug- neray, for having materially contributed to the advancement of agriculture in the department of the Rhone. " We cannot but applaud the act of justice," says L'EcJio Ayrkvle, " by which the Government has just admitted into the ranks of the Legion of Honour a certain number of emi- nent men who have rendered services to their country as agri- culturists and as commercial men. There is not one of those whose names we have just given, who does not merit in the highest degree the reward awarded to him. We should not haie particularized any one, if the appointment of M. Darblay, Jr., and the motives on which tlie Monilciir relies, did not ap- pear to us sufficient to call for a particular observation. Al- ready a certain number of farmers have received the decoration of the Legion of Honour, but up to the present time we have not seen it conferred for services rendered as a corn-merchant and flour-manufacturer. Decoratious have been lavished upon almost every species of manufacture and commerce — cloth, calicos, silks, &c. ; l)ut the trade and mat;ufucture which affect in the highest degree the grower and consumer of agricultural produce have been buried in oblivion. This omission, it must THE FARMER'S MAGAZINE. 87 be admitted, was an injustice founded upon prejudice. The , trade is disappearing in the administrative department : it is high reward given to M. Darblay is a beginning of repara- by such acts that a salutary influence is produced on public tion ; it will be an encouragement to all those who far or wide opinion, and that fatal errors are dispersed. The reward, re- follow M. Darblay in the career he has run, and which he still i garded in this point of view, is alike honourable to the citizen runs with so much honour and ability. It is at the same time [ who has received it, and to the minister by whose recoraraenda- an indication that the prejudice against the grain and flour tion it has been given (A. Pommier)." METEOROLOGICAL DIARY. Barometer. Thermometer. Wind and State. Atmosphere. i Weath. Day. 9 a.m. 10p.m. Min. Max. 10p.m. Direction. Force, 9 a. m. 2 p.m. ,10p.m. in. cts. in. cts. Nov.21 29.44 [ 29.70 44 46 42 North gentle cloudy cloudy cloudy dry 22 29.67 29.48 39 53 53 S. West lively cloudy fine fine ^ rain 23 29.38 29.60 43 48 45 S. West lively cloudy cloudy cloudy rain 24 29.37 29.05 44 54 48 S. S. by W. violent cloudy cloudy cloudy rain 25 29.08 29.22 44 51 41 Westerly variab. cloudy fine fine , rain 26 29.35 29.44 38 43 41 South variab. cloudy cloudy cloudy rain 27 29.55 29.90 38 42 38 1 North gentle cloudy cloudy fine rain 28 30.16 30.30 32 41 31 Easterly calm cloudy sun fine dry 29 30.30 30.25 29 42 29 E. by South gentle fine sun fine dry 30 30.15 30.10 28 34 34 S. Easterly gentle fine cloudy cloudy dry Dec. 1 30.09 30.22 1 34 36 36 E. by South calm cloudy cloudy cloudy rain 2 30.22 30.23 35 43 40 S. S. by E. gentle cloudy cloudy cloudy dry 3 30.20 30.10 37 40 38 S. S. by West gentle cloudy cloudy cloudy dry 4 30.06 30.16 36 47 46 S. West lively fine cloudy cloudy rain 5; 30.22 30.33 45 52 46 S. West gentle cloudy sun fine dry 6 30.38 30.38 36 46 44 W.byN.,S.W. calm fine sun cloudy moist 7 30.39 30.32 37 48 37 E. by N. or S. calm fine sun fine dry 8 30.32 i 30.32 36 38 36 N. East calm haze haze cloudy damp 9 30.32 1 30.30 30 36 36 E. by South calm haze haze haze damp 10 30.25 1 30.15 30 35 32 S. East calm haze haze haze j.damp 11 30.04 29.94 32 40 40 S. West gentle cloudy cloudy cloudy ^dry 12 29.94 29.96 40 48 40 S. West gentle cloudy cloudy fine ^rain 13 29.89 29.80 40 47 47 S. AVest lively cloudy cloudy cloudy |dry 14 29.75 29.45 42 48 45 is. West brisk cloudy cloudy fine |rain 15 29.46 28.98 39 54 54 IS. West strong cloudy cloudy cloudy ] rain 16 29.29 29.10 42 44 43 S. West strong fine sun fine rain 17 29.29 29.40 1 39 53 34 S. West brisk cloudy cloudy fine {dry 18 29.36 29.20 32 40 37 S.AV., S. by W. brisk fine sun cloudy rain 19 29.19 29.80 34 39 33 N. by East calm fine cloudy fine sleet 20i 30.04 1 30.24 31 35 30 ,N. by W. gentle haze sun fine dry ESTIMATED AVERAGES OF DECEMBER. Barometer. I Thermometer. High. I Low. 1 High. I Lov/, I Mean. 30.32 I 29.120 55 I 17 I 39.3 REAL AVERAGE TEMPERATURE OF THE PERIOD. Highest. I Lowest. 1 Mean. 43.76 I 36.86 | 40.31 Weather and Phenomena. Nov. 21 — Some fine gleams. 22— Much small rain. 23 — Wet forenoon. 24 — Storm, wind, and rain ; fine evening. 25 — Fierce wind, and shower. 26— Overcast; some rain. 27 — More small rain. 28— Hoar frost ; drying air. 29— Similarly fine weather. 30— Gloomy ; frost going. Lunation.— Last quarter, 26th day, 32 min. afternoon. Dec. 1 — Cold ; overcast. 2 — Evening clear. 3 — Overcast. 4 — Red streaky sunrise ; rainy noon. 5 — Very warm sun ; close till evening. 6 — Clear morn ; nearly frosty-hazy afternoon. 7 — Strong dew ; fine. 8— Heavy, damp, haze. 9— Same. 10 — More dense. 11 — Changeable; over- cast. 12 — Much early rain. 13 — Overcast. 14 and 15 — Strong wind ; showers; much rain. 16 — Sunny forenoon ; wet afternoon. 17 — Some showers; cold wind; fine night. 18 — Fine plea- sant day. 19 — Fine till two, then cold sleet; shower flakes of snow for a few minutes. 20 — Decided frost ; lively air. Lunations. — New moon, 3rd day, 5h. I6m. afternoon. First quarter, 1 1th day, 8 h. 37 m. afternoon. Full moon, 19th day, 5 h. 3 m., morn. Remarks referring to Agriculture. — The weather, after the fine periods commencing the 28th of November, and continuing till the 11th of December, has been succeeded by weather of a very diflferent character — wet, and often violently mndy. The balance has thus been considerably restored. The generally low temperature of the night has kept the young corn in a subdued con- dition. The turnips still remain abundant and green, and the prospect is promising. J, Towers, Croydon. 88 THE FARMER'S MAGAZINE. CALENDAR OF HORTICULTURE.— JANUARY. The usual retrospect is postponed till tlie closing paragraph. The weather has hecome quite un- settled, and at times violent : a change may in a short time he anticipated, and for the present the supply of water a{)pears to have heen ample; hy some calculations it is stated to have amounted to \"39 inches in the four days from •24th to •27th Novemher inclusive — and subsequently every one knows a great Inilk has fallen — as the Meteoro- logical Table will testify. Vegetable Defaktment. The operations, as I have often stated, must be contingent ; because, if the ground he locked up Ijy frost, no tool can act upon it. Yet a gardener need not he l)y inactive. Reserved heaps of manure should be moved in the barrow, and deposited on vacant spots, or laid in the trendies between ridges, where such exist. Some waste by evapora- tion and the extrication of gas will be tlius occa- sioned, but not to any extent equ:il to that which takes place in the hot dunghill; and now — thanks to discovery — we are warranted in stating that every drop of manuring matter which filtrates from a heap, and each solid particle of it that is dragged into the soil by the earth-worm, is seized and ap- propriated by that laborating medium. If, on the contrary, the ground is soaked with water, so as to become cloddy or pashy if worked by any tool, it should neither be moved nor coin- pressed, otherwise its vegetative jiower will be in- jured. Nature is its own best corrector ; and one night of keen frost, succeeded liy a drying wind, wJJl do more to meliorate the texture than all the exertions of man ; and assuredly, if patience be allowed its perfect work, it will soon be perceived that "there is a time for all things." Thus, pre- mising a fact that experience confirms, the con- templated operations of January, at suitable, open periods, will consist in sowing any favourite varieties oi early peas — pretty close in the drills — covered mth chopped furze. Among such peas, I have lately found highly recommended — "/i7/er- wood's Railway, Warner's Emperor, and FairhearcVs Early Surprise." Long pod beans are also to be sown. Peas are forwarded, and the seed secured, by sowing in long shallow boxes, with one fall- down side, or in a grooved channel, cut triangularly along the centres of reversed yard-long green tui-ves, the seeds covered with earth ; for by such means they can be excited in frames, and removed, entire, in lengths to the open ground. A method of guarding peas from mice has been suggested, which perhaps deserves notice, and may succeed. A flat piece of firm ground, that has not been dis- turbed, is sown row by row; the first is to be covered by spits of earth, inverted as each is raised by the spade, and the work jirocecds thus till every row is completed. In much the same way, but operating upon green turf, the Irishman jilants his " lazy-lied" of potatoes. The writer inferred the safety of his rows of })eas, thus unceremoniously confided to dee])ly turned spits of earth, from the ignorance of the mice; but, query, would not instinct direct tlie animal to its ]n'ey ? Cuhbu(je Plants. — Set out more of these from the nurse-beds, to succeed the crops of autumn. Hoe about the rows and stems of all the brassicas, in fine weather ; and when the ground is free to the hoe, sow several kinds of lettuce — brown Dutch, green cabbnr/e, and cos, and the capuchin. Double or curled parsley-seed, for transplanting, hoim- carrots, onions, if designed to produce large bulb, are now sown. Force the early 7'ed rhubarb and sea-kail in pits, or a warm dark cellar; but, in that case, the plants should have been prepared in large pots or tubs. Continue to trench, double dig, and ridge vacant ground, introducing recent dung deejily, and the more decayed black manure amongst the surface soil. The three or four tined, and the powerful Kentish fork, are capital tools at this season. Hardy Fruit Dei»artment. Where tree-planting remains to be done, the ground ought to have been, or must now be, jire- pared for the work at the earliest opportunity. Trenching and setting up ridges are excellent meliorators ; liut one important operation should be thought of, and that consists in prejiaring a sort of impenetrable foundation, like thick slates, or j broad tiles, set with cement, that will jirevent the j roots from tapping into the subsoil. The jilaces where fruit-trees are to stand being determined, ! this paving should be placed so deep only as to I permit the roots to be expanded horizontally about ! six or eight inches below the surface of the soil ; a circle of four feet in breadth would secure that direction which, once acquired, would in general be retained. It might be better to jiave or concrete to the extent of an entire fruit border; but expense must be considered by the many. In any case, no dung will be required at this jieriod of preparation. Mulching, at the time of planting, upon the surface, over and beyond the space occupied by the roots, will afford ])rotection, and enable the soil, at the same time, to absorli gradually all the elements of manure which it may require. Pruning of trees should be deferred, but that of berry-bearing shrubs can be proceeded with in the first open weather after frost. It ^vill be super- fluous to again describe the method adapted to the fruit-bearing habit of each species; but, after pruning, the gardener might select some fine cuttings of the best sorts of the currant and goose- berry to plant for young stock in a nursery lied. He should then manure the whole surface of the ground witli two inches of reduced dung, if the trees stand in rows on a plot, or around the space occupied by the roots of individuals. If, as is too THE FARMER'S MAGAZINE. 89 often the case, the gooseberries suffer from the caterpillar of the saw-fly, something must be done. I have tried several schemes to destroy this pest, whose attacks are often equally sudden and unex- pected ; but every attempt failed, to a certain ex- tent, after the eggs on the young leaves had yielded the brood. The full-fed and matured grub (larva) undergoes its changes below the surface of the ground, perhaps three or more inches deep. This had long ago suggested a remedy, by an ap- plication of hot-lime to such a depth as to scald and destroy the grub. Just at this time I met with a method of applying lime, which the writer (Mr. Cole, gardener to The Earl of Abergavenny), communicated to the Gardener^ s Magazine of Botany, Syc, 1850,^. 11. "My mode," he says, " is this. In the autumn or winter, at the time of digging between the bushes, I have fresli -slaked lime sown over the whole of the ground, with a liberal hand, more particulai'ly round the stems and about the roots of tlie bushes. The ground is then forked over. About the middle or latter end of March I have some more fresh lime sown about the roots and stems ; the ground is then raked. In about a fortnight or three weeks this liming is repeated, and I then feel perfectly safe from the attacks of caterpillers. The remedy is very sim- ple, very easily applied, and I have no doubt others will find it quite as effectual as I have done." Grape Vines. — If these have not been pruned already (a great and injurious neglect), they should be finished off directly, according to former direc- tions. E.\RLY Vinery. The notice taken of vines in the last calendar will obviate the need of many further remarks at this time. Days have turned ; solar power in- creases, and the earliest house already started should permit an advance of ten degs by night ; the border, whether inside or on the outside of the house, ought, if possible, to be kept at 60 degrees minimum ; and this can only be done by the aid of dry coverings, put on in time, as before urged. Strawberries in pits. — I have known those per- sons who have produced vast quantities of fruit, and obtained handsome returns of money with very trifling expense, and comparatively little labour, by thus planting " Keen's Seedlings," at regular distances, in good free-working loam, en- riched with "linings vuniiire j" that is, with the half-decayed product of the mixture of hot stable- dung and tree-leaves, which is used to heat the pine pits during ^the winter. Strawberry plants, in 32 and 24 size pots, require much attention and a renewed supply to keep up any succession between the middle of March and the end of May. Those persons who can be contented with fine fruit produced throughout April and May may effect their object by a range of four pits, the lights sloping at a moderate angle — say about 1 5 degrees from the base hue, which is equal to 75 degrees by the perpendicular, according to the French mode of describing the angle. The walls of such pits ought to be of 9-inch brickwork, and suflSciently high at the back (say two feet, to fall to one foot in front) to admit of a good lining as a defence against severe spring frost. A small hot-water apparatus — if it could be afforded — prepared so as to heat one, two, or all the pits, at the discretion of the operator, would complete the efliciency of the erections for many purposes which it is my object to describe at their pro])er seasons. It now only remains to say that the ground inside the pits should be so deeply excavated as to admit of a foot or more of coarse drainage materials, broken bricks, stone chips, and the like, which would be advan- tageously covered with six inches of coarsely bruised charcoal, and over that an equal quantity of decaying leaves and twigs. The soil should be a foot in depth, after settling ; and the plant ought to stand pretty near the glass, to insure the setting of the fruit and the free circulation of air. Straw- berry plants, raised in small pots, from the first runners of July, ought, of course, to be ready, and these must be yearly renewed. Final Retrospect of the Month. .\fter fogs, frequent changes of wind, rain, in showers, and more continuously, the wind veered to north east on the 19th, the weather became cold, and a scale of ice formed. The forenoon was fine and sunny; but a brisk sleet shower, ending with cold rain, followed in the afternoon. At this moment, frost, with a north-by-west wind, continues, and may perhaps settle for a time, with the full moon and winter solstice nearly coincident. To this date there is plenty of produce ; the market gardens abound. Apples may be the dearest fruit of the season ; but, in all the commodities of the period, my long memory cannot retrace any festive season which could compete with that we now ap- proach. Surely our favoured land ought to resound with thankfulness. J. Towers. Croydon, Dec. 20. AGRICULTURAL REPORTS GENERAL AGRICULTURAL REPORT FOR DECEMBER. The continued depression in the value of agri- cultural produce all over the kingdom, the pros- trated condition of the agriculturists, and the great drain of our metallic resources in settlement of foreign balances, have formed the subject of deep and anxious solicitude during the whole of the month. That free trade is producing absolute ruin among our farmers, and exercising a most baneful influence even amongst the monied classes, is evident from what is passing around us. The freedom given to imports has resulted in a national loss of nearly £8,000,000 sterling in the jjrecious metals within less than twelve months, as it has 00 THE FARMER'S MAGAZINE. been ascertained that that amount of money has been actually forwarded to the Continent in the period just alluded to, in payment for French flour and other commodities ! The result is that the Bank of England, fearing the worst consequences, has been compelled to raise the rate of discount from '2^ to 3 j)er cent, per annum. We may as- sume, however, that matters will not rest here ; and further, that so far from any falling oft' in them, we shall have a considerable increase in the suj)- plies of flour from France and elsewhere, as the French government, in order to encourage exports, has given permission to the millers to grind foreign wheat, and ship it in a manutactured state free of duty ! It is very natural that every country should foster its own industry ; and hence, it would be superfluous for us to dwell upon the injustice of a system which, as admitted in England, is calcu- lated to destroy the interest and property of a most important body of men. Although we have had a few sharp frosts, the weather during the greater portion of this month has been comparatively mild. From most coun- ties, our accounts respecting the general appear- ance of the wheat plants are very favourable, yet they stand somewhat in need of a higher tempe- rature, with a few falls of snow to check premature growth. Most of the growers, particularly those in the midland districts, state that the produce of wheat this season has greatly disappointed them. On threshing, the yield falls considerably short of expectation. That of barley is also represented as deficient ; whilst the supply of all other spring corn is i-epresented as small. Our opinion has there- fore gained ground in some quarters, that, as the navigation up the Baltic is now nearly closed, higher prices for most articles will be obtained during the next two or three months. We trust that this prediction will be realized ; but we regret to be compelled to admit that we see no reasonable prospect of any jiermanent advance so long as pre- sent laws regulate the importation of grain. Sup- pose, for instance, that we have a present deficiency in the stock of wheat, compared with that at the corresponding period last year, of 5,000,000 quar- ters, what difficulty would there be on the part of the foreigner supplying us with that amount of grain, or even a much larger supply, were it re- quired ? None whatever ! Prices may fluctuate ; but the slightest rise here would only be produc- tive of increased supplies from abroad. The fat stock markets have been in a state of de- pression without a parallel. The show of beasts in Smithfield on the great day was unusually large; but prices were ruinously low, and immense num- bers were driven away unsold. This, then, is an- other result of free trade admitting foreign stock free of duty! Throughout the provinces the same state of trade has prevailed, and the general quota- tions have ruled fully 20 per cent, lower than the worst period on record. It is gratifying to observe that the potato-crop has pro/ed a most excellent one, not only in England, but al'jo in Ireland and Scotland. The losses from disease have been smaller than for a series of years past; and we understand that the quantity on hand is suflSciently large for consumption for at least two months hence. The absence of any supplies worthy of notice from abroad has enabled the growers to realize fair prices ; and it is thought that the total im- jjorts from Holland and elsewhere will exhibit a great falling-ott' comj)ared with some former seasons. Since the first of August the imports into London alone have fallen short of those in 1849 during the same period by nearly 20,000 tons ; but this appears to have been caused by the heavy shipments made during the months of June, July, and August, and which are stated to have left a serious loss to the growers. The highest price of the best Yorkshire Regents in the Borough market has been £5 per ton, whilst the total importation from the continent has not exceeded 500 tons. No improvement has taken place in the demand for hay and straw, which have sold at very low prices. The supi)lies offering have been on the increase. For hops, the trade has ruled heavy, and the quotations have given way to some extent, owing to the large quantities offering. The close of the pu])lic sales of colonial wool was marked with considerable firmness. The advance obtained during their progress was quite 2d. per lb. on the average. There has been some inquiry for British wool for shipment to France, Holland, and Belgium, and prices have improved fully one half- penny per lb. The stocks of colonial now in Lon- don are under 10,000 bales; whilst those in the manufacturing districts are much smaller than usual. The next sales — which will take place in February next — will, it is fully expected, show a further considerable rise in the value of most kinds, ])articularly those suited to our clothiers. In Ireland and Scotland the corn trade has ruled equally dull as in England. In the general quota- tions, however, no material change has been re- poited. Several somewhat large shipments of oats have taken place to London, and which have mostly arrived in good condition. The turnip and beet crops are turning out extremely good. Fatting stock, as food is very al)imdant, is therefore doing well. The losses by disease have, however, been on the increase. REVIEW OF THE CATTLE TRADE DURING THE PAST MONTH. As we have elsewhere referred at length to the holding of the great Christmas market in Smith- field, it would be sujierfluous for us to dwell here u]jon the exhibition of stock on that occasion; yet we feel bound to notice the serious losses sustained by most, if not the whole, of the leading graziers who forwarded the bulk of the Ijullock droves. It is calculated that the best breeds were disposed of at an actual loss of from 20 to 25 per cent, upon the cost of production, and that even a greater sacrifice was submitted to in the secondary quali- ties. The large numbers of stock from abroad, and the immense receipts of country-killed meat up to Newgate and Leadenhall— little short of G0,000 carcasses — tended, of course, greatly to depress the trade, which was unquestionably the dullest and most unsatisfactory on record. The show in Baker Street has, of course, attracted much attention, and competent judges affirm that, number and quality THE FARMER»S MAGAZINE. 91 considered, it stood unequalled. From the general appearance of the stock, we have arrived at the conclusion that the consumption of oilcake has materially fallen off; indeed, the state of the demand for that article fully justifies the conclu- sion. The total supplies exhihited in Smithfield have been"as follows : — Head. Cows 316 Sheep 99,944 Calves 1,864 Pigs 2.610 COMPARISON OF SUPPLIES. Dec. Dec. Dec. Dec. 1846. 1847. 1848. 1849. Beasts. . 19,639 „ 18,978 „ 19,016 „ 23,853 Cows . . 520 „ 500 „ 490 „ 442 Sheep. . 108,610 . 101,720 „ 87,240 „ 119,180 Calves. . 1,096 „ 1,240 „ 1,113 „ 1,413 Pigs 2,150 „ 2,765 „ 1,549 „ 2,139 The average prices have ruled thus : — Per 8 lbs. to sink the offals. s. d. s. d. Beef from 2 8 to 4 0 Mutton 2 6 to 4 2 Veal 2 6 to 3 6 Pork 1 8 to 4 0 COMPARISON OF PRICES. Dec, 1846. Dec, 1847. s. d. s. d. s. d. s. d. Beef, from 2 10 to 4 6 ., 3 6 to 5 10 Mutton 3 8 to 5 2 . . 3 8 to 5 4 Veal 3 8 to 4 S . . 3 8 to 4 10 Pork 3 6 to 4 10 .. 3 6 to 5 2 Dec, 1848. Dec, 1849. s. d. s. d. s, d. s, d. Beef, from 3 4 to 4 6.. 3 4 to 4 6 Mutton 3 8 to 5 0..3 6 to 4 6 Veal 3 10 to 4 10 .. 3 2 to 4 0 Pork 3 8 to 4 8.. 3 4 to 4 2 Notwithstanding tliat the Navigation abroad is partially closed, the following supplies of foreign stock have come to hand in London : — Head. Beasts 3,721 Sheep , 14,793 Calves 1,530 Pigs 391 Total 20,435 Same month in 1549 16,36S Same month in 1848 12,346 Same month in 1847 1 1,028 At the outports the receipts have been small, or about 2,000 head. Newgate and Leadenhall have been heavily supplied with all kinds of meat, and the exhibition of poultry, &c., has greatly exceeded the demand. Notwithstanding that a very extensive business has been transacted, prices have ruled very low. NORTH NORTHUMBERLAND, As the season advances we receive daily proof of the shortness of the yield of grain, when prepared for the bushel on the barn-floor, which, with the low prices ob- tainable in our markets, makes it a very difficult matter for the farmer to meet his cash payments. Wheat and barley are, notwithstanding, generally of very fine qua- lity, and weigh well on the scale. Oats are of good colour, but many samples are thin and skinny. Beans and peas are very good in quality, but the quantity very various. Having seen samples from all parts of the county, and had affirmations from most respectable par- ties, we venture to assert that, as a whole, we shall fall far short of an average quantity from crop 1850. After the dark days of November, we have had a week or two very fine December weather, and the young wheats are looking most beautiful, and large breadths are still being sown where turnips have been removed. Except two or three frosty days, field labour has progressed regularly, and all out-door work is in a forward state, witli the ex- ception of where the " farm is to let ;" and we are sorry to record that in many localities it is like a par'ish to let; and there all is a chaos of confusion, neither ploughing of fallow nor preparation of manure. A few owners, and more enlightened land-agents, have adopted the praise- worthy principle of allowing the outgoing tenant to work up the fallows, cart out manure, &c., the entering tenant paying a reasonable compensation ; but this unfortunately is the exception, not the rule. The turnip crop has continued to improve, and is much better than was ex- pected in the early autumn. Cattle and sheep are doing well, where not attacked by disease ; which on many farms has caused a serious drawback. At the very low prices which store cattle and sheep were purchased in autumn, the feeder will be sure of some pay this season ; although our prices for fat are far from encouraging. The primest fed beef presented for sale in our markets will not reach a higher figure than 5s. Gd. per imp stone ; and mutton of first-rate quality is sold in the shambles at 5d. per lb. Wheat, 631bs. per bushel, 5s. for white ; and 4s. 6d. to 4s. 8d. ditto for red. These are really free-trade prices ; and if such is to be our standard of value for produce, land will in a short while come to market value, but ere then many of our farming brethren will be numbered with their fathers. The most pleasing feature we can record of our future prospect is the full employment of the working classes. Draining is very generally being executed on many estates ; and the gentry seem more alive to spend spare capital on labour than on other less profitable investment. We must now close with one word about the potato, which again is likely to go to wreck, despite all our care and attention. Complaints are very prevalent that this valuable esculent is fast spoiling in the stores. We closely examined a clamp that were very carefully stored about the second week in October : a part is gone ; but fully nine tenths are to this day safe and wholesome. — Dec. 20. YORK HORSE FAIR offered a show of horses unprece- dentedly large. The attendance of spectators was very great, but there was throughout a a evident indisposition to do business. During the first two days the more valuable animals were shown, and tirst-rate carriage horses and hiuiters fit for work commanded hii;h prices. For second-rate horses of every description there was a perfect stagnation — many never had a liid — and those which changed hands were sold at a price far from satisfactory to the vendors. The prices receded during the fair, in consequence of the supply so greatly exceeding the demand, and those sellers who stood off on Tuesday were glad on Wednesday to strike bargains at a further reduction in price. There were many unsold— especially among the young animals, which were unfit for tiie purposes of dealers. On the whole we have rarely or never liad a fair at which more horses have been shown, or more company present ; but as to the amount of business we caunot rejiort favourably, and what wag done was far from satisfactory to breeders generally. 93 THE FARMER'S MAGAZINE. REVIEW OF THE CORN TRADE DURING THE MONTH OF DECEMBER. The second year of free trade in corn is now drawing to a close; and although thousands of in- dustrious and deserving men have been ruined by the experiment, nothing has hitherto been done to mitigate the evils l)y which the agriculturists of this kingdom have been made to suffer. That wheat cannot be profitably cultivated in those islands, under existing circumstances, at such ])rices as have been current since the repeal of the Corn Laws, is a fact admitted by all parties ; but farmers were for a long time told tliat the low value of their produce was the result of panic, and was attribut- able to themselves. The Free Traders declared, in the House and out of the House, that matters would mend — that an impetus would be imparted to all branches of trade, which would give ample and full employment to the working classes, and enable them to consume more food ; in fact, that universal prosperity and happiness must result from their favourite scheme, in which farmers would be sure to i)articipate. But what is the result of two years' experience ? Agricultural produce has been depressed to a point ruinous to the growers, v/ithout any adequate increase of prosperity to any important class. That the depreciation in the value of wheat will be permanent, and not temporary, can no longer be doubted ; and that an average of 40s. to 45s. per qr. will be the utmost which can in future be calculated on, past experience sufficiently proves. During the year 1849, the first under the new order of things, the average was 44s. 4d. per qr. ; and though the last crop was extremely deficient in this country, the present price for the kingdom is below 40s. per qr. This being the case, farmers may regard it as settled that the value of wheat wiU, as long as the law of import remains as it now stands, be more frequently under than over 5s. per bushel; and it will be well for them to hold this constantly in view in all their future engagements. The prospect is not cheering, but it is best to know the worst, so that every effort may be made, by ob- taining a reduction of rents and other burdens which press on the land, to improve their position as much as possible. In taking a retrospective view of the trade during the last year, there are few points of interest or novelty to draw attention to. The general charac- ter of business throughout the twelve months has been dull and unprofitable. Bad as the position of the agriculturist was at this period last year, many — very many have suHered further losses and vexa- tions, notwithstanding the energy and perseverance with which they have struggled against their dif- ficulties. To increase their troubles, they have un- fortunately had unpropitious seasons to contend with. The first few months in the year were tolerably favourable, and in the early part of spring the winter-sown wheat presented a promising and healthy as])ect. The Lent corn was likewise well got in; and notwithstanding the disheartening eftects of free trade, the prospects of good crops gave courage to the cultivators of the soil to devote their best energies to their occupation. The month of May proved cold and ungenial; and though part of June restored confidence, a severe frost about the middle of that month, when much of the wheat was shooting into ear, did mischief which was never afterwards recovered. To this circumstance we are inclined to attribute the prevalence of blight, which detracted so materially from the produce. Further injury was done in the blooming time by high winds ; and subsequently, when the ears began to fill and the head had become weightj', very large breadths of wheat were beaten down and lodged so badly by a succession of thunder-storms, as never to regain an upright position. When we add to this cata- logue of misfortunes that the weather was wet during a large portion of the time the crops were being cut down and carried, it will easily be per- ceived that the produce could hardly prove satis- factory, and the test of thrashing has since proved that, both in quantity and quality, the wheat crop of 1850 was inferior to that of ordinary good average seasons. Previous to the introduction of free trade, farmers have generally been in some measure compensated when, unfortunately, the seasons have proved unpropitious for the shortness of the yield, by an increase of price ; but, with importations on such a scale as now regularly flow into this country, the productiveness of the home crops ceases to have much influence on the value of the article, and, so far from any rise having taken place, the tendency has since harvest been the other way, as we shall show more clearly when we describe the fluctua- tions which have taken place at Mark Lane. In the earlier stages of its growth, the barley crop was generally well spoken of ; indeed, until the storms of July caused it to be extensively lodged the promise was good ; this was, however, fatal to THE FARMER'S MAGAZINE. 93 the quality, and it has now been ascertained be- yond doubt that only a small proportion is suitable for making good malt. We are, however, inclined to think that, as regards the yield to the acre, there is less cause of complaint than in respect to wheat. Until within the last few weeks the farmers did not bring barley forward freely, and its value was there- fore well supported. Latterly, however, the sup- plies have increased, and at the markets in those districts where this grain is most extensively grown prices have given way about 2s. per qr. during the month. The breadth of land sown with oats in England was, we believe, smaller than usual last spring, but in Scotland and Ireland quite as great as in ordi- nary seasons. The crop was tolerably well har- vested in mist parts of the kingdom, and the quality is, on the whole, satisfactory. In many of the English counties farmers have scarcely grown more than sufficient for iheir own consumption, and even in Lincolnshire and Cambridgeshire the surplus for shipment is not large. Scotland is, however, likely to aftbrd us considerable supplies, and we may also calculate on some quantity from Ireland, though not anything like what we used to receive from thence some years back, the partial destruction of the potato and the very indifferent result of the wheat crop in the sister isle rendering it certain that she will require the greater part of the oats grown to feed her own population. Beans and peas have given a very bad return in all parts of the United Kingdom. Hay is also considerably less abundant than it has been of late years, whilst the prices of cattle have been beaten down by large importations from abroad ; in fact, the value of all kinds of agricultural produce has been depreciated, notwithstanding the acknow- ledged deficiency in the yield of most articles. This is a state of things greatly to be lamented, the more so as there appears little prospect of any material or permanent improvement. During the winter, whilst the northern ports of Europe are closed by ice, and shipments rendered impossible, prices of grain may perhaps advance a trifle ; but this would benefit farmers very little, the less wealthy class of agriculturists having been compelled to part with the bulk of their crops long ere now, to raise the funds needed to pay current expenses. In comparing present prices with those current at the close of 1849, we find that the difference is but slight as regards wheat, but that barley and oats are worth rather more than they were in Decem- ber last year. This, at first sight, appears somewhat singular, as the produce of the first-named article was undoubtedly the least satisfactory of either of the three ; but it may be readily accounted for when we consider that Great Britain is now affected more by the result of the harvest abroad than by the yield of the home crops. Wheat, though not perhaps so abundant as in some former favoured seasons, has yielded well over a large portion of continental Europe ; whilst spring corn suffered from protracted drought. It is consequently calculated that however deficient our wheat crop may be, the surplus growth of Russia, Poland, and Germany will keep down its value in our markets. In America the wheat harvest has also been very pro- ductive ; and, in addition to the large quantities of flour already received from thence, considerable im- portations are likely to reach us. "We shall now proceed to give a more detailed account of the changes which have taken place in quotations at Mark-lane since January last up to the j)resent time. Throughout that month the London market was supplied largely with wheat of home growth, and the deliveries from the farmers were likewise hberal in the agricultural districts. The effect of this was a dechne of about 4s. per qr. Jit Mark-lane, The tendency continued downward in February and March ; and good red Essex and Kent wheat were sold as low as 38s. per qr. Before the close of April the backwardness of the spring began to have some effect on the minds of holders, and they became less anxious to sell. In the month of May a rise of 5s. per qr. was established ; but subse- quently the weather improved, and about 2s. per qr. of the advance was again lost. Matters re- mained in this ]iosition until about the middle of May, when prices crept up Is. to 2s. per qr.; and a further rise of 2s. per qr. was established during July. A few samples of new wheat appeared at market early in August; but we had no supplies worth naming until the 12th. The quality, though coarse, was not so bad as expected ; the weight of the Essex and Kent runs ranging from 58 to 62 lbs., and picked samples a pound or two heavier ; the prices realized from 43s. to 45s. for good red, and choice white brought 48s. up to 50s. per qr. The following week the quantity brought forward was somewhat large, and both kinds receded Is. per qr. From that time till October prices remained nearly stationary, and the fall of 2s, per qr. which then took place was afterwards recovered. In November very little change occurred ; but within the last week or two the tendency has been decidedly down- wards ; good runs of red Kent wheat being now worth no more than 40s. to 42s., and white 44s. to 46s. per qr. We have only given the quotations of the best runs : low qualities, such as we have received from Lincolnshire and Cambridgeshire, have been sold at rates varying from 28s. to 32s. per qr. ; and the annual average for the United Kingdom will not exceed 40s. per qr. Since the first opening of the Baltic navigation up 94 THE FARMER'S MAGAZINE. to the present time we have had laij^e arrivals weekly from that (juarter ; which, with shi|)ments on a more moderate scale from Hamburg, Holland, and Bel- gium, and good supplies of wheat and Hour from France, have rendered the millers in a great mea- sure independent of the home deliveries, which have certainly not been so large as to warrant the fall in quotations. The fluctuations in the value of foreign wheat have been so nearly the same as those we have just described as having occurred in that of English, that it would be wearying to our readers to })articularize each change. The importations into London have been on a very liberal scale ; scarcely a week having passed without large arrivals from one quarter or the other. There has consequently at no i)eriod of the year been anything like scarcity ; and even during the unfavourable weather at harvest time, when a good deal of speculation took place, the supply was always in excess of the demand, and though prices have at times risen a few shillings per qr., a reaction has generally fol- lowed, and quotations are at present nearly the same as they were in the beginning of the year. Since the bonding system has been done away with, it has become impossible to ascertain the stocks on hand, as, in addition to what goes into the regular warehouses, considerable quantities are worked at once from on board ship, and are taken to different mills, decders' stores, &c. We are, however, inclined to think that even if no supplies of consequence were to be received for the next three months, the quantity on hand, together with what we are likely to receive from our own growers, would prevent any important advance. At present good Polish Odessa wheat is not worth more than 37s. to 38s., fine 39s. to 40s. Lower Baltic, Ham- burgh, Rhine, and French red vary in price ac- cording to quahty, from 38s. up to 46s. per qr., and Danzig may be quoted from 42s. up to 48s. or even 50s. for choice parcels. During the month rather large arrivals of wheat have taken place from Odessa and other eastern ports off the coast; some of the cargoes have been ordered to Gloucester and Bristol, but the major proportion to Ireland. The top price of town manufactured flour has undergone but very little change during the last twelve months ; in the beginning of the year it was 40s., at which it remained stationary for about three months, when the fall in wheat enabled the millers to make a reduction of 2s., and in April the price was again put down Is. per sack. From that time until July no variation occurred, though the value of wheat had in the interval crept up several shillings per qr. from the lowest point. On the 8th of July the millers agreed to advance the top quotation to 40s. per sack, at which point it has stood ever since. During the last two or three weeks the sale has been very slow, and it may be questioned whether present rates will be much longer maintained if wheat does not rally. The supplies of foreign manufactured flour, principally French, have throughout the year been liberal, which circumstance has been severely felt by oiu- millers ; the stock on the wharves at present is rather heavy, and a large proportion of the same consisting of inferior quaUties renders the sale ex- ceedingly difficult. The commoner kinds might readily be bought at 28s. to 30s., whdst good to fine marks are still worth 32s. to 35s. per sack. Nearly the whole of the American supply has gone to Liverpool, the quantity received here having been quite unimportant ; prices range from 22s. to 24s. per brl. Good sujjplies of home-grown barley were re- ceived at Mark Lane throughout the first three months in 1850, and the top price receded until it had fallen to 26s. ])er qr. ; at this point it remained until the new began to come forward. The first ar- rivals of this year's growth brought 28s, per qr., and it being soon ascertained that only a very small proportion of the new would prove of fine malting quality, selected parcels gradually rose in value, as much as 32s. to 33s, having been paid in November; since then, however, a reaction has oc- curred, and the present value is about 30s, to 31s. per qr, for fine Chevalier. The fall has been greater on common malting and distilling qualities, the former having been freely offered of late at 24s. to 2"s., and the latter at 23s. to 25s. per qr. In the early part of the year we received enormously large supplies of barley from abroad, and many of the importers being compelled to sell from on board ship, prices were forced down to a very low point. In the month of April sales were made of light fo- reign barley of 47 to 48lbs. weight at 13s. to 14s., and good 52 to 53lbs. qualities were parted with at 17s, jierqr. The pressure was much less in May, and since then prices have gradually crept up, the article having been very extensively used for feeding. Present quotations are, for the lighter kinds, 20s. to 21s., and for the best heavy descriptions, 22s. to 23s. per qr. The new English barley is found to malt but in- differently, and fine old malt has during the last few months crept up in value 2s. to 3s. per qr. ; the recent reaction in barley has, however, had some effect, and neither last year's make nor the new has sold so well this month as it did in November. Ship malt may be quoted 45s. to 50s., and fine ware 53s, to 56s. per qr. Though we have at no period of the year had large arrivals of oats coastwise, and the supplies from Ireland have been on quite a moderate scale, the imports from abroad have been sufficiently abundant to keep down the value of this grain, and in the spring prices were lower than for many pre- ceding years. AVe find, on looking back, that 37 to 38 lbs. foreign feed oats were sold in the month of April at r2s, to 13s.; very good hard corn, weighing 40 to 42 lbs., at 14s. to 15s., and the best kinds at l6s. per qr. These very low rates had the effect of causing a large consumption, and the mar- ket soon became freed, in some measure, from pres- sure. In May prices rose Is. to Is. 6d. per qr., and they have gradually crept up since then, not- withstanding occasional checks. At present Arch- angel and Riga feed are worth 18s. to 18s. 6d,; Lincolnshire, 17s. to 20s.; Scotch, 20s. to 23s.; and Irish, 18s. to 21s. ])er qr., which is about the same as at the close of November, but the dispo- sition to speculate has been checked since tVien by larger arrivals from Scotland than had been cal- culated on. We have lately had a good many otters of oats free on board at French ports, which has THE FARMER'S MAGAZINE. 96 also had a tendency to depress the trade, as it was not thought that that country was in a position to furnish supplies. The contracts entered into, during the month now about to close,to ship from French ports, may be fairly estimated to embrace about 15,000 to 20,000 qrs. The prices paid have been for black feed, of 37 to 39 lbs. weight, 13s. to 13s. 6d. per qr., free on board, to which must be added freight about 2s. 6d. per qr., insurance, &c., which will leave but a very narrow margin for profit. Beans and peas met with little attention after the seed demand had subsided ; and in March and April, when the crops on the ground were con- sidered promising, prices of both these articles began to recede. The downward tendency con- tinued with little interruption up to harvest time, but since then the fluctuations have been rather important, particularly in the last-named article ; within the last month, however, there has not been much doing, and quotations are about the same for beans as at the close of November, whilst peas are Is. to 2s. per qr. lower. Want of space has obliged us to condense our remarks, but we trust that the foregoing will fur- nish a tolerably clear idea of the general course of the trade during the year now about to terminate. We deeply regret the losses and vexations which many of our agricultural friends must have been made to suffer by the working of the new system, and sincerely hope that the new year may prove more fortunate. Before concluding our article it may be as well to give a brief notice of the position of affairs at some of the principal foreign markets, though there is not much change to report since we last directed attention to the subject. The weather appears to have been of much the same character on the continent of Europe as in this country, and the principal rivers were, according to the most recent advices, still free fx'om ice. Ship- ments of grain had, however, ceased to be made from the more distant ports, owing to the high rates of freight and insurance. Danzig letters state that little or nothing had for some time been done for export ; and as few were disposed to make purchases for spring delivery, the transactions had been altogether unimportant, in which state of things the tendency of prices had been rather downwards. Fine old high-mixed wheat was, however, still quoted 42s. to 43s. per qr., free on board, in spring. New had been offered relatively cheaper, say fair qualities 35s. to 38s., and fine weighing 61 lbs., 39s. to 40s. per qr., free on board. At Konigsberg stocks had rather increased, and sellers had consequently become more anxious to enter into contracts to shij) in spring, which they had offered to do at the following rates — 40s. 3d. high mixed, 38s. mixed, and 36s. 9d. per qr. red. From Stettin we learn that fine Pomeranian wheat, weighing 62 lbs., had been offered at 38s., and 61 lb. Stettin and Uckermark at 37s. per qr., free on board, in spring. The supplies of wheat from the growers appear to have been tolerably good at most of the Lower Baltic ports, Rostock included; and purchases might now be made for spring delivery at 38s. per qr., free on board, for the finest 61 lbs. to 62 lbs. qualities. Hitherto comparatively few contracts have been entered into, and there can be little doubt, if our merchants and speculators refrain from sending out orders, that prices will give way further during the winter months. By the most recent accounts from Hamburg, Rotterdam, and Antwerp, we learn that small par- cels of wheat had been bought, from time to time, to be immediately shipped by the steamers ; and the navigation of the river remaining free from ice, some further business might, it was expected, be done. At Hamburg 42s. per qr., free on board, had been paid for fine 62 lbs. Wahren, and 38s. 6d. for 6l| lbs. Marks. The price at Rotterdam for fair to fine red Rhine varied from 37s. to 43s. per qr., free on boai-d ; and at Antwerp good Louvain, weighing 61 lbs,, had been sold at 39s. 6d. per qr,, free on board. From France we learn that wheat and flour con- tinued to be taken for shipment to Great Britain, but that purchasers had acted with sufficient cau- tion to prevent any improvement in Drices ; indeed, the tendency had been rather the other way, owing to the discouraging reports from hence. In the mere distant markets no variation seems to have occurred in quotations ; at some of the Mediterranean ports a good meny cargoes of wheat and Indian-corn had arrived from the Black and Azoff' seas, which would, it was thought, be sent on to Great Britain, and we are inclined to think that the receipts from ports lying east of Gibraltar will be rather considerable during the winter. From America we have advices of recent dates, The weather, up to the time of the last accounts, had continued mild and open, and the inland navi- gation being unimpeded by ice, good supplies of breadstuff's had come down to the different ports on the coast. No material variation appears, however, to have occurred in prices of flour at any of the leading markets, and quotations are generally too high there, as compared with the value of the article on this side, to offer much encouragement to consign. Shipments had, nevertheless, been made to England on rather a liberal scale, and we may reckon on some further supplies from thence. COMPARATIVE PRICES AND QUANTITIES OF CORN. Averages from last Friday's Wheat Barley Oats . Rye . Beaus . Peas . Gazelle. Ors. 98,905 106,277 23,527 30 5,168 1,611 riday's Averages from tiie correspoud- Av. ing Gazelle iu 1849 Av. 8. d. Qrs. 8. d. 39 5 Wheat ..106,161 .. 38 9 23 10 Barley . . 107,073 . . 25 9 17 1 Oats .. 21,424 .. 15 9 23 1 Rye .... 42 . . 22 9 27 8 Beaiis 6,505 . . 27 5 28 2 Peas 3,097 - . 28 11 DIAGRAM SHOWING THE FLUCTUATIONS IN THE AVERAGE PRICE OF WHEAT during the SIX WEEKS ENDING DeC. 21, 1850. Pricb. Nov. 16. Nov. 23. Nov 30. Dec. 7. Doc. U.Dec, 21, 40s. 3d. 40s. -id. .39s. 8d. 308. 1 Id.— 308. 5d U 96 THE FARMER'S MAGAZINE. CURRENCY PER IMPERIAL MEASURE. tSbillirtKs per Qtiarti'r. 30 to44 tiiic up to 49 WiikatJ''sscx and Kent, white, new. Ditto ditto old ..41 45 Ditto ditto red, new. . .. 37 41 Ditto ditto old 39 41 Norfolk, Lincoln, & Yorksh., red.u. 34 39 Ditto ditto old.. 39 41 Ditto ditto white, new 39 41 Ditto ditto old.. 41 43 Barley, maltin;;, new 23 Chevalier, new 30 Distilliuij, new 23 tirindiug', old 21 Malt, Essex, Norfolk, and Suffolk, new 43 Ditto ditto old 44 Kingston.Warc, and town made,new 50 Ditto ditto old 48 Oats, English feed, new 16 Potato, old 18 Scotch feed, new 17 Ditto, old 19 Irish feed, white, new 16 Ditto, old 20 Ditto, black, new 15 Rye 24 Bean.s, Mazagau 25 Ticks 26 Harrow 26 Pigeon 28 Peas, white boilers 28 Maple 29 Grey 27 Flour, town made, per sack of 280 lbs. — Country marks — 45 extra 47 » 53 54 „ 18 fine 22 extra 19 fine 22 extra 18 fine 21 extra 17 fine 26 old 23 26 „ 26 27 „ 28 28 „ 29 30 „ 30 32 „ 28 30 „ 29 28 »27 — „ 35 — „ 28 illingfs per Qu 46 48 exti 45 47 „ 44 46 „ 43 extra 44 42 white 42 40 „ 40 44 old 42 43 white 40 38 tine 38 FOREIGN GRAIN. Wheat, Dantzic, mixed. . 42 to45 high mixed 46 48 extra 50 Kouigsberg 40 44 „ 45 47 „ 48 Rostock, new 43 45 fine old 44 46 „ 48 Pomera.,Meckbg.,audUckermk.,red 42 43 extra 44 4j Silesian „ 40 42 white 42 4i Danish and Holsteiu „ 38 40 „ 40 42 Rhine and Bel;;iuni „ 40 44 old 42 45 French „ 38 43 white 40 45 Odessa, St. Petersburg.^and Riga. . 35 38 tine 38 40 Barley, grinding ' 21 23 Distilling 23 25 Malting 25 27 Oats, Dutch, brew, and Polands 20 22 Feed 10 18 Danish and Swedish feed 10 18 StMlsuud 17 19 Russian 17 18 Beans, Friesland and Holstein 25 26 Konigsberg iS 32 Peas, feeding , 24 24 fine boilers 28 30 Indian Corn, white 30 32 yellow 28 30 Flour, French, per sack ... 23 32 fine 33 35 Americau. «our per barrel 20 22 sweet 22 24 IMPERIAL AVERAGES. For the last Six Weeks. Week Ending : Nov. 16, 1850.. Nov. 23, 1850.. Nov. 30, 1850.. Dec. 7,1850.. Dec. 14, 1S50.. Dec. 21, 1850.. Aggregate average of last six weeks Comparative avge. same time last year Duties.. .. Wheat. Barlev. Oats. Rye. Beans 3. d. s. d. 3. d. 3. d. 8. dJ 39 11 24 1 17 2 24 2 28 9: 39 11 24 1 17 3 29 6 28 9[ 40 3 24 6 17 1 23 6 28 5 40 2 24 7 17 7 24 3 28 9 39 9 24 3 17 1 25 11 27 11 39 5 23 10 17 1 23 1 27 8 39 11 24 3 17 3 25 1 28 4 39 7 27 5 16 5 23 5 28 6 1 0 1 0 1 0 1 0 1 0 P.as 29 0 29 10 1 0 Account shewing the Quantities of Grain and Flour imported into the United Kingdom DURING THE MONTH ENDED 5TH DkC, 1850, THE (lUANTITIKS ADMITTED FOR IIOME CONSUMP- TION DURING THE SAMU MONTH, AND THE QUAN- TITIES REMAINING IN WARhHOUSli AT THE CLOSE THEREOF. Quantity Q>'-''""ily/'n- Qunntity importoU. ^"'-'^ '"■■ '■««"""'"« '" ' consuin])tion. warehouse. Species of Grain. Wlicat, from Ijritisli Possessions Barley, do Oats, ilo Peas, do Beans, do Maize or Indian Corn,do Wheat, foreign Barley, d( Oats, do Rye Peas, do Beans, do Maize or Indian Corn, do Buckwiicat Beer or Bij,g Flour from British Pos- sessions Flour, toreign qrs. bush 3008 0 0 2 50J 2 315075 0 682.54 5 42880 2 28751 45641 4G44.S 0 fiwts. qrs.lbs. 70969 2 17 416345 3 12 0 2 504 2 316 i27 68489 42889 28751 1 45949 1 46443 2 0 2 cwts.qrs.lbs. 70969 2 17 416865 0 5 1(;693 (1 16 S 24 I fi 0 627 2 5508 5 cwts. qrt.lbs. 10 3 3 2939 2 6 PRICES OF SEEDS. Linseed (per qr.;. . sowing 54s. to 568. ; crushing 403. to 42s. Linseed Cakes (per 1,000 of 3 lbs. each) .. £8 Os. to £9 Os. Co* G rass (nominal) — a. to — s. Trefoil (per cwt.) Us. to 18s. Rapeseed, (per last) new £25 to £27 old £ — to £ — Ditto Cake (per ton) £4 10s. to £4 ISs. Mustard (per bushel) white 53. to 78. ; . . brown, 8s. to lOs. Coriander (per cwt.) 16s. to 24s. HOP MARKETS. BOROUGH, Monday-, Dec. 23. The approach of Christmas has restricted operations in our market to the actual wants of consumption. In prices we have no alteration. POTATO MARKETS. SOUTHWARK, Waterside, Dec. 23. We have had very large arrivals the last three days from Yorkshire and Scotland ; as this large fleet has so recently arrived, it is impossible to give an opinion on the price they will go at. The following are the present quotations : York Regents 90s. to 100s. per ton. Scotch G5s. to 80s. Scotch Cups 65s. to 70s. Wisbech Regents 70s. to 90s. French whites 70s. to 80s. WOOL MARKETS. LEEDS, Dec. 20. — There has been more doing in sales of combing wools, and prices have an upward tendency. AVc do not quote any change in clothing wools. LIVERPOOL, Dec. 21. Scotch. — There is, if anything, a little better demand for laid Highland, and to close sales before the end of the year, rather less money has been taken. White High- land is in rather more request at our quotations. Crossed and Cheviot Wools are still much neglected, except at a reduction on our present rates. 8. d. Laid Highland Wool, per 241 bs.... 9 0 White Highland do 11 6 Laid Crossed do. ..unwashed .... 10 6 Do. do... washed 11 6 Laid Cheviot do...uiiwashrU .... 11 6 Do. do., washed 14 6 White Cheviot do... do 24 0 8. d. to 9 9 12 0 12 0 13 0 14 0 18 6 28 0 Erratum — Page 8, line eight, for " larger e\en. than potatoes," read " longer even than potatoes." Printed by Joseph Rogerson, 24, Norfolk-street, Strand, London. n |i I "! m ^ I ^ ^^ 1. I' 1 SICULT'J"-' THE FAEMER'S MAGAZII^E. FEBRUARY, 1851. No. 2.— Vol. XXIII.] [Second Series. PLATE I. A DEVON OX. The subject of our first plate, a Devon Ox, was bred and fed by James Hole, Esq., of Knowle House, county of Somerset. Mr. Hole obtained for this animal a silver cup, given by E. A. Sanford, Esq., at the Taunton Cattle Show, in November, 1849, as a prize for the best fat ox exhibited by the breeder. PLATE II. MOUNSEERj Winner of the Chester Cur, 1850. PEDIGREE. Mounseer, bred by Mr. Ford in 1846, was got by St. Francis out of Mademoiselle by Economist, her dam Red Tape by Rowton, out of Pigmy by Election. St. Francis, bred by Mr. Thornhill in 1835, is by St. Patrick out of Surprise by Scud. He was a very capital race-horse, having won twenty-eight times, including the Ascot Cup and Vase ; and when in form, with old Sam Chifney on his back, the plain snafflle in his head, swish-tail, and quiet even style of going, had a most varmint workmanlike appearance, which his performances fully corroborated. As a stallion, though not yet reaching the highest degree, he holds a very fair rank, his list of wnners including Impression, Lady Frances, St Ann, St. Antonio, St. Rosalia, and others. Mademoiselle, bred by Mr. Ford in 1842, is little known in the " Calendar," having indeed been covered at three years old, and throwing Mounseer as her first foal. In one of the October Meetings of this same year, 1846, she was brought to the hammer with the rest of Mr. Ford's stud, and knocked down to Mr. Jaques for 42 guineas. She was stinted at the time to Coronation, and lived to produce to him Dauphin, a very poor performer; shortly after which she injured her spine and was destroyed. At the same sale Mounseer, then a brown colt without a name, was purchased by the Honourable Major Pitt for 36 guineas, and in whose name and colours he commenced and closed his career. Mounseer was a brown horse, standing about fifteen hands two inches high ; he had a good blood- looking head, strong neck, fine oblique shoulder, with fair depth of girth and barrel, though a little slack towards the back ribs. He had strong powerful quarters, large thighs and gaskins, good arms, and clean hocks — being very short from the knee and hock to the ground. He was altogether a low lengthy animal, carrying his head down and his full bushy tail well away from him, very much indeed in the style of his sire. Like St. Francis, too, he was very quiet tempered as well as very game when thoroughly roused ; though this generally took all the hand and heel power of his jockey to accomphsh — in stable phrase he wanted plenty of paying for his work. When opened, Mounseer was found to be one of the most muscular horses ever known. SUMMARY OF MOUNSEER's PERFORMANCES. In 1848 he started twice without winning. In 1849 he started seven times and won once : — £ A Handicap Plate at Newmarket Houghton Meeting, value clear 50 In 1850 he started six times and won three : — The Cup at Chester 2,320 The Cup at Salisbury 50 The Queen's Plate at Salisbury 105 Total £2,525 OLD SERIES.] H [No. 2.— VOL. XXXIU. 100 THE FARMER'S MAGAZINE. where the worm prevailed, until, in a year or two, the land was entirely freed, and that without any recurrence of the evil. It seems that Mr. Charnock has, on several occasiqns since then, had recourse to the same means of preserving his carnations (which are plants very liable to be attacked by the wireworm), and he has invariably witnessed the same satisfactory result. The soils of Mr. Char- nock and Sir W. Cooke, on which these trials were made, are dry lands on the niagnesian limestone. The soils on which those of Lord Albemarle were carried on were the light turnip soils of Norfolk ; but, as Mr. Charnock adds, we see no reason for supposing that it would not be equally efficacious in other soils. The way in which rape-cake operates in the de- struction of the wireworm is an object of consi- derable interest. The analysis of this cake, by Professor Way (Farmers' Almanack, vol. v., p. 5), does not indicate any pecuHar substance, except the rape-oil, Mkely to account for its powerful action. In rape-cake and rape-seed he found — Rape-cake. Rape-seed. Nitrogen 5-23 .. 4-'21 Oil 11-63 .. 37-84 Water . . . .• . . 7*06 . . 6-44 Ash 570 .. 3-31 In 100 parts of the ash of linseed-cake, hnseed, and rape-cake, he found — Silica and sand Phosphoric acid Sulphuric acid Carbonic acid Lime Magnesia Peroxide of iron Potash 23-57 Soda 0-82 Chloride of potass — Common salt . . ro6 Linseed- cake. . 12-12 , 32-12 3-10 0-90 8-14 15-34 2-51 Linseed. 1-45 38-54 1-56 0-22 8-43 13-11 0-50 34-17 1-69 0-36 Rape- cake. 13-07 32-70 2-15 1-62 8-62 14-75 4-50 21-90 0-17 0-46 The mode, then, in which the rapecake operates upon the wireworm is not clearly understood. That it attracts the vermin, and that it causes their death, is attested by all those who have tried it. This is probably owing to the portion of oil it con- tains. It may be that the oil of the white mustard, which is a crop strongly recommended to be grown, as destructive of the wireworm, operates in a simi- lar way. It is certain that linseed oil attracts cer- tain insects, and I have noticed that even newly painted wood-work attracts earwigs in large num- bers. That it is not the spirits of turpentine which is the attractive portion of the paint seems certain, for, in common with all other insects, this sub- stance is most noxious to them. By the trials of M. Bierkander, a celebrated Swedish naturaUst, he found that all those vegetable substances which contain turpentine were very destructive to the wireworm. He contrasted these with other vege- table substances — thus, when placed in tea-cups, and surrounded with the leaves of garlic, they lived nine days, in water four days ; whilst in the leaves of the spruce they died in fourteen hours, in fir leaves ten hours ; and by direct experiment, tur- pentine has been found to be exceedingly perni- cious to them, since it is well ascertained that when wireworms are immersed in the spirit of turpentine they die instantly, although in alcohol they will live for four or five minutes. These facts suggest to us the trial of the eflfect of mixing a portion of the spirits of turpentine with the seed corn about to be sown in soils peculiarly liable to the attacks of these ATrmin. If used in moderate quantities, so as merely to impart a strong odour to the seed, there is a reasonable probability that they would be rendered completely distasteful to the wireworm, and that this odour would attach to the seed for a very considerable period. Care should of course be taken not to add the spirits of turpentine in such large proportions as to run the risk of injuring the seed. We are not, however, aware of any facts which should lead us to conclude that the immer- sion, even for a short period, of seed corn in the spirits of turpentine, would injure its vegetative powers ; in any case, however, the trial is readily made on a small extent of land. Mr. Tallent, of Little Haughton, in Northamptonshire [Jour. R. A. S., vol. V, p. 202), gave the following evidence of the successful use of the white mustard in se- curing wheat from these insects : — " I have demon- strated perfectly to my own conviction that white mustardseed will protect the grain from the \vire- worm. I first tried the experiment on half an acre in the centre of a fifty-acre fallow field, which was much subject to the wireworm. The mustardseed being carried, the whole field was fallowed for wheat; the result was, that the half- acre which had been previously cropped with mustardseed was wholly exempt from the wireworm, whilst the re- mainder of the field was much injured. Not only was the half-acre thus preserved, but in the spring it was decidedly the most advanced part of the crop, and the prosperous appearance which it presented caused me to repeat the experiment by sowing three acres more of mustardseed in the worst part of a field of forty-five acres, also much infested ^vith the wireworm. The remainder of the field was sown with early frame peas, which, with the mustard- seed, were cleared in the same week. The land was then ploughed for wheat, and I had the plea- sure of noticing these three acres to be quite free from the worm, and much superior in other re- spects to the other parts of the field, which suflfered THE FARMER'S MAGAZLNE. 101 greatly. Thus encourageil by these results, I sowed, the next year a whole field of forty-two acres, which had never paid me for nineteen years, in consequence of nearly every crop being destroyed by the wireworm ; and I am warranted in stating, that not a single wireworm could be found the fol- lowing year, and the crop of wheat, which was reaped last harvest, was superior to any I had grown for twenty-one years. I am, therefore, fairly," concludes Mr. Tallent, " under a strong persuasion that the wireworm may be successfully repelled and eradicated by carefully destroying all weeds and roots, and drilling white mustardseed, and keeping the ground clean by hoeing." The results of these valuable experiments indi- cate two things very clearly, and of very considex'- able practical importance to the farmer. First, they show that there exists at least one commonly cul- tivated crop with which the wireworm cannot exist, and that that plant (the white mustard) abounds with a hot, acrid essential oil ; and secondly, they show that of the plants which were tried, those which contained s nsible proportions of turpen- tine were amongst the most destructive to the wireworm. It is no mean step, in any research after knowledge, to feel assured of the possible ac- comphshment of the object for which we are struggling. It is a still further step to be able to see that object actually aceoirpUshed, since that suggests other and perhaps more usefxil, because more practical, paths. In the same spirit, it would be well to cause the plant Myrica gale, sweet gale, or Dutch myrtle, to be chemically examined ; since, in the trials of Bierkander, to which we have before alluded, the leaves of this plant caused the death of the wireworms with far greater rapidity than any of the other kinds of leaves \vith which they were treated — placed in tea-cups with these, the wire- worms died in two hours. It would be well, then, to ascertain the nature of the substance to which the Dutch myrtle owes its peculiar smell, since that is most probably the portion of the plant which is so peculiarly noxious to the insect. These im- portant and difficult researches are peculiarly those to which the attention of the Council of the Royal Agricultural Society of England should be directed. What they have hitherto accomplished in this way, they have done well (and the path is a right Royal road); and it would be still better if they paid still greater attention to these noble objects. It would be a wise course to extend their rewards to more than one great professor of chemistry, and not to confine the attention of these to an examination of the mere inorganic matter of plants, but to engage some of these in far more minute, and far more difficult experimental researches than the mere chemical analyses of the ash of plants or the food of live stock. ON CULTIVATED PLANTS, AND THEIR AGENCY IN MAIN- TAINING THE BALANCE OF NATURE. BY M. M. M. It is far from an easy task to classify organized beings. The chain of creation possesses such a regular and unbroken gradation, that it is far from easy to say where the animal ceases and where the vegetable begins, or to state very precisely where organized matter ceases and where inorganic matter commences. There are many animals so like some tribes of vegetation that any general description will hardly apply, while in some substances it can scarcely be decided whether they possess vitality or whether they are merely operated upon by the laws of inanimate matter. Dr. Carpenter, for instance — no mean authority on physiological science — distinctly declares yeast to be a vegetable. He says— "It appears, from microscopic examination of a mass of yeast, that it consists of a number of minute disseminated vesicles, which appear to constitute one of the simplest possible forms of vegetation." Without either affirming or denying the accuracy of this hypothesis, I may instance the red snow of the Alpine and Arctic regions, which, though for a long period considered as a mere peculiar con- formation of dead matter, is now proved to contain cells and vesicles, and to possess the characteristics of vitality. It is evident that life alone will not define a vege- table, because that property is enjoyed in common with animals. The fact of possessing motion will no better account for it, for some of the animal jellies possess the same peculiarity. Another favourite characteristic, whereby animals might be distinguished from vegetables, was at one time considered to be the possessing of the gas nitrogen in its structure by the former class, but more recent and careful analysis has determined that many, nay, most vegetables are found to contain it. More recent investigations, however, have deter- mined that the power of secreting starch is confined to vegetables alone ; and therefore, in the present 102 TMI-: FARMER'S MAGAZINE. state of knowledfife, tlie definition of a \'egctable is, "a cellular body, possessing vitality, living hy ab- sorption through its outer surface, and secreting Rtarch." Our caith is in nearly all its parts covered with vegetation — excepting perhaps the African deserts, and even these have here and there dis- tributed their oases. In the wildest regions we have forests almost interminable. When the trees are absent, there are the equally extensive prairies clothed with jungle. Then, the rich meadows of our own country abound in ample verdure ; our exposed and lofty mountains are covered with the heather, and even our rocks and buildings are clothed with the mosses. Nor is even the bottom of the ocean free from living plants. The sub-marine forests at the bottom, and the floating vegetation at the top, are sufficiently indicative of the wideness of the area over which vegetation is spread ; and, in- deed, on the bottoms of our brooks and rivers the stones are covered with filaments of vegetation. Some parts of several of these plants are of use to mankind, and lience human skill has been applied to facilitate the development of siich plants, and such parts of these, as afford food, or clothing, or medicine for man. The potato is cultivated for its root, the turnip for its bulb, the sugar-cane for its stem, the hop for its flovi'ers, the wheat for its seeds, the cabbage for its leaves, and we possess the power of exciting development in particular organs in a remarkable degree. The potato in its natural state, in Peru, is found not more than three inches high, with large flowers and tubers the size of a hazel nut ; whereas by cultivation the flowers become in- significant, the stem increases, in some instances to the height of five feet, and tubers weighing, in some cases, as much as three to five pounds ; such are now produced by the cultivation of a series of years. The wheat plant originally grew several ears from one stem. In this climate, though it may cease to grow more ears than one, and, on introduc- tion, the ears are only developed as buds, still it shows an extraordinary tendency to throw out stems instead of ears, I have a specimen of a wheat-plant, which is a single root of wheat, presented to me by Colonel Croft, of Stillington, which has 73 stems growing from it, and which formed the same number of ears. The transplantation of this grain also shows the amazing power cultivation possesses over the plants of our earth. Mr. Miller, by transplanting the shoots from one grain several times over, obtained three and three-quarters pecks of corn, or very nearly one bushel. Plants consist of a variety of materials, and may, by analysis, be resolved into some fourteen different substances, which we now call simple. If wheat is ground, for instance, we can separate it into flour and bran ; but, though thus divided, it admit'; of still further divisions. If I take flour and water — called paste or dough — and wash this in water, it will be observed that, while I shall wash out one substance which sinks to the bottom of the glass, I shall have another in my hand. I have \\'ashcd out the starch which is suspended in the water. Nor is this a simple substance. Chemistry de- termines it, though a solid, to be a compound chiefly consisting of gases; and it consists of carbon, oxygen, and hydrogen. So the substance I had left in my hand, called gluten, is not a simple substance, but four substances — three gases and a solid — carbon, oxygen, hydrogen, and azote. If I burn a vegetable, you would observe that part of it burns away ; the oxygen, the hydrogen, the nitrogen have escaped, and the substance I have left is carbon or charcoal. I have also a specimen of wheat, which still retains most of its shape, but has lost its weight, and is black. This is from Mr. Dresser's Mill, of TopcliSe, after the fire which burnt it down, and it is the carbon of the corn. Alluding for one moment to these gases, I may observe that oxygen is a coloui'less gas, in which a flame is sustained with great brilliancy, and it forms a considerable part of the atmosphere we breathe. Hydrogen is a similarly colourless gas, which v/ill burn itself, but will not sustain flame. Nitrogen will neither burn nor sustain flame. But the oxygen will unite with the carbon or charcoal, and make a gas called carbonic acid ; of this I shall have to speak in a future part of this paper. If I proceed with the burning of the plant, the carbon or charcoal will unite with the oxygen of the air, and so pass oft", and I have left the inor- ganic part, or the ash, and this consists of a variety of constituent elements : these are, potash, soda, lime, magnesia, oxide of iron, oxide of manganese, silica, chlorine, sulphuric acid, and phosphoric acid. Now, it becomes an interestingquestion, if plants contain these elements, from whence do they obtain them? These inorganic or mineral matters, we have alluded to, they probably acquire from the soil. If I burn a piece of soil, the first process is to blacken it, or convert it into carbon. Then, by applying more heat, the carbon is driven off, and the red of the particles which remain are the inor- ganic or earthy matters of the soil. If we reflect for a moment on the way in which the soil is formed, we shall see that it must contain those materials which the plants require. The ac- tion of the air and water break down rocks, which THE FARMER'S MAGAZINE. 103 crumble to pieces. To these crumbled masses the mosses begin to attach themselves. These die, and are succeeded by other plants, which undergo a similar process ; and this mass, so accumulating, becomes soil, containing the earths or inorganic parts we have named, and the gases and carbon the organic ; so it is easy to conceive that plants may derive the whole of their nourishment from the soil alone. In reality, however, they do not. Oxygen forms part of the atmospheie, and also forms part of the water. Hydrogen is not found free in nature, but always in combination. It exists in water and in ammonia, which is always present in the atmosphere, and therefore plants may, and in fact do, derive their oxygen from water, and their hydrogen from water and ammonia. As regards carbon, it exists in the atmosphere, but in a very small proportion, in the shape of carbonic acid ; and it must be evident that plants obtain it from other sources than the soil, from the fact that many tons of hay may be taken from a meadow with little carbon being returned. It is calculated that ten hundred weight per acre of carbon is removed from the soil by every crop ; and therefore, taking the pressure of the atmosphere at 1.51b. per square inch, there will be G3 grains of carbonic acid per square inch, or seven tons per acre. From this, it is plain that the plants of the earth would be sufficient to consume all the car- bonic acid in the atmosphere in 14 years, if it were not supphed. How it is supplied it will be our duty to shew shortly. The nitrogen of plants is also derived from the soil and from the atmosphere. There is constantly in the latter minute but appreciable quantities of am- monia and of nitric acid. These are brought down by the showers of rain, enter into the plants, and thus a constant source of supply is afforded to vegetables, but a supply which would, like carbonic acid, soon be exhausted if it were not supplied by some material process. Besides what they imbibe, plants also exude materials, and this kind of respiration is allowed to proceed, similar in some respects to the respiration of the animals. I have stated they take in carbon in the shape of carbonic acid. This, as I stated, is a combination of oxygen and carbon; the plant takes up the carbon, stores it away in its sugar, in its starch, in its gum, and in its gluten ; forms, with these, the bark, the wood, the leaves, the flowers, and the fruit ; and thus the oxygen not being all needed, we find that they are continually giving off this oxj'gen, so that plants act as living laboratories by which carbonic acid is manufactured into oxygen. And what, then, is the balance of creation? When the magic touch of vitality first exerted its vivifying influence on inorganic matter, thousands of protean forms were called into existence. 'Tis only the babbling lunatic who can conceive the monstrous idea of this arising from itself or from chance ; but, inasmuch as one animal preys ujwn another, and several upon plants, inasmuch as these are co-existing together, does it not demand a power equally wise, equally foreseeing, equally provident, to enable each to sustain its position in the scale of being, and to prevent us from being overrun with any particular race, or with any species of that race ? Take, for instance, the fact of the existence of 1,500 varieties of reptiles, 1,200 quadrupeds, 1,500 fishes, 6,850 birds, and 300,000 insects, does it not require a power most amazing, an intelligence omniscient, to order, and regulate, and keej) the whole in pro[)er bounds. And yet the whole history of our world shows that to these a law far above them all, and above humanity, says, " Hitherto shalt thou go, and no further." Sowerby, Tliirsk, Dec. 14, 1850. (To ie continued.) ON THE CULTIVATION OF WASTE LANDS To reflect on the many thousands of acres of v/hat were formerly considered tvaste lands which are now brought into a state of fertility ! — that through every succeeding reign, from the time of Uueen Anne to the present, and in each successive reign, from a few hundreds to many thousands of acres of such inclosures ! and while with this is borne in mind that 15 millions of acres of land, capable of cultivation, yet remain untilled. Again of the vast amount of waste labour — ten hundred thousands of able-bodied paupers in union liouses ! Here are sources of labour remunerative and re- productive. Indeed, every acre of land capable of cultivation ought to be properly cultivated in this country before you encourage emigration — before you get rid of the consumers of the article which your every exertion is to produce an increase. I)o you increase consumption by sending these people to the antipodes ? Do you invite competition of labour by making these people dead to the homes of their birth, and deaf to your calls ? Do you in neglecting to enlarge the sphere of your enterprise make best for yourselves in the commerce of land- holdmg ? No ! Why then is there so much waste 104 THE FARMER'S MAGAZhNE. of labour, waste land, waste manure ? and why, if this view be incorrect, did government grant two millions of money for the improvement of land ? And why do landlords yet ask for more ? Again, why do insurance offices ofter to increase these loans upon the same terms ? Indeed more lands must be cultivated as population and refinement increase so fast, or in future days you will have sterile lands where cultivation is now going on ; in truth, extensive cultivation is one of the principal and permanent means of making this country figurativelj% " a land flowing with milk and honey." It is a trite yet a truthfid axiom — "if all lands are fully worked, all will equally wear." If it were asked, " What is the best interest of the agriculturist ?" The answer should be — " To pro- duce as much as he possibly can within the nearest limits." That is home produce, high farming. What has improved the condition of agriculturists in Scotland ? Precisely what is here contended for. Why has Ireland retrograded ? Because she has refused, has neglected the axiom, or rather the command — " To cultivate and increase " — a prin- cipal cause, but perhaps not the only one. The Chinese call us " red-haired barbarians." Is there no foundation for the cognomen ? Although these people wear long pigtails, and live in what we call " gingerbread houses," yet look to their agriculture — learn from them. Their land is an universal garden. The Flemings, poor as they are, may be offered as an example in their mode of cul- tivation, where not a weed withers in waste, where the valuable qualities of liquid manure are appre- ciated, which, forsooth, English farmers do but sneer at. How often is theory railed at ! Yet, in the name of common sense, is not generalization the applica- tion of all practical knowledge by scientific rules, deduced from comparison, or the results of ex- perience ? — the substitution of rational principles for vague popular prejudices? The whole resolves itself into this : inferences are drawn from par- ticulars ; science generalises these particulars for the economy and advantage of the agriculturist. Axioms these — dogmas those. To what little use is irrigation applied in this country ! but what has this not done for Holland ? The crops raised by these industrious people within a given space would astonish some of our country- men. "Neu segnes jaceant terrae," &c. Georg. Again, in hilly districts why do you not imitate the terrace mode of cultivation so common in Switzerland ? But take one example, " to the purpose quite,' and — " Crimine ab uno Discite omnes." Go but a few miles south, or south-westward of London, where for miles you may notice land al- most devoid of vegetable covering ; Bagshot Heath is an example, which has 380 parts of siliceous sand in every 400 parts. Then on the Portsmouth road, by the Devil's Punch Bowl (perhaps the crater of some extinct volcano), viz., from Godal- ming almost to Petersfield, it is of the same charac- ter, where the land produces nothing but heaths and ferns, and where the proprietors have most mis- takenly planted forests of fir trees to invite and to lodge large quantities of game. 60,000 acres of such land in the county of Surrey ! Even here, nature has provided a remedy close at hand in the vast chalk hills of the neighbourhood. These in their present state will not feed a sheep per acre, because neither lime nor any of the earths singly will support vegetation ; it is their due admixture, combined with organic matter, that makes land fertile. Compare agriculture with the arts, how infinitely has the latter surpassed the former in the last fifty years ! It is true that farmers have just now diffi- culties to contend with ; but let them not imitate the waggoner, who, when his horses stuck in the mud, called for Jupiter to help him. What was the reply ? " Put your own shoulders to the wheel." Yes, let them give their earnest endeavours to pro- duce supei'abundant supplies, and so — " Reddit agricolis labor actus in orbem." And lastly, let it be impressed upon iheir minds, " that the best education, and the highest culture in a rational state of society, does not seem incon- sistent with a life of hard work. The work of a farmer is, or ought to be, a school of mental dis- cipline : he must watch the elements, must under- stand chemically and physically the nature of the soil he tills, the characters and habits of the plants he rears, the character and disposition of each ani- mal that serves him as a living instrument. Each day makes large claims on him for knowledge and sound judgment, and every man's real goodness is according to the amount of service he renders to the world. Mere outside show, or even amount of pelf unjustly obtained, should have no distinction ; yet in the pseudo taste of the present day, one would fancy the world was mad, while it bows in reverence to those who, by superior cunning, have possessed themselves of the earnings of others. John Ashfokd. Hinckley, Leicestershire, THE FARMER'S MAGAZINE. 105 ON TOP-DRESSING LAND WITH MINERAL MANURES ; AS CLAY, CHALK, &c. Top-dressing of land means the laying on the surface of the ground of such substances as are known to increase the quantity of the vegetable produce which grows from the soil. It may be very reasonably supposed that this mode of using fertilizing substances would precede the application of them under the soil or mixed with it, as the effects of substances accidentally dropped on the ground would first attract observation, and would suggest the use of the acting materials in that way, and also the modes that were subsequently adopted. The very oldest writers on agriculture do not men- tion manures at all ; and though their successors notice the substances as being an essential part of cultivation, we are left in utter ignorance of what way the dung was applied to the land. Since the date of the earliest records of modern agriculture, the mode of using manure by spreading it on the surface of the ground has always held a very pro- minent place ; and even at the present day it forms the manner of using fertilizing substances that is imperatively directed by the nature of the sub- stances that are used, and not far from being sanc- tioned as the most beneficial mode by the results of practice and the investigations of science. Ob- servation, both intuitive and practical, has ever acknowledged that all fertilizing substances which are reduced in particle and minute in coherence* are most economically used by being spread over the surface of the ground, as the distance between the elements is more reduced, and affords more opportunities for combinations and reciprocal affini- ties. The materials that are more gross in nature and larger in bulk require to be reduced by prepa- ration and mixed in opposite qualities, in order to attam a state of minute adherence. Experience has ever recorded the fact that the effects of sub- stances used as manures on the surface of the ground are in a direct ratio with the minute or aggregated form in which they exist, and that they are efficacious or they fail in effect, according as they are reduced in particles or concreted into masses. All chemical combination is the result of electric attraction, and bodies unite according to the distances at which the power is exerted. It is a general law that the efficacy is in the inverse ratio of the affinity of aggregation ; for this latter power holds together the homogeneous particles, and pre- vents their separating and joining the parts of an- other body ; and the greater the power is, the less eflScacious must be the afl&nity of composition. Bodies combine from being in opposite electrical states, and decomposition consequently proceeds from the same electrical condition. This action cannot take place unless the substances be mixed in the most intimate manner ; and it happens only between the ultimate particles of bodies, and at in- sensible distances : if the attraction of cohesion only happens — in which the bodies retain the quali- ties they possessed before they were joined, and can be separated by mechanical force — there will be wanting the combination that results from the uniting of the different substances, whether simple or compound, and incapable of being reduced me- chanically, and of which the properties are often different, and sometimes opposite to its former con- stituents. This affinity of composition is one chief agent in the operations of nature and art ; and the ease and rapidity with which bodies are decom- posed, or enter into new combinations, are directly as the quantity of the surfaces which they present, or inversely as their masses. The efficacy of com- position is inversely as the attraction of adhesion — the absolute force remains the same, but increases on account of the diminution of the opposing at- traction. Electric attraction is the principle in action, and chemical affinity is the power by which bodies unite ; the one being in this sense a measure of the other. All chemical forces are subordinate to the cause of life and to heat and electricity, and to mechanical friction and motion. The latter power is able to change their direction, increase or diminish their tendency, and also completely to stop and reverse their action. Causes must exist to produce chemical affinity, or the cycle of life would stand still ; and from our ignorance of these causes, and of the application, it is probable that in many cases their action is arrested and stopped ; often rendered useless and not produced at all, or at best but accidentally. Bodies that have little or no affinity, and do not enter into combinations, are made to do so by the addition of one or more sub- stances ; and this principle shows the necessity of applying a number of substances at one time, and of bringing them into contact with each other in a state of very minute adherence. Many kinds of chemical action are eflfected by heat, electricity, and other agencies over which any control is impossible, and which do not take place from mere comminu- tion and mixture ; yet by that process a ready ac- cession of means will be afforded of producing combi- nations, which in another stateof existenceof thesub- luO THE FARMER'S MAGAZINE. stances would not have happened. Science shows that quantity is necessary in many cases to produce any combination whatever, for an increase of quantity is known to be equivalent to a superior aflinity ; and though no rule has yet been obtained in respect of the quantities to bo used in each particular case, yet the strongest presumptions may be diawn in favour of the above conclusion beinsr generally aj)- plicable. The maxims of diemistry that have now been quoted are quite decisive in showing that all bodies from whose union and combination the benefits of new formations are expected, must be brought into contact in a state of comminution, and must be very intimately mixed, in order that the distance may be insensible between the molecules of the diti'erent bodies which produce the reciprocal action. Though one general principle j)roduces the opera- tion, it is very much influenced by various causes : as by the quantity of the bodies or substances, and by temperature in a great degree, by electricity and by mechanical pressure, by insolubility, and by other causes arising from peculiar circumstances. One body, at least, must be in a state produced by solution or fusion : water, or some hquid, is neces- sary to produce a heterogeneous affinity, and the union results from the reciprocal action of the mole- cules of the two bodies on each other. Different effects are accordingly produced on different objects in different situations, and the quantity and degree of the exertion of the power depend on vai'ious and changing circumstances ; for bodies, in changing state, also change ca]iacity. A knowledge of the phenomena of nature, shown in the order and mutual dependence of combinations, would enable us to make them subservient to the improvement of the arts, and direct them to the useful purposes of life. It may be very fairly questioned if agricul- ture has yet derived one-half of the benefits of comminution and mixing of the soil with the sub- stances that are used as fertilizers. Experience has ever shown that the superior effect of sub- stances on the face of the ground arise from the finer state in which the materials exist, and that much of the benefit derived is owing to the atten- tion that is bestowed on that point. Nature has ])roduced bodies 'n various forms and qualities, minute in bulk, diminutive, reduced in size, concreted and aggregate, and hard or soft, fusible or vitreous, harsh or sweet, acid, acrid, or corrosive. Some are more simple than others, or they are formed of fewer elementary substances, and are consequently capable of exercising a che- mical action on all substances in contact; for all bodies of simple constituents have an aptitude to enter into combinations and to effect deconiposi- tions, and the results will depend on the strength of the respective actions. In making a change in the nature of bodies, fire and water are the two effective agents : the former banishes the existing qualities, and confers new properties ; the latter, by its insinuating power, disintegrates the mass and sunders the particles, and brings the elements into a frcKii contact in an entirely different form. For the purpose of being used as manures most bodies require to be altered in some way, by means of which the quality is brought nearer to the condi- tion which is known to yield the desired purpose. Hardened or rocky substances are acted upon by fire, and earthy matters are imj)regnated with liquids. Other similar ways are used to prepare the various mat ers that are known to form the useful substances. Marl. Of the fertilizing substances that are used in the natural state, and for the application of which little or no preparation has been found necessary, marl holds a very prominent place. The word means " marrow, fat, or a preparation of the earth ;" and by the ancients it was called " terrcB adeps," and was well known to them. It is a calcareous earth, or a carbonate of lime with portions of other earths, and assumes a fat, imctuous appearance, after crumbling or dissolution. Geology places it in the tertiary formation, resting upon the gypsum, and alternating with it ; the bed is white and cal- careous, and contains silicified remains of trees, plants, and shells; other beds are argillaceous, and of great thickness, and often contain balls of celes- tine, or sulphate of strontites. The uppermost beds are thin, and contain large quantities of oysters ; marine shells abound in the beds that join with sands and sandstones, and the last bed is of the fresh water denomination. Marls have been found stratified in some parts of Europe. The component parts of marl are so minutely divided as to be invisible to the naked eje ; and from this circumstance, and from their containing both salt and fresh water organic remains, and from the fissile structure, it has been conjectured that they have been produced by the detritus of other substances, and that they have subsided from a liquid state. This supposition is strengthened by the circumstance of the substances occurring among the fletz or secondary strata. They are soft and opaque, and miscible with water by agita- tion, soluble in acids with effervescence, harden in the fire, and vitrify with a strong heat; and to con- stitute true marls, the substances must contain as much clay as to fall into a powder in water, and crum.ble into minute pieces by exposure to the air, and generally showing a hoary congelation from the effects of the rays of the sun. The quantity of calcareous matter varies from two-thirds to four- THE FARMER'S MAGAZINE. 107 fifths, and may be separated by most of the acids, which will wholly dissolve the substance, and leave a residue of clay, which is composed, as usual, of alumina and silica. Marls are often found indu- rated, and form " Florence marble," and very like a compact limestone; and also schistone, as at Monte Bolca, in Italy. Earthy and hard marls are supposed to be produced by the decomposition of the latter, but the two kinds do not always ac- company each other. In agriculture the marls are called stony, sandy, clayey, and shell m.arl, according to the appear- ances it assumes in different situations where it is found at various depths under the ground. The first is usually called " rotten limestone ;" it is slow and very lasting in operation, and very favourable to the production of grasses. " Sandy " marl is most frequent in Ireland, in the pits of limestone gravel, and is called limestone sand ; it feels gritty, and moulders slowly; does not effervesce with acids, owing to the large quantity of sand in its composi- tion, and on clayey lands it has very much improved the texture of the soil v.hen liberally applied. " Clayey " marl is found of different colours — yellow, blue, red, and brown — occasioned by the substances to v.diich it has been exposed, and by the subjacent and superincumbent formations ; it contains more clay than other marls, generally from 00 to 80 per cent., and 20 to 32 of carbonate of lime, and 8 to 10 of sand, with some signs of iron ; consequently it possesses a greater power of absorbing and retaining moisture; the feel is soft and unctuous, flexible like a p^ste, and dries and crum- bles by exposure ; the effects are very great in im- proving all light and thin soils, sands, gravels, and loams, as the clayey basis adds to the staple of the thin soils, and produces consolidation. "Shell" marl is found in places that have been covered v>'ith water, and is supposed to have originated from tes- taceous animals, being composed of shells con- verted into calcareous earth, more or less refined and pure, according to the attrition and decompo- sition they have undergone during a long period of time, and according to the quantity and quality of the substances that are mixed with them by the deposition of the earthy and muddy matters left by the sediment of the waters. This kind of marl contains more calcareous matter than the others, generally more than the ordinary limestones. Most marls effervesce in acids when fresh ; after burning the ebullition ceases. But several varie- ties are used that show no affection by acids, and have been long celebrated as manures. Clay marl effervesces feebly, and hardens in the fire; while the more calcareous sorts dissolve in powder, and all marls are easily vitrified and crumble by ex- posure, according to the soUdity of the texture, and when burnt soon fall by the attraction of moisture, and feel greasy when they contain any particles of mica. Marls are generally found in a moist state, especially the argillaceous sort ; they soon crumble by exposure, but lime is not altered. After calcina- tion lime falls into powder by m.eans of air and water, but marl suffers no change. The effervescence of calcareous substances in acids shows the presence of the substance, not the quantity : the effervescence will vary according to the strength of the acid, and the compactness, penetrability, and other latent qualities of the cal- careous bodies themselves. Marl contains no salts, and the composition of it is very peculiar as a car- bonate of lime. A mixed marl has been found to contain per cent. — Fine sand 36. Clay of a soapy kind 44. Mould 5. Carbonate of lime 14. Gypsum 1. 100. The chalk marl in Norfolk contains in 100 grains — Chalk 1 . . . . 85 grains. Sand. Clay 10 100 Clay marl of the same county in 100 grains con- tains— Clay, with some iron 50 grains. Impure chalk 43 Sand 7 100 A kind called " dove marl," from the similarity to pigeons' dung, contains as much as 93 per cent, of carbonate of lime. Marls have been supposed to be derived from the ruins of the primary and secondary rocks, worn down, carried about, agitated, and deposited without any relation to the laws of specific gravity. Animal remains are found at considerable depths, and even stones of great weight are met with where no rocks of the same or of a similar kind' are known to exist in the surrounding locality, or in the ad- jacent geological formations. Fire wholly changes the nature of bodies that are subjected to the vio- lent nature of its influence, and gives them quali- ties they did not before possess, and banishes others which they never afterwards recover. De- composed lavas are exceedingly fruitful, and the heat of volcanoes produces a most luxuriant vege- tation in all places within its reach ; and it has been very fancifully conjectured that marl may retain some of the qualities which its constituent sub- 108 THE FARMER'S MAGAZINE. stances acquired as rocks by the igneous agency of their production. Such conjectures are amusing, but add nothing to the science, or the systematized experience of any art, or to the use of any material. For the sake of conciseness, marls may be divided into two kinds, shelly and earthy. Minute accu- racy will make many subdivisions, but these two names will mark the distinction of having more earths or lime in the constitution of the substance. Shell marl is generally found under mosses and at the bottom of lakes, soft and of a bluish-white colour, and seems to be a natural deposit where water has been stagnant. The composition usually partakes of the nature of the surrounding earths, and may properly be considered as a compost of organic matters with earths and calcareous mate- rials reduced without the action of fire. It often occurs in ponds and land-locked bogs, on the sides of hills and the banks of rivers, formed by the ac- cumulation and decomposition of small shells, as wilks and peiiwinkles, and also of bivalves; and lying in beds of different thickness, running hori- zontally, but seldom of great extent : in has been found to contain 84 per cent, of pure lime. Clayey marls are found below mosses and in low wet places at the foot of hills, and in the vallies be- tween them. The composition of the quality varies much — from 15 to 40 per cent, of calcareous mat- ter, and the remainder of clay and sand, with mix- tures of sand, loam, clay, and chalk, according to the nature of the animal, vegetable, and earthy matters which abound in the locality, and which have been collected and decomposed together. Separate and distinct beds of clayey and sandy marls have been found alternating with clays and limestone, of which clay is the undermost stratum, the marl being of diflferent colours, as it has been exposed to the elements composing and surround- ing it — the redness showing the presence of iron, whiteness that of calx, the blue and yellow showing the clayey composition mixed with other substances. It is sometimes found very hard to dig, with lumps of chalk and limestone in it, lying under stiff clays and low black grounds, and very compact and greasy ; sometimes flaky, smooth, and red in colour, crumbling, and of a very good quality. Other kinds are slaty, and of the shape of flags, and of a bluish colour; are easily dissolved by the action of rains and frosts, and are of good quahty. Marls are well suited to be used as a manure in top-dressing lands, as the substance crumbles by exposure, and the particles are most minutely divided. The most preferable application consists in laying it on grass leys in the end of autumn or in the early winter, when the herbage will be of little value, and when the changes of the weather will eflfect the decomposition of the marl by the time the grass shoots in the spring. It will thus secure an even spreading over the surface ; and the bush-harrow and the roll being afterwards em- ployed, the particles will be well reduced and pressed into the soil. The crop of grass will be greatly improved, and when the land is ploughed for a grain crop in the following season, the marl will be thoroughly matted in the turf, and the ve- getable sward which it has raised will most mate- rially promote by its decomposition the subsequent fertihty of the land. This mode attbrds time for the crumbling of the marl, and it raises a close vegetable growth on which the future crops depend for nutriment. The substance that is used for top- dressing cannot be incorporated with the soil from want of arable culture, and consequently the eflfects depend on the influence which it is able to exert on the materials with which it comes into contact. By raising a large quantity of grassy herbage in the shape of roots, leaves, and culms, it aflfords, by the decomposition of these substances when the land is ploughed, a vegetable " pabulum" to the grow- ing crop, to which no manure yet known is supe- rior, if any one be equal to it, either in power or durability. Consequently all top-dressings of an earthy nature should be used with the view of pro- ducing this vegetable growth for the support of future crops. The quantity of marls used in this way on grass lands may be stated at an average of 40 to 60 cart-loads of two horses. The use of marls on the fallows of barley and turnips in the spring admits of the better mixing with the soil, provided the suitable reduction of the marl be accomplished, which may be done by ex- posure, if the weather be favourable, before the last ploughing of the land, and when the nature of the marl itself favours the dissolution. It is often ne- cessary to go over the work and break the lumps of the marl with hand mallets. The weather is the best operator, and the time of exposure may pro- duce some useful reciprocal actions. In whatever manner marls are applied, it is most absolutely ne- cessary that the substances be reduced as fine as possible by breaking the lumps, spreading it evenly by harrowing and rolling when dried after rains, and by being ploughed into the ground by means of a shallow furrow. Some marls will crumble to powder immediately on exposure, or very soon after ; others require the changes both of summer and winter, and also much attention in improving on the action of the weather, by breaking, harrow- ing, and rolling. The effects of marls have been much the greatest on dry heathy grounds that have been converted into arable cultivation, and on sandy loams ; and on all sandy lands generally the applications have been very beneficial. On raw damp loams reports THE FARMER'S MAGAZINE. 109 are less favourable; the marl attracts moisture, and thus increases the poachy looseness of the land. Clays are much improved by large quantities of marl; but the clay must be well pulverized in order to facilitate the incorporation with the marly sub- stance. Practice directs the use of clayey marls on all light lands, and the application of sandy and shell marls to heavier lands ; but all these sub- stances have been found useful on any soils when judiciously employed. Marls are often made into composts with earths and farm-yard dung, either in layers in the heaps or in the bottoms of the fold-yards, where it will be soaked by the urinary juices, and afterwards mixed with the mass. It is thought that such a preparation is more eifectvial than marl by itself. Frequency of marling may produce a hurtful loose- ness in the land, which is very easily removed by the pasturing of the land in rest for some few years. The avaricious use of the plough has produced the trivial hurtful effects that have been observed from the use of marls. The action of marls is usually attributed to the quantity of calcareous matter which they contain, and to the change it creates in the land by a me- chanical action, and a mucilaginous matter that is derived from the exuviae of animals. The ex- tremely minute blending of the ingredients of marl has been supposed to constitute the fertilizing qua- lity— each particle having the power of exerting its peculiar property on the soil and on each other, and of retaining or giving out the substances they may form that are favourable to vegetation, by the different agencies and combinations. The clays impart moisture to the sandy parts, and the sand prevents the clay from being too adhesive; and thus the respective qualities are exerted advanta- geously on each other. An oleaginous nature has been discovered in its composition, arising from the mixture of the substances with animal and ve- getable matters ; and to this property much of the fertility which it produces has been ascribed. It is also thought to be an absorbent earth, composed of clay and limestone ; and that the useful quality is derived from the very intimate mixture of these valuable ingredients. The quantity of calcareous matter is no certain criterion either of the quality or effect of any sub- stance. A mineral acid will show the presence of calcareous matter, but affords no directions either of the general quality of the substance as a fer- tilizer, or of the quantity that will be required to produce a result. The quantity of calcareous mat- ter is no certain criterion either of the quality or of the effect ; for the marls that effervesce little or none by the application of an acid are good ma- nures ; and marls of great difference in colour and in chemical composition have been dug from the same pit, where they lay contiguous and almost mixed with each other, and have shown no discern- ible difference of eff'ect on any crop when applied in equal quantities on the same soils. On coarse heathy pastures an application of marl produces the usual effect of calcareous matters, in banishing the rough foggage and substituting a close sward of finer grasses. This result will be obtained by the use of any substance, provided it be properly prepared for the intended purpose. Marls exposed for years retain the same proper- ties as when newly dug, do not effervesce after cal- cination, and good marls feel greasy when touched, and friable when dry, and the land is generally good above them. The red and blue colours, with yellow veins, are found to be the best in quality. Marls are known by breaking into small pieces from exposure, by the crackling of the particles of dry marl in the fire like salt, and by throwing up bubbles to the surface of the water by which it is covered, and by gradually dissolving, and forming with the water a soapy substance like a paste, and not imfrequently of a liquid nature, the marl re- maining dissolved and suspended in the water with- out any coagulation. But water alone will produce bubbles when poured on certain dry clays ; and hence it is recommended to subject clays to water for a time before being tested by an acid. Marl contains no alkahne salt, as it imparts no quality, smell, or taste when digested or boiled, and has nothing that is soluble in water. Muriatic acid may be apphed till the eff'ervescence ceases. The loss of weight will show the quantity of air expelled, and the remainder is earths. The quantity of cal- careous earth may be ascertained by dissolving the marl in muriatic acid, diluting the hquid with water, passing it through a filtering paper, and then precipitating the calcareous earths from the clear liquid by a solution from some fixed alkahne salt. Marl is a heavy body, and, being used in the crude state, it is not, like lime, lightened by inci- neration, and rendered more conveniently portable. It is, in consequence, usable only in the vicinity of the localities where it is found, and where two journeys can be performed in a day. Reckoning on this convenience, the cost per acre cannot be stated below £4 ; and in most cases it will be above that figure. But, on the other hand, the advantages from the application are amply sufficient to repay that amount of expense, in very greatly improving the texture of light sandy lands, by consolidating the materials, and by attracting moisture ; and on grass lands by bringing forward grass plants of a better quality, and in raising a thickly-matted quantity of grassy herbage to afford food for the following crops by the future decomposition. On no THE FARMER'S MAGAZIN!-:. all grass lands that are intended to be i)loughed for crops, the top-dressings should be a]iplied at least one year previous to the land being broken up, in order that the vegetable food may be provided by the etfects of the dung upon the surface. This jioint is very generally neglected. It has been very plausibly conjectured that marls are a natural compost formed of calcareous and other soils, and that the fertilizing property consists in the very minute blending of the particles, which almost escape detection by the raicrosco])e. This supposition very strongly confirms our earnest re- commendation that all earthy composts be very finely jjulverized, in order that the comminuted in- termixture of the ingredients may yield the reci- jirocal action of the ultimate elements of matter. An idea gathered from nature not only strengthens and brightens experience, but advances the theory and ennobles the art. Chalk. " Chalk" is a calcareous earth, and the most stratified recent formation of carbonate of lime. It is divided into hard and soft chalk, and rests on the third sandstone formation ; effervesces strongly with acids, and is distinguished from magnesia by not being disturbed by the caustic volatile alkali. Specific gravity, 2-252 : 2*316 : 2-657 : 2'226, and contains : 56-5, or 53'0 43-0, or 42-0 0-5, or 3-0 Alumina 2"0 Lime Carbonic acid AVater 100-0 100-0 Hard chalk is burned like lime, for building purposes ; and soft chalks are used in top-dressing arable and grass lands, as clover leys, stubbles in- tended for wheat, and on bare summer fallows. It should be dug from the pits in autumn, and laid at once on the land to be dressed. The rains and frosts will be useful in pulverizing it ; and what is left vmreduced must be broken by means of axes and hammers. Some attention is required in getting chalk properly pulverized. The fat, unc- tuous kinds soon crumble on exposure ; but the harder sorts require longer time and much labour. The quantity laid on an acre varies very much, ac- cording to local circumstances. A medium may be stated at 40 to 50 cart-loads, and from 8 to 15 loads of a waggon. The expense of carrpng a crude heavy article very much restricts the use of the substance, and chalk in the original state falls under the list of these materials. The use of chalk as a top-dressing is best obtained in the form of a compost mth earths and peat, as is the case vnih all calcareous substances. It is a mild agent, and possesses no destructive solvent quahty, which altaclics to the limestones after undergoing the action of fire. In an unmixed state, chalk absorbs moisture, and attracts acids which hasten putrefaction ; and the mechanical ac- tion lies in uniting with clays, and forming a re- semblance of marl, and preventing the stubborn hardness of the land in summer, and the wet adhe- siveness in winter. On grass lands, it has the usual ])roperty of a manure of any kind, in banish- ing the coarser herbage, and bringing in the place of it the white clovers and grasses of a sweeter quality. Chalk has a very strong affinity for water, and consequently is most useful on dry lands and gravels by attracting and retaining moisture for the use of the growing plants. And this use is very much assisted by being mixed with earths, and brought into contact with animal and vegetable remains in a state of minute subdivision, which settle downwards into a stratum round the roots of the plants, and forms the source whence the nutri- ment is drawn, and which was formed by the ap- plication. Hence arises the superiority of earthy substances, for the purposes of top-dressing, over the effects of caustic stimulants. The latter exert a passing influence on the growing bodies of the J moment, but leave no residuum as a source of fu- i ture use. At a minimum calculation, the expense of a dressing of unmixed chalk cannot be less than £4 per acre, or 40 cart-loads of 2s. each. This amount supposes a favourable contiguity of the chalk and of the land on which it is to be used. When made into comjjosts, the expense will be very similar, as the smaller number of cart-loads per acre will meet the cost of collecting the earths and turning over the heaps. In very many situations the cost will be considerably above £4, owing to the expense of carriage, and the quantity of the article that is re- quired to produce any effect. If this quantity be not large, the ex])ense will be wholly lost ; for quantity is most imperatively required, in many cases, to rise to a superior affinity. The most im- portant recommendation must not be omitted — that all aggregated bodies that are used in top-dressing must be reduced to a finely-pulverized state. Lirnips of chalk will lie on the surface of lands without being broken ; the plough and the harrow turn them over, and the roll presses them into the soil ; but the purpose will be entirely defeated, un- less the body be finely reduced. Well-prepared composts have an advantage in this way. On soils of the lighter description — sands, loams, gravels, and €ven on chalky lands, very great im- provements have been done by large applications of chalk, the effects of which have not ceased with a few crops, but have operated like all calcareous substances in imparting properties to the land that THE FARMER'S MAGAZINE. Ill it did not before posses-s, and at the same time in- creasing the quantity of every crop. The quantity applied must be large ; and when used for top- dressing grass lands, it must be applied one year or more before the land is ploughed, in order to raise a close, grassy sward, which by its decompo- sition affords the food of the future crops. This vegetable stratum, in its formation, constitutes the value of earthy top-dressings. Chalk is a heavy body, and is not much used, and less in the native locality than at distances to which it is carried. Cla-y. Clay is a mixed body, mostly composed " alu- mina, sulphuric acid, and v/ater." It is found in vast beds in the alluvial deposit of the tertiary for- mation, of which chalk, or the most recent condi- tion of hme, forms the basis, and is much mixed with other bodies in different states and combina- tions. The prevaiUng colour is brown or reddish brown, yellow, and sometimes bluish. Sandy, gravelly, often solid, more or less unctuous, and soft to the touch ; often friable and dry, breaking into small lumps, containing more silex, and loses its plasticity; and perhaps no body is found in a greater diversity of composition, in soils and in slates, and in all argillaceous formations. It enters into all good lands— in fertile soils, from 9 to 1.5 per cent. ; and in barren lands, from 20 to 40 per cent. The absence of it forms a soil too dry and porous ; and a superabundance of it constitutes a soil too wet and cold when in a moist state, and contracts and hardens by heat into a condition that is adverse to vegetable life. Clay is found cal- careous, meagre, and unctuous, effervescing with acids, rough and gritty, and containing a greater quantity of alumina. The purest specimen contains upwards of 60 per cent, of sand, and is always mixed with mineral, animal, and vegetable sub- stances. The aluminous base inbibes 15 times its own weight of water, and retains it with great ob- stinacy. Like other substances, the quality of the clay, the mode of its combination with other substances, and the exposure of the combined elements, render it a fertilizer, both in the simple state and in the condition of a " compost" with other substances. When found of a clammy or indurated texture, great difficulty is experienced in reducing the sub- stance to particles that can act with and upon the other elements with which the contact will occur. But with calcareous clays the process is easy. The mass is friable and crumbling, and the dissolution is so fine as to allow an intimate incorporation with the soil. Accordingly, very great improvements have been effected by excavating clays of this na- ture, and laying large quantities of it on the surface of light lands. A moist quality has been given to the sandy soil, and more firmness and a greater consistency. The quantity must be liberal — from 100 to 160 cart-loads to an acre — and must be at- tentively used in the breaking and spreading of the pieces. On the other hand, ferruginous clays, and those of a white sandy and gravelly nature, are po- sitively pernicious, and require a mixture with sub- stances of a better quality, to correct the noxious propert)', and also an exposure to atmospheric ac- tion, to extract and dissipate the hurtful effluvia. A total alteration must be acted upon the consti- tuents before clays of that nature can be made fertile, either as a cultivated soil or as an applica- tion to other lands. Sulphuric acid in any form or combination is noxious to vegetable life, and in preparing clay for the purpose of acting as a manure that hurtful in- gredient must be banished, and more friendly qua- lities introduced. The Quantity of acid and water amounts to two-third parts of the constituents of pure clay, and being in combination, the destruction of both elements must be effected. Some body must be applied that will act violently and forcibly in disintegrating the mass of clay, in sundering the particles, in banishing the existing properties, and in conferring more valuable qualities, by means of reciprocal action and mutual combinations. For this purpose no better agent has yet been found than caustic lime in a state of hot shells newly burned. Lime is the oxide of " calcium," one of the newly discovered terrigenous metals, which contains in 100 parts about 38 of oxygen. An oxide is a sour pungent body, which draws off every volatile substance without fusing the primitive body ; it is the circumstance or state of change, while calcination is the mode of effecting it. By the application of a violent heat, lime loses the water of ciystalhzation, and the carbonic acid gas is expelled, which in combination with the earthy base formed the neutral salt known by the name of the carbonate of lime. In the newly-burnt state it forms a strong caustic, and has a verj'' powerful corrosive quality, and the alkaline character of turn- ing vegetable blues into green. After being ex- posed to the air for a determinate time, it imbibes carbonic-acid gas from the atmosphere, and be- comes mild hke pounded limestone. Lime is a homogeneous body, and will exercise a chemical action on all substances in contact, for all bodies of simple constituents have an aptitude to enter into combinations, and to effect decompo- sitions, and the results will depend on the strength of the respective actions. The clammy and indu- rated clays which are the most abundant must be laid in an oblong heap of about six feet deep in the centre, and sloping at the ends, which will permit the carts to pass and lay the loads of lime upon the 112 THE FARMER'S MAGAZINE. surface. The lime must be in the hottest possible state, and the clay may be in any form, dug from the beds of deep deposit, or from the surface ground of soil in mixture, and consequently with a portion of animal and vegetable matters. The heap of clay must be turned over and mixed regularly with the shells of lime in the proportion of two to three, and the sides of the heap sloping all round in order to allow room for the swelling of the mass. AVhen moisture touches lime in a newly- calcined state, a hissing noise takes place, a swelling follows, vapour arises, much heat is evolved, and light is emitted in dark situations. In most cases the water that is contained in the clay will dissolve the lime, if sufficient care be used in mixing the heap that the lime does not lie in dry masses, but is touched by the clay in every shell of its form. The heat that is evolved penetrates the harsh mass of the clay, and the acid and the water are expelled by its action, and are dissipated along with the water of the lime, which escapes in the form of va- pour. The aluminous base of clay being thus freed of the acid and the water, which rendered it harsh and rigid, immediately assumes a mild gela- tinous form, and being united with the lime, which is now mild by the absorption of carbonic-acid gas, the combination becomes a saponaceous mass of an unctuous nature, which is loosely connected, and easy of decomposition. The harsh properties of both the constituent bodies have been expelled by mutual action, and milder qualities have succeeded. After the dissolution of the lime shells has been completely effected, and no more heaving of the mass takes place from the swelling of the lime in bulk, a time may be allowed to remain in quietness for the purpose of settling the combination after the union has been effected by the violent intestinal motions that have been provoked by the action of the bodies singly and on each other. After re- maining in a quiescent state for an indefinite time, the heap must be again turned over, and the mate- rials very intimately mixed by breaking the lumps, and placing in the centre of the mass the materials that have been exposed on the outside, and conse- quently will be less decomposed. This movement of the heap will provoke new affinities, produce fresh combinations, and effect additional results. It must be done with much care in reducing the elements to fine particles in order to bring the bodies into contact in the nearest possible ultimate form, and at insensible distances. Unless these conditions be effected, no useful combinations will happen. It will depend on the state of reduction which the mass of materials exhibits, if it be necessary to turn over the heap the third time ; if it be finely pulve- rized, the necessity will not exist, after it is seen to assume the form of a saponaceous unctuousness, for the beginning of this condition shows that the aflinities are exhausted, and that the results of their action are settling into the newly produced state of existence. Hut if the materials still appear to be crude and harsh, and if the lime still exists in the dry granulated form as it falls from the dissolved cinder, the heap may be again turned over with ad- vantage. The lime is still hot, and will emit caloric, which will enter into and dilute the bodies, separate and dilute the particles, diminish the at- traction for each other, and proportionally augment the attraction of the particles of adjacent bodies, and consequently produces combinations and faci- litates reciprocal unions. This principle shows the necessity and advantage of the frequent stirring of mixed bodies. Mixtures of lime with earthy bodies will require two or three turnings, according to the original state of the materials, if they be coarse and lumpy, or fine and easy of pulverization. After eveiy mo- tion has ceased, by reason of the noa-generation of heat, the materials will become a saponeceous unc- tuous mass, and will afford a mucilaginous ma- nure, which is very easily decomposable, and appli- cable to any purpose of fertilization. The period of time of one year at least will be required to produce a mass of mild and easily soluble materials from the agency of caustics on the crude and harsh earthy forms that contain both volatile and fixed principles of very inveterate hostility. When the mixing of the different bodies is made in summer, the compost will be ready for application in the autumn of the next year, after the hay crop is got, or on pastures somewhat later in the season, when the cattle are housed. An equally good sea- son occurs in the early spring before the grasses begin to rise ; but the period of autumn may be preferable in the compost keeping the roots of the plants warm during winter, and affording an earthy bed for the spreading of the creeping shoots of the fibres. In laying the compost over grass lands of old or young duration, carts with broad wheels must be used, with a tire of at least five inches in width. The compost must be spread from the carts by two persons provided with shovels, one on each side to the right and left, over a space of ground in three yards of width to each person. When the earthy mass is laid on the ground in heaps, and afterwards spread, the bottoms are dif- ficult to be cleaned out, and a tuft of herbage grows from the extra quantity of the manure that is left on the spot. By spreading the compost from the carts a superior evenness is obtained, and the work is finished at once. After the compost has been laid on the surface of the ground, in order to expose the cloddy par- THE FARMER'S MAGAZINE. 113 tides to the action of the atmosphere, the bush- harrow will be very usefully applied in breaking into pieces the lumps which will be formed, and in tending to distribute the mass equally over the ground. For this purpose the harrowing must be done across and lengthwise, so as to act in both directions. When the surface has become tho- roughly dry, a heavy roll must be appUed, which will level all inequalities, and press together the earthy compost and the roots of the plants. The roll must be very hberally used, both in the autumn and in the spring ; one, or even two apphcations may not be sufficient to produce a close bed for the roots of the plants in contact with the manure, and also level against the penetration of drought. The quantity of such a compost manure to be used on an acre may be stated at the average of 40 one-horse cart loads, and the cost at 2s, per load, or £4 per acre. Very much of the effect of all manures is lost from want of quantity ; the che- mical combination of bodies is often produced by the addition of one or more substances, which alter the mutual relationship, and in changing state they also change capacity. Different effects are also produced in different situations, and the quantity and degree of the exertion of the power depend on various and changing circumstances. Besides the quantity and the quality of the substances, much influence is exerted by temperature, by electricity, and by mechanical pressure, by insolubility, and by other causes arising from peculiar circumstances. The compost manure, which we have now de- scribed, being a cool mass, will be best used in cool weather, when the solubility will not be too much hastened by the violent heats, nor be retarded by the pinching colds. A gradual decomposition will best answer the purpose of the assimilation of the elements to the condition of food of plants. The value is very great of earthy composts pre- pared in this way, for being used as top-dressings on grass lands of all kinds, and also on fallow lands. Not only the common herbage is increased in quantity, but the quality is very much altered by the invariable result of grass plants of a better kind being brought forward and established on the ground. It is a very beneficial practice to sow the seeds of the better grasses on the top of a liberal ap- plication of a good rich earthy compost, and to have them pressed into the fresh earthy stratum by the heavy roll. Inferior grass lands may be very much improved in this way, and at a very moderate cost in the purchase of the lime and the price of the grass seeds. In every case of application the com- post of lime and earth is much superior in effect to limo by itself, especially on lands of an inferior de- scription. This truth has been settled beyond all dispute. The burning of clay for the purpose of being converted into a manure has been often tried with much boasting confidence. By the application of a smothering fire the earths are divided, and reduced into minute particles, and invested with an unknown property which substances acquire that have un- dergone the action of fire. In this state it is sup- posed to attract and retain ammonia that is con- veyed to the soil by rain-water, and thus affords to plants the nitrogen contained in the ammonia or volatile alkaU. Clay is the oxide of " aluminum" (one of the newly-discovered terriginous metals), and is composed of silica, alumina, oxide of iron, and some little inflammable matter, and probably some other substances, but in a very minute ratio. The combination of alumina ^vith the oxide of iron produces the well-known earthy smell of clays. An oxide is a sour body, and oxidation is the state of change that is produced by calcination, which draws off every volatile substance without fusing the primitive body. An oxide is heavier than the primitive body, by reason of the quantity of oxj^gen which has been absorbed. The action of fire on clay will further oxidize the residual calxes that compose it, and must contain none of the elements of vegetation — a property which belongs to all bodies that exist in that state. Very much, if not the whole value will consist in the composition of the clay itself; and when it is taken from the sur- face of the ground it will contain both animal and vegetable matters, and the ashes will be of the usual nature after burning. The practice of burn- ing clay by itself has wholly sunk in repute, as it never had a legitimate existence on scientific grounds. A metallic base that has been divested of every other ingredient can form no fertilising substance, and the preparation adds very consider- ably to the lessening of its value. On the other hand, alumina has a very strong affinity for lime ; and hence the very beneficial results that attend the reciprocal action, and which arise from the union of the combinations. On the subject of using clay it may be added, that the clods of clay-land fallows may be very ad- vantageously pulverized by being laid in heaps and mixed with the shells of hot lime, and which are dissolved by exposure, or by the application of water. The damp heat exhaled by the lime will produce a smothering effect on the clay, penetrate the tough mass, and impart a fertilizing property to the mixed substances. The lime and the clay will be pulverized together, and most minutely blended and mixed in a manner that is otherwise impossible. This mode of using clay has been seldom noticed and little practised ; but of the value of the application no doubt can be entertained. Clay has been laid upon longitudinal heaps of 114 THE FARMER'S MAGAZINE. hot dissolving lime, and it is benofited by lli,^ pene- tration of the (lamp vapours from the bursting of the limeshells ; it is afterwards removed and used as a manure. Little certainty is known of this way of using clay. The quantity of lime must be very considerable in order to pierce and crumble a tough mass by means of the damp exhalations. The du- ration may be doubted of the fertihzing quality that is communicated to the clay by the volatile elements of the caustic lime. In mixing clays with lime in order to form the compost as now recommended, the special atten- tion must be directed to the laying the clay and lime together in the hottest possible state after the lime has been burned. The dissolution of the shells by the eftect of moisture emits much heat, which penetrates and crumbles the tough harshness of the aluminous mass, and reduces it to the con- dition of being combined in a milder and a more useful form. If the lime be allowed to lie exposed and becomes mild, it loses the character of a caustic solvent, and assumes the state of an earthy ingre- dient. In this form it does not act on other bodies, and enters only into a mechanical mixture with substances that are pulverized in a similar state. The clay is usually in the form of clods and lumps, and requires a powerful solvent in order to disinte- grate the mass and sunder the particles. If this reduction be not effected, the lime merely adheres to the outside of the clods : no combinations are effected, and no results are produced by the union of the different bodies. It is an object of the very last importance that the ultimate elements of bodies be brought into contact at insensible distances. The surface of one body being presented to the aggregated mass of another substance affords no opportunity for reciprocal action, the distance is much too great, and the efficacy of combination is in the inverse ratio of the affinity of aggregation; and the greater the latter power is, the less effica- cious will be the power of composition. Hence pulverized lime being brought into contact with lumps of clay, can exert no useful influence, and merely gilds the clods with a whiter varnish than they before possessed. This principle is equally applicable to the use of lime on rough clay fallows ; the lime is in fine particles and the land in large lumps, and consequently no reciprocal action can happen : the lime is powerless from want of o])por- tunity, and the soil is formed into masses which admit no influence of exterior action. Hence it would answer a very beneficial purpose to form heaps of the clods of fallows mixed with limeshells, which, by bursting and evolving much heat, would penetrate, crumble, and pulverize the clayey lumps, and reduce them to ashes, and mix with the granulated particles of the lime in the most extreme comminution. Peat might also be reduced to ashes by means of the shells of hot lime ; and during the process some useful combinations may happen be- tween the lime, the clay, and the moss. Bodies that undergo in conjunction the powerful influence of fire, will have a better opportunity of forming new states of existence than when brought into contact after the action has ceased, and the mutual change of condition has taken place ; the suscepti- bility is cooled by exposure, and the homogeneous qualities are quickly lost, which enable bodies to attract each other and to enter into combinations. Fire is a most violent agent, and the results of its action must be applied immediately on being pro- duced, and before the nature is altered and neu- tralized by the introduction of adventitious elements. In the case of using lime and clay in conjunction, the quick use of the lime in the hot caustic state is the primary consideration in forming the useful compost by mixing the two substances. " Farm-yard dung" is sometimes used for top- dressing grass lands ; and experience has now de- cided that it is best applied in the unprepared state, consisting of straw and excrements, as it is pro- duced in the dung yards. It is most beneficially used in the latter end of autumn or in the early winter ; and by the time the grass shoots in the spring, the faeces will be partly decomposed, and will have subsided into an earthy stratum that holds the roots of the plants : the strawy part will have afforded shelter and warmth to the vegetable layer, and when the vivifying heats of spring com- mence, the effects will be protruded with much vigour. In the early spring, any roughness that remains on the surface must be raked off, and the application of a heavy roll will level the inequalities and press to the roots of the plants the earthy de- compositions of the faeces from the effects of the action of the winter's vicissitudes. The quantity must be such as will cover the surface evenly and closely when spread by the fork ; and care is to be used in breaking the lumps and laying the mate- rials very evenly over the ground ; and when the strawy covering is removed in the spring, the com- binations that have been forming during the winter will be ready for development in the promotion of vegetable growth. New seeds intended for hay are most wonderfully benefited in this way. As the excremental part of the manure contains an earthy residuum, the seeds of the better grass plants will be very beneficially sown in the spring, and rolled into the ground. Tlie other substances that are used for the pur- pose of top-dressing lands may be divided into the two kinds of " earthy" and " pulverulent ;" the former existing in the condition of a bulk of more THE FARMER'S MAGAZINE. 115 or less size, and the latter in the state of the resi- duum of combustion. " Human fccces" and the dung of the smaller animals are very strong in nature, and emit very disagreeable effluvia. They are best mixed with fine earths, which absorb the liquid part of the excrements, and reduce the noxious smell. In that condition a very useful compost is found for being used in the common way. The dung of pigeons is particularly strong. " Coal ashes" are very beneficially used on all sour pastures. They are best reduced by being broken by spade and mattock before the application. The quantity is from 60 to 100 bushels to an acre. " Salt," " saltpetre," and the " nitrate of soda," are fossil substances, and after being comminuted they exist in the form of granular or cubical masses. They are best sown by hand, from baskets, on grass lands, and on grain crops in a young state. Being deliquescent, rains wash away the substance; and the effects of the application as a manure are not great. It must be held as a rule that all bodies of an earthy nature must be comminuted as much as possible, in order to be beneficially used as top- dressings. Among pulverulent bodies " gypsum" has been partially introduced as a fertilizer. The substance is the sulphate of lime, or the earthy base in com- bination with sulphuric acid. After burning it falls into powder, and has been applied to young crops in quantities of six and eight bushels on an acre, but with very uncertain success. The opinions and the results are very contradictory ; and do not obtain a place for gypsum among certain and trusted fertihzers. " Soot," and " vegetable ashes," are pulverulent bodies, and are sown by hand on young crops of the culmiferous and leguminous kinds. The quan- tity used on an acre averages 40 to 60 bushels. The effects are very quick and very large, but last only for one year. Such bodies i-equire no prepa- ration but to be kept dry, in order to prevent the " clotting" by moisture, and thus prevent the equal distribution. Moist weather is necessary to the action of the elements, which can be studied in choosing the season of the application. The latter end of April and the first part of the month of May is the most common time of using these light sub- stances. Dews and light moistures fasten the light bodies on the leaves of the plants : heavy rains are injurious, in washing them entirely away. For top- dressing vetches they are most peculiarly appli- cable, and very highly useful. All pulverulent bodies are best used on crops of one year's growth, as grains and vetches : the effect is quick and transient, and is confined to one crop. Earthy bodies, that are decomposable and leave a residuum, are best applied for permanent purposes on grass lands, where the use extends to a length of time. ON TRENCHING LAND. TO THE EDITOR OF THE FARMER'S MAGAZINE. Sir, — After draining, all soils should doubtless be deepened ; but, from the various practices we see around us, it appears that few are agreed as to the best and cheapest method of doing so. Some use the subsoil plough, some the spade, some the fork. Now, as it is highly desirable that all who have tried any experiments as to the comparative results of the different plans should, through your columns, communicate them to their brother farmers, in order that errors may be avoided, and the best method adopted, I venture to hope that some of your correspondents will give their opinions on this important subject in your Magazine for March. As far as my own observations go, I am inclined to think that in a hard, clayey, stony subsoil, trenching with the spade or fork must be a better plan than subsoil ploughing. It is more expensive, I grant, but it is also more effectual. But the cost is a serious consideration, and writers and farmers differ as to this as much as to the method. To show this I shall give two extracts. Mr. Garnett, in his " Lancashire Farming," inserts a communication from Mr. Hinde, as follows : — "In the winter of 1847, and spring of 1848, I trenched and drained six acres of old ley, and trenched 4 acres 1 rood 35 poles of oat-stubble for green crops, the account of which I give below. The plan I proceed upon is, to set my trenching in beds of seven yards wide, the fall of the land, a drain being cut on each side of the bed. I provide, in the first instance, stones for the first two or three drains, and then commence trenching to the depth of the soil only, breaking up the subsoil 10 or 12 inches with a pick, and throw all tl;e stones on the top of the trenched land. This year I have used strong forks, about 7 lbs. weight, with a projection at the back in this form T, in order to give more leverage. I prefer them to the pick — being, I think, more effectual, and easier for the men. Whilst the trenching is going on, I have other men cutting the I 2 1 1() TIIK FARMER'S MAGAZINE. drains in the entrenched land, and the stones on the trenched land are wheeled in barrows to the drains, the land abounding so in them that they have seldom to wheel them more than 14 or 20 yards, so that I hardly ever have a horse and cart in the field. I believe this plan to be the cheapest and most effectual for my land, and I have given up tlie subsoil plough. The trenching is done by the customary measiu'e of seven yards square to the rod, or fall, as we call it; the jjrice Sd. or 9d., at M'hich jirice a good man can earn 2s. to 2s. 3d. per day; the drains are cut by the rod of seven j'ards long, tliree feet deep for stone soughs a^ 7d., and 30 inches deep for i)i|)e tiles at o^d.; the soughs are made, tiles laid, and stones filled, and drains filled up by day work. " Expense of draining, at 30 and 3G inches deep, and seven yards apart, trenching, &c, sir statute acres of old ley on EUel Moor : — £ s. d. Grubbing whins 2 5 0 „ alder bushes .... 112 9 TrenchingbQ^ falls of seven yards square, at Scl 19 13 8 Cutting GS5 roods of drains, at 6d., tiles, stone breaking2r53 cubic j^ards, laying tiles, filling up drains, &c .'. . . 45 IS 11 Labour, getting up large stones and p.ldcr bushes, not let by contract .. 10 0 0 £79 10 4" With your permission, I shall now give an extract from the first edition of the " Book of the Farm," in which Mr. Stephens, at i)age 1334, says : — " A method of trenching land has been recently introduced into Scotland, which deserves attention, both on account of its efficiency and cheapness. It consists of marking off a piece of rough ground equal in breadth to a future ridge. A trench of about three feet is then marked oft" v.'ith a line across the ridge-breadth, and notched with the spade. Tb.e first spit of earth which re- moves the surface of the trench is carried off to the side of the field where the trenching will terminate. The first spit, when removed with a trenching spade, will be from 10 to 12 inches deep. The trench being thus cleared of its upper surface, its subsoil is stirred with graips, or foiks, as they are called in England, having long and strong prongs, 14 or 15 inches in length. The graips are used in the same manner as the spade ; but instead of the earth being lifted up whole, as with the spade, it is cut in pieces v/ith the prongs, except in strong clay, and every stons in it is brought to the surface. The earth not being lifted uj) and turned over, the labour required to stir the subsoil 15 inches deep is not greater than ordinary delving of the ground. Tn stirring the subsoil with the ^raip, the two men employed work side by side, and assist each other in breaking the ground when it rises in lumps, or in bringing the larger stones to the surface. After the trench has been gone over in this manner, the stones are laid along the side of the ground which is being trenched, and also of the last trenched ridge. Another trench is then lined off and notched, and the soil removed by the spade, and placed with its surface undermost upon the subsoil which has just been stirred and freed of stones by the forks. The advantages of this mode of trenching is apparent, in its keeping, in the first j)lace, the subsoil undermost, while, in the next place, the ground is entirely stirred to the depth of at least 24 inches, and wholly freed of stones ; and this, in tlie last place, is a great advantage in new trenched ground, which is not easily passed over with loaded carts. The stones being laid in a row at every breadth of a ridge, are ready for the use of drains, and this trouble is included in the cost of trenching, and is a deduction from its cost; and in most strong soils as many stones will be obtained in this manner as will sufl!ice to thorough-drain the land ; but if not, sufficient will be found to form a protective covering to tiles and soles. Men under- take to trench ground in this manner for £2 8s. the imperial acre, and this being the case, it is a much cheaper, and a far more efllicient, mode of bringing in roucih ground, than by any application of the plough." I lately walked over a gentleman's farm in Here- fordshire, where I saw two men trenching land IG inches for 7d. per square ])erch, or £5 per acre. The operation was performed as mentioned in the above extracts, the surface soil kept on the surface, and the subsoil dug with a draining spade. It ap- peared to me to be an operation which upon that hard clayey subsoil must pay, notwithstanding tlie expense. This land had been thorough-drained on the Deanston plan. Now, the trenching being (after draining) a permanent improvement, 1st us see what interest the owner is likely to get for his money. I have made the following calculation, which I think must be within the mark : — ■ £ s. d. First year, 4 tons of swedes extra 2 0 0 Second year, 4 bushels of barley extra. . 0 110 Third year, 4 cwt. of clover extra 0 12 0 Fourth year, 4 bushels of wheat extra . . 10 0 £4 G 0 being something like 21^ per cent, on the outlay. There is, however, too much difference in the ex- pense to satisfy me ; for instance — £ s. d. Mr. Ilinde gives 3 5 7 per acre. Mr. Stephens 2 8 0 Mr. . — — 5 0 0 THE FARMER'S MAGAZINE. 117 I should observe, however, that the last price was given me by the men themselves, and not by their employer. Hoping that your readers who have been trenching will ^ive their experience, I remain, sir, yours, &c., J- "• December, 1850. THE TURNIP-FLY AND THE MEANS OF ARRESTING ITS RAVAGES. Amongst the very useful societies which are at work throughout the country, we hardly think there is one which for the same small amount of income efTects so much good as the Chemicco-Agri- cultural Society of Ulster, Hailing, as we always do, anything calculated to benefit the sister island in her agriculture, and consequently in her arts and morals and civilization— for as sure as agriculture becomes a scientific pursuit, so sure will these fol- low in its train — we rejoice to find this invaluable society still at its work of improvement ; and the articles in its paper, the discussions at its meetings, and, above all, the presiding genius of Professor Hodges, its chemist, show that, with means ri- diculously small, it has accomplished and is accom- plishing wonders. At the risk of appearing to prefer " pork in the dog-days," we cannot help, even at this season, alluding to a discussion which took place before the Society on the turnip-fly, and the means of arresting its ravages, because the good sense of the remarks made, the intimate acquain'ance with the natural history, habits, &c., of that insect, were most creditable to the speakers, and would do credit, in fact, to t\\e conversaziones of the Entomo- logical Society— if, indeed, its discussions were ever of so practical a character. We need hardly say that the insect spoken of was the flea-beetle — the hallica nemorum, a minute skipping beetle, with ten straw-coloured stripes upon each of his wing cases, which attacks the tur- nips just before the plumule is developed into leaf, and cuts and consumes the whole of the cotyledon leaves, so that the plant dies : and all this is gene- rally the work of a day. A fanner will look anxiously for his young plants — he will see them spring up with vigour and regularity — he will watch them two or three days — there is a broad. there, and eat to their hearts' content — they may do injury, but they will never destroy the cro;i. The remarks made on the natural history of the insect did credit, we said, to the speakers, and especially the paper of the Profissor. He says, as to this point, that if they examine the turnip-leaves in the months of July and August, they will find the eggs deposited, which are of nearly the colour of the leaf itself. In ten days the larva? or mag- gots, of a white colour, are hatched, and immedi- ately betake themselves to the substance of the leaf, between the upper and lower skin, and then consume the cellular substances of the leaf, forming a series of net-work in it, burrowing in a mass of sha})eless mazes, and wonderfully avoiding each other's course in the leaf. For sixteen days they thus proceed, doing httle apparent injury indeed ; and at the conclusion of this term of probation they drop out and bury themselves about two inches in the ground, there to change into the almost motionless pupa, in which they remain about fourteen days more, and at last emerge in the per- fect form. During winter it ])etakes itself to the crannies of bark of trees, stubble, &c., to be ready to emerge as soon as the lurnij) or any of its con- geners make their ajipearance, esjjecially the char- lock or wild mustard, which is the " early spring food" for a host of these vermin ; and it will often be observed that a dozen to a score of these in- sects are attacking a single plant in the month of April, and before any turnips could be available for its use. The review of the remedies proposed for this pest is very sound and practical. Snuft', assafoetida, &c., applied to the seed are very properly discarded. Nitrate of soda apphed to the seed is spoken of with more favour. Linseed oil and sulphur ap- plied in the same manner are spoken of, we think. clean expansion of leaf, and the plumule is just 1 also with deserved disfavour. Mechanical modes bursting into " rough leaf," as it is termed, when, next come under review; and the ingenious one lo! thousands of these minute insects will make of Mr. Paul, who sows a plot of decoy turnips some their appearance as if they had droi)ped from the time before he sows his crop, and then catches the clouds, and the whole crop will disappear in forty- eight hours. And if the crop be white turnips, he may sow once every day, they will never recover. If they are swedes, however, having much more ter.acity of hfe, they will survive, if only the plu- mule is left uneaten. Once let the secondary leaves be developed, and all is safe : they may be intruders in a net, is amongst the most ingenious, and not unworthy of notice. The painted board as a trap, against which the insects jump, and are detained by the paint, is also noticed ; but we fear it is but an ineffectual remedy. The most efficient cure, however, depends on two facts— first, to keep the land as clean of char- 118 THE FARMER'S MA(;;AZINE. lock, parent expense being the only barrier to its universal adoption, it is evident that great advantages would be obtained, as well as efficiency secured, were Parliament to render the force general, under a uniform system throughout England and AVales ; by which, in co-operating with the coast guard, it would not only be a valuable defensive force for the country, but would also more effectually protect tl\e revenue, avoid the expense of the recriuting establishment for the armj', and cur- taU that attendant on raising the militia. I am therefore em- boldened to submit the following Scheme, lest it should be deemed worthy of attention : — " That an act be passed authorising the government to establish a uniform constabulary throughout England and Wales, with a clause limiting the number, as in tlie present Act, to one constable to a population of 1,000 (except under an order of council), which wonld afford for England, independently of the Metropolitan district, 13,000, and for AVales 1,000— making a total of 14,000 ; the annual expense of which would be about £950,000, including the mounting of 1,000. And by the government paying half this expense, and the remainder being defrayed by local police rates, the scheme would be popular, and the government enabled to make use of it in various departments ; by which the government would be con- siderably reimbursed. " If the Act under which such a force should be established armed it with the power given to the coast guard for the pre- vention of smuggling, the difficulties of smuggliug would be so much increased, that it would be seldom if ever attempted; by which the revenue would, undoubtedly, be improved, and a nu- merical reduction of the coast guard warranted.* "As government now pays all the expense of bringing criminal offenders to justice, as also that attendant on prosecu- tions, a saving would be effected by appointing barristers as public prosecutors, or district counsel and solicitors to conduct prosecutions, with a strict investigation of sums paid to wit- nesses and others, under orders of court ; and a proper system of communication in a well-disciplined constabulary distributed throughout the kingdom would insure facility in detecting offenders, aud great reduction of expenditure iu bringing them to justice.! " Were the police to recruit for the array, the present ex- pense of £22,000 per annum for the general staffof the recruit- ing service, and £6,000 per annum to the 45 subdivisions, exclusive of the pay of the officers and privates so employed, would be saved, and they would be enabled to remain with their regiments, and all the evils attendant on their recruiting would be avoided. "A well-trained constabidary of one constable to a popula- tion of 1,000 wonld afford an efficient and respectable defen- sive force of 14,000 men (exclusive of the MetropoUtau Police) which in cases of emergency could be augmented, aud armed, as may appear most desirable ; and by the government directing at its pleasure (through the proper authorities) the police to enrol and train at the respective petty sessional divisional stations, such numbers for the militia as it may deem expedient, not exceeding a limited number to the population ; as by eu- rolling five men out of every 1,000 a force of 70,000 would be raised, making with the standing constabulary of. 14,000 a total of 84,000, which would be more than double the number authorised by the present M ilitia Act (40,963) From the constabulary being of necessity generally dispersed, such facdity would be afforded for enrolling and training the men for the militia that the expense would be considerably less than any other system, and the men so enrolled would, from being brought in contact with the constabulary, render it more efficient, and afford a source from which to complete or aug- ment the constabulary or standing army, and provide * " Since this was drawn up (in 1846,) the coast mounted guard has been disbanded and the revenue cruizers reduced, which renders this more desirable ; aud I would recommend the sailing cruizers being succeeded, as opportuuities offer, by small (wood) steamers, particularly as oue of the latter would be as efficient as three of the former, and thus no additional expense would be incurred. t " When this was drawn up in 1846, the govenunent paid only half. See pailiameutary return of expense. THE FARMER'S MAGAZINE. 119 special coustables on their being required ; aud as the militia staff would uecessarily be kept up to a certain extent, the re- spective adjutants could supervise the general training ; and it is evident that an efficient constabulary, together with the facility it would aflord for embodying a militia, would render the postponement of enrolling privates less hazardous. " By the seamen serving in the coast guard being made avail- able for ships of war, the government would have at its disposal at least 3,000 seamen for cases of emergency, out of 6,000 or 7,000 officers and seamen now employed in that service. With this reserve, and by placing ia time of peace, in her Majesty's ships in commission, only half the present complement of marines, and bearing seamen in lieu, who could be withdrawn in cases of need, and the war or present complement of marines replaced, such an arrangement would place at the dis- posal of the government, crews for 8 advanced ships of the line, which would with ease be at sea in ten days ; and by the coast guard enrolling the sea-faring mcu on llie coast in like manner as I propose, the constabulary to enrol the mililia, a formidable sea fencible force might be provided for defending the coast when required, either in block ships, steam vessels, or other- wise. " That members of the county constabulary be appointed relieving officers for vagrants, which by checking indiscriminate relief, and other reasons, would put a stop to professional mendicancy, and that the discipline of the Poor Law Unions be not disturbed, accommodation for " casuals" be provided under the charge of the constabulary ; — the expense of all " casuals" to be defrayed out of the consolidated fund ; — aud that all low lodging houses be under a legislative enactment, licensed aud subject to regulations formed by the justices iu special sessions. " J.B. B. Mc Haruy, Captain, R.N., and Chief Constable of Essex." HARVESTING MACHINES, In our November number, we gave a letter from Mr, Dennison, an English correspondent, making some inquiries in relation to machines used in this countiy for cutting grain. In answer to those inquiries, we have received several communications, furnishing much useful information. In con- nection with these, we give also cuts of Mr. McCormick's and Mr. Hussey's machines. — Eds. letter from the inventor of Mccormick's reaper. Editors Cultivator. — I most cheerfully com- ply with your request, in furnishing the following "particulars respecting Reaping Machines," in answer to your London correspondent, so far as I can give the information he desires. I have manufactured at this place the three last years, for use on the prairies of the west, 500, 1,500, and 1,600 of "McCormick's Patent Virginia Reapers," and am now engaged in providing a like supply of them for the next harvest. I sell my reaper for 115 dollars cash, or 120 dollars part cash and part on time. Four horses (or mules) are required to operate the machine throughout the day, without a change, though the draft is not more than two horse power ; and it is attended by a boy to drive the team, and a man to rake the grain from it into gavels of suitable size for sheaves- Six or seven men (or " women," as the case may be) are required to bind and shock the wheat. This is the estimated labour of harvesting wheat that stands up, and yields, say twenty to thirty bushels per acre. If the wheat be heavier, and fallen, the operation will of course be more difficult, and the speed retarded. This reaper has uniformly been warranted to cut one and a half to two acres of wheat or other small grain per hour (equal to fifteen or twenty acres per day) ; to save at least three-fourths of the wheat that would be scattered by ordinary cradlinj ; and it is also warranted to be durable. Perhaps the best evidence of the satisfaction given by the reaper has been the continued large and increasing demand for it. It is constructed to cut as high or as low as required, and the suviny of wheat by it, over that cut by the cradle, is estimated at not less than one bushel per acre, and in some situations more ; the whole operation being more perfect than can possibly be done by hand-labour in any way, and without being materially obstructed by " May- weed, thistles, dock, &c." " What will be the ex- pense per acre of wheat," may be calculated from the foregoing. ITie following is the estimated cost here, as taken from a certificate signed by some hundreds of farmers who have used this reaper, viz : — d. c. Cost of cradling and binding 16 acres of wheat ; 8 cradlers and 8 binders, at 1 d. 25 c. each .... 20 00 Cost of cutting and binding 16 d. c. acres of wheat with the reaper, two men, or a man and a boy with the machine, at 1 d. 25 c. and id 2 25 Five binders (the grain being raked into gavels), at 1 d. 25 c 6 25 Use of four horses (this number of horses, in fact, only nominal) . . 1 50 Total cost 10 GO Which deducted, shows a saving in labour of half the whole expense, being per day saved Amounting, at 10 d. per day, in cutting a harvest of 240 acres, to 1 50 00 To which add one bushel of wheat per acre, saved extra (which is the lowest estimate made), at 40 cents per bushel 96 GO 10 00 120 THE FARMER'S MAGAZINE. d. c. Making a total saving, in a hai'vest of -240 acres, of 246 00 The cost of the labour, per acre, by this estimate, is , 62 J From uhich deduct for a bushel of wheat saved 40 And the actual cost is found to be, per acre 22 ^ I may add that this reaper has recently been patented in England, with a view to its immediate introduction there — one of them having been j)re- pared for exhibition at the great world's fair, in May next, and for which the gold medal of the "American Institute" has been awarded. C. H. McCoRMICK. Chicago, III., Nov. 12th, 1850. LETTER IN REFERENCE TO DIFFERENT REAPERS. Editors Cultivator. — Four years ago, the first harvesting machine was brought into this county, and so fast did such machines come into favour with the farmers, that for the two seasons past nearly all the grain has been cut by them. Mr. McCormick, when introducing his Virginia reaper, warranted it to cut one and a-balf acres per hour, and save one bushel per acre more than by the ordinary mode of harvesting, or it might be re- turned. No machine has ever been returned to my knowledge, or any dissatisfaction expressed on ac- count of a failure to fulfil the warrant. This machine, as well as others, has been greatly improved, while a host of new ones are brought into the harvest-field every year. In reply to the in- quiries of your London correspondent, I would say these machines are worked by horses, sometimes two being used, but more generally four. Some of the machines require the horses to go by the side of the standing grain, while the machine works on one side. The cutting apparatus of others is directly in front of the horses. Some drop the grain directly behind, which must be bound before the machine comes round again, while others drop it at one side, and the whole field may be cut before any of it is removed. Some require a man to rake the grain from them ; others are constructed for self-raking, and one has been brought into the field the past season that does its own binding. The cost of these machines is from 75 to 125 dollars ; the amount which they will cut per day varies from 12 to more than 20 acres. The price charged per acre for cutting is from 50 to 62? cents. From seven to nine men are employed to bind and shock the grain. Women's labour is too scarce and valuable to be employed in tying grain. These machines cut all the grain, and if the raker is care- ful none is scattered, and if the binders carry a rake, and use it, none need be lost. Fields harvested by these machines present a beautiful ap- pearance. The stubble is uniform in height, while no prostrate, scattering straws speak of waste. If the binders have felt at all interested in doing their work well, there is nothing to glean with the sickle, bagging-hook, or rake. Weeds, brush, pitchforks, rakes, if standing in the way, and even horses' legs, are all cut smooth ahke. Weeds make heavy raking, that is all. Now, as one man can cut from two to five acres per day with a cradle of the grain that stands up- right, and another can rake and bind it, it may be supposed that there is no great difference in the expense per acre by hiring a machine or cutting by hand ; but other considerations render the machine valuable in the estimation of farmers. First, it is supposed that it saves over and above other modes enough to pay for cutting, if not the whole expense for harvesting, and then it cuts lodged and crinkled grain readily, saving much in both labour and grain ; and again, it enables us to cut our grain in season, which we could not do with the limited amount of help in the country. There are other machines at work in the harvest- field, differing from those to which your corres- pendent's inquiries alluded. They take the heads of the grain only, dispensing with binding and shocking. This machine is really a labour-saving machine; yet, on account of the prejudice in favour of the time-honoured custom of binding grain, they are working themselves but slowly into use. Those who have tried them cannot be induced to return to the old method. The grain as it is gathered in and cut by these machines is thrown into a canvass which carries it one side and deposits it in a waggon-box, made for the purpose, and driven by the side of the machine. From sixteen to twenty acres can be cut and put in rick in a day, by six men and eight horses. The only objection raised against this mode of harvesting is the danger of the grains damaging in the rick, but the testimony of all who have tried it is in its favour. In a damper climate than this it might not save well ; but here, with our sunny sky and pure air, I think there is no danger. If we had your correspondent's two hundred acres of wheat here on the prairies, we would, in two weeks' time, with six men and eight horses, put it all in rick for him, wasting no more than he will with all his men and his women. We are doing more here than your correspondent or many of your readers may be aware of. Horses will soon do our hay-making as well as harvesting. For three years or more, there has been in use a harvesting machine that has been made to cut timothy, and timothy and clover mixed; but not un- til this year has there been anything presented to THE FARMER'S MAGAZINE. 121 m'cormick's reaper. ^ij^>i\ii^»^i JM/m^i /XNI/IMUIW' HUSSEY S REAPER. the public that would cut our prairie grasses, some of which are the most difficult of all to cut by ma- chinery. At the late fair of the Buel Institute held at Granville, Putnam county, two machines of different patterns were exhibited, and tested in cut- ting prairie grass, to the entire satisfaction of all. One of the machines clogged in some of the worst places, but the other cut its way through everything as close or closer to the ground than a scythe, leaving the grass in a much better condition to dry. I learn that one of these last mentioned machines was used some few miles east of us, working to the entire satisfaction of its owner and all others who witnessed its operation. Both of these machines are also designed for harvesters, and both are ma- nufactured at Ottawa, in this county. The price of the latter I understand is 75 dollars. L. L. Bullock. La Salle County, Illinois, November, 1850. LETTER IN REFERENCE TO HUSSEY's REAPER. Editors Cultivator. — In answer to inquiry about reaping machines, page 379 of the Cultivator for 1850, I would state that I have used one of Hussey's for two years. Our wheat crop was not heavy in straw in 1849, and we cut with two horses, changing twice a- day, on an average, rather over fourteen acres. This season the straw was very heavy, and I could not get over from ten to eleven acres cut per day, even using three horses at a time, and changing horses twice or oftener per day . 122 THK i'ARMlSR'S xMAGAZlNK. The machine ouffht never to be worked with two horses, except the grain is quite light. It requires about seven men to bind after the reaper, one man to drive the team, and another to push oti' the sheaves from the platform of the reaper. In tliis way, I think wheat can be taken xip as clean as in any way I am acquainted with ; even the best i-eapers cannot do it so clean ; it leaves a stubble of about seven and a-half inches in length; it can be cut lower, but then it is harder on the team. Much " May-weed" might impede the cutting somewhat, but docks and thistles would not hinder. Any grain requires to be fully ripe before it is cut with the reapers, us it is impossible for a man to push off the cut grain from the jjlatform whcii cut in a raw state. It is, on the whole, a wonderful labour-saving ma- chine, as even in heavy grain, nine men may cut bind and shock ten acres per day. The reaper does not work well when the grain is wet, but no farmer ought to cut his grain in that state. When grain is all laid one way, the machine will cut it beautifully by the team working in a direction oppo- site to that the grain lies ; but if it is twisted in different directions, the machine will network. Ilussey's reaper costs 100 dollars at Auburn. J. Johnston. Near Geneva, Nov. 25, 1850. —Albany Cultivator, Jan, 1851. THE AGRICULTURAL DISTRICTS OF ENGLAND. FROM THE times' COMMISSIONERS. Norwich, April, 1850. The county of Norfolk has perhaps a higher reputation than any other district of England for its progress in agriculture, yet it has nothing indi- genous which commands a first-rate price in the market. The restless Norfolk sheep are almost superseded in their own district by the Southdown. The fine cattle which are sent in such quantities to Sm.ithfield from this county are chiefly bred in dis- tant parts of the kingdom, and brought here to be fattened. The " Norfolks," or " Homebreds" as they are called, are held in little estimation for their quality as stock. The native pig will stand no com- parison with the Berkshire or the improved Essex. Fifty years ago the county was celebrated for its trotting hackneys, but that race is now almost ex- tinct. The dairy system which existed has entirely disappeared, and even in the excellence of its wheat Norfolk is excelled by other counties. Yet, not- withstanding the want of any descriptions of native stock, the high qualities of which are recognized, and although the wheat grown is not generally that which brings the highest price, still the celebrity of Norfolk as an agricultural district is deservedly great ; that celebrity consists in having introduced and developed a great variety of improvements in the cultivation of the soil, and especially in having contributed so largely to the adoption of that system of green-crop husbandry, the advantages of which are every day becoming more and more apparent. To understand the peculiar features of Norfolk agriculture, it is necessaiy, and ^vill, we believe, be found instructive, to point out those circumstances of geographical position, soil, and climate, which influence it, and also to indicate how far indi- vidual enterprise and other causes have operated thereon. The county is peculiarly situated in many re- spects. On the north and east it is washed by the sea, which, besides other advantages, thus brings it into proximity to Holland and Belgium, the most carefully cultivated countries of the continent. Norfolk appears to have profited by the intercourse thus arising, as the improved system of husljandry to which the name of the county is now generally attached is said to ])e derived from the Netherlands, The southern boundary of the county is traversed by the Brandon and Waveney, which may be seen near Lophamford, flowing to the right and left of the road, with a slow current, the one westward, J and the other eastward to the sea at Yarmouth. ■ The course of these rivers is almost entirely through low peaty marshes, which thus separate the dry land of the county from the rest of the kingdom. The Yare, the Bure, and their tributaries, which discharge into the sea on the eastern coast, also flow through marshes which occupy a consideral;le extent, and form an interesting and valuable feature in that great variety of soils for which Norfolk is as much iis any other county in England remark- able. Any classification of the soils of Norfolk, for the purpose of conveying an idea of the character of the land throughout, can only give an approxi- mation to the truth, as in the same farm, and often in adjoining fields, the greatest difference prevails. In this county the marked features, which else- where are stamped upon the surface of the earth by the geological formations beneath it, are not to be distinguished ; and the traveller has some diffi- culty in collecting from the variable conditions of the land a sufficiently clear and definite conception of its character. The hght sandy lands, however, may be described as prevaihng in the northern and western districts. They differ considerably in Cjua- lity, being sometimes, as at no great distance from Thetford, blowing sand, and in other places pos- sessed of more natural fertility. They rest upon a substratum of chalk, which crops out at different points. Into this portion of the county there ex- tends northward from Cambridgeshire, to King's Lynn, a strip of fen land, which is found very useful by the large hght-land farmers. The cen- tral and eastern parts of the county generally con- sist of loamy soils, varying in quality, being here and there stiff and difficult to manage, but generally hghtj and incumbent on a marly clay. In this THE FARMER'S MAGAZINE. 123 district principally, and especially towards the south-east, are found those extensiv'c marshes to which we have already alluded. The general ap- pearance of the country in Norfolk is flat and un- picturesque, the undulations of the surface not being sufficient to relieve the eye, while the luxu- riant eftect of rich woodland is not always to be met with. Indeed, the county would be regarded as rather uninteresting in its external aspect, were it not for the evidences of careful cultivation and the pleasing tokens of human industry so frequently and prominently brought before the eye of the tra- veller. Open fields, divided by neatly-trimmed hedges, and tilled with garden-hke precision and cleanhness, must always be agreeable ; though, on the other hand, Norfolk has much indifterent hus- bandry stiU remaining, many negligent farmers growing each year crops of weeds as well as corn. The climate, as may be imagined on the eastern coast, is dry throughout the year, and cold and biting winds prevail during the winter and early in spring. On a review of all these circumstances of situation, soil, and weather, calculated to have a powerful influence for good or evil on the agricul- ture of Norfolk, it will be understood how much enterprise, skill, and capital must at some time or other have been called into play to found here a system of cultivation, the merits of which have been so generally recognized. It was necessary to give fertiUty to sandy wastes fitted only for rabbit war- rens, to drain marshes and fens which yielded no- thing but snipe-shooting and the ague, to substi- tute for inferior breeds of live stock produced upon an inferior soil those descriptions which would yield a quicker and larger return; in short, to create a new Norfolk out of the materials of the old. The process by which this task was accom- plished is, at the present moment of agricultural depression, so instructive, that though in some de- gree a departure from the contemporary character of our inquiries, we do not hesitate to devote some space to a description of it. The most singular feature in the change is, that it was mainly eff'ected Ijy the well-applied industry and capital of one man. When the late Eai'l of Leicester entered on that course of improvement which will render his name imperishable in Norfolk, he was plain Mr. Coke, a country squire, with a large estate, the average rent of which was about 5s. an acre. Fifty years of un- deviating attention to the interests of this estate and the welfare of his tenants enabled him to see the rents legitimately raised to the extent of from 20s. to 25s. an acre ; to see his land farmed by men of capital, enterprise, and skill, and to find that not only he and his tenantry shared in the advantages of the system pursued by him, but that it had been taken up by the agriculturists of Norfolk and of the country at large, and was doing incalculable benefit wherever it spread. Mr. Coke came into possession of his estate in 1776. Shortly after, some land which now forms part of Holkham Park fell into his hands, from the then occupant refusing to give OS. an acre for it. That accident made Mr. Coke a farmer. Feeling his want of experience in such an occupation, he founded those annual meetings which afterwards expanded into the Holkham sheep-shearings. He gathered around him the most eminent practical agriculturists he could find. He secured the services of Mr. Blakie as a steward. He established in practice the prin- ciples of relieving weak soils by a rotation of crops, of increasing their fertility by raising the quantity of live stock kept, and by the use of artificial ma- nures, and of improving their mechanical texture by claying, marling, and other similar processes. After a long course of experiment and observation, he ascertained that Southown sheep were preferable to any other, and accordingly the wandering Nor- folk breed was superseded for it. Devon cattle were also brought into favour by him instead of the " home breeds." The change to Southdowns has now been accepted generally throughout the county, but that to Devons only partially. The important point, however, that of carrying a large stock upon farms, has not been lost sight of, and thus, through Mr. Coke's exertions, has been de- veloped that system which collects so many lean cattle annually in the eastern counties to be fat- tened and disposed of at Smithfield, between the months of January and June. It was by these means that Mr. Coke, afterwards created Earl of Leicester, was enabled to accomplish what he might well boast of, that he had converted West Norfolk from a rye-grov.-ing to a wheat-growing district. He accomplished all this at an immense outlay. He is said to have expended nearly £'400,000 in the erection of substantial farm buildings throughout his estate. Knowing that men of capital and in- telligence would not embark in any enterprise which would not secure to them the prospect of a profitable return, he gave his tenants long leases on liberal terms, being content himself to ])art for a time with his hold over the land, and prepared to see those who occupied it become prosperous and wealthy, provided they carried out an improved system of cultivation, by which he would be also ultimately benefited. The success which attended his plans speak for itself. We do not say that similar results might not have been achieved with- out leases, or by different arrangements ; but it is a striking fact that the method adopted by him drew from his tenants an expenditure of capital in permanent impi-ovements, in the purchase of arti- ficial food and manures, considerably larger in the aggregate than his own, and that they admit this outlay, calculated by some of them at upwards of half a million, to have been remunerative to them- selves, as well as beneficial to him. Such is an outline of the method in which the Norfolk system of farming became developed. By it tracts of land previously almost worthless, are now made to pro- duce the finest crops, but the immediate advan- tages to individuals are hardly to be estimated in comparison with the impulse which has thus been given to the cause of agriculture generally. Leases for 2 1 years are now common over Norfolk, and the system of cultivation which originated at Holkham has not only been extended throughout the county, but has, in some of its leading features, been re- duced to practice in many other parts of England. One marked result arising from it struck us forcibly, viz., the superior class of farmers to which it has given rise. The tenantry of Norfolk are _ fully ahve to the necessity of enterprise and 124 THE FARMER'S MAGAZINE. ililijfciit attention to the manajrcnicut of their farms. 1 fattcninjf shcci) i'^ winter, and M bullocks in the Tliey readily aeknowlcdjifc that ajrriculture is still in its infancy, and that the resources of the soil are capable of immense expansion. They anticipate that when the present crisis has i)assed away, im- l)r()vements will go on more rapidly than ever. It is the sutt'ering and ruin of the transition state which troubles and alarms them. They do not seem to think that as yet in Norfolk the agricultural interests have been much injured by free trade, as, though i)rices have been unusually low, the last harvest was very abundant. The small farmers, M'ith insufficient capital, and the small projirietois who occupy their own lands, and are already em- barrassed, will, it is said, suffer most. The large farmers are generally believed to be secure against immediate pressure, and in that respect they ap- pear to be much Ijetter able to meet the times than in 1S2'2, when, on Lord Leicester's estate alone, 10,000 acres changed hands. In tlie neighbourhood of Thetford we visited an extensive light land farm on the Duke of Grafton's estate, which may be taken as an instance of man- agement common to both Suffolk and Norfolk. It is about 1,700 acres in extent, one half being under the plough, and the other half unbroken heath and ])asture. In many respects it resembles the Down farms of the southern counties, saintfoin being grown regularly as a hay crop, and the system of folding the sheep on the cultivated land at night, and driving them a mile or two to the pastures during the day, being steadily carried out. 800 acres are inanaged on the four-course system. For tvu-nips the ground is dressed with artificial ma- nures, the dung being reserved for the wheat crop. 6§ cwt. of rape dust, or 2 cwt. of guano, or 16 bushels of bones, are reckoned equivalents, and one or other of these substances is applied to the turnip crop. It is sown in ridges 27 inches apart. The greater portion is consumed on the ground by sheep, and part carried home to the farmyard. To secure the roots from frost four rows from each side are thrown into a central row, and covered with earth by the plough. They are easily picked out when required. Two classes of sheep stock are fed with turnips— first, a lot of 500 fattening sheep, which receive cake and beans daily, besides having their turnips cut and placed in boxes ; and second, the breeding stock of the farm, 900 ewes in number, which are folded on the turnips at night, and driven to the heath during the day. When the turnips are consumed, the land is sown with barley and seeds. A small portion is sown annually with saintfoin, at the rate of 3i bushels an acre. The seeds are partly mown and partly folded over and fed. They are then manured with a compost of dung and earth. The earth, which is turf cut from the heath, full of vegetable mould, is carted on to the seeds during the winter, when the teams are not otherwise occupied, and laid in heaps conveniently ])laced for future distribution. Dung is afterwards rnixed with it in equal bulks, and the compost is laid on the land as a manure for the wheat at the rate of 20 loads an acre. The layers are thus dunged as far as the compost goes, and what remains is folded yards. The bullocks are fed loose in open courts with warm sheds. They are each receiving daily, at present, 711)s. of cake, three-quarters of a peck of meal, one bushel of cut mangold wurzel, and saintfoin hay. The horses are worked eight hours a-day m summer, in one yoking, leaving the sta- lling at 6 o'clock in the morning, and returning home about half-past 2. In winter they start as soon as they can se:>, and stop at half-past 2. When they return to the stable, one man takes charge of his team of six horses, cleaning and feed- ing them, which is reckoned his sufficient occupa- t on for the rest of the day : and, as seldom more than two horses are used ir, a plough, the other two men, now disengaged, are employed after theyliave dined at any other work about the farm till 6 o'clock, which is the routine management of a well-con- ducted light land farm on the borders of Suff"olk and Norfolk. On the Duke of Grafton's estate the rent of labourers' cottages is charged very moderately. Is. a-week, or 20s. a-year, being the rule in the v.llages which are the j)ropcrty of the Duke. In others it rises to £3 or £4 a-year. Labourers have in many cases to go a long way to their work, on account of the scarcity of cottages on the large farms. On the farm just mentioned there are two labourers regularly cm;)loyed, who walk every day from Thet- ford and back, 9 miles, or 51 miles a-week. To the east of Norwich, and between it and the sea, lies a great extent of fine land. Along the hollows the waters of the Bure and Yare find their way to the sea at Yarmouth, passing many thou- sand acres of marsh land, of which an immense e.\'- tent is still unreclaimed. Windmills are chiefly used for jnmiping out the water from those marshes which have been embanked. After a marsh has been embanked and pumped dry, the soft spongy soil consolidates, and subsides several feet below the level of the river. Ditches are formed throughout it, which convey the water to one point, where, by means either of a steam-engine or a windmill, it is pumped over the bank into the river. The who'e cost of embanking, ditching, and erecting a steam- engine is said not to exceed £10 an acre in situa- tions at all favourable for the operation ; and as at such an outlay a worthless and unwholesome marsh may be converted into rich grazing ground, it is surprising that so much of this 3-et remains to be done in a county so celebrated for itsagricultural pro- gi"ess as Norfolk. If the new Government drainage loan can be applied to this purpose, it could not probably be laid out in a more profitable manner. At Horning, in this district, we visited the exten- sive grazing and arable farms of the Messrs. Heath. On their marsh farm, 700 acres in ext nt, they keep during the summer 400 bullocks and 700 sheep. Having large arable farms adjoining the marsh, the stock is wintered on them and turned out to the marsh as soon as the grass is ready, where part is fattened and sent direct to Smithfield from the grass, and part is brought on to be finished in the yards as ])rimc fat for tlie Christmas show. The best jiolled (ialloway Scots are grazed here, as they by the sheep, fed on cake also. The quantity of , have been by the Messrs. Heath for a long period stock kept on this farm is 900 ewes constantly, 500 I of years ; but the quality now sent to Norwich is THE FARMER'S MAGAZINE. 126 reckoned very inferior to uliat it used to be some years ago. They are, therefore, now going more into Herefords and Welch runts, both of which, in the order just mentioned, they reckon superior for their purpose to any other breed. Having land of very rich fattening quality, they purchase animals which are nearly fat to finish them; and their great aim is to get stock of the best quality of its own l)reed, and to " dwell on it," as such is sure to pay, and to pay most for the last month of its keep. In the yards the cattle are not treated so profusely to cake as in some other parts of the county, a larger l)roportion of roots being given to them. Those, however, which are being jjrepared for the Baker- street show are fed without stint. They are beauti- ful specimens of their several breeds, Hereford and Galloway. On their arable lands, which are of fine quality, dry and friable, the Messrs. Heath do not restrict themselves to the four-course, or even to an alternation of white and green crops. They fre- quently take wheat after wheat, or oats after wheat, or barley after wheat, and find that by liberal treat- ment of the soil they can do so without injury to it, and with manifest advantage to themselves. In the Blofield Hundred we found the same practice fol- lowed by Mr. Tuck on his own property, and were informed that in all cases where the land is farmed by its owner, or where a rigid adherence to rota- tions is not enforced, the four-course is scarcely ever adiiered to. On the farms just mentioned the ajipearance of the soil and the crops indicated clean cultivation and a high state of fertility. Tlie marsh lands of East Norfolk are of very various fertility. For the first eight or ten weeks cattle thrive and swell out greatly upon them, but after that they do not continue to progress in the same v/ay ; in fact, they seem to require a change of food. This may perhaps arise from the nearly uniform character of the natural marsh herbage, which in that respect differs from the natural heritage of a rich meadow, containing a great variety of grasses, early and late, the one springing up as the other begins to fade. Stow-market, Suffolk, April. The county of Suffolk, with reference to the character of its soils, maybe divided into three sec- tions, each maintaining a distinctive character. On the eastern coast lies a narrow track of sandy land, mixed with shells and other fossil deposit, inter- spersed with salt marshes, and varying greatly at different points in the amount of its fertility. In some places it is a light barren sand not worth 5s. an acre, while in others the rent rises to 2Ss. The second description of soil extends over by far the largest proportion of Suffolk, occupying the entire central and south-western districts, and consisting generally of clayey loam, resting on a subsoil of marl, chalk, or clay, and presenting in conse- quence a considerable variety of texture. The local term applied to it is " heavy land," in con- tradistinction to the " light land," which is found on either side of it. The third section into which the soil of Suffolk may be divided lies on the north- west side of the county, and a large part of it is very inferior in quality, being a blowing sand on a chalk or chalky clay subsoil. This land was a sandy waste in the time of Arthur Young, but has since been to a great extent broken up by the plough. The lighter soils of Suffolk, both on the eastern and western sides of it, are generally held by large farmers, who hold, in conjunction with their tenements, portions of fen and luoorish land. On the heavy lands farms are generally small, though there are some exceptions to this. They seldom exceed 300 acres in extent, and are some- times not more than 100 and even 50 acres. The large holdings are generally in the possession of men of capital, while the small farmers are said to be ill-provided in that respect, and suffering from the pressure of the times. They are also in most instances tenants from year to year, which is not usually the case with the large farmers. The latter generally have leases varying in their duration from 7 and S to 14 years, but seldom extending beyond that period. Farm buildings throughout Suffolk being erected by the tenant, principally, if not entirel)', at his own expense, are made in a very unsubstantial manner ; the side walls being of wood, the roof thatched, and the whole requiring constant repair, and being a fruitful source of inconvenience and waste. The cattle sheds, the barns, and, in fact, all the premises, are deficient in economical arrangement. Some of the more modern buildings are constructed of clay dried in blocks, but not burnt, which is found to make a very cheap and durable wall. The chief feature of Suffolk agriculture is the success with which heavy-land farming is carried on. A large proportion of the county, embracing nearly all the central part of it, consists of what is usually termed strong land, in contradistinction to turnip and barley land. This is not a continuous tract, however, as it is everywhere interspersed with fields of a more friable texture, which are found very valuable when held along with a clay land farm. The clay land forms not a flat, but a gently undulating country, affording ready means for drainage. The soil contains generally a con- siderable admixture of gritty sand and some peb- bles, while in the subsoil in many cases are found beds of chalky marl, which after exposure to the air are applied with much advantage to the surface. Drainage is of course the primary improvement on this description of land, and, as in scarcely any in- stani'e has the landlord hitherto contributed any portion of the outlay, this is effected in the cheapest manner. Drains, two feet deep and 15 feet apart, filled with bushes, are giving place to drains three feet deep and 24 feet apart, still filled with the same material; The cost of the operation in labourers' wages is under 30s. an acre, and the benefits are expected to last for a 14 years' lease. The land is then gone over again, the direction of the drains being now made so as to cross obliquely the old drains, and thus to bleed such as still remain open. As a long fallow is regarded a routine operation twice or thrice in the course of a short lease, so is draining looked upon as a matter of regular recur- rence once every 14 or IG years. There can be httle doubt that if executed in a careful manner with tiles the work would be made complete, and this constant draught on the tenant's capital ren- 120 THE FARMER'S MAGAZINE. dered unnecessary. For main drains pi|)cs are generally used at prcsL'Ut, and in all cases where it is found desirable that the work should be perma- nent, pipes or tiles are used throughout, and tlie drains cut from three to four feet in depth. liy the terms of agreement a jjortion must be wrought in naked fallow, and that receives during the summer the usual course of ploughings, being laid uj) in stetches for the winter, and sown with barley the following spring. The whole of this division, after roots and fallow, shoidd, in strict terms of lease, be sown with barley; but wheat is very frequently substituted after the root crops. IJarley is drilled in on the stetch in spring, and the ground is then sown with a peck of red cloverseed ])cr acre. In some cases this is covered slightly by having the ground hand-raked, which is done for about 7d.an acre. One-half of this division is usually sown with clover ; the other, after the corn crop being removed, is prepared for beans in the same manner as already described for roots. Every crop is repeatedly horse and hand-hoed, and the soil kept remarkably clean. 32 bushels an acre of wheat, 44 of barley, 3G of beans, may be reckoned average crops on the better description of heavy lands, where the details just mentioned are carefully pursued. The management of stock is not attended with anything like the same success as the corn crops ; and this department is felt by the farmers as not only barren of profit itself, but also trenching heavily on the returns of the other. The land being chiefly under the plough, the stock of cattle kept is usually purchased in autumn, to be fed during the winter and sold oft" in spring. They are i)ut into large yards supplied abundantly with straw, v/itli 14lb. to ISlb. a-day of corn and cake each, and one to two bushels of mangold wurzel. As few of the farmers breed their own stock, they usually comprise many varieties : polled Galloway Scots, shorthorns, Irish cattle, &c. ; and as the breeders of the best description of cattle in their native districts are now, by the extension of green crops and facilities of rapid communication, becom- ing the feeders also, it follows that the worst speci- mens of each breed now find their way to the feed- ing counties. The quality of the polled Scots now sent to Norwich is quite inferior to what it used to be, and nothing pays worse than a bad animal of this breed. Beginning with bad animals of their several kinds, the Suffolk farmers grudge no ex- pense in trying to make them fat. Each bullock costs for its food not less than 40s. a month, and as the returns for the last two seasons have not probably exceeded 20s. in the increased value of the animal, there is an apparent loss of £G on each animal for the winter's keep. To the manure the farmer looks for this loss, but a little consideration will show that this is a most expensive mode of making manure. On a farm of 350 acres we shall suppose a stock of 40 cattle to be fed during six months of winter. At present prices, and with the usual mode of feeding, these lay a charge of £240 on the manure. These 40 cattle make abovit 1,000 yards of manure ; but at least one-fourth of this must be deducted for the value and bulk of straw. "We have thus 750 yards of dung, costing £240, or nearly Gs. Gd. a-yard. This api)lied at the r-itc of 15 yards to an acre will manure 50 acres of land, lint if the same sum were expended on guano, superphosphate and rapecake, at the present prices of these articles, 120 acres of land could be an- nually manured at the rate of 2 cwt. per acre of each of these substances, or G cwt. altogether, with the certainty, in our opinion, of a much heavier crop from each acre than would be yielded by the application of 15 yards of manure. By the adop- tion of this plan it would unnecessary to tread down the straw in yards merely for the purpose of getting it converted into dung, as the greater amount of green crops would admit of a double stock of cattle, and would afford to these a supj)ly of much less expensive food. This, hov/ever, leads to a largo question, which, as it involves a change in the stock- farming altogether, we have not at ])resent space -to enter upon. On the farms of Mr. Casson, of Dennington, who holds upwards of 5,000 acres of land, 2,000 of which are of the heavy land already described, wo found some variations in the management adojjted. On one farm, which is his own ])r()perty, he is trying whether he cannot on the heavy land grow crops every year, without any naked fallou-s or root crops, which are at present found so unremunerative. The course he follows here is to have (1) a bean crop, followed by (2) wheat and (3) barley, which is sown with (4) clover, and followed by (5) wheat and (G) barley. Every crop is most carefully horse and hand hoed, all being drilled, and the land is ke]it quite clean. The practice has not been long enough followed to be accepted as i)roof of its correctness ; but this much has been ascertained, that by care- fully horse and hand hoeing every croj), weeds are extirpated, and the yield of each of the grain crops has been quite equal, and of barley generally supe- rior, to what is got under the regular four-course. For the work of his different farms Mr. Casson keeps a stock of about 120 horses. Two -horse ploughs are universal in both light and heavy land; and the land is ploughed, when necessary, with a deep strong furrow. The whole management of this extensive holding is conducted with great neat- ness and skill. The bill for oilcake, &c., for feeding sometimes exceeds £l,200 in a year; and an equal sum is expended on artificial manures. Much of the heavy land has been broken up from pasture within recent years. The native vigour of the soil in such cases is very great, and it is usual to take several crops of wheat in succession without any manure. The mode adopted in breaking up the land at first is to pare andlnirn it, at a cost ofaliout 25s. an acre. If this can be done early enough in the season, a crop of oats is taken. If too late for oats, the land is sov/n with rape and fed off. AVhcat is then taken in succession — four or five times — and great crops are reaped. On the farm of Mr. Bond, of Earl Sohara (which is very neatly and well managed), the second wheat crop yielded forty bushels an acre, weighing G9lbs. per bushel. On this farm, besides the usurd careful management of all the corn crops, the clovers are gone over by children and every weed picked out by land. In the cultivation of the lighter soils of the county the usual details of the four-course system are followed out with a peculiarity in the prepara- THE FARMER'S MAGAZINE. 127 tion of fallows for green crops which has arisen from an absurd clause in the leases and the mode of payments between incoming and outgoing tenants. Farmers are required to plough their winter fallows five times, no matter how light the land may be, even though it should be a blowing sand ; and, where covenants are strictly enforced, this unneces- sary expense must be incurred. But the hardship is peculiarly great to an incoming tenant, who must pay his predecessor for each of these operations, though they are in most cases rather injurious than othei-wise. The year's rent and rates are likewise charged, so that the entry to a large light soil farm is a very expensive matter ; the whole amounting to a charge of about £5 an acre on the fallow division. Now, if this were an absolutely necessary expense, we should have less to say against it ; but on the farm of Mr. Bond, at Wickham-Market, we found that his light land is only ploughed once in prepa- ration for roots, which ploughing is delayed till spring. The land turns up finely pulverised ; it is perfectly wrought, and produces crops which con- trast favourably with those of any farm managed according to the usual prescription. We had an opportunity of ascertaining the opinions on the point of several of the most intelligent hght land fanners in the county, and found them unanimous in their condemnation of it Manure is used rather sparingly on the light land farms, and very mode- rate grten crops are grown. So little is the turnip crop valued, that in many places it is sold for con- sumption by sheep at £1 to £2 an acre, and some- times even less. On farms where breedmg stocks of sheep are kept, it is thought that turnips which have been manured with guano, or other forcing manure, are injurious to the ewes ; and accordingly, to guard against this danger, the turnip crop on such farms is sov/n without any manure. It is not easy to understand the rationale of this; but it may be, perhaps, owing to to the more succulent nature of the root and its stronger growth in spring, purging poorly fed stock, and causing them to " warp" their lambs. On a farm managed on this plan we found the tenant complaining of meagre crops ; but it is difficult to see how they could be anything else. A light sandy soil, turnips with no manure, eaten off ]jy a breeding flock of ewes, are not the most fa- vourable preparations for remunerative corn crops. In the arrangement of farm buildings the occu- pier of a large farm prefers having several barns and feeding sheds at different points of his farm to having them all placed in one central position near his own house, and more immediately under his eye. He argues that a great saving of cartage ensues from this practice ; as the corn crops are stacked at a barn near where they have been reaped, the roots are carried to a yard at no great distance, and the manure from botli is returned to the land without heavy cartage. To suit this arrangement of buildings, portable thrashing machines, whether of steam or horse power, are most valued in the county. The mode of conducting harvest work is some- what peculiar. It is usually done by task work. All the labourers are joined in the engagement, and the earnings divided among them. Seven shillings an acre for cutting and securing the crop, inclusive of wheat, barley, and beans, is paid by some far- mers. This usually includes, also, the hoeing of the late turnip crop twice ; which is done in the morn- ings, or in weather not suitable^ for corn harvest. For this sum the people cut the crop, pitch it into the carts, and build it in the rick-j-ard. The carters are paid separately, and the thatching is done sepa- rately by task work. At this i-ate of payment they earn £1 a week, but work hard for it. Soot is used pretty extensively as manure, espe- cially on farms much overrun with game. It is be- lieved to protect the crop in a considerable degree by rendering it distasteful to the game. On asking a farmer the present price, he said it was rather scarce this season in his neighbourhood, on account of a large demand from Lord Rendlesham, who requires it for application to a game farm which has been lately thrown on his Lordshijj's hands. The farm carts seem very cumbrous and heavy ; and might with much advantage have some of the skill which is so consj)icuous in the drills and horse- hoes applied to their con-truction. Ploughs are generally of wood, with tlie wearing parts of iron, and almost universally with only one handle, and a cross pin by which to guide. THE MALT -TAX. Although we do not profess to take any leading part in the discussion of subjects bearing very closely on the politics of agriculture, we have several times alluded to the unfair character to the farmer, at least, of the malt-tax. We are not aware of any tax on the manufacture of a raw material of British production which amounts to as much as the value of the article itself, but the duty on malt ; and though a fiscal and monetary question, it is one which may materially operate in practical farming. It prevents the farmer from malting his grain for his cattle if he pleases to do so, and it also much enhances the cost of the beer he brews for his labourers— in harvest and hay time at least, when labour is severe and prolonged, and the muscular l)ower has to be drawn out and concentrated — a necessary of life. Now whether it would do much or little good to the farmer, we are not now about to stop and in- quire ; but we caution the Government that the evil is so palpable and anomalous, that it will cure itself. Science will be set to work by Necessity, the mother of Invention; and that which has cooked the bones for turnips — which has rescued the organic remains of previous races, and made them into subsistence for the present — will doubtless soon step in, and de- 1-28 THE FARMER'S MAGAZINE. feat all those stringent fiscal regulations, which im- pose restrictions so palpable and injurious to the article of malt. Amongst these we are glad to place the sugges- tions of a very scientific gentleman, whose letter we insert entire on this subject, and which contains a very important practical mode of avoiding the necessity of paying this tax imposed between the beer drinker and the producer, by scientific pro- cesses alone. He says : — "A correspondent of BdVs Weekly Messenffer, of the 30th ult., says, he is informed that good ale can be brewed from mangold wurzel; if so, he should feel obliged to any of its correspondents to inform him of the process, as he is anxious to avoid as far as possible that abominable impost, the malt tax. I quite agree with the correspondent of Be I's Weekly Messenger, in thinking the malt-tax a most abominable impost: every farmer in the king- dom ought to petition Government to repeal it. Can there be anything so unfair to the farmer as to re- tain the duty on malt, when only a few years ago it was thought necessary to protect, by duty on foreign grain, the growth of barley in this country ? I can- not give the correspondent the information he re- quires; but I can inform him, and your readers at the same time, how they may make good ale from barley without malting. Let him get a tub large enough to hold as much water as would be required to make a sack of malt into ale ; it must be pro- vided with a leaden pipe from a steam-boiler, which must go down to the bottom of the tub : this pipe is for the purpose of heating, or rather boihng, the water by steam. When the quantity of water that would be required to brew a sack of malt is put into the tub, tlien add 3 or 4 lbs. of oil of vitriol (sulphuric acid), turn on the steam, and when it boils add, by degrees, a sack of barley which has been ground into meal; continue the boiling after this is done, for about two hours ; he will then find that all the starch contained in the barley meal will be, by the acid, converted into saccharine matter (and thus save all the loss which the barley sustains by the process of steeping, sprouting, drying, &c., &c.). To the boihng liquor he must add 6 or 8 lbs. of common whiting (carbonate of lime), which has been previously mixed with 3 or 4 quarts of water : this should be passed through a fine sieve into the boiling liquor. The hops may now be added, and the boiling continued for half-an-hour after the whiting has been added, which is done to neutralize the free acid, and will in some measure supply the liquor with carbonic-acid gas ; it may then be al- lowed to settle, or be filtered. After the li(juor is drawn oil", the dregs may be washed with a little more water, and boiled ; after it is settled it may be drawn oif and mixed with the first liquor, and when sufficiently cool add yeast, and ferment it in the usual way. After it has been in the barrel a few weeks he will find he is in possession of some fine pale East India ale. I am yours respectfully, Jan. l^ith, 1851. A Farmer. Now though we have not tried the process, we think so highly of our correspondent, that we are certain he would not have made the suggestion on any imcertain data, and shall be glad to hear of any trials which may be made by any of our readers. We think it highly probable, moreover, that the suggestion is sound, from the fact that in distilleries barley is added to malt, for the purposes of distil- lation, and it is well known that sulphuric acid has the power of converting starch into sugar. And if so, might not the same acid which cooks the bones for plants, be able to cook the starch of corn into sugar for animals ? Will Mr. Hudson, of Castle-acre, or Mr. Fisher Hobbs, who have been so successful with their malt feeding on a small scale, try this ? or will Mr. Mechi, or Mr. Huxtable, who are so fond of ex- perimentalising, give us the result of some trials on a small scale, with raw and vitriolised barley ? If there is any truth in the general principle that sugar is more fattening than starch, we do not see how the mere mode of its change can effect its practical results ; and though there may not be much in the notion, it is clearly one of those which demands at least an experimental trial. In these times the least advantage is not to be lost sight of, and if the vitriolising of food for stock will be of any great advantage it will be a consider- able boon to the farmer; while if the vitriolising of barley will produce good beer, it will at once and for ever of itself repeal the malt tax — a tax more kept on than anything else because it produces a large revenue. — Gardeners' and Farmers' Journal. I THE FARMER'S MAGAZINE. 129 ROYAL AGRICULTURAL SOCIETY OF ENGLAND A Weekly Council was held at the Society's House, ia Hanover Square, on Wednesday, the lUh of Decem- ber. Present: His Grace the Duke of Richmond, K.G., President, in the chair ; Lord Portman ; Lord Ashbur- ton; Hon. Dudley Pelbam, M.P. ; Mr. Dyke Acland ; Mr. Barugh Almack ; Colonel Austen ; Mr. Raymond Barker ; Mr, Biddulph ; Mr. Bosanquet ; Mr. Bramston, M.P. ; Mr. Brandreth ; Mr. T. Brown ; Mr. W. Brown ; Capt. Wentworth BuUer, R.N. ; Mr. French Burke ; Mr. Catherall ; Colonel Challoner ; Mr. Cox ; Mr. Evelyn Denison, M.P. ; Mr. Dyer; Mr. Garrett; Mr. Brandreth Gibbs ; Mr. Grantham; Mr. Hamond; Mr. Fisher Hobbs; Mr. C. Wren Hoskyns ; Mr. Hudson (Castleacre) ; Rev. A. Huxtable ; Mr. Cuthbert W. Johnson ; Mr. Jonas ; Mr. Kinder ; Mr. Lawes ; Col. M'Douall ; Captain Moorsom, R.N. ; Mr. Mainwaring Paine ; Mr. Pusey, M.P. ; Mr, Shaw (London) ; Mr. Shelley ; Mr, R. Smith ; Rev. J. R. Smythies ; Mr. Thompson (Moat Hall) ; Mr. G, D. Trotter ; Mr. C. Hampden Turner ; Mr. Turner (Barton) ; Prof, Way ; and Mr. Jonas Webb. The following new members were elected :— Barber, William Mills, Langlcy Broom, Colnbrook, Bucks Clunps, Major John, Woodtield, Pembroke Gamble, David, Gerard's-bridge, St. Helen's, Lancashire Green, John, Kuipton, Grantham, Lincolnshire Leach, John, Pembroke Simpson, George, Marten, Bridlington, Yorkshire Simpson, John, Field House, Huumanby, York Tredwell, John, Ijeighham Court, Streatham, Surrey Tredwell, Thomas, St. John's Lodge, Upper Norwood, Surrey Ward, G. B., Great Bentley, Colchester, Essex. Guano, — Captain Wentworth BuUer, R.N., adverted to the communication lately made by Lord Palmerston to the Council relative to the supply of guano from Peru at a reasonable rate. In proof of the vast import- ance of guano he instanced the example of a farm in his own hands, consisting of 80 acres of poor land, for the most part lately reclaimed from heath, and rented at 6s. per acre. For six years past the whole of the corn and hay together, with about 80 tons a year of Mangold Wurtzel, Carrots, or Potatoes had been removed from this ground, and not a particle of any kind of manure restored or used, except guano and a little marl applied to the lightest ground, and 10 loads of dung per acre, applied in one of the six years to three acres of Potatoes. The White Turnips have always been fed upon the ground, but everything else has been taken to a farm two miles distant. During the whole of these six years the crops upon this land have been steadily increasing. Land, which six years ago was not in itself capable of producing 10 bushels of Barley per acre will now pro- duce from 30 to 40. In answer to various questions. Captain Buller stated that he applied guano to all the root crops, at the rate of about 5 cwt. per acre for mangold- wurtzel or carrots, which were to be taken off, and at the rate of 3 cwt. for white turnips. That hu took five crops in four years, and that be considered he had grown this year 1-10 tons of mangold- wurtzel and carrots from seven acres of land. In reference to the supply of guano, he stated various particulars as to the discovery of the island of Ichaboe, and urged upon the Council the expediency of entering into communication with the Admiralty and the Royal Geographical Society, and endeavouring with their as- sistance to ascertain whether supplies of guano could not be obtained from other quarters besides Peru. It appears that the supply of good guano is limited to those regions of the globe in which little or no rain falls. These rainless regions are only found for two or three degrees on either side of the tropics, and are generally distinguished by deserts or that sterility which follows the absence of rain. Thus the Great Sahara under the northern tropic in Africa, and the Little Desert under the southern tropic, where the island of Ichaboe was discovered. It was from the prevalence of deserts that these parts of the world were so little known. Ships rarely visited such coasts, and much of the coast of Africa under the northern tropic was, for this reason, still very imperfectly known. It was stated in several of the voyages of the Portuguese and other of the early discoverers who had visited this coast that sea-fowl abounded in various parts, and it was especially men- tioned that in the Bay of Arquin, near Cape Bor, they were so abundant that the crews had filled two boats with the eggs ; and as this was a rainless region, there were strong grounds for supposing that guano in con- siderable quantities existed in the Bay of Arquin. If this were so, it would be so much more valuable, in consequence of being within so short a distance of this country. A few years ago a merchant in London had been in- duced by a statement of these facts, and the evidence taken from various old voyagers, to send three ships for the purpose of exploring, and if po?sible loading with guano from Arquin ; but on the arrival of the first ship, a boat having been incautiously sent on shore, the crew had been attacked by the Arabs, and the whole either killed or taken prisoners. Upon this disaster the ships had all sailed away and loaded elsewhere, while the exist- ence of guano in this spot still remains doubtful. Shortly after this occurrence he believed that the Ad- miralty had dispatched a vessel of war to Arquin, to endeavour, if possible, to rescue some of the boat's crew ; and it was possible they might have made some inquiries, and have some information to give respecting guano. There were many other places, as parts of the Red Sea, and the Gulf of Persia, which were known to be rainless, and which were scarcely ever visited on that account ; and he thought it would be very easy and very dosiiable for the Admiralty to give general instructions lao THE FAKMliK'S MAtiAZUSli to the cai>taius of «H ships ciiiiiloyeil in or uuur those stations to make iiKiuiries, and report to the Admiralty as to supplies of guano. The e.xisteuee of a large number of sea birds (espeeially the penguin) in a rain- less region were indications which could scarcely be mistaken. The thanks of the Council were voted to Captain Duller for his kindness in making this communication. Captain Moorsom and Mr. Robert Smith then fa- voured tlic Council with important information con- nected with the supply of guano to this country. Mr. Hudson, of Castleacre, stated a case in which an analysis by Professor Way, of manure offered to him for sale, had proved of the highest importance in determining the value of the manure, and the price at which it ought to be supplied. The Chairman, Mr. Shaw, Mr. Turner, Colonel Macdouall, Mr. Jonas, Mr. Acland, and Mr. Paine, detailed to the Council their experience in the purchase of guano. Nipdl Barley. — Capt. C. R. Drinkwater Bethune, R.N., C.B., of the Harbour Department in the Admi- ralty, transmitted to the Council a small supply of skin- less Barley, weighing about 200 grains, and marked " Ipcciinenb of the Potatoes themselves, whicli were of healthy ap- pearance, and of large size, being found on boiling to be of excellent quality, without the slightest taint of lishy flavour. Animal Carcann Manure.— Mr. R. M. Gillies, of Mark-lane, one of the Governors of the Society, favoured the Council with specimens in stoppered glass bottles, and in various states of preparation, of the new South- American manure, obtained from the flesh and bones of the large herds of wild cattle in that continent, slaugh- tered for the sake of their hides, after the tallow had been extracted from their carcasses by steaming. This residue was formerly thrown aside as useless ; but being well known to possess powerful manurincf properties, it has attracted the attention of the South- American mer- chants, and being well dried previously to shipping, it is about to be imported largely into this country, on ac- count of the great demand and exorbitant price of Peru- vian guano. This manure has been analyzed by Profes- sors Anderson and W^ay, and by Mr. Teschemacher, and found, as might be expected, to contain a large amount of fertilizing matter. It has been applied with great success to the Turnip crops and Grass lands on Colonel Long's farm at Bromley Hill, in Kent. Ventilation. — Mr. Septimus Braithwaite, of Ware- ham, Dorsetshire, exhibited to the Council an apparatus ■ used with great success for the last 18 months in France, * for the purpose of ventilating stables and farm-buildings generally, by spiral vanes, allowing by their rotation the fresh air to gain an entrance in one direction, and to pass out in another. Farm Accounts. — Mr. Hudson, of Castleacre, pre- sented to the Council a printed form of accounts he had employed for many years with the most satisfactory re- sults ; and which, admitting of being separated, and for- warded leaf by leaf to the various parties employed by him on his several farms, were returned to him filled \i\> at stated times as he might direct. — Mr. French Burke also forwarded to the Council a copy of his new work, entitled, " An Improved System of Farm Book-keep- ing." The Council ordered their best thanks for the favour of these communications. Lord Stanley, of Alderley, transmitted, by direction of Viscount Palmcrston, for the information of the Council, a work, received from her Majesty's Consul at Boulogne, on the prevention of Potato disease, by autumn-planting, founded on the six years' observation of M. Le Roy Mabille of that port. — Mr. Strafford, of 3, Camden Villas, Caniden-town, presented a copy of the 9th volume of his continuation of " Coates's Herd Book;" containing pedigrees of improved short-homed cattle, illustrated by 11 original lithographic portraits of celebrated animals of that breed. — Dr. Plomley trans- mitted a copy of his work on the natural history of the Hop fly and its enemies. — Mr. vom Hof sent for inspec- tion various specimens of Wheat grown on very poor land in Kent from seed prepared by Dickes's steeping THE FARMER'S MAGAZINE. 131 liquor. — Messrs. Dean and Son presented a copy of their work on Prize Modil Cottages ; and Mr. Tidd, copies of plans of the Islington Cattle Market, with the proposed additions. — 'Mr. Dyke Aeland presented a copy of his printed letter to Mr. Miles, M.P., containing a proposal for the establishment of annual agricultural meet- ings, consequent on the meeting of the Royal Agricultu- ral Society at Exeter, to be held successively in different towns of the West of England. — Mr. H. Mayhew trans- mitted a copy of his report connected with "Labour and the Poor." For these presents, and others made to the Society, including numerous periodical agricultural works, published in this country and abroad, the Council ordered their best thanks to be returned. A Special Council was held on Thursday, the 12th of December, for deciding, agreeably with the terms of the bye-laws, on the prizes to be oft'ered for live stock next year: present, his Grace the Duke of Richmond, K.G., President; Lord Portman, Hon. Dudley Pelham, M.P., Mr. Raymond Barker, Mr. S. Bennet, Mr. H. Blanshard, Mr. Brandreth, Mr. W. G, Cavendish, M.P., Mr. Walbanke Childers, M.P., Mr. Fisher Hobbs, Mr. Hudson of Castleacre, Mr. Shaw of London, Mr. Shelley, Mr. Robert Smith, Mr. Turner of Barton, and Mr. Jonas Webb. The Council decided on the details and classification of the prize-sheet to be adopted for next year, of which the following schedule represents summarily the divisions and the respective amount of prizes assigned to each ; — Shorthorns Herefords Devoiis " Longborns Channel Islauds breed Sussex breed Scotch horned cattle . . Scotch polled cattle . . Welsh, Irish, and other pure breeds Horses , £215 215 215 40 40 40 45 45 40 270 1165 Brought forward .... Tjeicester sheep Southdowns and other short-wooUed sheep Long-woolled sheep (ex- cluding Leicesters). . Sheep best adapted to a mountain district(ex- cludiug Southdowns) Pigs £1165 170 170 85 50 130 £1770 The Council decided that no " extra stock" should be allowed to be shown next year. They also agreed that the rules and regulations of the Show should be taken into consideration at the Monthly Council in February next. A Special Council was held on Friday, the 13th of De- cember : present, His Grace the Duke of Richmond, K.G., President, in the chair ; Lord Caraoys, Mr. Ray- mond Barker, Mr. Brandreth, Colonel Challoner, and Professor Sewell. The report to be made by the council to the ensuing general meeting of the Society was ar- ranged and agreed to. The meetings of the Council stand adjourned over the Christmas recess to the &th of February. GENERAL AGRICULTURAL IRRIGATION AND DRAINAGE COMPANY Drainage and irrigation are measures of the highest utility in agriculture. Indeed, it may be said that all our agricultural energies should be devoted to that object. But works of drainage and of irrigation are not within the easy reach of everybody. They require a pretty considerable outlay, and special information : without which the result would be almost always uncertain. A company offering every necessary guarantee, and de- voted especially to undertaking works of drainage and irrigation, would be of signal service to the interests of agriculture. We have frequently been the medium of recording the desires of the agricultural body, in their appeals for the formation of a company of this description. The central society of agriculture, after hearing an excellent report by M. Batailler, on the irrigation effected by him on his estate of Portail, near Montargis, expressed, in 1849, the same opinion and desire. Such a company is now established. For a long time past several gentlemen appreciating the excellence of M. Batailler's system of irrigation, and carefully weigh- ing the advantages afforded by drainage, have been en- gaged in the formation of such a company. We are now in a position to announce its definitive establishment, and publish its programme and regulations. The director of this great undertaking, M. de Liron d'Airolles, chevalier de la Legion d'Honneur, and for- merly a practical agriculturist, has just favoured us with all the documents and necessary information for the purpose of rejjlying, through the medium of the Echo Agricole, to the numerous questions which have been addressed to him on this subject. We will now place these documents before our readers. " The object of the company is to carry out in France works of irrigation, on the plan of those so much ad- mired in the plains of Lombardy and in Piedmont, and which, wherever they have been skilfully carried out, have secured large profits to the proprietor of the soil, and comfort and prosperity to the people. " The company will extend its operations, limiting them, however, within the extent of its capital, to all districts which offer the most profitable investment ; and advantageous proposals have been already addressed to it from all sides. ' ' The Committee of Management feel convinced that whatever may be the amount of capital at disposal, it will for very many years be inadequate for the works, which can be beneficially executed. " Data on the probable results of the operations. " In many localities the value of the soil has been in- creased ten.fold by irrigation. But the Company will ground its calculations on works executed under more ordinary circumstances, and under a climate which does not joui the advantages of a high temperature to those of irrigation. Such an example presents itself in the works executed by M. Batailler, a landed proprietor, and formerly a pupil of the Polytechnic School, on his estate of Portail, near Montargis, where, by an expenditure of K 2 132 THE FAKMEll'S MAGAZINE. GOOfrancs tlic liectaio,* (about £10 an acre), he Las trans- formed an arid anil ahnost useless soil into rich meadow hind. " These results have been confirmed by numerous re- ports from the Inspectors of Agriculture, and from ro;n- missions appointed by the agricultural commiltees, and by t!ic administration of the department of Loiret. ' Tlie land on which M. Batailler has been operating' — say, MM. de Sainville and de Montferrand, delegates from the Agricultural Society of Montargis, in their report of the 1st September, 184 7, ' was of very indifterent quality, and let at 10 francs the I'arpent metriquc or 20 francs riicctare,' (about seven shillings the acre). " This rental represents a capital of 700 francs, and it is notoriouj that these meadows, producing 1,GOO hottest of hay of the first quality, in two crops, are worth more than 4,000 francs the hectare —being an increase of more than 3,300 francs : a sum from_;?t^e to six times greater than the capital expended. " 'To resume,' continue MM. de Sainville and de Montferrand, ' we think that the works executed by M. I5atailler are well conceived and executed, and that the application of his system would be exceedingly advan- tageous in all situations where a sufficient supply of water and a suitable adaptation of the land are to be found. We do not, therefore, hesitate to propose that the gold medal offered for the best system of irrigation be awarded to M. Batailler.' " The correctness of this example is farther confirmed by the jireeisely similar results obtained, under a colder climate, in La Campine, the Sologne of Belgium, which have been published in a valuable work by M. Mangon, Engineer of Bridges. ' The Government works, and those of the Irrigation Society,' says M. Mangon, ' have already increased the value of some thousands of hectares of land six or seven fold. There are also uncultivated downs in La Campine which have been transformed into meadow land of the first quality, at an expenditure of 600 francs the hectare.' " ' These are,' adds M. Mangon, ' remarkable in- stances of industrial companies engaging in agriculture. It is highly desirable that a large amount of capital should be employed in the same way in France. We entertain no doubt of the success of this sort of under- taking, judiciously and honourably conducted.' " The above results are independent of those obtained by the aid of M. Batailler's system of liquid manure. " MM. Dumas et Payne had long drawn the atten- tion of cultivators to the advantages attending the appli- cation of copious irrigation with water charged with some thousandth parts only of organic matter, as a means of accelerating the progress of vegetation in an extraordi- nary manner. " M. Batailler has responded to this appeal, and has succeeded in rendering these principles more thoroughly applicable than could have been possibly anticipated ; for he not only makes practical use of all the fertilising principles of the Flemish manure, but he applies it to the land in irrigating streams in the exactly suitable pro- * The " hectare" is 11, 960 j square yards. t The "botte" weighs about 11 lbs. English. portions without the expense of spreading, and conse- quently experiences no loss of gas and no odcnsive smell. " This new process in irrigation has been unanimously approved by both practical and scientific men. " 1st. The Agricultural Committee of Montargis, which has inquired into M. Batailler's plan of irrigation on the estate of Fortail, has awarded to him a gold medal. " 2nd. The Central Society of Agriculture, in its sit- ting of the 7th of February, 1819, recognised the special advantages secured by this method, and declared it de- serving of serious attention. A member, M. Payen, cited the example of a similar system of irrigation car- ried on in the plain of Issy, which produces four or five crops of hay where previously only one was gathered. " 3rd, The Society of Encouragement, in its second sitting of February, 1819, voted the publication of M. Batailler's paper, after a public and highly complimen- tary approval pronounced by its president, M. Dumas. " 4th. Tlie Jury of the Exposition has awarded two medals to M. Batailler ; one from the Report of the Commission on Chemical Arts, and the other on the proposition of the Agricultural Committee. " 5th, and lastly. The Council of Public Health, in its sitting of the 8th of March, 1850, impressed with the importance of the results obtained, recommended a grant to M. Batailler of part of the 30,000 cubic metres of night-soil reserved for such purposes by the city of Paris. " The company therefore, seconded by the most ta- lented engineers and distinguished agriculturists, appeals confidently for the raising its capital to the friends of agriculture ; and to those who wish to employ their money in a manner the most safe, the most beneficial to the country, the most productive of moral good and its substantial advantages. " M. Batailler has granted to the company the sole use of his system. " We cannot do better here than quote some extracts from modern writers who have treated on the subject of irrigation. " M. Mathien de Dombastes. — ' Of all the improve- ments in the means by which the products of the soil may be permanently increased, there is perhaps none more important than irrigation ; and yet the practice of this system has been hitherto confined to but a small number of the departments of France. It affords, ia fact, a most striking instance of the slow progress made in agricultural arts of the most evident utility.' " M. Jauhert de Passu. — 'Who could venture to form a calculation of what the future has in store for France, if irrigation obtains a footing there under the protection of the laws ; if new and peaceful channels of labour be opened up for the poorer class ; if a more perfect and diversified culture of the land, and an ap- plication of irrigating streams, for improving waste lands, retain in their villages these numerous labourers now congregated in populous towns through want, neglect, and many other causes ; if more extensive meadoWB and superior pasturage conduce to the improvement in the breed of horses and cattle, and if the food of the people become more wholesome and more abundant ?' " M. Hericart de Tiiury. — ' The law of Angeville is THE FARMER'S MAGAZINE. 133 but the first instalment of a more complete legislation on this high and important question of irrigation. There is not, perhaps, in other districts a sufficient knowledge of all the advantages that can be rendered by irrigation, and the influential part it may perform in the destinies of the people." " M. Augusle de Gasparin. — ' At Orange the fifth part of the land is submitted to irrigation. Meadows as beautiful as those of Milan are mown three or four times a-year, and are let as high as 850 francs the hec- tare. One-third of this sum is expended in the manage- ment of the land. These returns equal from three to ten times the revenue of identically-similar soils under ordinary cultivation. ' At Avignon, the water triples the value of the ex- cellent land which surrounds the town. ' At Vaison and at Malancene, irrigation raises the value of naturally-inferior soils to 12,000 and 14,000 francs the hectare. * At Cavaillon, the waters of the Durance have in some places increased the value of the soil ten-fold. Lands which hardly fetched 500 francs the hectare are valued at 5,000. ' At Sorgues, a sterile country, which was repulsive to tlie eye of the traveller, has improved a hundred-fold tlirough irrigation. The desert has been here changed, as it were, into the smiling plains of Lombardy. ' M. Taluyers, of Saint Laurent (Rhone) has, with an outlay of only 20,000 francs, formed a meadow of 33 hectares, producing an income of 10,000 francs. The land brought in previously no more than 1,200 francs. ' It is, moreover, with very small outlay that the riches of the soil have been thus opened up. At Ca- vaillon, close to the banks of the Durance, occurs al- most the only instance in which the system has acquired a remarkable development ; everywhere else the opera- tions have been mere experiments. An example is hereby, however, bequeathed to posterity, demonstrative of the course they ought to adopt, as well as of its prac- ticability.' " M. NadauU de Buffon. — 'France alone requires the formation of at least five million hectares of meadow land to give it the proportion of one to two with land cultivated by the plough. An increase of riclies would then ensue to the amount of more tlian 0,000 millions (£"■240,000,000), equivalent to a revenue of more tlian 300 millions (£12,000,000). Thus, notwithstanding the expenseincurred, irrigation is one of the most certain ele- ments of wealth to the countries which employ it ; a fact easily confirmed by the mere outward aspect of general comfort among the population in irrigated countries, by the cleanliness and convenience of the rural habitations, and by the facility with which the various liabilities are discharged.' "M. de Maiininj de Mornaij, in his 'Studies on the Irrigation of Upper Italy,' has given a description of the magnificent works executed ia that country, with information as to the manner of their construction, and the changes requisite in French legislation necessary to get rid of the obstacles, now frequently invincible, which are opposed to the use of running waters. ' In the present state of things,' says M. de Mornay, ' the streams pursue their course to the sea without affording one-twentieth part of the advantages which might be secured from them.' " It v,-ouId be superfluous to enlarge here on the con- siderations of public interest which are now more strongly than ever connected with the subject of agricul- tural labour. Those who are anxious for the future prosperity of the country are bound to second the Go- vernment in realizing the idea expressed by the Minister of Agriculture and Commerce in his circular of the 3rd March, 1850—' The Government wishes the lot of the agricultural labourer to be so enviable, as to counteract the temptation to exchange it for a town life. On the other hand, it is desirous that the artizan in toirn be induced to remove to the midst of the fields, where he will find health and pros-peril i/ for himself and his family.' " All these motives amply prove that the moment iias arrived for carrying into execution the long meditated project of forming a company which shall raise the funds necessary for those great works of irrigation, wliich do honour to some neighbouring countries, and of whicli France has been hitherto deprived. It is with this ob- ject that this Company has just been definitively con- stituted." Tlie Company is entitled " The General Agricultural Irrigation and Drainage Company, with or without tlie use of liquid manure." Dec. \st, 1850. L'Echo Agricole. THE IMPORTANCE OF CLEANLINESS FROM WEEDS IN THE SOIL. The spontaneous growth of weeds is one of the singular practical questions with which the fanner has to deal, and we may say one of his chief diffi- culties arises from the pertinacity with which some class or classes of weeds dispute the possession of the soil with his cultivated plants. He has to plough, and pulverize, and till, and sow his turnips, his carrots, or his corn — to exercise the most vigi- lant and Vv'atchful care over them even heforc they are committed to the eartli ; and sometimes all his efforts to produce a full and productive crop arc completely baffled, and lie has a failure : but the weeds never fail. The couch, the thistle, the dock, the charlock, and fifty others require neither seed- ing nor harvest ; they require no preparation nor manure, no care ; nay, in spite of scores of de- 134 THE FARMER'S MAGAZINE. structive agencies they will rise ahove all, and as- sert their dominion. So remarkably is this the case, that one advocate for a purely electrical theory of cultivation went so far as to assert that the cir- cumstances favourable to the growth of crops was positive electricity : those favour.iblc to the growth oftveeds was negative ! And yet, abstractedly con- sidered, there is no difference between a cultivated crop and a crop of weeds. The charlock and the turnip belong to the same natural family — the Brassica : the couch and the wheat-plant also be- long to the same — the Triticum : and yet the one will grow and flourish where the other will fail ; nay, the growth and prosperity of the one seems to be the cause of the failure of the other. We are aware that it may very justly be urged that, while one plant is only an acclimatized exotic, the other is an indigenous i)lant, suited naturally to the soil, the climate, the geological formation of which it takes possession ; and the other has, perhaps, to battle against adverse influence, contrary to its instincts. But how does it happen that the utmost care and attention is required to encourage the one to grow, and as much care and attention, if not more, are necessary to prevent the other? So hydra are the characters of some weeds, that decapitation seems only to encourage ; and when the cultivator has even flattered himself that his soil was free from them, they will rise up and as- sert their dominion with as much tenacity as if there were truth in spontaneous generation. But there is no such thing. A dock or a thistle can no more grow without a seed than an oak or an apri- cot ; but indigenous plants have always modes of disseminating seeds so adapted to their localities and the circumstances of the climate, that they spread so insidiously, so unaccountably, that it is scarcely possible to detect their migrations. Now we believe that the reason why in some cir- cumstances weeds grow more strenuously than crops, and vice versa, is, that there are circum- stances of the soil suitable to each. Thus, in one condition, mechanical and manurial, the soil will produce luxuriant cultivated crops, while in another it will produce a strong crop of weeds ; for we often find that where a large crop of turnips or clover, or even of corn, occupies the soil. Mr. Spooner, in a recent essay before the Hants Agri- cultural Society on agricultural cxi)eriments, to which we alluded last week, ])uts these circum- stances in a very striking light. After alluding to the importance of cleanliness from weeds in the soil as a cardinal point of good cultivation, and advert- ing at the hitherto adopted modes of securing it, viz., drilling and hoeing — and he might have added raking and hand-weeding — he goes on to suggest that high manuring has its influence, and that a very considerable one, in this direction. He says : " I believe that, without underrating other ad- juncts in the slightest degree, there is no more cer- tain method of securing the cleanliness of land than by the liberal application of such manures as Pe- ruvian guano, which contains a large per centage of ammonia. 1 have found during the past year, that where I have manured highly, the stubble was the cleanest; and this was remarkably exemplified m the case of the oats (mentioned in last week's Journal), which I have quoted, where one wheat crop followed another. This practice has been condemned as bad husbandry, and accordingly for- bidden in many leases. It is however, I believe, a mere question of manure. If the second white straw-crop receives a dressing of guano or other manure, all complamts of bad husbandry must, or ought, to fall to the ground. It is a satisfactory fact that, whilst our valuable grasses and grain and pulse crops readily respond to the application of concentrated manures, such is not the case with weeds and coarse grasses. A striking case in point came before the attention of the writer some time since Early in the spring of 1849, a small portion of land was dressed with a compound ma- nure, composed very largely of ammonia and phos- phate of lime, at the rate of 3 cwt. per acre, the remainder of the field receiving at the same time a good dressing of dung. The field was infested with the common buttercup, and whilst as the season advanced, the yellow tinge extended as usual over the field, the spot where the concentrated manure was applied was distinguished at a distance by the fact that scarcely a buttercup was to be seen. The herbage consisted of the sweetest short grasses, and proved afterwards very abundant. The spot could again be discovered this year by the absence, to a great extent, of the yellow flowers." We think nothing is clearer than the fact that wheat will not grow successfully in a newly- broken-up alluvial grass-field; so there are rich conditions of soil which are inimical to the develop- ment of weeds ; and, other things being equal, there can be no doubt that a soil in a rich con- dition will be much cleaner than one that is poor and exhausted. — Gardeners' and Farmers' Journal. THE FARMER'S MAGAZINE. 135 LABOUR AND THE POOR.— THE RURAL DISTRICTS. (From the Mui'nhig CfironiQie.) Letter XV. NORFOLK, SUFFOLK, AND E.SSEX. I ])ro])ose in the present letter to enter some- what more in detail into the condition of the agri- cultural labourer as regards his work and his wages, and to point out a few of the evils in connection with these subjects which tend to produce that feeling of sullen discontent which is so generally prevalent among them — particularly in those por- tions of this district where of late so many incen- diary fires have taken place. I shall first deal with the question of wages. In my i)revious letter I stated that the wages of the labourer averaged from 7s. to 9s. per week. Nothing, however, could be more erroneous than to suppose that the actual amount paid to the laI)ourer is equal to that sum, or, on the other hand, that it is his good fortune to receive such a sum during the entire year. The system of hiring ihe labourer by the week is one which is comparatively rarely ado])ted in Suffolk ; when, therefore, we are told that the wages of the labourer are 8s. per week, it is, so far as the great body of agricultural la- bourers are concerned, a perfect delusion. Labour- ers are paid by the day, not by the week — and only for the numl)er of days during which they are actually at work. If, in consequence of wet or un- favoiu'able weather, they ai-e unable to work, the wages for such days are deducted from what, by courtesy, are called their weekly wages. If a day's sickness or domestic affliction keeps the laliourer at home, the same principle is acted upon. In fact, upon the day which was set apart for the General Thanksgiving, the wages of great numbers of the labourers were stopped, on the plea that no work was then done by them. I am happy, however, to state that the instances of such hardshij), and of such total disregard to the comforts of the ])oor, which came under my own notice, were compara- tively rare. Those of the farmers who acted in so imgenerous a manner towards the labourers were ])rincipally confined to a small district in the western division of the county, to which I shall presently have occasion more particularly to refer. The full wages of 8s., or even 9s. per week, are little enough to keep body and soul together ; but, when from that sum are deducted the wages of every day, or of every portion of a day, upon which the labourer is unable to work, the manner in which he exists becomes a mystery indeed. "There's some weeks," said a poor fellow to me, " that we only get 4s.— sometimes less than that — and in very wet weather we gets nothing at all." " How, then," said 1, " do you manage to subsist, and pay Is. Gd. a-week for that cottage of yours ?" " We can't do it on our wages, you may be sure," he said ; " the truth is, master, that we're often driven to do a many things those times that we wouldn't do if we could help it. It is very hard for us to starve, and we sometimes jniU some turnips, or p'raps jiotatoes out of some of the fields, unbeknown to the farmers." Is it to be wondered, if tha poor man is thus tempted to commit these acts of depredation in order to preserve his miserable ex- istence ? It has been very generally stated to me by the farmers, when I have sjioken to them upon the sub- ject, that the labourers are now much better off than they ever were, and they generally put their propo- sition in these words: — That Ss. a-week wages, with wheat at 42s., is much better than wages at 9s., with wheat at oGs. Taking the two extreme ])oints thus selected by the farmers, there could be no doubt as to the perfect truth of the proposition. But how stands the fact ? The minimum of wages is not 8s. (or at the rate, rather, of Ss.) jier week. In the great majority of cases, they are not higher than 7s. ; and within the last fortnight, and since writing ray last letter, there has been an extensive reduction to Gs. per week. Si)eaking to a labourer, whose wages had been gradually reduced from Is. 4d. a-day before, to Is. •2d. after harvest — and now finally to Is. i)er day— I asked him if he did not think that he was l)etter off with low than with high wages, supposing that wheat was at a proportionately high price? He replied— "We can get more bread for the money, and that's some consequence to poor men like we, but they don't lower the rent to us when they lower the wages. When I was getting 9s. a-week I had to pay eighteenpence a-week for rent, and I must pay the same now when I am only getting 6s. a-week ; and then I don't know how long I may be able to get Gs. The farmers have nearly got in all their seed, and then we may go about our Imsiness. And then if I a'int got no money to buy the bread, why what's the consequence if it's cheap or dear ?" Viewed in this light (and many of the labourers are shrewd enough to look at the question in this way), the condition of the labourer must be bad enough. As a general rule there can be no doubt whatever, that when the price of corn is low the condition of the labourer is vastly improved as compared with what it is when the price is high. In order to ascertain, if possible, the relation between the price of wheat and the con- dition of the labourer, as shown by the amount of pauperism, I have extracted from a number of returns on the subject the average number of per- sons receiving in-door relief, and the average amount expended in out-door relief, in the county of Suffolk, during each of the three years ending the 29th of September, and also the average price of wheat at each of the same periods. The following is the re- sult of my inquiries ;— 136 THE FARMER'S MAGAZINE. 1847. 1848. 1849. Average number of in-door paupers 3,199 2,932 2,935 Average amount of out-door relief £2,802 2,315 2,219 Avemge jirice of wheat for quarter ending Se])t. 29 G7s id 51s3d 45s 9d Mr. French, who is vice-chairman of the board of guardians of the Hartismere union, stated to me that he had ])aid considerable attention to the sub- ject, and he had come to the conclusion that the labourer was generally much better otl' when the jirice of corn was low than when it was higli — and, as a conse(pienre, that in all well-managed unions the amount of ])oor rates and the number of paupers were then considerably reduced. A most intelligent master of a union-workhouse on the borders of Norfolk and Suftblk also made the following state- ment to me, as the result of consideraI)le experience: — " During the high ])rice of tlour I have invariably found more paupers come into the house, and alto- gether a larger proportion of destitution in the union." He also states that at one time, when corn was high, he had, out of 396 persons in the workhouse, 114 who were able-bodied labourers. If tliis be the case, the question arises, how is it that at present, throughout nearly the whole of the county, there is such general and wide-spread dis- tress, and so much of complaint and dissatisfaction among the labourers ? This conducts me at once to the second subject with which I propose to deal — viz., the employment of labour by the farmers. I have taken considerable pains to ascertain, in the course of my inquiry, whether there existed gene- rally throughout the county an excess of labourers ; whether there were more hands than could be j)ro- fitably employed by the farmers upon the cultivation of their land ; and I have uniformly been told, by persons conversant with the suljject, that, so far from there being a redundance of labour, there was not enough to cultivate the land properly. Most unfortunately, however, for the comforts of tlie labourer, there is a A'ery large proportion of the farmers of Suffolk who have gone on making addi- tions to the size of their farms, without increasing in the same proportion the amount of capital with which to cultivate them. The difficulty and em- barrassment in which they are consequently placed, prevent them from employinof the number of hands which they would otherwise require on their farms, or from sufficiently remunerating those whom they do employ. I have met with many farmers who sympathize deeply with the depressed condition of the labourer, and who would be wiling to give in- creased employment if it were in their power so to do. The consequence is, that at the ))resent moment there is a considerable number who are out of employ ; those who are employed are receiving extraordinarily low wages, and they generally ex- pect that, as soon as tlie seed wheat shall be all sown, and the weather shall become in the least un- favourable, the opportunity will be taken of dis- charging many more of them. The favourable state of the weather for the last few weeks has, indeed, enabled the farmers to employ a good number of men in the fields. Had the wealher not ])roved so propitious, the numbers out of employ would have been very largely increased. I have endeavoured to ascertain, from the various unions of the county, the increase in the number of able-bodied paupers, in the hope that it would afford some guide m form- ing a conclusion as to the number of persons ac- tually unemployed. The returns, however, for various reasons, do not afford the full amount of information on the sul)ject which was to be desired. The average number of able-bodied jiaupers re- ceiving in-door relief in the county of Suffolk was, for the thirteen weeks ending September 29, 1848, 119; and for the same period of the present year the number was 174. The number of al)le-bodied paupers actually receiving in-door relief, in the week ending September 29, 1848, was 101 ; and for the week ending September 29 of the present year, the number was 16G. Of course it will be understood that these num- bers only refer to the able-bodied paupers receiving in-door relief. They do not show the extent of pau])erism in the county, for no account is taken of the insane, the sick, the infirm, or the children, who may be receiving in-door rehef; nor do they apply to the number of able-bodied lal)ourers M'ho may be receiving out-door relief in consequence of the sickness of their families, or other exceptional causes. Although the ])rinciple of the ])Oor-law is to give no relief to the able-bodied except in the workhouse, still there are many cases in which the boards of guardians relax a little the stringency of the rules. An instance of this kind came under my notice a short time since. A labourer a])plied to the board for relief ; he was asked of course tlie usual questions aa to the s(ate of health of his family — he had six children. There v/as an evident desire on the ])art of the guardians to afford some slight relief, which thay knew would be only of a temporary character, rather than be burdened with the expense of maintaining the whole family for an indefinite period in the workhouse. They accord- ingly strove hard to make out a " case." The aj)pli- cant stated that his family were all well, and that he only wanted a little assistance to help him in the meantime, as he hoped to get something to do in the ensuing week. The guardians pressed the j)oor man still more closely. " Is not your wife jioorly ?" " No," replied the honest a])plicant. " Are you quite well yourself ?" " Yes, I'm jiretty well myself," " Is there none of your children ill ?" " No." " Not one ?" " No." " None of them got the ringworm, or anything the matter with their heads ?" " No " was still the answer of the applicant, evi- dently not perceiving the design of the board. " Have any of them," at last suggested a member of the board, " had the ringworm lately ?" " Why, yes," said the poor man, " a little time ago Billy caught it somewhere." The applicant was ordered to withdraw — the consciences of the board were sufficiently elastic — one of his children had had the ringworm — it was a case of illness — and the man was ordered out-door relief. The following week the man was in work again. Repeated instances of this kmd take place among the guardians, and they are generally considered rather liberal towards the poor. The number of able-bodied paujiers receiving in-door relief does not, therefore, afford complete information as to the number of labourers who may THE FARMER'S MAGAZINl'. 137 be imemployeJ, altlioiigh Ijy comparing one period with another some idea may be formed as to the amount of employment. There are, however, many labourers who, when unemployed, refuse to apply for relief, as they are aware that, if able-bodied, the workhouse would be the only relief offered them ; and sooner than subject themselves to such re- straints as would be there imposed upon them, they endeavour by some means, fair or foul, to sup- port themselves until they are enabled to get em- j)loyment. We have, therefore, no means of ascer- taining with accuracy the number of persons who are at present out of employ ; but there can be no doubt whatever, from the statements I have heard in various parts of the county, that the number is considerably greater than it has been for some years ])ast, and that the coming winter is expected to be one of great hardship for the poor. Another of the causes of complaint which I have frequently heard among the labourers, is the hard- ship of having to walk some ten or dozen miles in the course of the day, in going to and from their work. The necessity for this has arisen from the practice which exists in the neighbourhood of some of the larger towns — upon the part of some of the close parishes, or of the owners of extensive estates — of endeavouring to evade the operation of the law of settlement, by jJuUing down the cottages, or turn- ing out the tenants just before the expiration of the term which would make them irremovable. Upon several properties in the neighbourhood of Bury, for instance, I have been informed of cases where, upon the slightest ])ossible ])retext, a whole family has been driven off the estate. The poor people thus driven away are unable to obtain accommoda- tion in the villages in the immediate neighbourhood, the owners of property there not wishing to run the risk of having any burden thrown upon their parish — and they accordingly seek shelter in some of the wretched back streets and lanes of the larger towns. In several instances I v/as told by the labourers themselves that they had to walk one, two, three, or four miles to work on the very estate from which, as tenants, they had but a short time since been removed. I was informed of the case of one family which had been driven off an estate situated a few miles from Bury, under circumstances of the greatest hardship — though, it must be added, that there are few gentlemen who have devoted more time and at- tention to the improvement of the cottages and the condition of their tenantry than the owner of the estate in question. Tlie plea for the removal of this family was, that the mother had been seen to pick up a few small potatoes which had been left upon the surface of the field, after the bulk of the crop had been removed. After having been turned out of the house, the whole family took up their abode v/ithin the porch of the church for two days, deter- mined that they would not be driven out of the ])arish, although they might be evicted from their dwelling. From the church, however, they were finally removed as vagrants, and, travelhng on to Bury, they obtained lodgings in the wretched ])lace to which I referred in my former letter, viz., Hogg's- lane. Several other instances like this came to my knowledge as having occurred in the neighbourhood of Bury. In the various other parts of the county through which I have travelled I have made it my business to inquire into the existence of such a prac- tice ; and I feel bound to state that the result of my inquiries was such as to lead me to the opinion that it is not carried on to so great an extent as 1 was led to suppose, except in some comnaratively few cases, where close parishes exist in the immediate neigh- bourhood of large towns. I found u])on inquiry that in a great number of cases where cottages had been pulled down, others had been erected in their stead, of a more commodious character, and in some cases nearer to the farms. Taking the whole county, I do not believe that the number of cottages jiulled down has exceeded the number of new ones that have been built. The insufficiency of cottage ac- commodation remains, however, still as great. Another complaint on the part of the labourers is founded on the unfeeling manner in which they con- sider they are almost invariably treated by their employers. They feel, to use their own words, that " they are treated like slaves." It is seldom, they say, that the farmer will condescend to speak to them, except in terms of reproach or abuse. There is no display of anything like kindly feeling towards them, nor any desire shown to imjirove their con- dition. But, amidst the general ill-feeling which subsists, it is gratifying to witness in some instances the disjjlay of kindlier sentiments between the par- ties. On the day before that set apart as Thanks- giving Day, I was in company with two farmers who occupied, one upwards of 500, the other about 700 acres. Having heard a rumour among the labourers, of the intention of many of the farmers not to pay the men the wages for that day, I was anxious to ascertain from the farmers themselves if there was any foundation for such a report. I accordingly addressed myself to the one who occu- pied the larger fatm, and asked him if he intended to pay his men their wages if they did not work? " Pay 'em ! no — certainly not," said he; "they're not agoin' to work, and why should I pay 'em for adoin' nothing ? I've told my foreman not to give 'em anything." Shortly afterwards I addressed myself to the other farmer — an aged, grey-haired man, whose warm and benevolent-looking counte- nance strongly contrasted with that of the former. His answer to my inquiry was — " Why, to be sure I do ; I wouldn't think of stopping the wages of the poor fellows on such a day. Lor' bless me, I'd rather give 'em something extra if I could afford it, than stop anything." Ujjon further inquiry I learned that the latter was paying his men Is. 4d. per day — the former had on the Satiuday night previously reduced the wages to Is. per day. It would l)e idle to ask whose labourers were most likely to be the best contented, and which of the two farmers re- ceived the greater amount of labour from the men in return for the wages paid. Unfortunately it is the fact, be the cause what it may, that there does exist throughout the county — but to a considerably greater extent where low wages are ])aid — a very large amount of ill-feeling on the part of the labourers ; and considering, as they most unhappily do, that they are ill-used and underpaid, it cannot be a matter of great surprise if among thera there should be found numerous 138 TllK FARMER'S MAGAZINE. instances in wlucli they have hhndly and wan- tonly i-ndi-avourcd to wreak their bad feelinfjfs upon those whom they consider to be the causes of their grievances. Within the last two months the crime of incen- diarism has been fearfully on the increase in some jjortions of the western division of Suffolk, and in those portions of the counties of Essex and Cam- brid}i;eshire which lie contiguous to it. Tncendiaiy fires are not, unfortunately, of rare occurrence in Suffolk. There have been times during which the people have, as is almost the case at jjresent, been nightly alarmed l)y the sight of blazing ricks and farms in various jiarts. I find, upon inquiry, that during each of those ])eriods the wages, as com- ])ared with the i)rice of wheat, were remarkably low. The years 1 Si G and 1817 were the first in which incendiarism prevailed to any extent. The price of wheat in ISlO was 85s. 9d. ; in 1817, SQs. id. The wages in the former year were 10s. — in the lat- ter lis. per week. In 1825 incendiary fires again l)ecame nimierous : the price of wheat was G8s. 7d._, the wages Ss. Gd. In 1843 and 1S44 the evil again broke out: wheat in 1843 was 54s. per quarter, wages 8s.; in 1844 the price of wheat was 51s. 3d., and wages in some parts were as low as 7s. per week. In the years 1843-4 there were not less than 89 in- cendiary fires in the county of Suffolk, the vast majority of which were in those portions of the county where the wages were the lowest. The average i)rice of wheat for the quarter ending 29th September, 1849, was 45s. 9d. ; the rate of wages in those jiortions of the county where the fires have recently occurred being 7s., but now reduced to Gs. j)er week. It is not my intention to enter into any inquiry as to what may or may not be considered a fair rate of wages to be paid to the agricultural labourer. Any ]ierson who may be disposed to enter into the inquiry as to the proportion which the wages bear to the price of corn may easily do so by ascertaining the quantity of corn which the wages would purchase at the different periods. Adopting, for a moment, the standard advocated by the farmers, of 8s. per week when corn is at 42s., the quantity of corn which could be purchased by wages of 8s, jier week would be about G pecks ; Ijut witii the jiresent wages, in some parts, of only Gs. j)er week, but little more than 5 ])ecks could be obtained. The reader may easily calculate for him- self the value of the wages, upon the standard of the farmers themselves, for the different years in which fires have been of the most frequent occur- rence. Since August last there have been no fewer than seventeen incendiary fires in a portion of the county of about fifteen or twenty miles in length from north to south, and about twelve or fifteen in breadth. This district forms the southern j)art of the western division of the county, adjoining the district about Soham in Cambridgeshire on the west, and the district of Saffron Warden in Essex on the south. In these jiortions of Essex and Cambridgeshire the fires have been almost as numerous as in the county of Suffolk, and no doubt they have their origin in the same cause. The value of jjroperty thus destroyed has been, I am informed, not less than £ 14,000, Indeed, to such an extent has the system ])revailed, that certain distric'ts of SuHblk, Cam- bridge, and Essex have been i)laced under " ban" by the fire oHices, several of them having refused to insure farm property there. 1 have endeavoured as far as possible to ascertain the causes of these incendiary fires, and I have been unable to arrive at any other conclusion than that they originate in the distress and discontent of the labouring classes. Individual cases have occurred in which the fires, to all outward appearance, are not traceable to this source. Several fires have happened in cases where a comjjaratively high rate of wages was j)aid, where the labourers were gene- rally contented, and wliere every possible exertion was made on the part of the employer to furnish them with work and to improve their condition. A gentleman who occujjies a prominent position in one of the ])arishes where several fires have occurred, informed me that in 1844 he had paid consideral)le attention to the subject, that he had been ])resent at many of the fires, and that the conclusion which he then came to was, that they were almost universally attributable to the low rate of wages ; and that he had no doubt whatever but that the same cause ap- plied to the fires of the present year. Indeed, the prevailing opinion among all thinking persons ap- pears to be that they are owing to the very general depression and discontent of the ])cople in those parts where the fires occur. It does not ap})ear that there are anything like secret societies among the peasantry, where the fires are planned or concocted. There is, however, a very general o])inion among the police and others, that there is scarcely a fire which occurs the perpe- trator of which is not pretty generally known in the neighbouring village. At Dalham, Gazeley, and several other small villages in the Risbridge imion, there is evidently a great desire on the part of the people to screen the offenders. The jieople of Dal- ham uniformly refuse, I was informed, to render any assistance in putting out the fires, and upon one occasion they actually cut the hose of the engine, and fired upon the firemen who were working it. Many persons are of opinion that the fires are, in the majority of cases, the work of one man only; and they su])port their opinion by the following fact. A short time since a man was transported from Dalham for the crime of poaching. His son, who resided in the parish, and carried on the trade of a basketmaker, was frequently heard to state that he would be the ruin of the parish. Numerous fires took jdace shortly afterwards, and there is no doubt that many of them were the work of this in- dividual. The ])lan which he used to adopt upon such occasions was to place a small bundle of shavings, sticks, and other matters, well besmeared with pitch and other combustilde materials, made up in such a manner as that ignition should not take place until he was enabled to get to some dis- tance from the spot. In several cases these bundles had been discovered unignited ; and upon examining them they were found to contain chips of osier — which circumstance, he l)eing a basket- maker, naturally led to the inference that the bundles had been jdaced there by him. On one occasion, a jjortion of a hankerchief with some of THE FARMER'S MAGAZINE. 139 these chips, which was traced to his possession, was found upon the premises after a fire ; but, although the man has been tried upon several occasions, the authorities have not been able to procure a convic- tion. The man has now left the district, and the fires have been somewhat less in that immediate neighbourhood. The labourers themselves who are employed, even at miserable wages, are almost l)y common consent acquitted of being wilful par- ties to these acts of incendiarism. The prevailing opinion on the subject appears to be, that the fires are not generally referrible to one common origin, but that, in a great majority of cases, they are traceable to a spirit of Avicked and wanton mischief on the part of boys— and perhaps even of vagrants — excited and brought into action by a spirit of imitation ; and that, the fires having once broken out, a ready means of gratifying revenge is placed before their view, while the cheap- ness and ease with which lucifer matches may be procured offer facilities for giving effect to the feel- ings of hatred or hostility excited towards particular individuals. There appears to be no reason whatever for sup- posing that the administration of the poor-law has anything to do with producing these fires. Indeed in several of the unions in which fires have occurred, the law has been cai-ried out by the guardians with a total absense of anything like harshness or cruelty, and the provisions of the law are even fre- quently strained with the benevolent view of afford- ing the fullest possible relief. Generally speaking, there is not, in these districts, so strong a feeling of dislike to the poor-law among the labourers as may be found in some of the ixnions where no cases of incendiarism have occurred. I have heard an opinion expressed that a great number of incendiary fires were traceable to boys. After the age of sixteen the boys become pau]iers in their own right. The parents begin to think that it is time that the boys should earn something for themselves ; the boys also think that they ought to assume the habits of men, and they wish to become inde])endent of their parents ; they accordingly en- deavour to get work, but they are boys in the eye of the farmer, and they have not the requisite qualifi- cation for high wages : they are unmarried ; they are not able to earn more than from 2s. Od. to 3s. 6d. a-week. They soon get tired of working for so small a sum ; they spend a short time in the work- house ; becoming dissatisfied there, they meet with other boys of the same age who are similarly situated ; they talk over their grievances, and be- come sullen and discontented with everybody and everything ; they leave the house literally with their hands against every man, and avail themselves of the first opportunity of indulging their feelings upon the property of those who may or may not have done them some real or imaginary wrong. There are many fires which are considered as the work of the incendiary, but which might perhaps be ascribed to other causes, such as accident or negligence. A few days since a large fire occurred a few miles from Bury, which for some time was considered to be the act of an incendiary ; but it came out some time afterwards that two little boys had been playing with some lucifers in the neigh- bourhood of the farm, and by accident had set fire to one of the stacks. Referring to individual cases of incendiarism, it is curious to observe how, in the great majority of cases, the fires occur in districts where either a low rate of wages is paid, or where the labourers deem themselves improperly treated. Speaking to many of the labourers upon the subject, they have not unfre- quentlymade use of expressions towards those whose property had been destroyed, such as — " Oh, sarve him right ;" " He was a grinder ;" " He was a strict, hard-fisted fellow;" "He was very hard upon his men," and other terms of a similar character. On the other hand, some of the fires have happened in cases where the farmers bore the highest possible cha- racter. In one case a farmer of about 500 acres received the prize at the Stow Agricultural Society for employing the largest amount of labour in pro- portion to his occupation. Another farmer pos- sessed the general reputation of farming higher, and employing more hands, than other persons in the district. A short time since an extensive fire oc- curred near Kirtlinge, which destroyed the whole of the property. A portion of the premises had been burned down last year; they had but just been re- built, and the workmen had not left more than a few days, when a fire again broke out, and burned the whole of the newly erected premises, together with that portion of the old which escaped upon the previous occasion. The farmer bore an excellent character. Two fires recently occurred in Forn- ham, in both of which cases the farmers bore a high character, and were in the habit of paying a better rate of wages than most of the farmers in the neigh- bourhood. But while, on the one hand, some farmers who bear a good character among the labourers have suffered, there are many instances in which they have been spared, although fires have been con- stantly taking place around them. A large farmer, residing five or six miles from Bury, and farming upwards of 1,000 acres, was a singular instance of this. " He is a good man — a good fellow," said a labourer to whom I was speaking ; " he is one of the best men we have round here, and he hasn't had so much as a hay-rick, or barley-stack, set on fire. Aye ! a better man never trod shoe leather than he. ITae poor men all like him ; he isn't ashamed to speak to 'em when he sees 'cm, and he's always glad to help a poor fellow when he's in want." Neither in 1843 nor in 1844, when so many fires occurred, was there a single fire upon his farm — nor have there been any during the pre- sent outbreak. Upon many of the estates that are well managed, and where there is a resident pro- prietor, com])aratively few cases of incendiarism have occurred. On the estate of a gentleman near Lavenham, it was found necessary to remove one of the tenants, in consequence of some bad conduct upon his part, and on the following day a barn upon the estate was fired — there being no moral doubt that the evicted tenant was the guilty party. The case could not, however, be brought sufficiently home to him to procure a conviction. No other instance of incendiarism has occurred upon the es- tate, although it is situated in the very heart of the district in which so many fires have taken place. 140 THE FARMKR'S MAGAZINE. But although there arc cases in which tlie far- mers who hear a lii^^h character have suH'ered, and likewise cases in which thej' have escaped, tliere are also many in which fanners who are very generally disliked hy the labourers, who give very low wages and afford but insufficient employment, have es- caped injury. You may frequently hear the y)oov peoj)le s])eak in terms of unmeasured abuse of some of the farmers; and, in looking over the list of fires, you expect to find some of their farms in- cluded. Such, however, in a great many instances, is not the case. Any theory which may be set u[) on the subject is, therefore, liable to be immediately overthrown by some case or cases which may be cited, and which it is impossible to reconcile with any preconceived opinions. Difficult as it may be to explain many individual cases, we have, however, the broad facts before us, that in the nortliern and eastern parts of the county fires are comparatively unknown, and that the rate of wages is higher there than in the other portions of the county ; and that in the southern anii western parts of the county, where fires are constantly taking place, the rate of wages is, generally speaking, lower. In the former case, wages average from Ss. to f)s. per week ; in the latter, from 6s. to 7s. jier week. How far low wages may tend to produce this state of things is a question upon which the reader will form his own opinion. Before leaving the labourers of Suffolk, I will sliortly refer to the state of education among them. Upon this question blue books are silent, and any attempt to arrive at a conclusion would be certain to result in failure. One mode that is generally adopted of arriving at information upon this point is by taking the number of persons who in any par- ticular district may have signed the marriage register with their mark, not being al)le to write their names. Adopting this standard, it appears that the number of men so signing the register in the county of Suffolk, in the year J 847, was not less than 1,0S3— being 42 per cent, aljove the average of all England and Wales upon the like number of marriages. There is rio doubt that this is an enormous ]ier centage, and it must also be re- membered that this applies to the whole county, in- cluding persons of every class and condition who were married during that year. It is but fair to suppose that among persons in better condition than the agricultural labourers, there would be but few probably who would be imable to write their names. Among the tradesmen there would be also a far greater proportion to lie found, able to write their names, than among the labourers. How many of the agricultural labourers of Suffolk were able to sign their names would be a curious point upon which to obtain in.*"ormation, and one which would be necessary if we wished to arrive at the state of education among that numerous body. Unfortu- nately the information is not forthcoming ; but we are fully justified in assuming that among the labourers, as a body, there is to be found a far greater per-centage of peisons who cannot write their names than would appear from taking the average of the whole county. Of course the evidence adduced by the marriage registers applies only to the state of education among the adults — llie people of the last generation. Wiiat is the case as regards the rising generation ? Here, again, we are left to grope our way ahnott entirely in the dark. We search in vain through t'.e enormous pile of ])lue books for information upon this all- important suljject. We have accurate accounts of crime and pauperism, e.\-i)orts and imports — nay, even of the number of herrings cured, dried, salted, and otherwise disjjoscd of j but, with the exception of the case of pauper children, we have no educa- tional statistics upon which we can rely. After some considerable trouble I have been enabled, however, to obtain ''The Result of the General In- quiry made by the National Society into the state and progress of the schools for the education of the poor in the principles of the Established Church, during the years 1846-7, throughout England and Wales." This Return does not include schools connected with dissentei s, nor Church of England preparatory schools, nor grammar schools. The preface to this voluminous document states that, although every care had been taken to insure accu- racy in the details, still there was no doubt that many inaccuracies were to be found. From these returns I have collected that there are in Suffolk 699 schools, having 32,667 scholars under their charge — being a ])roportion of 1 in 9 to the entire population of the county. By the minutes of Council on Education for the last year, I find that the number of pauper children receiving education in the schools connected with the workhouses is 1,043. The num- ber of scholars in conne.xion with the Wesleyans is, I beheve, about 4,000. As to the numbers in the schools connected with other bodies of dis- senters, I have no means of obtaining information. Probably there may be about the same number as in connection with the Wesleyans. The number of children in connection with the Roman Catholics is, I believe, very small — probably not exceeding 100. I have no means of ascertaining the numl)ers attending the various private schools throughout the county. The total number of children in con- nection with the schools of the National Society throughout England and Wales is computed at 1 in 1 1 4 of the entire population ; in the county of Suffolk the proportion a))pears to be 1 in 9- It would appear from this, that the state of educa- tion among the children is rather in advance as compared with tlie whole of England and Wales. The education of the children of the agricultural labourers is, however, remarkably deficient ; and in this respect the pauper children are jilaced in a much more favourable position. There is a school in connection with each of the workhouses, where the children are taught the rudiments of education, and in several of the schools which I visited considerable proficiency was exhibited in some branches of in- struction. At the pauper school at Stowmarket many of the boys write excellently, and are good bookkeepers. At the Bly thing Union, many of the children have made considerable progress in the art of navigation, and have obtained employment in the navy; and some of them have obtained marks of merit for their good conduct. As an instance of the want of education among the pauper children in some parts of the county, and of the Itenefits likely to result from the establishment of pauper THE FARMER S MAGAZINE. 141 schools, I may mention the case of a school which I visited at Wortham, in connexion with the Hartismere Union. During the examination of the children, a number of questions were asked and an- swers given — among others the following : — " Why was Lazarus seen afar off in Abraham's bosom ?" " Because he was Abraham's father." " What is a publican ?" " A Pharisee." " What was Matthew r" "A fisherman." " What did the Jews expect the Messiah to be ?" " A false prophet." " What is faith ?" " The substance of anything seen." " How many Houses of Parliament are there ?" "Three -two." " What is the upper one called ?" "The house of dukes." "What is the lower one called?" "The house of gentlemen." " Who puts on the taxes ?" " The Queen." "Suppose you were to send a person to the House of Common, who would he represent ?" " Gentlemen." " If you were to send one, who would you send ?" " You, sir" (to the chaplain). " What would you send me there for ?" "To collect money." It must, however, in justice be stated, that, con- sidering the short time during which they had been receiving instruction, they had made considerable progress in many other branches ; many of the boys and girls read well, and some of the girls wrote an exceedingly good hand. The late master of the workhouse, I was informed, had been in the almost constant habit of neglecting his duties, and the gUcU'dians were finally compelled to remove him. During the short period in which the present able master, Mr. Dunlo[), has been engaged, a marked improvement has taken place in the children. It is pleasing to notice the great exertions which are in many cases made on the part of landed pro- prietors to afford the means of education to the children of their tenants. There is scarcely a large estate upon which one or more schools have not been erected — the salaries of the masters, and other expenses attending them, being defrayed by the proprietors themselves. Among schools of this class may be mentioned those of Mr. Shaw, of Kersgrave Hall, near Woodbridge ; of Sir Edward Kerrison, of Stradbroke ; of Mr. Benyan, of Cul- ford ; and Mr. Kerrison, of Broome Hall, who has also established an industrial school in connection with one in which the usual routine of education is taught. Great credit is also due to the great body of the clergy throughout the county, for the manner in which they have exerted themselves to provide the means of education for the children of the poor. In many of the [)ai'ishes are to be found small schools, which are supported entirely from funds derived from the miserable stipends of the country curates. There is still, however, a great want of school accommodation throughout the entire county. There are four parishes in the immediate neighbourhood of Ship-meadows, a district lying between Bungay and Beccles, in which there is not a single school, with the exception of a small Sunday- school, conducted entirely by the wife of one of the curates — the parties residing in the parishes not being able to raise a sufficient sura either to es- tablish the schools or to allow them to obtain any assistance from the Government grants. There are other parishes in which, unfortunately, there is no school accommodation whatever ; and in many the schools are of the most wretched character. THICK AND THIN SEEDING, The proper quantity of seed, for the various grains, to be sown to the acre, is a subject on which much has been said and written, especially in England, where many experiments in relation to it have been made. The question cannot be fully settled, without a long series of carefully conducted experiments ; made and repeated under the same circumstances. The Transactions of the N. Y. State Ag. Society for 1849, contain the results of some trials by Mr. Adam Clark, of West Dresden, Yates county, in sowing various quantities of wheat to the acre. The communication of Mr. C. was referred to a committee, of which John Delafield, Esq., was chairman, who submitted a report from which we take the following : — ■ The experiments of Mr. Clark show that wheat planted uniformly at distances of 1^ inches apart. will require about 224 ^Ibs., or 3 bushels 44:} lbs. per acre. This weight of wheat consists of about 2,890,320 grains. Mr. Clark planted a portion of ground in this manner, which was harvested at the proper season and thrashed on the 22nd of August, and weighed on the 17th December. Estimating every ounce to contain 800 grains, as weighed by him, the product of an acre similarly treated pro- duces 63,248,000 gi-ains, or 4,160 lbs., which is equal to 69 bushels 10 lbs. of wheat per acre. The second experiment shows that about tivo bushels of wheat, or 126 lbs., sowed on an acre of ground at the uniform distance of two inches apart, will yield 3,580 lbs. of wheat, or 59 bushels 40 lbs. per acre. In this experiment the number of grains sowed to an acre is about 1,616,000. It has been usually estimated that in broad-cast sowing of wheat under, favourable circumstances U2 THE FARMliR'S MA(iAZINE. as to weather and condition of the soil, the average deposit of seed is 18 grains i)cr square foot : if so, an acre of broad-cast re(|iiires 2,000,880 grains ; and estimating this ({uantity at tlic weight of Mr. Clark's wheat, it gives two bushels 44 lbs. jier acre. It would have been advisable to measure and weigh the seed before planting, as well as after harvest, as season and cultivation may essentially vary the relative quantity and (piality of the seed and the product. We would have been pleased to know, also, whether every seed planted arrived at maturity ; if not, what i)roportion was imj)erfect or destroyed. It is well known that a large per cent- age of the wheat sown broad-cast is lost to the farmer. We need therefore very exact observation, to apj)roximate a fan- estimate of comparisons. The following is the substance of Mr. Clark's statement : — On the 23rd Sept., 1848, I prepared four beds of ground to plant with wheat, on a summer fallow that had l)een twice 'ploughed during the summer. The ground was prepared by finely pulverising it with a hoe and rake, to the depth of eight inches. Four beds were accurately measured, each one- fourth of a rod square, leaving a walk of about 7 inches between them; they were numbered and subdivided as follows : — No. l,in squares H inches each way ; No. 2, about 2 inches ; No. 3, a little short of 3 inches ; No. 4, 3J inches, including the outside lines of each bed. Then with the thumb and finger I carefully dropped a kernel of wheat in the corner of each small square of Nos. 1 and 2 ; then, with a stick prepared for the purpose, I placed each grain 1^ inches below the surface, and then with the head of a rake made the surface en- tirely smooth. On Monday, 25th, I planted Nos. 3 and 4 in the same manner ; they were all planted with the Soule's variety of wheat — the seed dry, without any preparation. The soil is a clay loam, with a slight inclination to the north and north- west, and fully exposed to the winds from those directions. I used no fertilizers, except a httle gypsum ; on the l7th of May, while sowing on the rest of the field, I gave the bed a slight coating at the rate of from la to 2 bushels i)er acre. Har- vested July 2.')th, 1849, with a hand cradle, and bound it in sheaves and carried it into the barn in about two weeks. The parcels carefully shelled and kept separate. On the 22nd of August, each parcel was weighed separately by sealed scales, the result of which may be found in the annexed table. On the 1 7th of December, 3oz.were weighed in sealed scales, and, by counting all the grains weighed, I found that there were 800 grains in an ounce. An estimate of the amount of seed planted is made from this data, as well as the average jiro- duct from each. No. 1. — Number of grains planted 4,488; weight of product in pounds and ounces, 6 lbs. 8 oz.; amount of seed sown per acre, 3 bush. 45 lbs. ; yield per acre in bushels, 69 bush. 20 lbs. No. 2. — Number of grains planted, 2,525; weight of product in pounds and ounces, 5 lbs. 9^oz.; amount of seed sown per acre, 2 bush. 6 lbs. ; yield per acre in bushels, 59 bush. 40 lbs. No. 3. — Number of grains planted, 1,206; weight of product in pounds and ounces, 4 lbs. 12 oz., amount of seed sown per acre, 1 bush. ; yield per acre in bushels, 50 bush. 40 lbs. No. 4. — Number of grains planted, 870; weight of products in pounds and ounces, 4 lbs. 4 oz. ; amount of seed sown per acre, 43a lbs. ; yield per acre in bushels, 45 bush. 20 lbs. — American Cul- tivator. AGRICULTURAL E XPE RI M ENTS. — ARTIFICI A L MANURES It is often a puzzling question to account for the unsatisfactory nature of agricultural experiments. Two weU-chosen experiments often exhibit results exactly the ojjposite of each other, when every i)os- sible cai'e appears to be exercised, and the experi- mentor is puzzled what to attribute his failure to — whether to the season, or the soil; and often re- sults in the laboratory are neither justified nor sus- tained by the field experiments. Now we believe this is neither owing to the fact of vital chemistry having to be considered in these trials— though of course that alone will account for modifications of mere inorganic laws to a very material extent — nor is it 60 much to the modification of matter, owing to the special action of the soil or atmosphere, as such ; but it generally happens that experiments of the same kind present unaccountable anomalies simply because the circumstances of the trials have not been duly considered, and because the previous knowtedye has been deficient. Artificial manures are too often considered as stimulants. An attemi)t was made some two years ago, in a very clever and ingenious paper, in a cer- tain Farmers' Club, to show that guano was not a proper manure, and that it was of a stimulative rather than a nutritive character to the soil — a posi- tion which we at the time felt it our duty to oppose ; and the recent exjieriment of Mr. Miles, and his deductions from them, tend to the same theory. The experiment consisted of trials of guano, farm- THE FARMER'S MAGAZINE. 14£ yard njatiure, a London manure called copros, and Flemish manure, on the growth of swedes, and was detailed by him at the recent meeting of the Bristol Agricultural Society. The result was as follows, per acre, in tons : — Tons. Cwts. Farm-yard manure, 13 tons. ... 20 .. 15 Guano, 3 cwts. 18 .. 17 London copros, 3 cwts 13 .. 9 Flemish manure, 3 cwts 13 .. 1 Li another trial he reduced the quantity of the ar- tificial manures, and the result was as below : — Tons. Cwts. Farm-yard manure, 13 tons.... 20 .. 15 Guano, 2 cwts 14.. 4J London copros, 2 cwts 7 •• 14 Flemish manure, 2 cwts 10 .. 0 The two deductions Mr. Miles drew from these experiments were these — 1st, That there was a cer- tain quantity of manure necessary, without which they could not insure a good crop ; and, 'ind. That it was improper to be stingy in the application of manure; for by false economy in the second ex])e- riment, the savinjj of 1 cwt. of guano, which would cost 9s., would lose him 4 tons 12^ cwt. of swedes. To the last proposition we give our most hearty concurrence. If land be worth cultivation at all, it is worth manuring well ; but as regards his first pro- position, we are disposed to give a most decided negative. He says he " had tried experiments until he was nearly tired" ; and well he might be if he had arrived at an hypothesis from such a bare ar- ray of facts. Now, the conclusion we should have drawn from these experiments is, not that the bulk of manure was necessary, but that the soil was de- ficient in some element which the three artificial manures did not supply, and hence that it was ne- cessary to furnish that to the crop. Now, we all know that carbonaceous manure is highly necessary to a full turnip crop. In soils abundant in vegetable matter, no other manure than bones — raw or dissolved — coprolites, or guano, would be necessary ; but if the soil were destitute or even deficient of carbon, as Mr. Miles' soil had doubtless been, there is no doubt but an inferior crop must result from such defi- ciency. The recent essay for the Hants Farmers' Club, by Mr. Spooner, sets a similar matter in, we think, its true light. He applied a dressing of ammonia- cal liquor, to land intended for turnips, in the autumn of 1848. In June the field was drilled with Skirving's swede, and the whole dressed with superphosphate of lime, part of the field having been left undressed with the ammoniacal liquor. The result was, that the land dressed with the su- perphosphate alone yielded 22 tons of turnips per acre, while the anunoniacal-dressed land yielded 27 tons per acre. Now here was a remarkable fact : ammonia is generally supposed to be a manure in itself not remarkaby suitable for turnips, and yet it increased the crop in this instance as much as 5 tons per acre over the dressing with superphos- phate, in itself known to be an admissible manure for turnips. And why ? Because the soil had been doubtless abundant in carbonaceous matter, and it only required phosphorus and ammonia, with possibly some sulphur, to give a large and produc- tive crop. Now, Mr. Miles' manure in its bulk supplied the necessary carbon for the plants, and hence it showed a large return of the crop for that applica- tion ; and, hence, as we observed, the pre- vious merits of the soil must be taken into conside- ration before the definite result of any experiment can be ari'ived at. Mr. Spooner thus justly speaks of the difference between nutrition and stimulation, which sets the matter in its true light, and is a com- plete answer to Mr. Miles : — " One of the erroneous notions that has greatly tended to retard the more general emjjloyment of concentrated manures has been the idea that such manures merely acted as stimvdants, and that their beneficial effects were procured at the ex- pense of the staple of the land. Both Peruvian guano and superphosphate of lime have sometimes been so regarded : never was there a greater mis- take. " These fertilisers contain the essential food re- (juired by the plant; they each consist of various constituents, and are no more to be regarded as mere stimulants than roast beef and plum pudding are to be considered as such with reference to man himself. The only instance when manure may be justly considered a stimulant is when one essential ingredient is supplied in excess and others are de- nied : the effect being that the plant is forced to extract from the soil those other elements which the manure should have supplied, and is thus rendered so much the poorer. For example : if a farmer were to manure his crops entirely with soot, or with nitrate of soda, he would supply for the most ])art one valuable ingredient only, that is nitrogen ; in the latter instance in the form of nitric acid, and in the former in that of ammonia ; and the result would be, either that the land would become de- prived of other essential ingredients, or that the crop, forced on by the stimulating effect of one in- gredient, would not arrive at maturity, in conse- quence of the absence of other essentials (princi- pally the phosphates). If, however, these are sup- plied to the crop that has already received a dressing of farm-yard dung, then their ajjplication, in mo- deration, is no longer baneful but highly beneficial : 114 THE FARMER'S MAGAZINE. they serve to eiirioh the inamire in its most vahi- able fonstiliu'uts. " A manure may ahso aet as a stimuhmt when it «uj)plies in excess an ingre(hcnt wiiich is not re- quired to that extent by the j)lant to which it is appheil ; but in this case the injury is not experi- enced by the soil, but by the phuit. It was to ascertain and illustrate this point that the experi- ments to be referred to were instituted ; but pre- vious to our mentioning them it might be well to observe that practical agriculture, assisted by mo- dern science, has established the fact that the bene- ficial effects of manures are mainly owing to two elements, nitrogen and phos])horic acid ; the latter inorganic or earthy, in the form of i>liosphate of lime, and the former organic, in that of ammonia. At first sight it seems strange that such should be the case, since chemical analysis informs us that vcgetal)le Ijodies contain several other organic and many other inorganic elements ; but an explanation is to be found in the fact that the other organic materials can be procured from the atmos|)here, and the earthy ones from the soil." Food cannot be stimulating ; but a plant may be fed with one kind of food until it perishes for want of the other necessaries of life ; and this, we think, is the foundation of Mr. Miles' mistake. — Gardeners' and Farmers' Journal. \ A N I M PROVED S T I L E . A correspondent, writing from Worcester, sends us a drawing, of which tlie following is a copy : — No. 1. Position of the rail when raised. 2. Ditto „ „ closed. Steps, Nos. 3 and 4, ^vitll rails. No. 5. Position of the ends of stile with steps and and rail closed. 6. Ditto „ „ „ raised. »/ // / ij 2 1 1 1 •r} c 0 3 1 1 r^ L_ 0 4 1 '—A 0 1 _, J D D c D D P — Hereford Times. THE FARMER'S MAGAZINE. 145 ROYAL FLAX IMPROVEMENT SOCIETY OF IRELAND. REPORT OF THE SUB-COMMITTEE APPOINTED TO INVESTIGATE SCHENCK's PATENT SYSTEM OF STEEPING FLAX. TO THE COMMITTEE OF THE ROYAL SOCIETY FOR THE PROMOTION AND IMPROVEMENT OF THE GROWTH OF FLAX TN IRELAND. Your sub-committee, on tlie 31st July last, made a report on the results of their investigations up to that period. They do not consider it necessary, in this their final rejiort, to copy that document at length, but will simply embody the information it contained in the more extended matter which they are now able to lay before you. Though the committee, from their many oppor- tunities of inquiring into as to the efficacy and ad- vantage of the late Mr. Schenck's process, since that gentleman first brought it before the notice of the society, in 1847, were quite satisfied about it, they suspended their opinion until facts were brought forward on every point ; and your sub- committee, in handing in the present report on the objections raised by some parties, will be able to convince you that they do not state a rashly-formed opinion of their own, but rather a publication of the results of experiments conducted by disinterested and competent parties. As much of the advantage of flax culture depends on being able to economise, to the greatest extent, the crop after being grown, and to reduce the grower's trouble and hazard, whilst insuring the greatest value, your sub-committee hope that their report wiU prove Schenck's system to realize these desirable points, and will show that, if jnoper care be given to the process, something as near certainty will be attained as could be expected, and a much more steady return than by the old, slovenly, and uncertain process of watering, conducted by persons often ignorant of the commonest chemical principles, and generally attended with the loss of the seed — a most valuable part of the crop. The doubts raised as to Schenck's process were — 1st, that the yield of fibre would be less than by the ordinary mode of steeping ; 2nd, that flax so prepared would be weakened; and 3rd, that the linen made from it would not bleach properly. As respects the first objection, your sub-com- mittee are of opinion that, either by the common process or by Schenck's, the yield of fibre will be lessened if the fermentation is allowed to go too far. The uniformity of temperature ensured by the latter would induce the belief that the yield of fibre should be increased. This is borne out by two experiments. In the one conducted at Lisburn, by Mr. Davison, in 1S47, 112 lbs. of flax straw, after steeping and drying in the ordinary way, gave 20 lbs. of scutched fibre : and 112 lbs., steeped by Schenck's process and dried, gave 24 lbs. In another, tried this year, at Drimoleague, County Cork, from 112 lbs. of straw, the old process gave 14 lbs. 5 oz., and Schenck's, 17 lbs. 11^ oz. The increased yield in the first experiment was 20 per cent., and in the latter 23^ per cent., in favour of Schenck's method. As respect the quahty of the fibre, the result was equally in favour of the latter system. In the first experiment, the flax steeped in the ordinary way spun to 96 lea yarn, and that by Schenck's system to 101 lea. In the second, the ordinary gave 60 lea, and Schenck's 70. A further experiment was communicated by Messrs. Marshall and Co., of Leeds, some flax straw grown in Holland being the material employed. What was steeped in Holland, in the usual way, gave 61 lbs. 1 oz., hackled; and two lots of the same straw, steeped by Schenck's system, in two diflferent concerns, gave respectively 62 lbs. 4 oz. and 64 lbs. per cwt. ; the value of the fibre per acre being, of the common steeped £9 8s., and of the patent steeped, averaging £10 12s. With respect to the second objection, that the flax might be weakened, the same remark may be made, that fermentation, conducted on a systematic and scientific plan, was not likely to weaken the fibre more than the same amount by an uncertain process. And although the fibre might often be made stronyer by the old plan, when the steeping was not carried far enough, yet, on the other hand, it was frequently over-steeped, and consequently weakened. In addition to the favourable report of spinners who had produced yarn from Schenck's flax, of fair strength, the following results of expe- riments were laid before them : — Several samples of fibre, of full strength, steeped on the patent system, in diflferent places; samples of threads from Messrs. Marshall and Co., of Leeds, un- bleached, bleached, and dyed, made from the patent steeped flax to which reference has been made, all being of good, strong quality; a sample of 140's weft-yarn, from Messrs. S. K. Mulholland and Hinds, and a sample of boiled yarn, for heavy linens, from Messrs. Dunbar, M'Master, and Co., of 149 THE FARMER'S MAGAZINE. Gilford. All these were considered of fair, average strength. It is evident to your committee that flax steejied by the i)atent process can be made either strong or weak, it being in the power of the operator, by increasing or decreasing the time of steeping, or by raising or lowering the temperature of tlie water, to make whatever quality suited the market, or would best remunerate him. They submit, that strength is not what will be most profitable to the grower, but i\\?Ajineness of quality, with softness, will often remunerate him much better, and his interest will be to produce what is most in demand and highest })riced. At this point the duty of the society ends ; whatever will best remunerate the grower being what it is their duty to point out, and it is for the spinner to choose strong or weak, as he may require it for different customers. As to the third objection, that the patent steeped flax might not bleach well, the samples of yarn, thread, lawn, and linen, produced at the present meeting, are sufficient evidence of its groundless- ness. The following letter from an eminent bleaching firm is still further satisfactory : — " Lisburn, -ISth August, 1850. "Messrs. S. K. Mulholland and Hinds. " Dear Sirs, — We have the pleasure to return, finished, the two pieces of linen made from flax steeped on Schenck's ])lan, which you sent us to bleach ; and, during the process, we found the ad- vantage more decided than with the lighter fabrics you sent us, some time ago. These, with other opportunities of judging, have caused us to con- clude that the general introduction of Schenck's patent process would be a step in the right direc- tion, unless objections can be substantiated uncon- nected with the bleaching department of the linen trade. — Yours, very truly, "Richardson and Co." Thus your sub- committee believe that all rational objections have been satisfactorily met. The general question having now been put in a favourable position, it rests with others to pursue the details more minutely; and it is hoped that they will be careful to note and make known both improvements and sources of failure, if any arise, 30 that the public may benefit by the results of their experience. Having thus disposed of the subject confined to their care, your sub-committee feel called upon to take some notice of another jjroject for preparing flax fibre, inasmuch as its promoters allege it to be superior to Schenck's steeping system. They allude to Mr. Donlan's i)lan of separating the fibre without steeping. They are so fully aware that the Royal Flax Improvement Society have no other ob- ject than the rendering flax culture of the greatest I)ossible advantage, that, while they discharge their duty, on the one hand, of i)oinling put the success- ful result of experiments made with a view of testing the merits of Schenck's system, on the other, tliey feel called upon to lay before you what they con- ceive to be radical defects in Donlan's proposed plan. It is sufiiciently obvious that so simple a mode of obtaining flax fibre as its mechanical separation from the stems of the j)lant, must have been the earliest method adopted when this substance was first used for textile purposes. It is probable that accident first made known the fact, that, by im- mersing the flax stems in water, when above a cer- tain temperature, the fibre could be divested of impurities by the decomposition of the foreign matters, which, with the woody matter of the stem, are united to it. Up to the present day, no other means of obtaining a pure fibre have been devised. YV'eak acids, solutions of caustic potash and soda, soap ley, and lime, have all been tried, but have all been found objectionable. The attempts which are on record of different revivals of the dry process fully prove that there is nothing new in Mr. Don- lan's proposal. It is known that patents have been taken out at diflt'erent periods for a similar process, but they content themselves with a reference to some of the best known cases. In 1815, the Irish Linen Board adopted the dry preparation, then brought forward by Mr. Lee, and the records of that Board show that its principle was almost identical with that now ])roposed by Mr. Donlan. The most sanguine expectations were entertained of it. The very arguments now used in favour of Donlan's mode were then stated — viz., that a larger yield of fibre was obtained by it, that the colouring matter was discharged by the most simple means, that greater strength was obtained, and less tow produced. The result was, that, after an ex- jienditure of £6,000 in introducing . the system throughout the country, the Linen Board abandoned it, in consequence of insuperable defects. In 1816, a Mr. Pollard, of Manchester, brought forward the dry jireparation system, and proposed to make an article from flax which could be spun on cotton machineiy. This also fell to the ground. In France and in Belgium similar trials were made, which turned out equally unsatisfactory. Your sub-committee are of opinion that the fatal defect of flax fibre, separated by the dry process, consists in the retention of the gummy and albuminous matter incorporated with the fibre. This being fermented by moisture at a moderate temperature, and decomposed by alkalies and acids, is not only useless, but absolutely pernicious if thus retained, since, in the processes of manufac* THE FARMER'S MAGAZINE. U7 ture, when it necessarily undergoes the action of all these changes, it must come away. The case, therefore, as regards steeped flax and dry prepared flax, simply stands thus : — In the former state a nearly pure fibrous matter is produced, and the material is thus in the fittest state for spinning even yarn and making good linen ; in the latter, along with the fibre is combined a foreign substance, which must be got rid of afterwards, to the detri- ment of the spun and woven products. Although this appeared evident to the committee, when discussion was first raised relative to Don- lan's invention, yet, anxious to investigate it more fiilly, with, the chance of finding something prac- ticable in it, they proposed that he should bring over his apparatus to Belfast, when, in the presence of practical persons, its merits should have the most careful and impartial consideration; and, if this should result in anything satisfactory, the Society would give its influence freely in in- troducing it. This proposition was not comphed with. Tlie committee then sent your secretary to London, and forwarded some flax straw for a trial ; but, although there for several days, he was unable to get a sight of Mr. Donlan or of his apparatus. On leaving London, he requested Mr. J. G. Marshall, M.P., to have the kindness to investigate the matter, and that gentleman deputed his brother to undertake it. The following letter from Mr. Arthur Marshall contains his opinion : — "Leeds, Nov. 11, 1850. " Dear Sir, — My brother has asked me to reply to your letter about Mr. Donlan, because I have seen his process, and my brother has not seen it. We sent some straw from Patrington, both rated and unrated. The samples I saw from each of the lots were well swingled, but at what expense I did not learn. The process appears to me tedious and expensive, as far as I could judge from the small quantity that was swingled when I was there. The unrated flax was extremely coarse, and only suitable for the purposes named at your committee meeting. I had previously advised Mr. Donlan to have some quantity swingled of the same straw, rated and unrated, and to submit the result to some flax-spinner ; but I am not aware that he has done so. If he wanted to lest the value of his invention, I think he cannot do better than adopt your sug- gestion, and bring his machinery over to Ireland. 1 saw quite enough to convince me that the pro- cess would not ])e suitable for us to adopt at Patrington. However perfect you may make the swinghng, I cannot see how it is to sepersede the action of fermentation, in dividing the fibres. " I remain, yours truly, "Arthur Marshall. "James MacAdam, Esq., jun." On receipt of this letter, Mr. Marshall was written to for permission to make it pubMc, and he replied as follows : — "Leeds, Nov. 25, 1850. "Dear Sir,— In reply to your letter, my brother and I have no objection to your communi- cating to the society the views we take of Mr. Don- lan's mode of treating flax straw. We sent to Mr. Donlan some flax straw from Patrington, of good average quality, part of it rated straw, and part un- rated straw. I was not able to attend a meeting of gentlemen at Mr. Donlan's place, when samples of this straw were swingled, and the result pubhshed ; but I called soon after, and saw the result. I also saw a small quantity swingled by one of Mr. Don- lan's workpeople. The flax was certainly very fairly swingled, both that which had been rated, and the unrated straw ; but I could not perceive any- thing new in principle in Mr. Donlan's machinery, and the process appeared to me to be tedious and expensive. This is confirmed by Mr. Donlan's printed statement, where he estimates the cost at £4 6s. 8d. per ton of flax straw swingled; and at the rate of two tons per acre this would be £8 13s. 4d. per acre, for labour only, at a low rate of wages, id. per hour for men, and Ojd. per hour for women. The quality of the unrated flax was very poor, although apparently strong; but, if the material was spun wet, I should doubt whether the yarn would be stronger than yarn from rated flax. Mr. Donlan's object a])pears to be to produce a strong, coarse article, for manufacturing into sail-cloth and other fabrics of that description. Our object at Patrington being to produce flax of fine quality, which we consider the more profitable of the two, Mr. Donlan's plan appeared unsuitable for our purpose, and we thought no more about it. As to the plan of bleaching the flax fibre, and producing a substitute for cotton, we do not know anything about it; but it is not a new idea, and we should expect, from the result of former experiments, that, owing to the great difl'erence between flax and cotton fibres, however the flax may be managed, the cloth pi-oduced will still be very different from cotton cloth. It is very important, however, that the matter should be thoroughly investigated by competent judges, because the announcement of such a plan tends to unsettle the minds of parties w ho are disposed to erect steeping concerns. We ourselves, however, have not been deterred, by this cause, from carrying out an extention we had bagun of hot-water steeping vats at Patrington. " I remain, your obedient servant, "Arthur Marshall. "James MacAdam, jun.. Esq." In August, Mr, Price exhibited to the committee a collection of samples illustrating Donlan's pro- L 2 US THE FARMER'S MAGAZINE. cesses. One series shewed the Hax fibre as separated hy the dry mode, some tow from the same, and some coarse fabrics made from it. The fibre appeared coarse, harsh, and wiry, deficient in spin- ning quaUty, but very strong. It was considered vahie for about £30 per ton, and suitable for ropes, canvass, rick-covers, &c., especially if these fabrics were pitched or oiled, so as to prevent the action of air and moisture on the foreign matter which the fibres are combined with. The tow, valued by Mr. Price at £84 per ton, was considered worth not more than £28. The other series of samples con- sisted of tiax fibre, partially or wholly bleached ; and of thread and linen alleged to have been made from it. A considerable improvement was manifest in these specimens, evidently owing to the foreign matters having been partly got rid of by chemical means. Still, none of them appeared to possess that softness and mellowness which steeped flax, simply scutched and hackled, when of fair quality, displays. The committee were rather disposed to consider these samples as curious and interesting, than as likely to be useful, since it has long been an admitted axiom that the bleaching process cannot be so judiciously employed on the flax flbre, or even on yarn, as on the woven fabric. Many persons have experimented on the bleaching of fibre ; and the committee are in possession of sam- ples much more lustrous and silky than any Mr. Donlan has shewn, but no practical end can be attained by their employment. Within the last week, some flax straw has been prepared near Bel- fast, part of it by steeping, and part by the dry pro- cess. The samples are before you, to shew for themselves, the steeped lot being more than double the value of the other. Having thus reviewed the products of Mr. Don- lan's so-called discovery, your sub -committee would add a few notes on the paragraphs which have lately appeared in The Morning Chronicle in sup- port of this project. In so doing, they must ex- press their decided opinion that the author of these articles is extremely ignorant of almost all the cir- cumstances connected with the culture and manu- facture of flax. In fact, this ignorance is so constantly apparent, that to take up the errors seriatim would require a separate report. Your committee's remarks must be therefore confined to a few of the most prominent: — 1st. It is stated that Donlan's process (unlike all previous plans) is simply effected by mechanical means. Now, it is a well-known fact that Lee's process and others were effected by mechanism oidy. 2nd. It is stated that the dry process retains all the oleaginous properties of the flax, and is therefore superior to the steeping system. The very reverse is the case, as dry- prepared flax is rough and harsh, while steeped flax is soft and mellow. 3rd. It is stated that flax fibre is injured by steeping, and receives various impurities. Now, steeping is the only mode of getting the fibre free from the imjiurity which the dry process re- tains. 4th. By steeping, flax is deteriorated in value. As a proof of the contrary, none of Mr. Donlan's flax has been valued at more than £30 l)er ton, while good steeped flax averages £.50, and often reaches £80 per ton. .'ith. Kiln-drying is named as a usual process; whereas it is well known that, except in a few localities, it is now never em- l)loye[l. 6th. The shoves, or woody refuse of the stems, are recommended for cattle, while science and practice have both proved them utterly value- less for such a purpose, and they are with difficulty made available even for manure. 7th. Saturation of the seed in a chemical solution is alleged to in- crease the fibrous ])art of the plant. So small a portion as the seed would imbibe could scarcely be expected to act sensibly on the constitution of the plant; and the husk of flax-seed is known to be impervious to liquids ; so that, however its exterior might be aiTected, the kernel, which contains the germinating principle, would remain intact. But all these erroi's sink into insignificance, com- pared with the calculation that 100,000 acres of dry-prepared fibre would give £2,800,000 more value of fibre than the same quantity steeped. Even granting the correctness of the allegation that double the produce of dry-prepared flax could be obtained from the straw, it is evident that, since the former is valued by competent judges at £30 per ton, while the latter, as steeped on Schenck's sys- tem, has actually averaged nearly £60 per ton in the Belfast market, this assumed advantage is at once negatived — the value remaining almost pre- cisely equal. And, while the latter could be applied to all the purposes of manufacture, the former could only be used for a few. Your sub-committee do not deem it necessary to enter further into this inquiry. Sufficient evidence has been given of the entire want of solidity in the basis on which such flourishing, and, to persons ignorant of the subject, such plausible anticipations have been erected. They will only further add, that the absence of all evidence supported by practical men, and the directly adverse testimony of the only practical person who has seen the process, should suggest the utmost caution to those whose sole means of judging are the perusal of newspaper paragraphs, or the inspection of nicely got up samples. They have entered thus fully on the subject, because they feel that the society has a two-fold duty to perform — in making its knowledge and experience available to guard the public from disappointment and loss; and in recommending the adoption of Schenck's THE FARMER'S MAGAZINE. U9 steeping system to all who are interested in promoting the growth of flax, as having stood the test, after being subjected to a severe examination. They consider that it would l)e most unfortunate for the country if this more than doubtful project of Mr. Donlan should divert attention from it. While your sub-committee would most sincerely rejoice to find their unfavourable opinion of the latter incorrect, they feel it a paramount duty to issue a timely caution, both to flax-growers and to the promoters of the scheme, that the first-named may not rely too strongly on plausible appearances, neglecting the substance while grasping at the shadow ; and that the last-mentioned, in their over- sanguine anticipations, may be induced to consider more carefully the data on which they found their calculations. (Signed) Robert M'Kidbin, M.D. John Preston. James MacApam, Jun. AGRICULTURE AND THE RURAL POPULATION ABROAD [from the special correspondent of the morning chronicle.] FRANCE.— No. III. La Beauce. " La Belle France" is in England generally held to be a phrase containing more of flattery than of truth ; and, indeed, those whose knowledge of the country is confined to what they have seen from the coupe or the banquette of a diligence — hurrying on the great high road from the Channel to Paris, or from Paris to Switzerland by Dijon, or to Italy by Marseilles — may possibly appeal with great sin- cerity to their reminiscences of travel, as evidences of the correctness of the English view of French scenery. Fresh, however, as I am from a journey through one of the richest and most delicious valleys ever traversed by locomotive — I mean the course as far as Etampes, from which I write these lines, of the Paris and Orleans Railway— I cannot but wish that some of our sneerers at the soft beauty of French rural scenery could be indulged with a trip among the mingled vines, woods, cop- pices, gardens, and yellow corn-fields, which form that most luxuriant and smiling of panoramas. They would hardly for the future be so ready to dub France as a vast extent of open dreary country, patched here and there with sombre forests, and dotted with dirly straggling villages, or with repul- sive, fortified, and ramparted towns. Leaving Paris by the route in question, the influence of the sweet south becomes sunnier at every step you take. Coppice-wood and hedge-row become more and more luxuriant. The grapes cluster thicker on the trellised walls, the meadow-grass grows more richly in the water-side pastures ; gardens, unless trimmed and shaved, get to be perfect wildernesses of wanton vegetation ; and the very j)oplHrs, stretching in their military tenue by the long, white, dusty wayside, appear, if jwssible, to be taller for their girth than their brethren in the north. From each side of the railway, as you fly through this favoured land, there stretch sunny slopes clustered with vines — undulating uplands which require little scientific aid to be rich with yellow grain — orchards, and clover fields — fresh bright patches of young thriving wood — and south-looking walls, all clothed in the foliage of nailed-up i)each, and plum, and apricot trees— the whole green picture cut and cloven by swarms of intersecting country roads — hedged and shaded by bush and l)rier, diversified with white villas or villa-looking cottages — each rising in the midst of a garden as bright and glit- tering with many-hued and gaudy flowers as the field of a kaleidoscope, or marked here and there by a grey old chateau — all having high peaked gables and round towers with extinguisher roofs, and odd turrets and architectural excrescences without number, telling of the days when the great old noblesse of France ruled the land, and when poor Jacques Bonhomme, the peasant, was fain to drudge his dreary corvee in order that Monsieur le Comte or le Marquis might cut the more brilliant figure in the salons of Versailles or St. Germains. Passing Etampes — a long, straggling, dull, dusty country town — the character of the country changes. We are entering upon classic ground in the agricultural world of France — a district, indeed, which might well be deemed monotonous in its features, oi', rather, in its one huge and all- pervading feature, were it not for the irresistible grandeur of the scale on which nature has here worked, and the overpowering idea of inexhaustible fertility and boundless profusion called up by the limitless ocean, so to speak, of flat, rich, cornland, on which the traveller suddenly finds himself launched. As we approach Etampes, journeying along a shallow valley, its sloping sides vine-clad from top to bottom, we remark the long extending level sweep of the banks which on either side bound the view. For miles and miles they mark out the Umits of abroad tableland, and up to this level the railway has been gradually working through a long series of wearisome inclines. After Etampes comes the last and the steepest of the whole. The loco- motive pants along through high chalk banks and cuttings, at the rate of some five or six miles an hour, until at length, after some twenty minutes of this hard pull, the pace improves, the heaps of chalk and dusty gravel fade away from the side of the line, and the traveller perceives that he has attained the level of a vast arable plain, which stretches away before and around him~the grandly spreading 160 THE FARMER'S MAGAZINE. expanse as smooth as a billiard table — except, per- haps, here and there, where some hardly noticeable undulation heaves the land into lon^r wavy swells, such as would mark the ocean in a time of the pro- foundest calm. This is the greatest flat expanse of land in the country. It is La Beauce — par excellence the granary of France. Geographically speaking, the vast desert of corn land in question forms the broad tal)le ground which divides the valley of the Seine from that of the Loire. Chartres, although lying rather upon its northern frontiers, is esteemed the capital of La Beauce, and there is held on Saturdays the ruling market for the price of corn all through France. In La Beauce, the production of grain is the grand industry to which all others are subordinate. The cattle bred are almost entirely for domestic con- sumption— so of the green crops — so of the small quantity of wine, and the still smaller quantity of cider manufactured. In the valleys which trench upon the frontiers of La Beauce are rich meadows and pasture lands ; but once get fairly within the grand circle of the plain, and you find the cattle and sheep either fed in farm-yards or turned out to pick up what they can amid the scanty crop of herbage which springs up amongst the old stubble of fallow- lying lands. In the department of the Eure-et- Loire, of which the Beauce forms the greatest and the richest slice, I find by official returns the num- ber of horses to be 40,000, and that of horned cattle to be 72,000. In the department of Calvados, again— better known toEnghshmen as Lower Nor- mandy, and which is about equal in extent to the district of the Eure-et- Loire — the number of horses is 80,000, and that of horned cattle 160,000. Out of the whole superficies of the latter province, which amoimts to about 548,304 hectares— each hectare being nearly 2h English acres --no less than 450,000 are regularly cultivated as corn land; 22,000 hectares, principally valley land, are devoted to pasturage, and the remainder are laid out in forests and vineyards, in grain crops and potatoes — the latter, however, forming a very small propor- tion of the whole amount. The average annual production of the department is estimated at 3,320,000 hectolitres, the oat crop producing annually about 700,000 hectohtres. I have mentioned the striking effect produced by the first appearance of the Beauce while entering it upon the Etampes side, rising as it were through an under-ground shaft to the level of the surface of the earth. I have since been several days wandering from village to village across its ocean-like expanse, and I cannot find that the view, perfectly uniform as it is, becomes at all monotonous. There is a sublime of the plain as well as of the mountain — of the horizon bounded only by the powers of the eye and the curve of the earth, as well as of that cut out against the sky by mountain peak and sierra. In some portions of La Beauce hardly a tree is to be seen. From north to south, from the place of sun- rising to that of sun-setting, there is nothing in the summer time to be seen save corn and sky. To- wards the southern extremity of the plain, how- ever, dusty clumps of dwarfish-looking timber, with here and there a stragghng row of twisted and unwholesome-looking elms and beeches, divide into devious compartments the great sweeps and swells of unfenced land. The sense of immensity pro- X duced by a landscape of this sort is very curiovis. ■ You seem to be able to see to the very ends of the • earth. The scattered clumps and broken lines of trees only carry on the eye, mile upon mile, and league upon league, imtil the dark and earthy yellow of the neighbouring stubble fades gradually into a uniform greenish hue— and that again into the duskiness of the extreme distance, with the blue sky bending down towards it, and cut in a sharp clear line by the long sweeping horizon. It is curious to mark how a great tree, or a steeple, or a windmill, miles away, shows upon this flat surface, just like a distant ship at sea. Occasionally a distant line of higher and finer timber than ordinary looks like a fleet heaving up in regular sailmg order upon the horizon. And while upon the railway, I remarked how we " rose," as sailors say, far-off objects, dis- tinguishing the peaked top, and faintly the twirling sails, of a wind-mill before we made out the body of the tower. Lonely and desolate in its far-spreading richness as the country seems, you speedily com- prehend that the effect in question is produced by the immensity of the space overlooked rather than by any want of human or animal movement to enliven it. A tiny speck of flying dust catches your eye miles away. It is raised by a ploughman riding his pair of horses to their work, by a country cart traversing some invisible cross-road, or per- haps by a comfortable-looking farmer's wife mounted between the panniers of a well-fed and gaily-caparisoned donkey, and trotting with her eggs and butter to the remote market town. Nearer you, perhaps, will be a shepherd pasturing his flock upon hard prickly stubble, which it seems a wonder the creatures can devour. The water- casks, scattered hither and thither where kine abound, indicate the great want of the Beauce — that of a sufficient and easily-attainable supply of water for cattle ; while every now and then, as the eye ranges wearily over the l^illimitable waste, it catches sight of dim moving specks— peasant men and women at their field labour, or plodding wearily from village to village. As there are few or no small isolated dwelling-places in the Beauce, and, as mixed up with large farms, there are an infinity of small buildings, it follows that the villages formed of clustered peasant dwellings must be numerous. These are generally marked by sur- rounding clumps of trees, and from them extend, indicating the country cross roads, the irregular and scrubby avenues which I have mentioned. Some- times these hamlets are crowned by a church spire, and a windmill or two are always to be found in their neighbourhood. So much for the Beauce as a landscape. The soil is for the most part of a light friable clay, upon a dry gravelly bed. It is cultivated without any- thing approaching to drainage, upon an old- fashioned rotation of crop system. As is usual in PVance, stable and farm-yard manure is diligently applied to the land, and, so far as actual downright labour goes, there is not a square yard which is not worked as though it were garden ground. The following are, I am informed, the plans of rotation of cropping pursued in the Beauce, and more or less THE FARMER'S MAGAZINE. 161 general over both the northern and the central corn- growing districts of France. 1st year, ijeans, well manured; 2nd, barley; 3rd, clover; -Itb, wheat;! 5th, oats, barley, or peas. Another system— 1st, 1 fallow, manured; 2nd, oats or barley; 3rd, clover, beans, or peas; 4th, wheat; 5th, oats. A third system — 1st, wheat, well manured; 2nd, potatoes; 3rd, oats or peas; 4th, clover, slight manured; 5th, oats, or wheat, or barley. When land is rented in France, the course of cropping to be adopted is usually indicated in the lease. In the Beauce, as well as in most parts of the country, leases are ordinarily drawn up for periods of nine, eighteen, or twenty-seven years ; and there are fixed breaks when either j^arty can get rid of the obligation. Ordinary stipulations in French leases bind the farmer to pay the taxes falling upon the land, to take upon himself the charge of the necessary re- pairs, so as to keep the farm buildings in proper order, not to sublet without the consent of the pro- prietor, and to consume all the straw upon the farm. In some parts of the corn-growing country a curious sort of tenant-right prevails. At the ex- piration of a lease the farmer may offer to renew it again at a higher rate than before. If the landlord refuse, he is bound to pay his tenant down, in ready money, three times the amount of the proposed yearly increase. Thus, suppose I rented a farm at 80 francs the hectare— not an uncommon rate — and offered at the expiration of my lease to renew the obhgation at the rate of 85 francs, the landlord, if he refuse, is bound to pay me down 15 francs per hectare as an allowance for the improvements which I have made, and the cajntal I have expended upon the land. In this manner the tenant has a hold upon the proprietor, who must pay, if he wishes to eject; while, on the other hand, there is little danger of the farmer exaggerating the value of his improvements, as he may be taken at his word, and may be made to pay the increased rent reasonably to be expected from the increased productiveness and value of the land. In the Beauce, however, and indeed throughout France very generally, I am assured that landlord and tenant get on in a very peaceable jog-trot man- ner, and that the same family remain for ages the cultivators of the same farm, employing in turn, as labourers and servants, generation after generation of the neighbouring peasantry. For it must not be forgotten that the latter, in many parts of the coun- try— small landed proprietors as they commonly are — are also very frequently hired labourers upon the larger farms which ever and anon intersect their small holdings. This is especially the case in the Beauce, where the small estates are very small in- deed, but where, fortunately for the people, they generally obtain employment upon the larger exploitations. In making their agreement with the farmer, they stipulate for a certain allowance of time to be devoted to the cultivation of their own little patches of earth, and the ploughing, hariowing, and indeed all the work for which horses are re- quired, is commonly performed upon these infinitely small divided morsels by the nearest occupier car- rying on speculations upon anything like a large scale. It thus sometimes happens that a man finds himself ploughing his own land as the hired ser- vant of another, l)iit paying in his private capacity sor,:e 1' ;. or twelve francs per French acre to his employer for the services which he himself is help- ing to render. How land could otherwise be culti- vated at all, since the estates are almost universally so small that no single one of them could afford to keep a pair of horses for ordinary rural labour, is a jn"oblem more easily put than solved. I hear now and then of a species of peasant joint-stock com- ])anies, intended to provide the members with the larger and more expensive class of agricultural im- plements to be used in turn by each. But the notion seems fraught with all manner of impractica- bilities— an opinion indeed in some degree con- firmed by the fact that the instinctive good sense of the people has led them to the adoption of the more common-sense and business-like ])lan of having the requisite agency from those who are willing and able to dispose of it. The small farms in the Beauce district, I am as- sured on all hands, have been for some time, and are rapidly becoming, still smaller. The district is so purely agricultural that it is not easy for the sons of little landholders to work themselves into any other occupation than those more or less connected with the soil. Thus they hang about their native district, and receive, when their time comes, their infinitesimal shares of the rapidly dwindling patrimony. I asked an intelligent labourer, who was winnowing his own little heap of grain at his own barn-door, what he thought the subdivision would ultimately end in. "Why," he said, "in this" — and he drew with the toe of his sabot a circle of about a foot in diameter upon ihe ground — " each man will have just enough of land to stand upon." So far as I can yet see, the great farms still existing in rural districts, and the various promising branches of industiyopen in other provinces, either in the country itself or in large towns, are the chief safety-valves upon which depends the very possi- bihty of the continued existence of the in- finitesimally sphtting-down system. " As soon," says a French agricultural writer, " as a family possessing a regular-diminishing quantity of land begins to consume more than it can produce, so soon does the system begin to show its fundamental weakness. Obliged then to go and labour in the employment of their richer neighbours, they are able to give only an imperfect and unseasonable at- tendance to their own morsel of land. Possessing only, pei-haps, a single cow or sheep, they have no means of procuring sufficient manure, and the con- sequence is that, small as is their portion of the soil, it is imperfectly cultivated, and its resources are only partially developed." The first large farm which I inspected upon the frontier of the Beauce impressed me favourably not only with the rural economy of the district, but with the situation of farm labourers attached to consi- derable agricultural establishments. The farm in question stood upon the fertile table land rising on either side in long undulating sweeps above the town of Etampes. The general arrangement of the establishment was similar to that which I have sketched as the prevailing style of farm buildings in Normandy ; but in cleanliness, tidiness of manage- ment, and compact and well-devised architectural 162 THE FARMER'S MAGAZINE. structure, this Beauce farm-steading was at least half a century before its Norman competitors, and indeed for that matter as much a-head of many of its local rivals. My request to be allowed to see the farm arrange- ments— proffered in the first instance to a venerable old gentleman, in huge copper spectacles, threshing in a goodly sized barn — was carried to the dwelling- house, forming part, but only a part, of one side of the great quadrangle which made up the establish- ment. Although it was then hardly eleven o'clock, the table, in a fine, hospitable, cosy-looking old kitchen, was laid out for dinner ; the servants, male and female, were trooping in from field and out- house; and, hearing that M. le Fermier was a la chasse, I was about to retire for the time being, when up from the head of the table sprung a smart, middle-aged, little woman, with eyes like lustrous black beads, and a face which was all one bustling, busy, good-humoured smile. " I wanted to see over the farm." "So I should." "The bourgeois was from home ?" " What had that to do with it ? She had quite the management of the whole place. The bourgeois was a bachelor. She gave all the servants their meals, presided over household mat- ters, and, with her husband, the principal labourer, governed if she did not reign. She would show me everything herself." "But madame's dinner?" " Madame's dinner was not to be considered. Madame had all the day before her to dine. Madame's dinner would keep hot; and if it did not, madame could have it warmed up again." And so, under this most obliging guidance, did I commence my perambulation of a fine specimen of the superior class of French farmsteads. And first I liked the kitchen — which of course served for parlour and kitchen and hall to the swarthy bloused men and kerchief-coifed women who sat on either side of the long marble-topped dining table. The place was a lofty old-fashioned apartment, with a huge fire-place, over which hung — upon what in Scotland would be called a " crook" — a goodly stewpan, sending forth pleasant odours, while a regiment of auxiliary casseroles with long handles were ranged upon the walls. On one side of the fireplace was a convenient oven, and all ordi- nary kitchen furniture was amply provided upon a big rude scale, comfortably demonstrative of ease and snug good living. In a corner, upon long ranges of shelves, were arrayed rows of milk-pails and jugs, as brightly kept as they would be in a Devonshire dairy; and opposite to them was the high, old-fashioned, time-stained dresser, on which a great display of crockery — enormously thick plates, and most ponderous-looking dishes — was set out in glittering rows. As we left the room my conductress informed me that every person con- nected with the farm there took four meals per day. At seven they breakfasted upon soup or milk and tartines (huge slices of bread and butter) ; at eleven, the dinner hour, they had soup with bouilli, and savoury stews of vegetables and meat, with bread and wine, of which last three small tumblers was considered to be each man's fair allowance. At four they took the sort of afternoon lunch, known among the French peasantry as "the taste" {le gouter), the viands being bread, butter, cheese, and milk ; and at seven supi)er was served, sometimes including souj) again, with bouilli preparations of milk, and occasionally salads. Leaving the kitchen, we proceeded by a winding stone staircase to the upper part of the house, where, as is usual in French farms, the threshed-out grain is stored. An uncomfortable and ill-devised style of management is this — ^jumbling up what ought to be the private apartments of the family, or at all events the living rooms of the farm servants, with the purely business portion of the establishment. The practice is, however, I understand, all but universal in France. In the farmhouse in question the garrets, which were very lofty, had originally been alone intended as grain storehouses ; but the rooms on the first fioor had been dismantled, and it was curious to see the remnants of painting and gaudy papering — in one of the chambers there was still a mirror attached to the wall — rising on either side of })iled-up heaps of wheat, barley, and oats. Stretching away on either side of the dwelling house ran on one hand the hangar, or shed tor agricultural implements, with the stables ; and on the other the cow-houses, threshing barn, and sundry store places, potato cellars, and so forth. All these erections were massively and firmly built, and creditably clean. One out-house was taken up with a range of rabbit hutches, the animals being lodged in successive rows from the floor to the raftered ceiling. I never saw larger or finer crea- tures of the kind. The biggest Ostender would have had no chance with them in a rabbit show. Their hutches were perfectly clean and fresh, and the creatures were in the finest condition for the kitchen. The flesh of rabbits, I was told, forms no inconsiderable portion of the food of farm servants in this part of France, and the animals are also occasionally reared for sale. The pigstye was kept quite as clean as the rabbit hutch which it adjoined. Its occupants had plenty of good litter, and never came out of their abode until ready for the butcher. The breed was very indifterent, the brutes looking almost as long-backed as eels. The careful manner in which the cows— they were fifteen, with one vicious looking bull — were kept, pleased me greatly. The hides of the animals glanced like those of well- curried horses, and their rumps and haunches dis- played none of those clotting defilements, produced by lying down in dirty litter, which are occasionally to be seen at home. In case of need the animals were first scraped with a knife, then briskly curry- combed, and finally polished off" with a hard brush — a cutaneous discipline obviously attended with the best eflfects. The horses in their stable opposite had no stalls, but abundance of good sweet-srnelling litter. They were fed, like the cows, from stone troughs, in which hay and oats were indiflerently put. In the stable slept two of the principal male farm servants. Their dormitory was rather a curious one, consisting of a sort of wide projecting berth, standing right out from the wall, between the rows of horses which occujned each end of the stable, and a])proached — it was fully six feet from the ground— l)y a ladder. In this species of nest a coarse but by no means uncomfortable-looking couch was spread. The usual occupants were the princijjal charretier, and, when he did not sleep in I THE FARMER'S MAGAZINE. 153 the fields, the shepherd. Apropos of what I ha\e aheady said as to tlie locomotive nocturnal rjuarters of the latter functionary, it must be noted that he only sleeps in his wheeled house when a patch of land is to be manured by the flock. On these oc- casions the sheep are sometimes left all night upon the same spot, sometimes driven before morning to another, according as the nature of the land or the destined crop is held to require the application of an agency of more or less fertilizing power. Turnip- feeding for sheep appears to be quite unknown in this part of the world, the vegetable itself being by no means held in the esteem or reared in the abundance in which it is produced with us. Out- side the actual farm yard, but still within the wide- sweeping walls of the establishment, were the sheep pens, the species of manger from which the animals cropped their dry foc-d, the corn and hay stacks, and a goodly array of capital harvest waggons. In no respect indeed does it strike me that the i-'rench are more happy than in building vehicles for rough agricultural purposes. Their more pretentious conveyances are fi'equently melancholy botches — models of hopeless clumsiness ; but their carts are capital things — light, and strong, and handy, ex- cellently balanced on their high wheels, and exactly the species of carriage which the deeply-rutted cross-roads of the country require. The harvest carts — from the general disposition of which more than one idea, neatly carried out at our great annual agricultural shows, has been apparently taken— are long, narrow vehicles, highly and strongly fenced, and furnished with projecting and moveable frame- work before and behind, so as to increase or di- minish the capabilities of the conveyance at plea- sure. The main characteristic, however, of French cart-building is the immense weight put upon one pair of wheels. On any of the great thoroughfares you will frequently see six or eight horses yoked in a row, and dragging a great burden of merchandise so nicely piled upon so well-adjusted a two-wheeled cart, that the horse in the tram has little more to lift than if he were working in an ordinary four- wheeled waggon. Among the farm machinery around the steading in question — and I have since frequently seen the implement among the wide- stretching plains of La Beauce — was an odd-look- ing roller ; its peculiarity consisting in a sort of gig-like seat being perched upon a frame-work above its centre, but only reared some three or four feet from the ground. Seated here, the driver's •vreight as well as his skill becomes available. The farm servants in this, as in the other corn- growing districts of France, are usually hired by the year. My conductress told me that her hus- band's wages, which were the highest paid in the establishment, were 400 francs per annum. Her own were 300 francs ; and as, in addition to her rural and household cares, she did the laundry-work of the whole concern, it will be admitted that she fairly earns the money. The gardener had 300 francs a-year ; the shepherd, if I mistake not, the same — his dogs were fed at the farm. I may add here that in some j)arts of France, the north parti- cularly, I believe the shepherds, instead of being upon fixed wages, are paid — in all cases in which the number of sheep kept is over '200 — at the rate of 15 centimes, or l^d., for every lamb, and 25 centimes, or 2^d., for every fat sheep sold. Be- sides this they enjoy the right of having 36 sheep kept and fed at the expense of the farmer. The girl who attended upon the cows in the field, and milked them at home, had 200 francs per year. The threshers were the only persons about the establish- ment who seemed to be upon piece-work. They were paid so much — about 24 sous, as I understood — per sack, and it was a hard day's labour to thresh a sack and a-lialf. The general duties of the servants attached to a large French farm may be thus briefly sketched. The maitre charretier, who is the principal employe, and the cartons, or valets de charrue, acting under his directions, have the charge of the horses, ploughs, and harrows, and convey the manure to the fields, and the grain and hay to town or market. The gar(^on de cour, or (jovjar, attends to the cattle in their byres, and provides them with food and proper litter. The shepherd devotes himself ex- clusively to his flock, snperintends the fattening of the animals destined for the butcher, and is under- stood to be competent to doctor all manner of mala- dies incidental to his charges. The house female servants do the washing, milk the cows, make the cheese, bake the bread, and prepare the meals for their comrades of the fields. In smaller farms there is only one charretier, who likewise threshes in the barn, while the single house servant partly supplies the place of the garcon de cour. Besides the thresh- ers, the labourers employed to mow hay and clover in the summer, and the corn in the autumn months, are often paid by the piece. The harvesters, again, «ho make up the sheaves, earn so much — generally not over 20 francs — per month. Those who form the stacks are somewhat better paid, and all of them, during the harvest months, are boarded like the an- nual servants of the establishment. To return, however, for a moment to the Etampes farm. Like most large exploitations, it was most amply provided with garden ground, and besides the plot planted with flowers, fruit trees, and vege- tables, there was a considerable space laid out in a fashion curiously indicative of French horticultural taste. The aflfair was, in fact, a species of maze, formed of a labyrinthine intricacy of green em- bowering alleys — ^the willowy-looking trees, or rather over-grown bushes, of which they were composed, meeting over head, so that you walked through tun- nels of herbage. Here and there were little artificial mounds, the tops of which you could attain by a single hop, skip, and jump, but around which cork- screwy walks wound and clung, so that the ascent was rendered quite respectable, and you were re- warded for your pains by finding a pleasant })eep- hole cut amid the trees, through which you caught, framed in clustering green leaves, a succession of bird's-eye views of the white houses of Etampes straggling along the bottom of the distant valley. There could not have been less than half-a-dozen of these mounds, and not one of them would my energetic cicerone hear of my shirking. She evi- dently considered the alle'cs and the arbours to be the grand coM/js of the whole affair, and she was, besides, abundantly eloquent upon the number of hares with which the i^arc was stored, and uj)on the capital sport it could not but afford to set nets amid 164 THE FARMER'S MAGAZINE. the pfreen alcoTCS and then hunt poor timid pass up and down into the snares. The dinner hour was louff ^onc by ere madaiiie could persuade hi-raclf, in ilie pride of her heart, that the Englishman had seen half the wonders, and appreciated half the beauties of the mazy walks, the scat-crowned mounds, and the elaborate summer-houses which decorated the fresh green gardens of that well-kept, comfortable-looking, and, 1 sincerely hoj)e, very prosperous farm. My subsequent researches in La Beauce, however, by no means tended to keep up the good im])ression produced by the business-looking state of things in the Etampes farm. Penetrating well into the plain, I took up my head-quarters at an unheard-of little place called Loury, a perfect specimen of a Beauce agricultural village ; and making detours all round it, 1 visited at least half a score of large farming establishments, and as many of the peculiar hamlets common in this part of France, of the main features of which I shall have a word or two to say pre- sently. I commonly found them — with here and there an exce])tion when the farm building.s seemed to be of more modern date — great sprawling structures, massive and rude, forming filthy quadrangles, heaped from side to side with perfect Alps of dung- hills. The coarsely-built walls were often dilapi- dated and crumbling. The undulating expanses of roof showed that the beams were bending and starting beneath their load of moss-grown grey slates. Broken ploughs, and fragments of rotten harness, dilapidated cart-wheels, and boltomless baskets would be strewn here and there amid the jumble of little mipainted doors swung open, and often hingeless.in the wind; and under the tottering roof of the open cart-house poultry would be roost- ing by scores upon the trams and tilts of the vehicles, huddled higgle-piggledy beneath the shelter. In all, or nearly all, of these farm-yards, close by the \\el], was to be found a green stagnant pond, for the benefit not only of the ducks, but of the cattle. Water in this part of the country can only be ob- tained by sinking very deep wells, and every drop is therefore valuable. In some of the better kept basses cours great tub-fulls are i)rovided for the cattle and horses, and in many cottages one of the most con- spicuous of the articles of furniture is a small cask of the limpid Huid hung up for the domestic pur- poses of the day. I hardly exi)ected, in a large farm-yard in the acknowledged granary of France, to witness an agricultural ojieration, wdiich, if it exist at all in Britain, must do so in the Orkneys, or some such nook as far removed from the influence of agricul- tural societies, and from the principles and practices of high-farming. In fertile and favoured La Beauce, however — and that not in the holes of barns belong- ing to the small proprietors, but in a structure as roomy as a good-sized church — I found the labour- ers hard at work winnowing, flinging the chaff and grain by huge wooden sidiilc-fulls into the air, and leaving the separation of the husk from the corn to the care of the thorough draft which was blowing through the barn, sending a stifling cloud of dust and chaff flying out into the farm-yard. In other cases I found the jjrocess performed by means of sieves, but many of tlie l)arns are built witli opposite doors to tlie cast and west, tlie most common course of the wind, obviously for the sake of prac- tising the primitive species of operation in question. Apropos of the subject, I noticed the other day a paragrajjli in a provincial jiapcr of the west of France, mentioning the introduction of wiimowing machines into this district, stating that they were being conveyed from faim-yard to farm-yard, and were greatly exciting tlie admiration of 7nessiem-s les cultivnteurs. 'I'he sooner these artificial wind- makers make their appearance in the Beauce the better. A somewhat singular appendage to the farm- }ards in this part of the world is the pigeonnier, or pigeon-house. It is invariably a good-sized round tower, looking like half of a respectaVde-sized light- house, and having a shelving roof, garnished with certain trap and cap-looking structures at the top. The rearing of pigeons is indeed no unimportant matter in the economy of the farm-yard. The birds are very chea])ly kept, breed very fast, and furnish a standing dish at the eleven o'clock dinner in the old-fashioned kitchen. In several of the farms I visited they told me that they had from 300 to 500 pigeons. The dwelling appropriated to their use is generally divided into two unequal ])arts. A com- partment about five feet high upon thegrcund floor is given up to the ])oultry, who roost here, frequently amid the most extraordinary dense masses of dusty cobwebs I ever saw. Aljove them dwell the pigeons. In their portion of the house the walls are con- structed honeycomb faslnon, the birds building and hatching in the hundreds of square holes thus pro- vided. They always, however, roost ujjon perches as close under the roof as possible ; and grand was tlie commotion, the flapping and the fluttering above my head, as I made my appearance beneath, and some score of birds flung themselves off their perches to escape through the narrow aperture al- lowed them. The French agriculturists account the manui'e produced in these places, and which is in fact a sort of guano, to be an exceedingly forcing stimulant for the land. Scattered over the Beauce there are, as may be ex])ected, hundreds of windmills, the structures being in all respects similar to our ov/n old-fashioned buildings of the kind. Around Loury, however, I observed that many of them were uninhabited and evidently falling to decay, while, looking round, I soon discovered the cause of the jdienoinenon in a high chimney and a pennant of smoke streaming away over the old-fashioned roofs of the village. A steam-mill, established there about four years ago, has well nigh metaphorically, if not literally, taken the wind out of the sails of its more primitive brethren, 'i'here are a few other steam-mills upon the Beauce, hut none within a circuit of many leagues from Loury. No inconsiderable ])ortion of the Beauce grain is, however, ground by the forty mills of Etampes. These are all moved by the hard- working water of one clear rivulet, and are very business-like and unpicturesque affairs. The ma- chinery of several is English. The mention of the Etampes mill stream recalls me for a moment to the excjuisitely rich meadows through which its waters flow. The eastern side of the town is girt by a THE FARMER'S MAGAZINE. 155 beauteous belt of these " pastures green," left ab- solutely in a state of nature — rich to rankness, never ploughed, never manured, never drained, never tilled in any way — but yielding three crops of wild grass and clover, the finest herbage I ever saw, every summer. The few dark streets of Loury are curious places. Here dwell the mass of the small landowners — many of them, as I have explained, farm-servants, also — of the immediate neighbourhood. One thoroughfare especially struck me as being pecu- liarly characteristic in its purely bucolic features. It was a street of miniature farm-yards ; on either side ran the cottages, the barns, and the cow-houses of the people, all crammed and squeezed together, so that it was often but a single step, through a single door, from the dwellings of the two-legged to those of the four-legged inhabitants of the place. There were no pigs in the parlours, luckily ; but there was frequently only a crazy partition between the cow and the kitchen. The jumble was extra- ordinary. Bedrooms opened into barns, and sheaves were being threshed — women being frequently the operators — in the passages, and on the thresholds of living rooms. As for the pavement it was one continuous dung-hill, only varied now and then by a great stagnant pond, in which flocks of ducks would be cackhng, and groups of patient cows standing laving their dirty legs- foot communica- tion being carried on by means of scraps or ledges of high pavement on either side of the way. The houses were poor, filthy, slovenly, and had a con- tinuous tumble-down look ; but still the bleak signs of real pinching poverty were altogether absent. It was the hour of the gi titer when I first adventured into the locality, and groujis of swarthy men, women, and children were clustered upon every threshold, clasp-knife in hand, intent upon great hunches of very coarse brown bread, and very clayey-looking, white, soft cheese. The younger children had messes of some sort of milk-sop, served in the curiously massive earthenware used in the district. Inside the cottages the main articles of furniture were always the bed — generally pretty comfortable-looking — an antique old clothes-press, and a heavy dresser furnished with crockery. From the smoky rafters himg great bunches of dried herbs, ropes of onions, and lots of hemp, to be con- verted into thread by the busy spinning-wheel of the grandmother of the establishment. An English eye could not help looking in vain for the substan- tial sides and flitches of bacon which would as- suredly garnish one of our cottages of the same class. Not a stye, however, did I see, not a grunt did I hear, throughout the whole town ; and the fact seemed the more surprising, inasmuch as from the way of life of the peasant proprietors, a consider- able surplus of refuse vegetable matter, on which pigs would thrive to their hearts' content, is very generally flung out of doors. During one of the days I stayed at Loury the weekly market took place, and perhaps a couple of score of carts of all rsizes, generally nicely tilted and well canvassed in, conveyed goodly stores of fruit (melons in particular), and swarms of crates choked full of pigeons and rubbish to the town. These carts were in almost all cases drawn by horses, and a most unruly set they were — neighing, and kick- ing, and plunging, as soon as they found themselves tied in line, down an avenue of shady old trees. A few sacks of corn were exposed for sale, and I ob- served that intending purchasers took good care to scoop out a sample handful from as far down the sack as they could well manage. The wares which the country people purchased in return were prin- ci]ially salt herrings — suspiciously soft and intensely briny they looked— and the ordinary groceries. A few stalls laden with coarse articles of dress, sabots — a style of chaussure which, by the way, is be- coming quite dandy in its cut, compared with what it used to be — vest-laces and stay-laces, handker- chiefs, and so forth, were exposed ; and near them were stalls glittering with hardware, the very look of which would have driven a Sheffield grinder mad. More unmitigated lumps of clumsily fashioned soft iron were never sold under the false pretence of their being steel knife-blades. The carts bearing the goods I have spoken of were commonly attended by a race of the most powerful and savage-looking dogs I ever saw. These enormous chiens de garde are common in the Beauce. You continually see them trotting by themselves across the fields, and such is the enormous size of the brutes, that the first I caught sight of- his huge gaunt frame relieved on the top of a long swelling un- dulation, against the bright sky— actually in- spired me for a moment \vith doubts as to whether I was gazing at a very big mastiS", or a not very big calf. The shepherds' dogs are not much smaller, and ten times more intelligent-looking. Their long pointed muzzles make one think that the breed has been originally dashed with vulpine blood. At my request a shepherd tested the comprehension of his four-legged assistant. I had made my way to him to ask about an ugly breed of sheep occasionally seen here, with numerous clumsy folds and piles of skin encircling their necks as with collars ; but I could only learn that such sheep were common in the district, and that the circumstance in question was the only thing ])eculiar about them. So we talked of the dog instead. The latter was sitting quietly beside us, when his master, without looking at him, or changing in the least degree either his attitude or the mumbling tone in which he had been sjieaking, said something which the dog un- derstood much better than I did, for off he went, barking as tliough he were mad, and in a moment the scattered flock were arranged in a compact circle round us. I have mentioned the Beauce hamlets — not the villages upon the great highways, or those which seem to have clustered together round a church — but the groups of habitations in which the small farmers commonly live, and which are placed as near as may be, in a common centre, to the patches of land parcelled out among their inhabitants. Those places are marked by features which never exist in P^nghsh villages. Gazing from the out- skirts of Loury, and mounting a crumbling earthen wall, from the to]) of which you can see some four or five leagues further, the traveller may discern many of the hamlets of which I sj)eak. They look like dusky masses of thatch, with here and there a patch of dull grey stone wall, half swallowed up in 166 THE FARMER'S MAGAZINF. dark green trees. Let us make our way towards one of tlieni. During my stay in the Hcauce, and my raniblings from one to another of these handets, there prevailed a long-continued drought and an intense heat. From morning to night the blue vault of the sky stretclied without the fleck of a cloud, like a vast hot dome above the swelling plain. The earth was wliite with thirst — the ])arehed trees were ])o\vdered with the fine flying dust, and as you gazed around, distant spires and windmills, and long straggling avenues, seemed quivering in the trembling transparent vapours into which the lower strata of the air were resolved. Sometimes there were even slight efl'ects of mirage. A segment of the far horizon would appear suddenly flooded, as with a gleaming lake. Then, when the air was at its stillest, and the heat at its greatest, was the time for the grasshoppers. Amid the flour-hke dust of the cross-road, they hopped round you in myriads, on every dry clod of grey earth, on every parched blade of grass, on every grisly stump of fading stubble. The hot air was laden with their never slackening voices. It was as if the whole vast plain were a prodigious mass of grasshoppers, send- ing up one low, steady, unwavering strain of tink- ling music. Pursuing your way, in due time you reach the dusky buildings of the Beauce hamlet. It is nearly what the back street of Loury was — a congregation of dwelling houses, barns, stables, and byres, and no more. From twenty to forty families may in- habit the place, yet there is not a single apology for a shop. Every household article which is not home-made must be procured miles away. The most common groceries, the most ordinarily used articles of earthen or hard-ware, must l)e fetched upon market days, or by a special messenger from the nearest village. In English rural districts we could hardly find a dozen houses clustered together without a humble chandler's shop, and perhaps a forge, and a house of entertainment, established among them. But these French hamlets are curiously destitute of the elements which go to lay the foundation of a labour-dividing and self-sup- porting community. You wander through a devious street of dung-hills, bounded on either hand by roughly-built cottages, slraw-thatched barns, brist- ling with rude agricultuial imi)lements, and flanked by whitewashed walls, trellised all over with vines and peach trees, enclosing mountains of stable litter, and crowned every now and then with a quaint peak-roofed pigeon-house. There a])pears to be no social dif- ference, no distinction of rank, among the people. Pierre may have a dozen more sheaves of corn in his house than Jaques ; but in appearance, dress, habits, and i)ursuits, every man, woman, and child, is the fac-siraile of his, her, or its neighbour. Plodding on in their unintelligent and dreary round of unskilled agricultural industry, hard and con- stantly worked, but not ill-fed, they vegetate con- tentedly on, little interfered by or interfering with the outward world, the child representing his father just as the father represents his next-door neigh- bour. And so, on a similar principle, things pro- ceed in the larger villages and small agricultural towns. There of course are handicraftsmen and shopmen of difterent degrees ; but still the inhabi- tants are apparently upon very much the same social level. There is a most noticeable want of resident gentry ; or, at all events, of a professional class who might to some degree leaven with higher social instincts and more refined social usages the sluggish mass of the rural population. But in purely agri- cultural France you look in vain for the trim villa- like mansion, or the neatly kept rectory. In petty towns you scramble through insignificant streets of glaring white-washed houses ; in farming hamlets you make your way amid crumbling barns and piled-up stable htter ; but the people seem of one unvarying caste— little farmers, and petty trades- men dependent upon farmers. The blue blouses and slouched caps of the men, and the white skull caps and brown-tanned faces of the women, are not more monotonous to the eye, than is the eternal iteration of specimens of the same social degree, and the same habits of mind, and speech, and hfe, to the moral sense. ROTATION OF CROPS. There are few things which require the exercise of more judgment in farming than the selection of a judicious and well-chosen system of rotations of crops. It is not only that we must alternate at least one crop of green fodder with a crop of corn, but there must be an ever-varying change of the kinds both of roots and grain, before any very successful system of farming can be pursued. The time is gone by when any one system of alternate husbandry can be considered improving for ever ; and the four-course or Norfolk system, instead of eflfecting this, is found to be capable of being pursued until the land may be absolutely exhausted. The Duke of Portland, in a recent letter to his tenantry, shows this most satisfactorily ; and takes the opportunity of giving his practical knowledge to his tenantry to overcome the disadvantages which follow from a too close and too rigid adherence to the alternate or four-course system of husbandry. A rotation, properly understood, should be a rotation not of regularity but of cha.nge. There must be a change not only of the general character of the crop, but a round of individual changes in detail, which will be found to modify each other's effect on the soil in such a manner as to keep up a degree of general fertility known technically as keeping the land " in heart." The theories of a rotation are so nunnerous, that THE I'ARMER'S MAGAZINE. 157 to review thein in all their intricacies would l)e to spin out this paper to a length which would be in- convenient ; but they resolve themselves into three classes. The first is that of DecandoUe, who held that each plant exuded from its radicles some prin- ciple poisonous to those of its kind ; and by ger- minating beans in water for a succession of cases, showed that an unhealthy development was the re- sult. Another and no less plausible theoiy suc- ceeded, and was believed to have exploded De- candoUe's theory : this was from the school of Liebig, and went on the assumption that as one plant deprived the soil of one mineral ingredient in which it was abundant, as shown by analysis, and a similar kind of plant would starve for want of its principal sustenance ; so another kind of plant con- taining but little of this deficient material would grow and thrive ; and hence he laid down a suc- cession of crops, showing, by chemical analysis, as great a diflference as possible in the proportions of their mineral constituents. A more recent, more plausible, and, we think, a truer theory, is that the mineral and organic constituents both have to do with rotations — that there must be a reciprocation of both ; and to have a soil as fertile as the circum- stances will admit of, is to have one in which a proper relation is kept up between the organic and the inorganic elements. Thus a plant which derives most of its elements from the air, as carbon, oxygen, &c., will be well succeeded by another which is abundant in mineral matter, and vice versa. But there is another principle to which more credit is to be attached than we think it generally ob- tains, and that is the place in the soil in which a plant feeds, as well as the food upon which it feeds. One kind of plant, for instance, has a shallow set of filaments, which run near the surface of the ground, and spread in all directions in a lateral manner — this feeds in the surface soil ; while another is found to derive nearly all its sustenance from the subsoil. Now it must be clear that the two plants, though to a certain extent feeding on the same materials, may succeed each other, for they live in different strata of soil. This is, to a certain extent, true of the bean, as against the wheat or the barley plant say, and the clover ; but it is a truth so general that the majority of plants require for their food a class of substances so common to all that they all exhaust the land, if taken away from it, of much the same materials. For instance, green crops as well as " grey," take away ammonia and phosphorus and sulphur and potash ; and the es- sential difference to the occupier between growing the one and the other is simply this, that while the grain crop is generally sold off the farm, the green crop is almost invariably returned either on the soil on which it grew, or at least on the farm, and re- acts as a fertilizer by the increase of the manure heap, or the improving of its qualities. The too rigid pursuit of the four-course system has made sad havoc with some of our most pro- ductive crops. Thus, when that system has been continuously persevered in for a long period, nearly every crop exhibits signs of deterioration. The turnips go off by acres together by the obnoxious disease known by an expression more expressive than elegant, viz., " fingers and toes." The clovers throw out at certain periods, and leave a bare pro- fitless piece of ground beneath them, and the land is significantly enough described as " clover sick." The cereals seem to suffer somewhat less if the soil be in general good condition, but even with them there are signs of defects either of quantity or sample. And what is the remedy ? We say ro- tate more minutely. A crop of beans or tares will effectually secure a growth of clover in the subse- quent course. A crop of swedes or rape will live on a field subject to " fingers and toes ;" but to era- dicate this disease, it is necessary to place the turnips eight years perhaps from its congeners, and thus no danger of a failure need be appre- hended. A soil too light or too rich for wheat, one which will make its root-welt in the spring, may be successfully sown with oats, and if there be obstacles to barley of a very formidable kind, which seldom happens, a crop of rye will be found substituted to advantage. But the range of crops is by no means very ex- tensive; and hence the system of resf for soils is often found, with our present degree of knowledge, to be necessary to keep up the condition of the land. Hence land in Scotland is often allov/ed to lay away two or three or more years in grass to rest ; and strange to say, this is sometimes a paUiative to even " clover sickness." — Gardeners' and Farmers' Journal. GREASE FOR CARTS, &c.— The following composition is recommended by a writer in the Jndependance Behje for greasing carts and other agricultural implements: — Take 41bs. of caoutchouc dissolved in a proper liquid, lib. of gelatine, lOlbs. of carbonate of soda, 45 quarts of animal or vegetable oil, and as much water; boil the water with the carbonate of soda and gelatine, then add the caoutchouc and the oil, stir the mixture well until it forms a homogeneous liquid. The above proportions may be varied ; and if the caoutchouc and oil are previously purified, the carbonate of soda is unneces- sary. The above mixture will be found very useful, not only for greasing carts, &c., but also for keeping the farm harness in order. 158 THE FARMER'S MAGAZINE. THE CULTIVATION OF THE TURNIP. LOCKERBIE FARMER^' CLUB. We have much pleasure in layinjr before our readers the following valuable paper on this important subject, the result of the painstaking inquiries set on foot by that excellent i)ractical institution, the Lockerbie Farmers' Club : — TABLE SHOWING THE WEIGHTS OF TURNIPS ON VARIOUS FARMS IN THE MIDDLE AND Ul'PER DISTRICTS OF ANNANDALE, Inspected between it h and Wth November, 1850. WEIGHT. MANURE PER SCOTCH ACRE. Width No. of Per Farm Dis- NAMES OF FARMS of Drill Tumips Scotch Per Imp. yard Guauo. solved Ground AND KIND OF TURNIPS, ill ou Acre. Acre. dung. Bones. Bones. Inches. 10 yds. Tns.Cwt. Tns.Cwt. Cub. yd. Cwt. Kind. Cwt. Bush. Hardgrave, Dalton, Swedes, Ditto, Hardy Green, . Ditto, Ditto, AVhite Globe, . 27 27 28 28 28 28 24 25 23 25 26 26 40 6 35 1 38 5 34 10 39 4 36 15 31 19 27 16 30 7 27 7§ 31 2 29 3 15 15 15 15 Greenhillhead, Lochmaben, Swedes, .. 27^ 39 35 3 27 17 26 Ditto, .. 27 33 26 3 20 14 28 Yellow Bullock, 27^ 43 24 19 19 16 28 Prestonhouse, Lochmaben, Swedes, . . 30 34 32 0 25 8 18 Yellow Bullock, 30 32 34 0 26 19 18 Smallholm, Lochmaben, Swedes, .. 28 39 31 3 24 14 15 Yellow Bullock, 29 48 26 14 21 4 15 Dalfibble, Kirkmichael, Swedes, .. 27 32 39 3 31 0 12 White Globe, . . 27 33 46 4 36 13 16 Hillside, Dryfesdale, PurpleTop Swedes, 28 37 32 11 25 16 Ditto, do.,.. 28 34 35 16 20 8 Ditto, do.,.. 28 34 34 17 27 12 Green Top do.,. . 28 29 31 3 24 14 Yellow Bullock, 28^ 30 30 19 24 11 Purple Top White, 28 31 30 16 24 9 KiRKBURN, Dryfesdale, Swedes, .. 27 36 29 8 23 6 25 Yellow Bullock, 29 38 25 17 2o 10 15 White Globe, . . 28i 39 34 15 27 11 16 Broomhouses, Dryfesdale, Swedes, .. 27 38 35 4 27 19 30 Yellow Bullock, 28§ 40 20 13 16 7 28 White Globe, . . 28^ 42 32 14 26 5 28 Peelhouses, Dryfesdale, Swedes, .. 30 35 27 19 22 3 Yellow Bullock, 28 34 23 9 18 12 Ditto, .. 28 38 21 10 17 1 Shillahill, Dryfesdale, Swedes, .. 28 41 28 0 22 4 30 30 30 30 25 25 30 40 2h Peruvian 21 Do. 2h Do. 7i 2h Do. Do. U 12P H 12U U 12^ 2A Do. 3^ Sal. Bay 3^ Do. Do. Do. 2 Peruvian 2 Do. H Do. Do. Do. Do. Do. Do. Do. 2 Do. 2 Do. 2 Do. 2 Do. U Do. 3i Do. 2 Do. Date of Sowing. 23rd to 28th May 18th to 21st do. nth June 13th June 25th May 30th May 31st May 8^ 18th & 20 May 8** 1st June 8 20th May 8 1st June 12 13th to 30th May 25th May 18th May 19th May 24th May 8th to 12th June 6 th June 28th May 7th to 15th June 15th to 18th May 22nd & 23rd May 17th May 24th May 13th June 7th & 8th June 23rd to 31st May 12 12tt 10 10 10 * f bnshel of bone sawings and f cwt. of superphosphate of lime added, t f cwt. of superphosphate of lime added. X f bushel of bone sawings and f cwt. of superphosphate of lime added. § 7j cwt. of superphosphate of lime added. 11 I bushel of bone sawings and | cwt. of superphosphate of lime added. % ^ cwt. of nitrate of soda added. ** ^ cwt. of nitrate of soda added, tt 2 cwt. of animal manure added. THE FARMER'S MAGAZINE. 169 WEIGHT. MANORli VKR SCOTCH ACRE. Width No. of Per Farm Dis- NAMES OF FARMS of Drill Tumlps Scotch Per Imp. yard Guauo. solved Grouud AND KIND OF TURNIPS, ill Oil Acre. Acre. dung. Bouea. Bones, luchcs. 10 yds. Tus.Cwt. Tns.Cwt. Cub. yd. Cwt. Kind. Cwt. Bush. 26 11 26 13 33 5 27 10 34 16 MiLLBANK, ApPLEGARTH, Green Top Swedes, 29 43 29 Yellow Bullock, 28 47 27 Lammonbie, Applegarth, Green Top Swedes, 29 39 Yellow Bullock, 30 43 Ditto, .. 29 40 MUIRHOUSEFOOT, Piu'ple Top Swedes, 29 40 Ditto, do.,.. 29 27 Yellow Bullock, 27 46 DiNwooDiE, Mains, Applegarth, Swedes, .. 29 36 29 15 Ditto, .. 28 31 35 5 Yellow Bullock, 28 41 22 15 Dalmacadder, Applegarth, Swedes, .. 28 32 31 10 Yellow Bullock, 28 41 25 18 Hallhills, Applegarth, Yellow Bullock, 30 42 23 White Globe, . . 30 48 21 KiRKCROFT, Applegarth, Yellow Bullock, 28 52 18 Red Top White, 28 54 28 Rockhillflatt, Applegarth, Swedes, .. 29? 50 20 19 Yellow Bullock, 27^ 43 25 17 Ditto, .. 273 52 22 9 Sibbaldbieside, Applegarth, Swedes, .. 29 56 26 0 Yellow Bullock, 29 52 24 18 Cleughheads, Applegarth, Yellow Bullock, 28 43 18 4 Ditto, .. 28 52 20 6 Ditto, .. 28 50 22 1 Nether Cleughheads, Applegar' Swedes, .. 29 33 36 9 Johnstone-Mill, Johnstone, Green Top Swedes, 29 46 30 Yellow Bullock, 29 47 25 Johnstone-Cleugh, Johnstone, Swedes, .. 29 46 28 Yellow Bullock, 29 48 22 Greigsland, Johnstone, Purple Top Yellow, 28 42 23 12 Yellow Bullock, 28 42 23 4 Red Top White, 28 44 20 9 Annanbank, Johnstone, Swedes, .. 28 35 32 IS Ditto, .. 29 34 31 9 Yellow Bullock, 28 35 Red Top White, 28 Ditto, do.,. . 28 Goodhope, Johnstone, Swedes, . . 30 g Yellow Bullock, 30 Purple Top Yellow, 30 CoRsuA, Johnstone, Swedes, . . 28 23 21 21 21 26 1 15 1 2 7 21 16 27 12 28 8 22 10 23 12 27 19 18 1 25 0 20 11 18 5 16 17 14 6 22 19 16 12 20 10 17 16 20 13 19 15 14 8 16 2 17 10 TH, 19 34 29 46 46 42 26 32 4 33 12 32 3 28 8 34 0 23 16 19 19 22 5 17 14 18 15 18 8 16 5 26 2 24 18 21 7 25 11 26 13 25 10 22 11 26 19 20 20 20 10 15 8 18 17 30 20 20 25 30 25 28 18 30 46 28 4 22 7 20 20 20 20 15 15 15 20 20 20 23 20 32 25 25 18 Do. Do. 2 Do. 3 Do. 3 Do. 20 4 Do. & Pat. 20 4 Do. & Do. 15 3 Do. & Do. 3 Peruvian 3 Do. 2 Do. 2i 2! 3^ 3^ Do. Do. Do. Do. 5 Ichaboe 2 Peruvian 3 Do. 2i Do. li 1-2 U 14 i| ih 2 2 2 Do. Do. Do. Do. Do. Do. Do. Do. Do. Do. Do. Do. Do. Do. Do. Do. Do. 12 12 20 Date of Sowing. 24th & 28th May 4th & 6th June 24th May 10th June 7th June l8th & 21st May 1st & 4th. June 1 st to 6th June 18th to 25th May 15th June 2()th to 30th May 1 5th June 1st to 15th June 8th June 1st June 3rd or 4th June 1 0th June 23rd May 31 May & I June 25th & 28th May 24th to 30th May 8th June 25th to 30tb May 6th June I6tli to 23rd May 15th to 20th June 1 st June 20th June 23rd May 4th or 5th May 4th to 5th June 15th to 20th May 160 THE FARMER'S MAGAZINE. WEItilil'. MANUllli TKR WCCncll ACKli. ■\Viiltli No. of I'lT Farm ])is- NAMES OF I'ARMS of Drill Tumips Scotch I'l-r Imp. yard fJiiaiio. solved Grouml Uatc of Sowing. AND KIND OF TURNii'S. ill Oil Acrc. Acrc. (lung. lioncs. Hones. Inches. 10 yds. Tns.Cwt. Tns.Cwt. Cub. yd. Cwt. Kind. Cwt. Bush. KiRKHILL, WaMI'IIUAY, Swedes, .. 29 40 32 18 26 2 28 2 Do. 31 May & 1 Jimc Yellow Bullock, 30 41 314 24 15 28 2 Do. 8th June Ditto, .. 30 25 31 15 25 3 28 2 Do. Ditto, .. 29 18 25 0 19 16 28 2 Do. Ditto, .. 29 34 17 8 13 16 28 li Do. 22n(l to 24th June White Globe, . . 30 37 31 19 25 6 20 li Do. 8th June PUMPLIEBURN, WaMPHRAY, Swedes, .. 29 35 26 12 21 2 22 3 Do. 29th & 30th May Yellow Bullock, 29 45 23 13 18 15 16 3 Do. 1st to 5th June White Globe, . . 29 37 32 16 26 0 3 Do. 15th June Green Top White, 29 4o 39 8 31 4 14 2 Do. 10th June Wamphraygate, Wamphray, Swedes, .. 30 41 24 10 19 8 25 2 Do. 30th May Yellow Bullock, 30 46 22 9 17 16 20 2 Do. 26th June Ditto, .. 28^ 48 19 8 15 7 20 2 Patagoniau White Globe, . . 30 42 24 7 19 6 20 2 Do. Broomhills, Wamphray, Swedes, .. 28 40 33 19 26 19 20 3 Peruvian 1st June White Globe, . . 28 40 32 4 25 11 15 3 Do. 15th June PoLDEAN, Wamphray, Swedes, .. .30 42 23 7 IS 10 30 3rd June Yellow Bullock, 29i 38 19 19 15 16 25 WooDHEAD, Moffat, Swedes, .. 28 36 27 17 22 1 Yellow Bullock, 28 47 23 16 18 17 White Globe, . . 27 41 29 19 23 15 Green Top White, 28 42 24 3 19 3 Wood FOOT, Moffat, Swedes, . . 27 48 25 8 20 3 20 4 Do. 24th May Yellow Bullock, 30 43 23 14 18 l7 18 2 Do. 1st to 15th June White Globe, . . 29 47 27 1 21 9 24 U Do. Craigbeck, Moffat, Swedes, .. 28 51 28 16 22 17 20 2 Do. 15th to 20th May Yellow Bullock, 28* 46 26 18 21 7 20 2 Do. 1st to 15th June Shaw, Hutton, Swedes, .. 28 28 35 0 27 15 30 2h Do. 18th to 30th May Yellow Bullock, 28 27 28 7 22 10 20 2^ Do. 1st week of June Ditto, .. 28 31 23 16 19 0 25 4 Green Top White, 28 29 42 14 33 17 30 2i Do. 19th May White Globe, . . 28 26 35 11 28 3 25 2h Do. 1st week of June Boreland, Hutton, Swedes, .. 29 38 26 14 21 3 20 2 Do. 20th May Yellow Bullock, 29 43 18 12 14 15 15 2 Do. 4th June GiLLESBiE, Hutton, Swedes, .. 27 35 36 6 28 16 30 19th May Hardy Green,.. 26 30 27 18 22 2 15 2 Do. 1st June The weights were taken in different portions of each field, and those here stated show the average; the heaviest and lightest not being particularized. The average weights of the whole fields are : — scotch acre. imperial acre. Tons. Cwt. Tons. Cwt. For Swedes, 30 17 .... 24 9 „ Yellow, 24 15 .... 19 14 „ Common, 32 8 25 14 The following is the report by Messrs. Carruthers, Kirkhill ; Graham, junior, Shaw ; and Rogerson, of Boreland, Inspectors appointed by the Club : — THE FARMER'S MAGAZINE. 161 The inspectors were engaged the whole week, beginning the 4th November, in making the in- spection. Their object was to take generally the crops of the members of the club in different parts of the district, and the table now submitted com- prehends those of seventeen members, with a few others in their respective neighbourhoods inost convenient for inspection ; the whole, excepting five, being those of tenant farmers. A more general inspection over the district could not have been taken, without bestowing an inconvenient portion of time, or unless it had been entrusted to more than one committee. In almost every case two of the inspectors were present. From occa- sional absence of farmers and othermse, the in- spectors regret their table is not so complete, as to dates of sowing, as could be wished ; but in regard to the quantities of manure, they believe it is nearly accurate, as, not only among the members of the club, whose notice has been drawn to the subject, but among farmers of the district generally, a greatly increased attention appears to have been given to rules and calculations in manuring. The inspectors, in submitting the following notices, beg to remark, that while stating the impressions made on them in the progress of the inspections, and by the result of them, they by no means venture to lay down positive rules of management, being aware that these must in all cases be contingent on, and modified so as to accord with, the varying weather of each season, as well as with the different soils and situations of each farm in the district. GENERAL PRODUCE OF THE TURNIP CROP. In 1849 it was stated that the average of the weighings represented a fair sample of the whole district, but this year the inspectors do not consider that it does so ; because in the district generally, although the best managed, manured, and early sown crops are at least equal to those of last year, yet many fields on colder land were later sown, and these, as well as where weakly manured (especially without guano), are all inferior to last year. The inspectors would say, therefore, that the general produce of the district would be nearly correctly represented, were the average struck \vithout in- cluding the five farms of heaviest produce, and it would then stand thus, per Scots acre : — Tons. Cwts. Swedes, 29 10 Yellow, 23 15 Common, 28 8 TIME OF SOWING. This year shows still beyond last the great advan- tage of early sowing. In the case of swedes, the variation of time from 15th to 25th May seems not important ; but, when sown any later, the proba- bihties of great weight decrease. In common white, red, and green, large crops are produced with sow- ing in the first and second weeks of June ; after the 15th chances of weight diminish. But if any sort is to be deferred till after that date, the white globe is the kind best adapted for late sowing. The cases of very early sowing in May, at Broomhouses, Kirkburn, Shaw, and Dalfibble, have shown a superiority which, it was evident from the land and manure, had only been attained by extremely early sowing. The inspectors understood that most of these stood a large crop early in September. The sowing a portion of common turnips even before swedes in May, may therefore be very necessary on these farms, where it is important to have turnips for consumption in September. The condition of the land at the time of sowing being, however, at all times very important. WIDTH OF DRILLING AND HOEING. The width of drill varying from 26 to 29 inches, according to the condition and quality of the land, seems to be generally adopted, and even for the greatest crops no greater width is necessary. The precedent of Mr. Elliot's thin hoeing of last year attracted general attention ; and it will be ob- served that on six or eight farms, where the greatest produce is shown, the turnips are all at 11 to 13 or 14 inches apart, while in most of the smaller crops they are only at 7 or 8 inches ; and where experi- ments have been tried in the same field, the weight is greatly in favour of thin hoeing, as far at least as 13 or 14 inches. It is only therefore in the case of poor land, late sowing, or weak manuring, that the inspectors would hesitate to adopt the thin hoeing j in these exceptional cases alluded to, they have yet to see more experiments made, and seasons of different character ; and they may remark that the advantage of thin hoeing has been more decidedly proved to them in regard to swedes and white turnips than in the case of yellow-bullock, of which there have not been shown many examples of thin hoeing to compare with the ordinary mode. VARIETIES OF TURNIP AND SEED. In the course of their examination of fields, the inspectors have been much impressed with the superiority in the selection of more pure and regularly grown sorts of seed, and a considerable difference in weight undoubtedly arises from this circumstance. Among the swedes, Skirving's purple-topped; and of the yellow, the purple-topped, become the largest of their sorts. But various farmers had given up their culture from their being more easily destroyed by frost than the others of their respec- tive kinds. Now, however, that it is becoming more generally the system to secure the crops against frost by early taking up, this objection M 163 THE FARMER'S MAGAZINE. shouhl only woig'ii m piutial casca; as to the respective pi'oporlions in wliich ywedos, yellow, and white should be cultivated, tlie inspectors may ob- serve that they saw many cases of late sowing, or poor manuring, where they have no doubt the white should have been adopted in place of the yellow ; on the whole, they are inclined to think that now that calculation in consumption is more generally attended to, the extent of yellow will be decreased in favour of swedes and white. MANURE. In comparing the results of the different sorts of manuring in this and last year, it appears that the farm-yard manure, when applied alone, has had less effect in 1850 than in 1849, and that to raise good crops, extra manure in considerable quan- tities was necessary, showing that in different sea- sons the relative effects of manure vary. The regu- larly great crops over extensive fields of 30 or 40 acres each, raised on Hardgrave, show the good re- sults of a variety of manures applied together, with even only a limited portion of farm-yard manure. The benefit of the application of a mixture and variety of manures at once is also exemplified at Prestonhouse, and in the few other cases wherever tried. The extraordinary produi^e of very extensive fields also at Dalfibble, prove more the advantage of previous very high condition on soil of superior quality, and of early sowing and general perfect culture, than of any peculiarity in the kinds and quantities of manure. Dissolved bones may, it Avould appear, be generally used as a substitute for guano at the present relative prices ; and Peruvian guano, to the extent at least of 3 cwts, per Scots acre, may always be profitably used in addition to .?() yards of dung. Some especial cases show the great inferiority of Patagonian to Peruvian guano. While, however, many cases show that good crops of turnips can be raised with guano and dissolved bones, the inspectors beg to remark that in regard to many of the arable farms of the district, ground bones should constitute a considerable portion of the extra manure purchased, as being more perma- nent in their effects. But above all, the greatest attention should be paid to the increase of farm-yard manure, as being most essential to permanent fer- tility, more especially to the maintaining of good pasture grass in the rotation. On this head generally the inspectors remark that to the farmers of the district, knowing the soil and character of the different farms, the table will furnish more accurate ideas of the comparative value of the different manures, than can be other- wise conveyed to strangers to the district. The elevation above the sea of nearly all the farms varies from 200 to 300 feet ; the exceptions of Kirkhill and Gillisbie, above 500 feet, show, from the large crops raised there, that any disadvantage of climate has been compensated by early sowing. In conclusion, the inspectors beg to suggest that these annual examinations, and publications of the result among the members of the club, should be continued ; trusting that a greater number of ex- periments will in future be made and reported ; and they may also observe that were such inspections to become general in other districts of the country, it would necessarily tend to a general diffusion of the knowledge of the best practices of culture and their results, and consequently to a rapidly in- creasing improvement in the cultivation of this im- portant crop. MARKET GARDENING ROUND LONDON. GENERAL REMARKS TOUCHING ROTATION OF CROPS, &C. If we take a five-acre piece of ground, say in Nov., we shall find it full of cabbages, which having been planted out about the 25th of October, will be strong healthy plants. The moment these are off, the land is again trenched and cropped with early celery, in well dunged trenches six feet apart, with two or three rows of lettuces or coleworts in the middle ; for market gardeners do not mould up celery until it is very large (often 18 inches high), so there is plenty of time for a crop of cabbages, coleworts, or lettuces, to come to maturity. When the celery is removed, the ground is cropped with winter greens, and again cleared off, for nothing pays so well as the London greens or young un- hearted cabbages. In November Mr. Fitch, of Fulham, has often upwards of 20 acres of these, besides 26 acres of cabbages : every hole and corner under trees, and all spare places being full. When the five-acre piece is cleared of coleworts, say by the 1st of March, it is again dunged and trenched, and sown with onions, and very often lettuces are planted in the beds as well as in the alleys. When the onions are off", the ground is trenched and planted with cabbages or coleworts, &c.; next spring a crop of cauliflowers, gherkin cucumbers, French beans, or scarlet runners, is taken off; but the grand point in the course of rotation is to be con- tinually sowing, and whatever plants are ready when THE FARMER'S xMAGAZINE. 163 the ground is empty to plant these. The land can well sustain so much cropping on account of the heavy dungings, trenchings, and hoeings, which it receives. If you ask a market gardener what is to succeed this or that crop, the answer is, " Don't know: it depends upon what is ready for planting." Continued trenching two spades deep for any crop seems expensive ; but a strong Irish labourer will turn over from 12 to 14 rods a-day, with compara- tive ease ; and I may here state that if it were not for the Irish labourer, the prices of vegetables would be much higher. Market gardeners know that after an active crop the top soil for several inches deep is entirely exhausted, and hence the reason for continual trenching, in order to bring up the top soil, that but a few months before had been turned down, with a large proportion of dung, to enrich it and fit it for active use along with the half-decayed manure. Market gardening is vv^ell conducted about Lon- don; and if young gardeners were to spend only one year with such men as Messrs. Fitch, of Fulham, it would teach them a lesson which would amply repay a twelve-month's hard labour. They would there be taught how to grow digestible vegetables, and not those stunted blue cabbages, and other things that are, in too many cases, huddled up in walled- in gardens. I am almost certain that the day will arrive when the latter will be converted into forcing grounds, and when vegetables will be grown in the open fields, which are their proper places. If a farmer were to send his son to be a labourer in a market garden for a year or two, the value of such a school to such a man in after life would be great to himself, his landlord, and to the country at large. The expensive system of a market garden would not be required in a farm ; it could not be maintained ; but it would show him that one acre cultivated by the spade is equal to five by the plough. We know that some market gardeners use the plough, but how does it pay ? Their things are always the last sold, and that for the most part to the hawker, whose name will tell the price ob- tained. It is, however, necessary to have a scarifier plough in all market gardens, in order to tear up the earth after the carts in wet weather. Some years ago I took the late Mr. Smith, of Deanston, over Messrs. Fitch's grounds. Till then he had no knov.'ledge of the enormous expenses of keeping a large garden. " I have not seen," said he, " on the whole 150 acres, a weed ; all the ground exhibits a fine level surface ; every inch is cropped; all the paths regular ; the cart roads in good order ; the hedges of the boundaries very dwarf; no ditches, and all the large plantations of apples, pears, and plums, amounting to 50 acres, with every young shoot made during the summer, pruned down to a couple or three buds from last year's wood.'' Pruned after the manner of currant bushes, they look well, and bear enormous crops. The ground under the trees is all cropped with rhubarb, cur- rants, gooseberries; and during the winter with coleworts and cabbages. I have seen eight acres of cabbages in seed beds, after the rest are all picked out for spring cabbages. Every spare piece of ground is filled ; Vv'hen the asparagus haulm is cut down, the ground is forked over, and all planted v/ith coleworts, alleys and all ; and when the rhu- barb leaves die down, this ground is also filled, so that altogether, besides the other crops, there must be several hundred thousand heads of greens for winter market. All liquid manure from dunghills is collected into a large tank ; this is conveyed to, and distril)Uted over the ground before digging ; but the great objection to the use of sewage water after the crop is in, is that it fills up the pores of the earth, cements the mould, and prevents heat and air from acting on the roots. Some market gardeners keep large herds of pigs, which live night and day amongst the hot dung, and subsist upon the corn that they pick out of the straw and dung, as well as on green food. Mr- Fitch keeps 12 horses, whose whole employment is to cart goods to the various markets, bring home dung, and convey it to vacant pieces of ground, which occur every week. The carts and waggons in use in market gardens have generally broad wheels. The waggons are very large, and the carts will hold as much as a Suffolk waggon. The labourers employed by Messrs. Fitch on 150 acres amount to about 70 during winter, and in summer to about 150. The rent per acre is from £9 to £10, the tithes being from 10s. to i2s. per acre. Men's wages are 2s. per day; women, from Is. to Is. 6d. Some idea of the amount of labour in small matters will be conceived, when I state that the whole of the frames, amounting to 1,000 lights, are all painted and repaired every autumn. The whole of the hand lights, 4,000 in number, are also repaired ; and every description of vegetable is washed before it is sent to market. When men are at piece-work, they receive 2id, per rod for trenching two spades deep ; thus an acre highly manured, using cart- loads instead of barrowfuls, and trenching with spade, instead of shallow digging, or what is worse, using a plough, pays just in proportion to the way in which it is treated. I have now thrown out a few general hints as to the management of a 150-acre garden. In my next and following articles I shall proceed to particularise some of the leading crops. Cambenvell, James Cuthill. M 2 164 THE FARMER'S MAGAZINE. DENMARK.— No. v.— ITS CORN TRADE. (from the special correspondent of the morning chronicle.) Barley is the grand article in the corn exports of Denmark, but those of wheat are far from insignifi- cant. Last year we received from the Danish ports the immense amount of 1,320,571 quarters of grain and meal— viz., 243,213 quarters of wheat and flour, 071,665 of barley and barley-meal, 253,213 of oats and oat-meal, 78,292 of rye and rye-meal, 62,196 of peas and pea-meal, 9,S79 of beans and bean-meal, besides some trifling quantities of other sorts ; a larger amount than we received from the immense empire of Russia (which sent us but 920,000 quarters), from France, Holland, or Bel- gium, or, indeed, from any country except the United States and Prussia. Our imports from Denmark have increased enormously within the last ten years, especially since the change in the Corn- laws. In 1845 we received from that country 364,000 quarters of grain and meal of all sorts ; in 1847, 688,054 quarters. These numbers include the exports from the Duchies ; but it is remarkable that in 1848 we imported from Denmark Proper alone 893,519 quarters of grain and meal, being over 200,000 more than we received in the previous year from the Kingdom and the Duchies together. The quantity sent in the form of meal is trifling, not exceeding a few hundred or thousand quarters. The exports to England have generally made about 33 per cent, of the whole corn exports of Denmark, but in 1848 they amounted to nearly 70 per cent, of the total amount from the Kingdom alone. In order that the reader may have a clear idea of the amount of the corn trade in late years, I give the following table of exports, though some of the quantities have already been mentioned. Let it be borne in mind that the tables represent the net exports, or the surplus of exports over imports, deducting the latter, which average 40,000 qrs. yearly — and that the last year, 1848, gives the exports from Denmark Proper only. Wheat, I Rye. ■ l^jj'^y Oats. Peas. jBuck- totals. IQis. 1 Qrs. Qrs. Qrs 184»| 13i,50ll 193,134 646,316 107,732 I845I 198,583 I 172,517 517,178 141,211 1846 181,461 176,622 649,485 216,3)2 1S47 221,0G1 ; •^0,i,096 5S3,244 368,189 1848 113,998 214,962 784,532 ,207,9a8 Qrs. Qrs. Qrs. 30,159 53 1,110,994 10 1, 966 1 11,617 1,24.3,070 86,642:40,252 1,:J50,820 92,597 j 58,244 1,554,140 97,730 J 2,270 1,341,431 The particular exports of the Duchies were — for 1844, 330,000 qrs.; for 1845, 310,000 qrs.; for 1846, 210,000 qrs. ; and for 1847, 579,000 qrs.* It is a mistake to suppose that a very large pro- portion of the corn of Denmark is exported from Copenhagen, though the capital is of com'se the * The value of the whole com-exporta of Denmark Proper and the Duchies in 1847, was estimated at 13,058,144 rix- dollars, or £1,612,000 sterling — the value of the whole exports of all kinds being 30,850,000 rix-doUars, or about £3,800,000 sterling. Those of Denmark Proper alone in 1848, were 10,260,000 rix-dollars, or £1,280,000 sterling. chief place of business for the corn trade generally. The export of grain and meal from Copenhagen alone amounted only to 58,300 qrs. in 1847, and to 49,000 qrs. in 1848. The warehouses of Copen- hagen can, indeed, provide accommodation for a considerable quantity of corn, but it is found much more convenient and economical to ship the grain from the various small ports with which the Danish isles and the coasts of Jutland abound ; and indeed there are many considerable estates on the coast from which tlie corn is exported directly, either on the owner's account, or that of the merchant. They are provided with a j)lace of shipment, selected at some convenient spot of an adjacent creek or inlet, where the corn can at once be trans- ferred from the owner's store-houses to the hold of the ship. The numerous little seaports of Denmark — each with its harbour, wharves, and lighthouse — aftbrd a pleasant scene of activity and business and form a very interesting feature in the appear-, ance of the country. The following is a list of the chief of these, with the number of vessels and the tonnage belonging to each : — Vessels. In Zealand : — Drago 61 . Elsinore .... 17 . Holbeck .... 7 . Kallundborg . 18 . Kioge 9 . Corsoer 27 . Nestoed .... 11 . Nykjoebing . , 23 . Praesto 10 . Voerdingborg . 9 . In Samsce : — Samsa2 12 . In Falster : — Nykjcfibing .. 13 . Stubbekioebing 20 . In JiOLLAND: — Bandholm 26 . Nakskov 36 . Nysted 6 . Rodby 2 . Saxkjoebing . . 3 . In MoEN : — Stege 27 . In BORNHOLM :— Nexoe 13 . Ronne 50 . Svannike .... 29 . In Langeland :- Radkjoebing . . 46 . In Fyen : — Assens 54 . ... 13 . Tonnage. . 11,000 . 2,500 . 1,500 . 3,000 800 . 8,740 . 2,400 . 3,500 . 2,500 870 . 1,170 . 1,870 . 5,000 . 3,820 . 4,570 610 80 375 , 4,320 . 2,470 , 1,050 . 2,890 . 8,300 , 6,100 . 2,110 Vessels. In Fven : — Faaborg .... 51 Kjerterainde . . 42 Niddelfart .. 11 Nyborg 76 Odense 45 Svendborg .. 193 In Jutland : — Aalborg .... 75 Aarhuus .... 53 Anholt 8 Ebeltoft 2 Fanoj 126 Fredericia . . . . 16 Fredericks - haven .... 30 Greuaa 10 Hjerting .... 12 Hjcerring .... 21 Hobro 4 Holtstebro . . 8 Horsers .... 34 Kolding .... 6 Lcesce 29 Lemvig 10 Loegstoer ... Nibe Nykjoebing . Randers . . . Rmgkjoebing Skagen Thisted 39 Veile 21 Tonnage. .. 8,650 .. 3,550 .. 100 .. 9,800 .. 8,500 .. 4,700 .. 2,100 .. 1,000 .. 940 50 .. 2,200 .. 1,640 .. 3,600 .. 860 .. 960 .. 1,700 .. 480 .. 1,400 .. 6,650 ,. 950 .. 610 .. 1,900 ., 1,710 .. 1,250 .. 2.030 .. 7,970 .. 2,280 .. 380 .. 3,780 .. 3,710 The ])orts which, after Copenhagen, have the largest corn export, are Kallundborg, from which the quantity shipped is estimated at 40,000 qrs. annually ; Aarhuus, about the same ; Holbeck, 35,000 qrs.; Odense, 45,000 qrs.; Nakskov (in LoUand), 60,000 qrs,, of which about 50,000 are THE FARMER'S MAGAZINE. 165 wheat; Nestoed, 55,000 qrs. ; Horsers, 30,000 qrs.; Faab org, 28,000 qrs. ; Randers, 25,000 qrs.; Aalborg, 30,000 qrs. ; Bandholm, 60,000 qrs. The latter port has doul3led its exports within a few years, and owes its present flourishing condition to the hberaUty of Count Knath, of Knathenborg, in improving the harbour and erecting an export wharf. Its exports, like those of Nakskov, are chiefly wheat. The production of 184/, which was rather over the average yield of the harvest, has been estimated at 270,000 qrs. of wheat, 1,566,000 qrs. of rye, 1,585,000 of barley, 1,916,000 of oats, 331,000 of peas and vetches, 66,000 of buck-wheat, 50,000 of rape. This calculation applies only to Denmark Proper, and being taken from official documents, may be regarded as nearly correct. Comparing the amount of the exports for the same year, it appears that four-fifths of the wheat, more than one-third of the barley, nearly one-fifth of the oats, but not one- seventh of the rye, was exported to foreign coun- tries. Rye is the staple article of food in Denmark, and is of nearly the same relative importance for the sustenance of the labouring class as potatoes are in the British islands. The annual consumption of corn of each individual in Denmark Proper has been estimated at 311 lbs. Danish, or 350 lbs. English . The production of corn in the Duchies of Schleswig and Holstein, for the year 1847 (the harvest being rather above the average), has been calculated at 316,500 qrs. of wheat (234,000 in Holstein, and 97,500 in Schleswig), 704,500 qrs. of rye, 1,057,000 qrs. of barley, and 2,569,000 qrs. of oats. The average price (kapitelstaxt) of grain is fixed every year in each province of Denmark by the bishop and prefect. I was favoured with the fol- lowing communication from Messrs. Puggaard and Co., who are amongst the most eminent brokers of Copenhagen, as to the price of grain during the past year, and the export to England. " Prices of grain have beea low iu this year, being, in the months of January, February, and March, about — 27s. Od. to SOs. Od. per qr. wheat, free on board. 14s. Cd. to IGs. Od. „ heavy barley, ditto. 133. 6d. to 143. 6d. „ small barley, ditto. lis. Od. to 123. Gd. „ oats, ditto. 17s. Od. to 183. Od. „ rye, ditto. " From April to June, including both, prices were — 2/3. Od. to 303. Od. per qr. wheat, free on board. 14s. Od. to 153. Od. „ heavy barley, ditto. 13s. Od. to 14s. Od. „ small barley, ditto. 12s. 6d. to 133. 6d. „ oats, ditto. IGs. Gd. to l/s. Gd. „ rye, ditto. " In July, August, and September — 30s. Od. to 333. Od. per qr. wheat, free ou board. 15s. Od. to ISs. Od. „ heavy barley, ditto. 143. 0d.tol6s.0d. „ small barley, ditto. 143. Od.tolSs. Od. „ oats, ditto. 183.0d.tol9s. Od. „ rye, ditto. "The cost of carr3'ing grain to market in England varies from 4s. to 8s. per qr. ; in which calculation is included freight, insurance, duty, metage, and commission iu England, the dif- ference arising chiefly from the various rates of freight to be paid at different seasons. Last summer the freight for wheat (other grain in the usual pvoportiou thereto) was thus Ss. in full per qr„ and in winter it will vary from 43. to 5s. per qr, ; we have known it as high as 83., in which case the charges, of course, amount to Us, to 12a. per qr." It will have been seen from the above statement that oats form the largest article of corn produce in Denmark, and that barley constitutes the bulk of the exports. I found that the large increase of the export of corn in 1849 was attributed by the best judges to the rapid improvements that are taking place in cultivation, as well as to the increased facilities of communication and access to the best foreign markets which every year brings about. The harvest of 1849 is calculated to have been considerably above the average, but it could have affected the exports of Denmark only in the last three months of the year. The blockade of the German ports, in 1848 and 1849, by the Danish navy, had no eflfect in changing the course of the Baltic corn-trade, or causing any increase of the imports of corn into Denmark. There prevails now, in Denmark, the strongest possible desire amongst both the agricultural and the commercial classes of the inhabitants to emancipate themselves from the tyranny which the Hanse Towns have so long exercised over their trading relations, and to draw closer the bonds of direct intercourse with England. Hitherto Denmark has received the largest portion of her supplies of manufactured goods through Hamburg, and the Danes are anxious that this should no longer be the case. The Schleswig-Holstein war, amongst its other consequences, has had considerable effect already in breaking up this monopoly. In 1847 I find that the value of goods imported direct from Hamburg into Denmark Proper was 2,001,163 rix dollars (£222,000), and from Hamburg, by transit through Kiel, 4,156,096 rix dollars (£450,500). In 1848 the value of goods imported direct from Hamburg was o:^ly 701,783 rix dillars (£77,950), and that of goods imported by Kiel, 653,829 rix dollars, or £72,640. The possibility of doubhng the e.xport of corn in ten years is looked forward to; and though estimates of this sort can be little better than conjectures, the anticipation is probably not an extravagant one. The production of Denmark is now calculated to be 1,800,000 or 2,000,000 qrs. more annually than it was at the commencement of the present century. I have shown that though vast improvements in agriculture have taken place, many remain to be effected, and there can be little doubt that the energy and perseverance which are pre-eminent characteristics of the Danish people will not allow them to pause in the career of amelioration until practical skill and science shall have enabled them to accomplish these. Denmark holds the keys of the Sound, and the corn-laden fleets which annually ply between the various countries of the Baltic and the shores of England pass through Danish waters. It is not a little curious to observe what a preponderating share of the great movement of navigation wit- nessed in the straits of these northern seas is called forth by this branch of commerce. Wishing to obtain authentic information on this interesting subject, I proceeded to Elsinore, the capital of the Sound, and the central point of northern navigation. It is a spot inseparably cotmected v/ith the poetry of northern life, yet it is scarcely more hallowed to fancy Ijy the associations with which the genius of ICG TllH FARMER'S MAGAZINE. Shakspeare has surrounded it, than it is important from its intimate connection with the intevests of our own busy age. A narrow channel, hardly more than three miles across, here scjiarates the sister- lands of Scandinavia— Denmark and Sweden. Even independently of all the charms with which memory and rejection invest it, there are few scenes which raise so perfect a feeling of beauty in the mind of the spectator. The Sound teems with A'essels under sail or at anchor, displaying the flags of all nations, and riding on waters that may vie in hue with those of the Mediterranean itself. The richly-wooded shores of Zealand are green and blooming under a bright sun, and contrast finely with the sterner outline of the rugged granite crags (crowned, however, with farm-houses and corn- fields) of the Swedish coast, beneath which lies the town of He'singborg, with its square white tower. Elsiuore, with its harbour, mole, and lighthouse, is finely situated on a projecting ridge, forming the north-eastern extremity of Zealand. At the furthest point stands Cronborg Castle, one of the strongest fortresses in Europe, and also one of the most superb specimens of the palatial architecture of the middle ages, constructed by the skill of Tycho Brahe on the ruins of Hamlet's Castle of Flynderberg. The Naiad, a gallant corvette, lying outside, is the guard-ship of the Straits; and pilot- boats from the haven, manned by sailors who are the Deal boatmen of the Northern Seas, flit round the ship like bees about flowers. The wind which speeds one vessel on her voyage retards another ; and such is the press of shipping collected at times on either side of the cape, that 450 vessels have passed Elsinore, and been cleared at the custom- house, in a single day. The number of vessels that have passed through the Sound during each of the last five years — or rather the number of voyages annually made by Baltic traders — as shown by the archives of the Sound toll, is about 20,000, and nearly one-tenth of these are to be set down to the account of the British corn trade. In 1849, I ascertained that 1,'270 British and G37 foreign ships passed the Sound, with cargoes of corn to England. Besides j these, 130 British and 590 foreign corn-laden I vessels (the latter, it may be presumed, almost ex- clusively Danish) passed the Belts. The entire number of vessels and cargoes from the Baltic to Great Britain and Ireland, in 1849, was 5,007, of which 3,472 were British, and 1,535 foreign. The entire number of vessels and cargoes from Great Britain and Ireland to the Baltic in the same year was 4,830, of which 3,288 were British, and 1,542 foreign. During the present year there are the best grounds for expecting that "the number will be still larger, as the bulk of the Baltic trade is carried on in the summer and autumn months, and the returns up to September show a considerable in- crease. I may add, in conclusion, that the Sound dues yield a revenue of £240,000 annually to Den- mai'k, being an average of £12 on each cargo, PROGRESS OF AGRICULTURAL KNOWLEDGE. The progress of agriculture is necessarily slow. Not only has every experiment to be from nine to twelve months in being developed : every one is en- veloped in along series of modifying circumstances, affected by the differing influences of climate, and especially the varying effects of one or a series of wet or dry seasons ; the almost countless diflerence in the character of soils partly depending on their mechanical construction, partly on their chemical composition, and partly on the geological substra- tum on which they rest : then, again, the character of the manure applied, or existing unexhausted in the soil; so that to obtain a foundation for the test it is necessaiy to exhaust the artificial fer- tility of the soils before the natural productiveness of the soil can operate, and before an entire field can be in a state fit for the development of its testing qualities. All these, with the trouble and cost of making these experiments, tend very mate- rially to increase the expense and labour of making those experiments on a satisfactory basis, which are absolutely necessary to the proper understanding of the bearing of the many facts and principles in farming. Mr. Pusey, in his recent article in the last number of the Royal Agricultural Society's Journal* " On the Progress of Agricultural Knowledge during the last eight years," well describes the difference be- tween a review of progress in such a societj', and that of the other mineralogical, botanical, entomo- logical &c. "' Other societies," he says, " deal chiefly either with facts, as the existence of some hitherto unknown insect, bird, or mineral, or even planet, or else some supposed new law of nature, electrical or astronomical. These facts are simple, those laws single. If the speculator fall into error, no harm ensues. But not so in agriculture. Our facts are not simple, nor our laws single." It is not our intention to review the paper of Mr. Pusey, but an allusion to the main facts he adduces will be both interesting and instructive. And first he properly places the cooking of bones by dissolv- ing them in sulphuric acid ; and this he takes credit to science for, and this alone will certainly pay for all the cost of all our Societies. He guards, hov.'- ever, the reader against adopting all the scientific dicta of any man, how great soever he may be ; and * " The Journal of the Royal Agricultural Society of England," vol. ii., part 2, No. 2G, London : Murray. THE FARMER'S MAGAZINE. 167 alludes to the failure of the mere mineral elements, which is also a negative fact, equally proved by the investigations of agricultural science. As to ma- nures, he well says — "At present, however, we can only say that the three principles of manure are — 1. Ammonia, 2. Phosphorus, and probably 3. Carbon." After a passing allusion to the power of clay to detain ammonia, and its bearings on the manage- ment of manure, he goes on to the principles of organic nutrition : and to show that comfort is a necessary adjunct to the fattening of cattle, and gives a somewhat interesting review of the warring chemists, Liebig and Boussingault, as to the effects of nitrogenous and non-nitrogenous food, without, however, giving any very decided opinion. On meteorology he has many interesting remarks ; and this is not the least interesting — that one side of this island is more suited for corn and the other for herbage ; and concludes with some wholesome cautions against laying down any gene- ral rules. Passing over his observations on farm implements, we come next to the vexed question of draining. Mr. Pusey's opinions — and we believe him to be a candid and unprejudiced writer — are well known to our readers. He has given up the very deep pipe and distant drain system, as one suited for all soils; and this is much safer than any idle theory of one uniform depth and distance on all descriptions. He gives, however, a new test for dis- tance, which we are by no means disposed to un- dervalue. He says — " The breadth of the ridges is a good guide to the right interval between the drains, for our forefathers shaped them to the qua- lity of the soil." On the subject of over-draining grass land, Mr. Pusey also speaks out in a way which may offend some mere theorists, but his re- marks will have proper weight with sound practical men. Not only has grass land been over-drained, but so manifest and palpable is the difference, as, against the system, that the tenants have had to stop every other drain ; and Mr. Pusey himself adopts the plan of damming the streams in summer : this causes the water to flow up the drains, and rises in the soil by a sort of capillary attraction, and this he properly describes as a mode of sub- irrigation which has been attended with the most beneficial results. The application of burnt clay to stiflf soils is also alluded to in a very judicious manner. Facts ai'e adhered to, and one given is exceedingly striking : — On a field valued at 7s. 6d. per acre, the clod burning was adopted at a cost of 42s. A crop of vetches were sold off— a scouring crop, it must be admitted. A crop of 45 bushels of wheat per acre was obtained, which sold for 7s. 5d. per bushel, and produced more than the fee simple of the land. On the claying of light sandy or peat soils the paper is equally explicit and clear ; and after stating the cost of the process on the latter soils at 54s. per acre, he gives the ])roduce of the land before the operation at £12 9s., and after, at £20 3s. Cd., showing a clear profit in three years of £7 13s. Gd., or upwards of £l 10s. per acre per annum. We have not space now to go further into the merits of the paper, but would like to do so in an early article. Suffice it to say that it is a most judicious, sen- sible, and valuable article. — Gardeners' and Farmers' Journal. STATE OF THE AGRICULTURAL INTEREST. PUBLIC MEETING AT HARLESTON. A public meeting was held at the Corn Exchange, Harleston, a few weeks since, at the instance of several tenant-farmers in the district, " for the purpose of making known and discussing the ruinous state of the farming interest, and for adopting petitions to Parlia- ment, or a memorial to the Executive Government, de- manding inquiry or remedial measures." The meeting was called for twelve o'clock, but a delay of an hour and a half took place, in expectation of the arrival of Mr. Wodehouse, one of the members for the eastern division of the county of Norfolk. That gentle- man, however, did not make his appearance. Thomas Lambe Taylor, Esq., of Starston, was moved into the chair. The meeting numbered about 250 persons, including all the principal tenant-farmers in the locality, amongst whom were Messrs. G. F. Pretty, \V. Johnson, R. Clarke, J. Ebden, J. Spelmau, H. Parker, C. Etlie- ridge, R. Moore, J. B. Pratt, S. Algar, W. W. Elliott, S. J. Leftly, T. Green, W. Cudden, R. D. French, F. W. Pretty, J. Hall, E. Kersey, C. B. Johnson, W. Bate, A. Parker, J. Beaumont, R. Bacon, J. Paul, R. M. Drake, J. F. Parrington, W. Chambers, C. Drake, F. Chambers, N. Parker, J. Davey, R. Read, W. L. B. Fruer, F. Dix, R. Bond, J. Bond, G. Barnes, F. W. Hunter, W. Cann, J. Lear, W. B. Elliott, W. Hazard, G. Car- thew, S. G. Gilbert, J. Wake, J. Sims, F. H. Denny, B. J. Crisp, S. Westgate, L. B. Hudson, R. Gowing, 168 THE FARMER'S MAGAZINE. J. Bentfield, J. B. Allsop, ^V. Redgrave, S. Rackham, J. Fisher, H. Smith, J. Ringer, J. Hewlett, J. Booty, B. Bond, &c. The Chairman opened the meeting by stating the object for wliioh it had been convened. It might be thought he was not a qualified person to occupy the chair, having, as they would remember, on a former occa- sion, presided at a free-trade meeting in that town. Though still favourable to free trade, he wished to re- mind them that, while advocating the repeal of the corn laws, he had, at the same time, urged the reduction of taxation (Hear, hiar),and had pointed out the effects of the currency laws, which he then considered, and still considered, produced more effect on the price, not only of corn and meat, but of every kind of raw produce, than the corn laws had ever done. (Hear, hear.) Many of them attended a preliminary meeting, held a fortnight ago, for the purpose of making arrangements for the present meeting, and certain resolutions were then as- sented to, as proper to be proposed for adoption on this occasion, though it was understood that no one was to be considered to be in any way pledged to these resolu- tions. He would at once read them, previously ob- serving that it was open to any gentleman to move an amendment: — " That the occupiers of the land have, for some time past, been unable to sell their corn, meat, and other farm produce at prices anything like equal to the cost of their production, and, consequently, they are unable to meet the demands upon them for rent, tithe- rent, rates, and other stated outgoings, and are involved in such pe- cuniary difficulties that their ruin seems inevitable, un- less their outgoings are materially reduced, or the prices of farm produce greatly advance, which does not seem probable under existing circumstances. " That this meeting is of opinion that various causes have tended to bring about the existing state of things, and it hopes that Parliament will, on its assembling, institute an immediate, full, and impartial inquiry into the ruinous situation of the occupiers of the land, and ascertain the causes of distress which is overwhelming the landing interest, and seriously affecting all classes directly and indirectly connected with it. And this meeting urges that the inquiry should not only extend to the effects produced by the importation of foreign corn, cattle, and meat,' consequent on the repeal of the corn, and other restrictive importation laws, and the operation of the tithe-commutation law, and particu- larly as to the corn averages, regulating the tithe-rent, extending over so many years — which renders a high tithe-rent payable when farm produce is selling at most reduced and ruinously low prices — but this meeting par- ticularly urges that the inquiry should comprehend an examination into the effects on prices not only of agri- cultural produce, but on prices generally, from the ope- ration of the several laws termed the Monetary or Cur- rency Laws, and more especially those fixing the mint price of gold, and limiting the bank-note circulation. " And this meeting strongly desires to call the atten- tion of Parliament to the strict equity of taking measures for further materially reducing the interest of the Na- tional Debt, looking at the present low, in comparison with former high, prices of produce, and the rate of « wages out of which the interest is raised by direct and m indirect taxation ; and the necessity there is for reducing the over-large and over-paid military, naval, and civil establishments of the country, so that a corresponding diminution may be effected in the taxation of the country, and more especially of the malt, hop, and other taxes on British produce, which press most severely on the farmer and the working-classes. " That a petition to the House of Commons, grounded on the above resolutions, be adopted, and that the mem- bers for this division of the county be requested to pre- sent and support the same, and inform and instruct the Executive Government as to the actual and critical situ- ation of the occupiers of the land, and those connected with it." With their permission, having been requested to do so, he would now enter at length into his views of the un- fortunate position of the occupiers of land, of which, he thought, those unconnected with farming had little con- ception. Time and events had not materially altered the opinions he held as to the justice and policy of re- pealing the corn laws, but he still maintained that other concurrent measures were necessary to complete that of free trade. He need not ask them whether the agricul- tural interest was in peculiar difficulty and distress. Did they admit this ? (Yes, yes.) He stated the other even- ing that he believed, with the present prices of corn and meat, the farmers' income from the produce of the land would not, after their outgoings were paid, admit of the payment of any rent. (Hear, hear.) He found a gene- ral assent to that statement then, and he asked now whether the statement was correct? (Quite.) Now he held that their statement was not only now ruinous, but within the last thirty years had never been, for five consecutive years, healthy and satisfactory, or so thriving and prosperous as had been represented by those uncon- nected with and ignorant of farming. Some persons might urge that the farmers were not, as a class, en- titled to relief at the expense of any other interest. He would grant it. Class legislation, he trusted, was at an end. He had never advocated it, and he wished to state, in the outset, that he, for one, would not thank Parlia- ment for anything in the shape of bounties or protection, by means of corn laws or corn duties, as it was absurd — it was impious, in any human power to attempt to con- trol, regulate, and artificially keep up the price of corn or food, and leave everything else to find its natural va- lue. He desired the depression of none, but the eleva- tion of all (applause). All the corn laws on the average of years had invariably and signally failed in realizing the prices which the promoters of these laws fancied they would secure. It should be borne in mind that we had had no less than 24 corn-law enactments between 1660 and 1828, or about one in every seven years, a frequency of legislation which alone tended to prove that the work- ing of the preceding law was not satisfactory. And it should be borne in mind that these laws were, at the same time, injuring the manufacturing interests as well as deceiving the farming interest ; indeed, one interest THE FARMER'S MAGAZINE. 169 could hardly be injured without the other feeling it in the end. If Parliament were to-morrow to enact that henceforth wheat should not be sold for less than 30s. a- coomb, did they imagine that it could be sold at that price ? Such an enactment would be as inoperative as the proposition of a former Chancellor of the Exchequer, that Parliament should enact that a £1 note and Is, should be equal in value to a guinea, when the latter was selling for 27s. The old corn laws were used by land- lords as an argument for keeping up rents, and tenants had never succeeded in getting rents lowered to their natural value, by which he meant the fair proportion of the produce of the land at market value, because they had placed too much reliance on those laws. It was ne- cessary to state clearly what rent was. Mr. Malthus defined it correctly, and it would be well if those land agents and others who had the fixing and valuing of rents, would bear it in mind. Mr. Malthus said, " It is that portion of the value of the produce which re- mains to the owner of the land after all the outgoings belonging to its cultivation, of whatever kind, have been paid, including interest of the capital employed, estimated according to the usual and ordinary rate of the profits of capital at the time being." The farmers had never gone properly to work in hiring their farms ; they had been too ready to give what their predecessors had given as rent, and even more, and rarely calculated the value of the land according to its productive quality. They ought to estimate the amount of rent in corn, instead of money, and say, " Out of this land I can afford for rent 2, 3, or 4 bushels of wheat per acre," or a proportionate number of bushels of wheat and of barley per acre, and then pay as rent the value of such wheat or barley, according to the average price of them at market ; not on a seven years' average, as with regard to the tithe rent, but one extending over a shorter period, say two years. Ah ! but some of them might say, the tithe corn-rent had worked badly for them. He granted it ; but the principle of the long average was perhaps not so much the cause of the ill working of the laws as the commutation being based on a tithe composition much too high at the time the change was effected. He thought it would be easy to show that twenty years ago they were not only paying too high rents for hire of the land, but theygave too high tithecompositions, rather than cast the tithes, and bring upon themselves the unpleasant- ness and loss attending it. They were now paying, and whilst the present tithe law remained in force, whatever the average might be, would continue to pay tithe rent with reference to the value of the tithe composition fixed under the old corn laws. It must be allowed that the tithe commutation was a good measure, so far as it relieved both the tithe owner and farmer from the unpleasantness and difficulty of having to compound and agree for the tithes, and setting the farmer at liberty as regarded his mode of cultivation, it no longer being necessary to consider whether this or that treatment of the land would be ground for increasing the tithe com- position. But he could not help observing, and as he was a titheowner he felt the more at liberty to make the remark, that the improvements in cultivation of the land, from the outlay of increased capital and skill, had been taken too much advantage of by those interested in tithes (he granted the law sanctioned it), and had tended to more than double, nay, treble the tithes, estimating them according to the natural productive quality of soil and the old system of farming. From 1561 to 1601, wheat averaged more than 478. per qr. higher than at present, and tithes were then 2s. to 2s. 6d. per acre. Only yesterday an old occupier told him that he now paid £l'l tithe rent for his farm, and that he formerly paid only five guineas, so that they had here proof that tithe had nearly trebled within the life of man. The fact could not be denied that the titheowners came in for a share of the profits of the tenant's capital. Where rents had been doubled, tithes had been trebled. For these reasons he thought they would agree with him that tithe rents should be reset on more correct principles. But he must leave the subject of the tithes for others to pursue. Before touching on the tithes, he had been re- minding them, that in hiring their farms they must make better calculations as to the rent they could afford to give, and it would be as well, unless landlords would come forward and demand a revision of the tithe law, that they should hire tithe free. It was a matter they as tenants ought not to have anything to do with — they too readily paid what landlords had agreed to pay, and fixed themselves with their burdens. The farmer was told by some that he must look for his remuneration to the more successful cultivation of the land, and endeavour to grow a greater quantity of corn per acre. This was the advice of many landlords in districts where draining and other improved modes of farming, till within a few years, had been almost unknown ; but in this district they had long ago drained their fields, and had tried other improvements, and he had rarely heard of the far- mer being remunerated in the long run for the extra outlay he had incurred. When produce sold high, the tenant might find money for his outlay, but when the time for reaping the advantage arrived, lower prices might be the fashion, and the total outlay was lost. The case of the farmer was different from that of almost all other producers. When manufacturers and others re- ceived higher prices, they profited by them to the extent of their accustomed sales. When the farmer received higher prices it was more frequently because the quantity of his produce was diminished ; and it generally happened that the increased price sufficed only to make up for the deficiency in the quantity. Some persons railed against both landlords and tenants, and told them they had no claim to relief, as they were the authors of their own suf- ferings. He must admit they had been so to a certain extent ; but we, of the present day, ought not to suffer from the ignorance of those who had gone before us. (Hear, hear.) Others admonished the farmers to become holders of the plough, and make their wives and daugh- ters betake themselves to the poultry yard and the dairy. Agriculture was reduced, indeed, to a most de- plorable state, from which, he held, it ought to be extri- cated, when the occupier of an extensive farm, of neces- sity a considerable capitalist, a man daily engaged in large and important transactions, and employing, in a 170 THE FARMER'S MAGAZINE. wide sphere of action, skill, diligence, and enterprise, | penge of horse-keep was greater than a tenant's would could not, without imprudence, exempt his wife and be, he had, with the view of making his accounts re daughters from the drudgery of milking his cows and feeding his pigs. Having all his life been interested in, and given attention to, farming pursuits, and for the last twelve years having farmed 350 acres of land, he felt he might speak with confidence as to the farmers' situation. He had called upon them to produce their accounts, to show by figures the predicament they were placed in ; but he thought it was hardly likely they would show them, knowing the habits of farmers and considering that most of their transactions were, or ought to be, for ready money, they had not seen the necessity for keeping and preserving accounts. To look into one's affairs required some little nerve ; but no prudent man ought to hesitate doing so. Well would it have bfen for farmers if they had not been so negligent on this head, for an annual balance sheet would have opened their eyes, and shown them their situation long ago. But if there was reluc- tance to look into one's own affairs, no wonder there was an unwillingness to exhibit them to others for inspection. This reluctance explained the cause of the scarcity of authentic statements of farm accounts. Feeling that the publication of such an account might do good, and open the eyes of some who were ignorant of the farmers' pecuniary difficulties, he had summoned courage to submit to their examination the accounts re- lating to the farming on his own occupation, from Mi- chaelmas, 1825, to the present time ; and which accounts, he could state, had, both during the time of his own oc- cupation and that of his brother, who preceded him in the farm, been kept with exactness, and distinct from all other accounts. Some might say they knew what a landowner's farming was, and so did he ; and as he could not make interest of farming capital, and a fair rent too, he had a right to infer that the tenant-farmer, wiih, perhaps, restricted capital, and no security for im- provements or tenant-rights, could not be in a better po- sition. Until some other farmer's account was shown, exhibiting a contrary result to his own, he had a right to conclude that his accounts (which had been inspected by some practical farmers) showed the true state of the farmer's situation. He challenged the production of a farmer's account, showing that rent could be made with present prices. Glad, indeed, should he be to find that his case was singular, and that his farm and farming were the sole cause of the deficiency which he had experienced in the means of making rent. The statements to which he would first call attention were drawn up only two years ago, and shewed the average outgoings and income of the faim for 22 years, ending Michaelmas, 1848, and free from all estimated stock-takings. They would, therefore, cousider the capital invested in stock of the same value at the end as at the commencement of the term. Though the stock was larger at the end than at the commencement of the term it would not affect the conclusions to be drawn from the account. Being aware that some of his items of outgoings were beyond what a tenant would be justified in espending, and that the in- come had in some cases been reduced by consumption, as in the articles of milk, butter, and fowlS; and the ex- semble those of a tenant, deducted from the outgoings and added to the income, according to fair calculation. His accounts, thus altered, would show what must be the tenant farmer's present situation : — Statement of the Yearly Avciage Outgoings and Income of a Farm of 350 acres, for a period of 22 years, from Michaelmas, 1826, to Michaelmas, 1818 : — OUTfiOINGS. £ s. d. Seeds bought . 59 8 10 Bullocks do. , 327 19 8 Cow Stock do. . . . . 3 18 10 Sheep do. . . . 239 11 5 Pigs do . 2 16 2 Horses do . 35 6 4 Hay, Oil-cakes, &c., do, . . . Gl 9 G Straw do 5 5 1 Horse, Cattle, aud Pig Cora aad Pollard do. . 04 14 11 ^Manure do. . . . 40 12 0 Titlies and Rent-charge paid . 105 8 1 Poor's Rates do. . . . 78 5 5 Surveyor's Rates do. . 9 16 6 Church Rates do. . . 3 3 9 Insurance Premium do. .. 2 3 10 Implements (new) . . . . . . 32 0 4 Deduct cousidercd as paid out of capital 15 0 0 17 0 0 Labour Deduct as expended by landlord 657 10 125 0 Hiiy-trussiug Thatching . . Deduct landlord's share Drover aud Salesman Farrier Extra for Riding Horses . . Miller Off ou Housekeeping Account Wheelwright Deduct considered as paid o lit of capital Harness mending, &c. Blacksmith . . Less landlord's share . . . . Small Tradesmen . . Less landlord's share Sundries Less landlord's share 532 10 4 8 9 15 1 0 8 15 10 19 11 2 10 2 0 11 0 0 9 0 11 8 0 8 27 10 45 12 10 0 17 8 12 14 35 12 5 20 13 5 0 4 0 — 15 13 4 27 17 11 10 0 0 Carpenter repairing gates, tenant's share esti- mated at . . 17 17 11 10 0 0 1,743 2 0 Tiles, and Laud Tax are excluded from Repairs, Draininj the account. INCOME. £ s. d. Wlieat sold, 22 years' average growth, 7 coomb, 3 bushels per acre, at 293. 3d, per comb . . . . 652 8 4 Barley sold, 22 years' average {growth, 9 coomb, 3 bushels 1 peck per acre, at 16s. G^d, per coomb 401 17 0 Beans sold 17 9 11 Peas do, . . Bullocks do. Cow Stock and Calves do.. Sheep do. , , Wool do. . , Pigs do, 10 10 3 525 9 8 28 0 8 302 4 2 61 12 2 55 14 2 THE FARMER'S MAGAZINE, 171 £ 1 17 10 0 38 4 17 10 "2 0 10 9 8 0 9 0 Pork do. Add for consumed , . Horses sold. . Milk, Butter, &c., do. Add for consumed . . Fowls and eggs Add for consumed . . Stones sold.. Sundries do. Straw AVood and Ash Timber Allow for keep of extra pleasure horses Deduct expenditure as above Interest on tenant's capital of £3,750 at 10 per cent., out of which housekeeping is paid £11 17 34 1 55 14 2 18 9 9 8 10 5 9 10 4 1 16 1 7 14 6 2,205 15 .. 70 0 7 0 2,275 15 ..1,743 2 7 0 532 13 per ..375 0 7 0 Balance left for rent of Farm of 350 acres .. 157 13 7 They would observe that he showed a balance of ^^157 13s. 7d, for rent, being 9s. per acre for a farm which 20 years ago might have been let fori£''420, or 25s. per acre ; and they must bear in mind, that to show this balance for rent, he had added to the income .£"105 10s. for horse-keep, milk, and butter, and had deducted from expenditure ^£'180, so that he had favoured the account to the extent of .£285 10s. To shew the effect of the two last years' reduced prices of corn upon the farmer's means of paying rent, he had prepared a statement of his farm accounts for that period, ending Michaelmas, 1850, and this would give some idea of present prospects. Instead of troubling them with all the items, he would merely substitute the sales of the wheat and barley on the average of those two years, in the place of those in the 22 years' average accounts ; and they would see that the reduced price of corn (to say nothing of that of wheat, which might be set against the reduced outgoing for labour) completely did away with the small balance of £'157 odd for rent, shown in the account for the 22 years previous. The amounts received for wheat and barley, the former being sold at 21s. 4d. per coomb, and the latter at 14s. lOd. per coomb, was only £"'816 (about sufficient for labour, tithe, rent, and rates), being £211 less than on the average of the 22 years. So that in addition to there being no rent, there was not sufficient income to pay the interest on reduced capital, which he would call £3,400, instead of £3,750, though it was really reduced to more. Now, as he thought he had brought forward proof sufficient to convince the most incredulous of the farmers' ruinous situation, and total inability to pay the existing rents, tithe rents, and other outgoings out of the produce of the land at present prices, he would conclude with a few observations on remedies which might be adopted. It was clear that to improve the farmers' situation, and place him in a con- dition to pay rent, tithe rent, and other stated outgo- ings, his income must be materially raised, or his out- goings greatly reduced. It was not in the farmer's power to increase the price or value of the former, and he would leave them to say whether they could, by im- proved modes of farming profitably increase the quantity of produce, and thus bring in more income. The chances were that greater produce might cause even lower prices, if the farmers at large all at once increased supply. Something might be done in some neglected districts towards increasing produce advantageously, but the landlords must find the requisite capital to enable far- mers to make these improvements, or give tenants better security for enjoying profits from outlay of capital. Having shown that the farmer had it not in his power to increase his income so as to meet his engagements, made when wheat sold for 30s., and which now sold for 20s. per coomb, and when barley sold for 18s. w^hich now sold for 13s., equal to £3 per acre on the wheat and barley crops together, or 3O3, per acre on the arable lands, or 25s. per acre on arable and pasture together, let them look to the other side of the account, and see if the farmer's outgoings could be curtailed so as to meet the deficiency of income. The principal items of ex- penditure over which the farmers had control were those of labour, housekeeping, and expenditure for manure or food for cattle. As to that of labour, it would be ad- mitted by all acquainted with farming that the farmer had never been extravagant either in the quantity of hands employed or in the rate of wages. At the present time the labourer's wages did not admit of bis living as the hard-working man ought to live. Labourers' wages did not exceed 8s. a week, but taking into account the loss of time by wet and unfavourable weather, they did not average Is. a day (Sunday included), out of which, clothing for himself, wife, and children were to be found. Harvest wages all went to pay cottage rents, which were in general extravagantly high. Certainly, the farmers were not guilty of wasteful expenditure for labour, and thus we saw that high rent and tithes affected the la- bourers, in fact were paid by them, inasmuch as the far- mers, as soon as they found their incomes were de- creasing from lower prices, resorted to reducing wages. As to the farmer's houseeping and family expenses, there was room but for little curtailment of outgoing, beyond what followed from the reduced price of food and cloth- ing ; and these being in great part their own production, such reduction was little felt. And as to outlay for ma- nure and cattle food, the farmer bought as little of them as he well could. He next came to the important pay- ments of rent, tithe rent, and rates. If present prices of produce continued, the only chance of the tenant far- mers being able to hold their farms was in these im- portant items of outgoing being materially reduced. And it was no abatement of 10, 15, or 20 per cent, which would place the occupier in that independent situation which he ought to hold. The landlord might say he could not afford to abate his rent, that he had fixed annual payments to make, which became a charge on his estate when prices and rents were high, and that he had high taxes to pay, and that without his accustomed rents he could not pay his way. But the tenants must be candid, and say plainly that such charges were nothing to them ; that they had no hand in imposing the taxes, and if landlords would not reduce rents according to 173 THE FARMER'S MAGAZINE. existing prices, then the tenants could not do otherwise than throw up their occupations. The landowners would soon find that they must submit, or take the farms into their own hands. This was being done in this district, but it would not be carried to any great extent. It was the landlords' policy fairly to meet the tenantry. Landlords would soon find that they must do what their tenants were doing, economise, and endeavour to square their outgoings to their incomes. With re- duced incomes they would see that the only way in which they could save their estates, if present prices were to continue, was by pressing upon Government the neces- sity for a wholesale retrenchment and reduction of taxes, or they might rely upon it that, in the course of a few years, we should see our newspapers filled with accounts of sales of encumbered estates in England instead of in Ireland. Those members of Parliament who were returned by agricultural constituencies must not be too squeamish, but vote with those members who had set the example in bringing forward measures of retrenchment, whatever their political opinions might be (applause). Now, as to the tithe rents, which would, if set according to the present price of corn, instead of the seven years' average price, be 25 per cent, less than now payable : he had shown that these required revision, and he thought the tenant far- mer must leave the arrangement to be settled between the landowners and tithcowners, and in the meantime the tenant must hire his farm tithe free. Then as to the rates, they had always paid them, and these could not be said to be the cause of the present difficulty, for the rates had been reduced in the last few years. Our present system, though perhaps in some respects an improvement on the old poor laws, was bad in princi- ple. The poor man met with little encouragement, and if distress drove him and his family to the Union House, there was no power to set him free and start him afresh. Seeing and feeling the fettered state of the agricultural poor, he had long been of opinion that with other free trade measures we ought to set labour free by abolishing the law of settlement. (Hear, hear.) Under present circumstances, our labourers were un- willing to seek labour or employment beyond the bounds of his parish, and he had no encouragement to do so, for if he should remove from his place of settle- ment, and health or employment failed him, he knew he would be passed home to his Union House, out of which it was difficult for a man with a family to escape with any chance of finding a home, unless some friend assisted him. To remedy the evil, which he allowed was expensive and burdensome to the farmer, they must have a total abolition of the law of settlement, and every poor man wanting relief must be entitled to it, in whatever parish he might fall ill or become in- capable of supporting himself and family. The la- bourer had an indisputable legal right to support from the land, and he would not say one word savouring of abridging it, knowing that the destitute had as clear a right to demand relief of their wants as any man had to the rent of his lands. There was much to say in fa- vour of a national and equal assessment of all proper- ty, real and personal, now that the latter had so mate- rially increased. But this was a point for the land- owners and the parties entitled to the other property of the country, to adjust and arrange. In the mean- time, if tliey wished to be clear of rates, they must, in their contracts to hire, arrange that the landlords should defray the rates chargeable in respect of their occupations, lie had wished to call their attention to the subject of the National Debt, and the state of our establishments, the competition for land, and the power of distraint for rent, and the burden of taxation ; but he must leave these for others to take up, as he was a-Jxious to pass on to one which, with all defer- ence to the meeting, he considered the most important, if they desired higher prices. Rut he must first make one statement to show how much heavier taxation pressed with low than with higher prices — with limited than with unlimited currency. The taxes in 1815, the most expensive year of the war, were 72 millions of pounds, and the average price of wheat for that year being G5s. 7d. the quarter, the quantity of corn neces- sary to pay the taxes was 22 millions of quarters. The taxes in 1849 were 53 million pounds, the average price of wheat being 44s. 3d. the quarter, the quantity necessary to pay the taxes would be 24 million qrs., or nearly two millions more qrs. than in 1815. The prices of almost all produce and goods being reduced nearly as much as wheat, and profits being also re- duced, it followed that the taxes were really higher now than during the war, looking at the people's means of payment. He had said there was one subject he was anxious to urge on their attention, namely, the Cur- rency Laws. A revision of these laws seemed to him the only effectual way of releasing them from embar- rassment, and enabling the nation, and individuals under long-standing contracts, to meet their engage- ments. But landlords must also meet their tenants. The altering the Currency Laws, and putting them on a right basis, would not alone enable the tenant to pay those rents, which under any stale of the law were too high. When he mentioned to farmers that it was to a reform of the Currency Laws they must mainly look for relief, he was frequently told that the currency was a difficult and intricate subject ; but if those laws had caused wheat to fall in price from 20s. to SOs. per coomb, surely it was worth their while giving a little attention to the subject. The farmers in Leicester- shire and Derbyshire were taking up the subject, and forming currency societies, and a clergyman, the Rev. Mr. Tvvells, had lately addressed the farmers at Mar- ket Bosworth 80 ably and forcibly on the subject, that he would, with their permission, give them some of that gentleman's observations rather than any of his own. The repeal of the corn laws had probably in some degree lowered the price of corn, but it was worthy of notice that in France, with a protective law in favour of the French farmer, prices had continued to lower under that law. It was easy to show that at former periods our Currency Laws had pro as the President of the Society, to enter into further commu- nication with Lord Seymour, as Chief Commissioner of her Majesty's Woods and Forests, in reference to these recommen- dations. (SigQcd) C. B. Challonkr. Samuel Jonas. W. FlSHLR HOBBS. B. T. Brandretii Gibbs. On the motion of Mr. Hrandretli, seconded by Mr- Kinder, this report was unanimously adopted bj' the Council. On the motion of Colonel Challoner, seconded by Mr. Fisher Hobbs, a vote of thanks was passed unani- mously to Lord Seymour, for the plans of Bushy Park, presented by his Lordship to the Society for the use of the Council. Colonel Challoner took that opportunity of e.xplaining these plans to the Council ; and of remark- ing, that the site in question was adapted in every respect to the purposes of the Society, being situated within a short distance from the three Railway Stations of Kingston, Hampton, and Twickenham, by which the show would be fed by visitors from every part of the country : in fact, that had the Society had the choice of the whole kingdom, a more advantageous site could not possibly have been found. The report of the general Middlesex Committee was read and adopted. The Council then agreed to resolutions having refer- ence to the following points : — 1. That at the Hampton Court Meeting of the Society, in 1851, there shall be a Pavilion dinner for 2,500 persons, on Wednesday, the 16th of July. 2. That Saturday, the 17th of May, shall be the last day for receiving entries of stock for the Show. 3. That the week commencing Monday, the 14th of July, be the week of the Show. 4. That stock may be admitted into the yard at 8 a.m. on the Friday previous to the Show week ; but must all be in the yard by 4 p.m on the Saturday. 5. That the judges make their awards on the Monday. 6. That on the Monday evening, after the judges have com- pleted their awards, the public may be admitted at £1 each person ; and governors of the Society, and members of Council, at 2s. 6d. each. 7. That the days of public show be — /o\ -nr A J ' 1. o cj I From 6 in the morning (2) Wednesday, at 23. 6d. } .,, ° (3) Thursday, at Is. J "" ^""^"• 8. That on the Thursday the sheep hurdles shall have an extra upper bar screwed into them, for the purpose of protect- ing the animals from injurious handling by the public ; and that a notice be put up on that day interdicting all attempts to handle the sheep. 9. That at 9 p.m , on Tliursday, the stock may be allowed to leave the yard. The Council then agreed to the regulations of the prize sheet, referring to the details consequent on these reso- lutions to the decision and arrangement of the general Middlesex committee. The Council stands adjourned to Wednesday next, at 12 o'clock, when the Chev. Claussen will explain his process for the preparation of British cotton. N E W M E M B E R S. Tiie following new members were elected : — Zachary Daniel Hunt, Esq., of the Old Bank, Ayles- bury, and William Augustus Commerell, Esq., of Strood Park, Sussex, were elected Governors of the So- ciety. Ainslie, Rev. Robert, Troracr Lodge, Down, Kent Balracr, Thomas, jun.. Goodwood, Chichester Baxter, Henry John, Brook-lodge, Cheadle, Cheshire Bell, Matthew (High Sheriff for the county of Kent), Bourne Park, Canterbury Bland, Nathaniel, Leatherhead, Surrey Borton, John, Barton-le-Street, Malton, Yorkshire Bramley, Charles, We«tville, New Bolingbroke, Lincoluahue Broadmead, Philip, Milverton, Somersetsliire Browning, Edward, Bulmer Kitchen Farm, Sudbury, Suffolk Campbell, Alexander, Achindarrock, Argyleshire Carden, Captain, 13, Cumberland-terrace, Regent's Park Carnegie, W. F. L., of Boysarth, Kimblethraont-house, Ar- broath, Forfarshire Chapman, James, Tontine-street, Folkestone, Kent Charlesworth, John Barff, 158, New Bond-street, Loudon Collins, George B., St. Colorab, Cornwall Comes, James, Barbridge, Nantwich, Cheshire Dearsley, Henry Richard, 3, Plowden-buildings, Temple Dennis, John Charles, Rosebrough, Alnwick, Northumb. Dunn, Thomas, York-gate, Regenl's Park, London Erie, the Hon. Sir William, Knt., one of her Majesty's Judges of the Court of Q,ueen's Bench, Park-crescent, Regent's- park, and Bramshot Grange, Hampshire Evans, George, Wiraborne, Dorsetshire Firmin, Harcourt, Stratford-hills, Colchester, Essex Garrad, Abraham, Colchester, Essex Goune, Charles, Warley Lodge, Brentwood, Essex Gosselin, Martin Hadsby, Ware Priory, Herts Gow, James, Fowler's Park, Hawkhurst, Kent Hale, John, Fellcourt, East Grinstead, Sussex Hamilton, William, Orchard Place, Canterbury Helyar, William Hawker, Coker Court, Yeovil, Somersetshire Hood, Alexander Acland, St. Audries, Bickuoller, Taunton Howell, Francis, Ethy, Lostwithiel, Cornwall Hultou, James Dott, Islington-hall, Lynn, Norfolk Jackson, Thomas, Eltham-park, Kent Kinglake, Arthur (banker), Taunton, Somersetshire Langton, Capt. Edward Gore, Stapleton-park, Bristol Lewis, Rt. Hon. Sir Thomas Frankland, Bt., Hampton-court, Herefordshire Majoribanks, Edward, Fawley Court, Henley-on-Thames Mangles, George, Givendale-grange, Ripon, Yorkshire Maybery, Rev. Charles, Rector of Penderyn, Brecon Morgan, Thomas, Maesgwrda, Laugharne, Carmarthenshire Newton, Robert Pillans, Halyburton, Coupar-Angus, Fifeshire Orde, Sir John Powlett, Bart., Kilmorey, Lochgilphead, Argyle- shire Peacocke, Warren, Tanhurst, Dorking, Surrey Peel, Lawrence Henry, Llantsteplian, Radnorshire Pelly, John Henry, Oak Hill, East Barnet, Herts Prosser, Francis Wegg, M.P., Belmont, Herefordshire Rayer, William Carew, Tidcombe, Tiverton, Devon Reynolds, James, Lea-bridge-road, Leyton, Essex Rixon, Wm. Augustus, jun., Carshalton, Surrey Sandford, Mark, jun., Martin, Dover Savery, A. B., Hardwick-loelge, Chepstow, Monmouthshire Searby, John, Foith Bank, Boston, Lincolnshire Sergeauntson, George John, Camp-hill, Ripon, Yorkshire Serrell, Sheffield, Leeson-house, Swanage, Dorsetshire Sharpe, William, Copthall, Epsom, Surrey Stephens, John, Wilton, Taunton, Somersetshire Taylor, John, Burnfoot House, Wigton, Cumberland Thompson, Frederick, Sheriff-Hutton Park, York Toplis, James, Bernard-street, Russell-square Trevelyan, Sir Walter Catverley, Bart., Nettlecombe, Taunton Walker, Lawrence, 46, Welbeck-street, London Webber, Henry, Park-hall, Bromsgrove, Worcestershire Wilson, Stephen, Boakfield, Ballitore, Ireland Yeoman, Thomas Lawrence, Richmond, Yorkshire. THE FARMER'S MAGAZINE. 207 ON THE PROGRESS OF AGRICULTURAL KNOWLEDGE DURING THE LAST EIGHT YEARS. BY PH. PUSEY, M.P. (From the Journal of the Royal Agricultural Society.) It is a custom of many societies that the presi- dent should yearly review the progress made by them in their chosen field of research, I'ecording any new facts which have been established, and pointing out those matters which appear to deserve and seem hkely to reward their members' attention. Such a survey was attempted by me in 1842, when our society had counted but four years from its outset; and now in 1850, when our labours have lasted eight more years, the time seems again ar- rived for rendering some account of what we have done. If one were otherwise disposed to shrink from the task, the present state of English farmers would render it doubly incumbent. But the task is no easy one. Other scientific societies deal chiefly either with facts, as the existence of some hitherto unknown insect, or bird, or mineral, or even planet, or else with some supposed new law of nature, electrical or astronomical. Those facts are simple; those laws single. If the speculator fall into error, no harm ensues. But not so in agricul- ture. Our facts are not simple, nor our laws single. They vary with the climate, the soil, the seasons. What is true in Kent is not true in Sutherland. While, too, there is so much more exposure to error, the consequences of error are also more serious ; for a reader will easily forgive a mistake as to the supposed site of some Roman temple, but may not so readily forget the expenditure of twenty pounds on a useless manure. Besides this variation in facts and in rules, another difliculty arises from the dif- ference in the knowledge and skill of farmers. You need not recommend a turnip-cutter to a Norfolk farmer who has used it for years, and you will re- commend it vainly to a Welsh farmer who has never seen the instrument or even perhaps had a turnip to slice. What is a truism here will be de- rided there as a crotchet. The experience, however, of our best farmers is the safest source of improve- ment, and can. .t be passed over, though for such readers there may be nothing new in the statement. Lastly, at this particular time other feelings bias men's judgments ; but however the cause of present dist<;ess may be viewed, the need for exertion to cope with it cannot be doubted ; and agricultural improvement, which might hitherto be looked on as a hobby for a few country gentlemen, is now become the unavoidable business of landowners generally. These difficulties have been stated in order to ob- tain indulgence for the writer in his attempt to sum up the principal points of English agriculture. Such an account should clearly aim at containing what is true, not what is new, and avoid the blame of being fanciful rather than of being commonplace. I wish to embody in a short report the evidence of others whose writings have formed this Journal, not to obtrude any fancied discoveries of my own. In taking this review I shall reverse the order adopted in the former survey, and say first a few words on the scientific rather than begin with the practical part of farming. My reason for the change is this : — The proper relation of science to agricul- ture has frequently been mistaken. It has been supposed that science, especially chemistry, was to guide and direct practical farming by conclusions formed on chemical grounds beforehand, and this mistake has not been without its eflfects. It is worth while then to consider the true relation of chemistry towards agriculture. Common chemistry teaches the action of substances upon each other, as of an acid upon an alkali, mixed in a vessel to- gether. Organic chemistry endeavours to show the action of substances upon each other within the vessels of an animated frame, whether plant or animal ; but the chemist does not say, because a mineral acid decomposes an organic salt, " I advise a gouty patient who has chalk stones on his fingers to drink oil of vitriol, and get rid of them." He knows that the powers of life are too complicated for him, and leaves diseases to be dealt mth by the physician. The physician, a man who has studied the art of medicine, that is, the recorded experience of ages, knows practically that certain drugs have certain effects, and he administers them. But a few years since, when it was found that soluble flint is contained in wheat-straw, silicate of soda, a salt of flint, was advertised and sold for some time to farmers, that the straw of their crops might be thus strengthened, and the crops might not be laid any more — an evil experienced widely however this year. The chemist has aided the physician in a different way. The physician found the efficacy of a certain bark in fevers. The chemist has extracted from the woody fibre a white powder like sugar, P 208 THE FARMER'S MAGAZINE. which contains all its medical properties. So Baron Liebig has taught the farmer, who already /iiiew that hones were good for turnips, how to treat those hones with sulphuric acid, and jjresent the phosphorus to the young plant in a more digestible form. But eight years ago it was suj)- posed that we must supply to plants in manure nearly all the mineral ingredients contained in their ashes. ITius Baron Liebig — (I mention an error of his, because his high reputation will not be in- jured thereby, and the warning may be useful to others) — that eminent philosopher, I say, prepared and sold under patent a manure containing the mineral ingredients of wheat so prepared as to be slowly soluble, and therefore to supply what the wheat wanted when it was wanted. Ammonia was omitted, because ammonia, it was thought, would be supplied by the air. The scientific manure was applied, but the wheat did not mend. The mineral theory then eagerly adopted was contained in the following axiom of Liebig's : — " The crops in a field diminish or increase in exact proportion to the diminution or increase of the mineral substances conveyed to them in manure." This doctrine re- ceived a deathblow from Mr. Lawes's experiments at Rothamstead, in the following manner : — Plants, it is well known, consist chiefly of vegetable matter formed of oxygen, hydrogen, nitrogen, and carbon ; the first gas forming water with the second, air with the third, and with the fourth substance carbonic acid, a gas largely diftused in the atmosphere. These then are the organic elements of plants. But further, the ashes of plants contain various minerals, potash, soda, lime, &c., combined with phosphoric and sulphuric acids in various quantities, and it was with these last, the mineral materials, that we were taught to build up our crops. Those indeed who were indisposed to extreme theories saw that two chemical bodies singled themselves out from all others by efficacy, namely, phosphorus and ammonia : the former, as superphosphate, seemed alone sufficient for turnips, but was also ap- plied singly to wheat; the salts of ammonia, an organic manure as acting by its nitrogen, were ap- plied not only to corn, but to roots also. It is necessary thus to recall past uncertainty that we may do justice to Mr. Lawes and Dr. Gilbert. Their experiments appeared in this Journal;* and the shortest extract only need be given here. Wheat was grown at Rothamstead on an arable field ex- hausted for the purpose, and the results were as follows : — Bushels of Wheat per Acre. Unmanured 16J 700 lbs. superphosphate 16,t Eight lots with various phosphates ; average I6f Ash of 14 tons of farm-yard dung . . 16 14 tons of farm-yard dung 22 It is evident that on this exhausted land the heavy dose of superphosphate and the other mineral dressings did nothing at all. They might have been ill-selected, but the mineral contents of the dune/ did nothing; and this should be carefully observed, for the mineral theory lingers still among us, and it has been stated quite recently, in a popular lecture, that the slight mineral contents of a cartload of dung are all that is wanted by wheat. The effect, however, was clearly in the organic contents of the dung. This working power might be either in the carbon (charcoal or woody matter) or the nitrogent (ammonia) of the dung. Un- fortunately Mr. Lawes did not use ammonia singly, but he used it in combination with the following minerals, which we have seen to be valueless when standing alone : — 1. Superphosphate 2. Various salts . . , 3. Ditto 4. Ditto 635 lbs. Sidph. ammonia 65 lbs. 21i: bush. 619 „ Ditto 65 „ 21i „ 619 „ Rapecake (nitrogenotis) . , 156 „ 22j „ 646 „ Sulph. ammonia. ...... . 80 „ 26J „ The ammonia at once raises the wheat crop from 16 bushels to 21, that is to about the level of the dung ; and as more ammonia is given, more wheat is grown, reaching 26 bushels, and surpassing what the dung can produce. These figures are conclu- sive that the action was in the nitrogen (ammonia) of the dung, not in its charcoal ; and upon these experiments rests the now established doctrine that nitrogen is what white crops require. And it may generally be assumed for practical purposes that if ammonia be supplied to wheat, it will find the mineral ingredients for itself, either in the soil, or in past or present dressings ; not that pure ammonia can be supphed, for pure ammonia is too dear — but all the manures practically applied by farmers to wheat hitherto are of a nitrogenous (ammoniacal) character, namely : — Dung. Rape-cake. Guano. Sheep-folding. Shoddy. Nitrate of soda. Woollen rags. Sprats, &c. Seaweed. Thus ex])erience is borne out by science. ''' Lawes on Agricultural Chemistry, Journal, viii. 226, and viii. 494. t Ammonia consists of nitrogen and hydrogen. The former constitutes its value. Where no pre- cision of scientific language is necessary, it is some- times more convenient to use the term nitrogen^ and sometimes the term ammonia. THE FARMER'S MAGAZINE. 209 The Rothamstead experiments on turnips are far j land, and repeated on the same ground for three more complicated, but I will endeavour to make a i years, the turnips being drawn from the land. The fair selection. They were equally tried on exhausted I produce per acre is as follows : — Dung Superphosphate Season. No Manure. 12 tons. of Lime. Tons. cwt. Tons. cwt. Tons. cwt. 1843... 4 3 9 9 12 3 1844 .. . .... 2 4 10 15 7 14 1845.. . 0 13 17 0 12 13 Here we find a result very diflferent from the former one. The simple phosphorus which did nothing for wheat nearly equals the dung for tur- nips. But the mineral theory equally fails. For while 20 tons of turnips contain 45 lbs. of phos- phorus, they contain 173 lbs. of alkalies, potash, and soda — so much indeed that they were classed in the alkaline family as specially requiring to be manured with alkalies ; yet not only is the average crop produced by alkaline salts {column 4) the worst of the three— butthe application of potash diminished the size of the bulbs, and Mr. Lawes observed that Mixed Earthy and AlkaUne Phosphates. Tons. cwt. 11 17 5 13 12 12 " by the direct supply of alkahes no good effect has arisen in the season of application : that they are rarely if ever requisite ; and if ever, should not be applied in their alkaline condition." Superphosphate, however, is slightly inferior to dung, and the question again arises as under wheat, whether this slight superiority of dung for turnips be due to its nitrogen or to its carbon. For wheat it was due to nitrogen (ammonia). For turnips, Mr. Lawes proves it to be due to carbon, the matter of wood. In the third year the unmanured portion was cross-dressed, as follows : — Average Weight of Roots No manure (third season) . . Both rape-cake and ammonia are nitrogenous, but rape-cake contains carbon besides. Ammonia single does harm ; while rape-cake, as in other cases, has been beneficial. Not even rape-cake, in- deed, in dry weather is a safe neighbour for turnips. But carbon appears to be the distinctive active prin- ciple of dung for turnips. Here again our practice is borne out for the south of England. The dung is applied to the previous crop of wheat, which gets, what it wants, the ammonia, and leaves behind what it does not want, the woody fibre of straw (carbon), for the turnip-crop, which receiving also bones or superphosphate, is satisfied. Bran drilled in with turnips, containing phosphorus, acts like bones, as does also guano. The upshot of the whole is that, practically, so far as artificial manures are concerned, we need not dwell upon mineral ingre- dients, but must give ammonia to wheat, and to turnips phosphorus. Under what circumstances of soil or weather ammonia even injures turnips re- mains for further inquiry ; for good farmers give them guano, rape-cake — nay, near Manchester, sul- phate of ammonia itself; and a neighbour* of mine has raised fine turnips with sugar-dross, in which the blood, that is, nitrogen must be the active prin- * Mr. Goodlake, of Wadley, has for two years tried this manure, at the rate of £1 3s. 6d. per acre, against twenty loads of dung. The rows being in- termixed, and the crop quite level, it was only by pulling up the swedes we could ascertain how each row was manured. 10 cwt. Rapecake No Cross- 10 cwt. 3 cwt. Sulph. 3 cwt. Sulph. Dressiug. Rapecake. Ammonia. Ammonia. •11 •67 •07 •50 ciple : so does also the important question, in what degree carbon (the straw of our dung) is beneficial to them. Though the mineral theory has passed away, it has left behind an indifference to carbon. Liebig, however, admits that woody matter, decom- posing under a seed, feeds it until it can derive its carbon from the atmosphere. Boussingault extends this action to all the stages of growth. I am inclined to suspect that carbon, even in small quantities, is a much more active principle than we suppose. There is the case of bituminous clay improving a grass field in Wiltshire.* In Trinidad, decom- posing mineral bitumen is said by Lord Dundonald to have a strong manuring effect. These act pro- bably by their carbon ; as also must oil, which is said likewise to fertihse. Water, too, containing carbonic acid, has a special effect upon grass.f The question, we shall see, has a vital bearing on the use of liquid manure. At present, however, we can only say that the three leading principles of manure are — 1. Ammonia ; 2. Phosphorus ; and probably 3. Carbon. But a word may be said as to the preparation of these two cardinal elements, phosphorus and am- [ monia. Phosphorus in bones is sluggish and does I * See Mr. Gowen's account of it. Journal, I iv. 276. t See account of Swiss Water-meadows, in the I Journal. p 2 210 THE FARMER'S MAGAZINE. not go to work. Ammonia is volatile and Hies away. Now, to quicken phosphorus, Liebig has taught us to dissolve bones with sulphuric acid ; a most Viduable discovery. The acid is aj)plied most con- veniently to bones from which the gelatine has been burnt out, which is generally, I believe, done for other purposes ; though bones have lately arrived from South America, ready burnt, for the con- venience, I suppose, of carriage, but to the entire waste of the ammonia. Bijt bones, if piled up wet in mould,* may be also in great part decomposed, and their action accelerated. This process is also in strict accordance with the laws of chemistry; for Liebig says — " Bones become warm when reduced to a fine powder ; and moistened bones generally heat and enter into putrefaction; the gelatine is decomposed, and its nitrogen is converted into carbonate of am- monia and other ammoniacal salts, which are re- tained in a great measure by the powder itself." If mould be added, as I recommended, the am- monia will nearly all be retained, and goes into the earth in readiness for the next corn-crop. I should still use some superphosphate, because it acts quickest. But it sometimes seems to act even too quickly, leaving the turnip aground in the midst of its growth. The half-reduced bones, if drilled in a mixture, would then take up its work and finish the root. To fix ammonia is the other great lesson taught by chemistry, and gypsum is often prescribed as the means. Ten years ago I tried gypsum for this purpose, but \msuccessfully. Ammonia was escaping largely from the litter of a farm-yard, as could be per- ceived by the common test of holding near the sur- face paper dipped in spirits of salt, which turns the invisible fugitive into a white opaque steam of sal- ammoniac. A whole bushel of gypsum was strewed over a few square feet of the yard. The test showed that the escape of ammonia was uncured. We have been also advised to strew the pavement of stalls with gypsum to sweeten our stables. The remedy was applied in my own, but the stables were not sweetened. A caution concerning gypsum was therefore inserted by me in this Journal. Still it was said gypsum must be a fixer, because it is sul- phate of lime; and if sulphate of lime be mixed with corbonate of ammonia, the sulphuric acid quits the lime, seizes the ammonia, and holds it fast as an inodorous salt. Accordingly, gypsum has kept its character to this hour as a " fixer," and farmers have been much blamed for not using it. Bous- singault, however, throws a new light on the matter, though in discussing another subject.f He says that gypsum in solution, as in a laboratory experiment, does act as desired, but that in a state of moist powder the gypsum is indifferent towards ammonia; nay, more, that in that state the law of affinity is reversed, and that carbonate of lime (chalk) decom- poses sulphate of ammonia, actually unfixes it. To explain this contradiction he quotes Berthollet and the following singular law: If two saline solutions, containing between them an insoluble salt, be mixed, that insoluble salt will be formed : but if two salts, containing between them a volatile salt, be mixed in a moist pulverulent state, the volatile salt will be produced. Thus, sulphate of lime and carbonate of ammonia in solution produce carbonate of lime insoluble, leaving sulj^hate of ammonia, which is soluble, though not volatile. But carbonate of lime mixed with sulphate of ammonia in a state of moist powder, acting by an opposite interchange, produce carbonate of ammonia, a volatile salt, and sulphate of lime. The following diagrams will show at a glance the contrary changes: Solutions mixed. Sulphate of Lime I ^ -Gypsum •..■ [Li^g ,-, , L e K r Ammonia Carbonate oi Am • J '"°'''* [carbonic Acid Carbonate of Lime J ^^••^°"''^A"d —Chalk ) ,. I. L/ime Sulphate of Ammonis. Carbonate of Lime — tnnolublc. Sulphate of Am- f A.'^tt'onia (.Sulphuric Acid Moistened Powders mixed. Carbonate of Ammonia. — Volatile. Sulphate of Lime. * Pusey, On a new mode of preparing Bones for Manure. t Boussingault's Rural Economy, p. 442, Eng. Edit. ; see also Fownes's Elementary Chemistry, p. 195. THE FARiMER'S MAGAZINE. 211 Gypsum, then, unless in solution, will not fix ammonia. But it requires to dissolve it 500 times its own weight of water. Therefore, when it is pro- posed that "every farmer should use a waggon- load of gypsum each year,"' we see that 500 wag- gon-loads of fluid are necessary to make that quantity act — a bulk of fluid scarcely attainable. Unless, therefore, gypsum find the requisite amount of hquid, which in a stable must be very doubtful, its action will be precarious ; and again, how can we be certain that when evaporation takes place the process may not be reversed— be suc- ceeded by the contrary action, as between salts in the state of powder, and thus the ammonia fixed in the yard be released again in the dung-hill ? Green vitriol has been proposed ; but Sprengel* proves it to be too expensive — " for 23lbs. of ammonia so prepared require 53lbs. of sulphuric acid, and lOOlbs, of green vitriol contain only 29lbs. of sulphuric acid." Now, green vitriol or copperas costs from £5 to £6 per ton. The cost of sul- phate of ammonia so made would be about £12 per ton, which price brings out pure ammonia at about Gd. perlb. Now when guano is at £10 per ton, the present price, the ammonia in that form costs only 5d. per lb. ;t so that a former using green vitriol as a fixer buys of himself for six pence what he could purchase in the market for Jive. Of the so-called "fixers," then, gypsum is uncertain, vitriol costly, alum doubly so. There remains sulphuric acid, but this last may be reserved till we come to the treatment of dung. The management of ammonia in the yard is still dark and difficult. Its management in the field is simphfied by an important discovery of Mr. Thompson's,;}: which Mr. Way's§ experiments have greatly enlarged and diversified. If you pour a solution of ammonia on loamy soil, the water when it escapes below will be found free from ammonia. This action is not at all the same with filtration, for if a portion of soil be thrown into the liquid the am- monia equally disappears in a few minutes. There Gluten from Flour. Boussingault. Carbon 54'2 Hydrogen 7'5 Nitrogen 13"3 Oxygen 214 is, therefore, a chemical action, and it seems a new chemical action, reversing, as under the law of Berthollet, the ordinary conduct of chemical sub- stances towar