'-•■ ^ ^ 4 ^ *" ^ *&! M w J ■: '<&> ■ ' '-,^r \ ^ '-{/ ^ ‘ ^ >S**?r ’• ' , i r< \* %X_. it .. *.' £'*LT^. i - ..-Jfe ■.. !,» :''v:T. m'.. A- r ' *>4. -»Ttyi | ;?f t '* -A', i i lliSP -%* s ■ ■ ■ _*^r . ^ A . :'A^ .'Av.iH- %‘C«r ,; . « &XlW -£» .i.5C . !. ^ } /?**>'.*aaMf. . r*»V > ..f*-.- . .A? . ... ..'«.•'.. 'J^-5- * ; ^ ^ tv ;f X' • J, « - §m H % 'MhgrlMTZ t v>- ^ ? ^ vf^* ? . tl Anx mWfp li : -A- ''«H» ''*'■;'A- :‘ ^ c $&'■ ~ *'’ ^ .-v'- >4!£*>f . ... v ' ' * - m - i | ? i % fe.f?! j f, ’ -g # ii*1 a• ?- v' - ill x% * - Wm X X >- X-;' -T^ Vi ' -r, r#%, ' a Ar ■ ; - .; i ■mk' ■ X^,-’ ‘^’xJ-’- viA'''-’ A V X ■• ^ r' ’ *' ^r(rri@$ ^ j V" IP^ ^ ^ ^ ’*%r* | x -^fggSf ^■■^USSSjaI iMp ep aV ffe ® ’aiJ:' , S^’.t; V., , - •) V.-t .:•/ •/<* •. ' - * <■ -S' -*ik ^ A *#*&£, ^ -. ■ i . :{',"-a- -4 v " ' *-^skg 4V “-?’ . '-£&!*■:•:', *■ ri^'V ^1“ <> ;-^-(" S»|K fj. PSjife ,n I fe'” ^ A i-#- i4 ATA | . -^Vj J’-Afy.r -V- 'C. A;;.. v?: > A.: A;.,' "1''i;'-'";| . a„ & lv .- : x. . r . .. iX v’-XA ">.■:' -:r A 'W:X'SXt%*'"'':i*-*?? _ ■v . ■,.. 'isKvglt&tit Lfr>.\.vs& ; * '" » ’ , r”‘ -?. fX- p./ ^ - ,- *- P--■-•: k > ’ ' ^'v •’ife ’ •'v • aT'- -a Z.- k :'ik V,>.X- ;-ric'r-\v -'>. • .^r-yk 'l& M ■ s ^ r 3 •, ^v- /- ,a k --k, i '.*• m 1 1 K .•r- ,•< , - >v:., '. -, ; ';■ •> ‘ y- ah.: ^ k ^ a!'$> ,Va- 3e -o' L m w5 aapfe .. ^. ■;/, | x itmmg 1 4 ' • A gfi-. XA* <\ -.&£1 S'A’X -^'f ■ •. • i iS i i ;4> gll m ■ H #''.?> imm J J J< , • •■ ' 11 ... .-A..A: '.Pi;.-— - -' ■ ■• ■'' .:- ..-'P ... .,''VA':‘' —n l C 1 ^ ^ - ~ A Ai ' - ' '" m£m tA-^P L?» fei teip^ '■' . : A • . ~ ' ■; • , ; -:* v' 1 • i l Put L Culture of particular Plants. 291 Method of culture, fee. for which a premium was grant¬ ed. A G R I C U Account of the culture, expences, and produce offix acres of potatoes, being a fair part of near feventy acres, raifed by John Billingsley, Efq. and for which the premium was granted him in the year 1784. Expences. Ploughing an out-Hubble in O&ober 1783, at 4s; per acre - - L. 1 Crofs-ploughing in March 1784 - 1 Harrowing, 2s. per acre - - o 180 cart-loads of compoft, 3I. per acre 18 42 facks of feed-potatoes (each fack weigh¬ ing 2401b.) of the white fort - 10 Cutting the fets, 6d per fack - 1 Setting on ridges eight feet wide (leaving an interval of two feet for an alley) 6d for every 20 yards - - 10 Hoeing, at 5s. per acre - . j ^gg*ng UP the feet interval, and throw¬ ing the earth on the plants, at 1 os. per acre 3 Digging up the crop at 8d. for every 20 yards in length, the breadth being 8 feet 14 Labour and expence of fecuring in pits, wear and tear of balkets, ftraw, reed, fpikes, 8cci 4 4 12 o 10 1 12 10 1 os. per acre Rent Tithe - Rrolit o o 10 7290 73 n o L. 146 Produce. <5oo facks of bell potatoes at 4s. 120 facks middle-fized, 3s. 6d. 50 of fmall, 2s. N. B. Each fack 2401b. Li 120 o o II o o 500 L.146 The field on which the above experiment was made, Was an out-ftubble in the autumn of 1783. In Octo¬ ber it was ploughed, and left in a rough ftate during the winter. In April it was crofs-ploughed and har¬ rowed. On the 8th of May the field was marked out into beds or ridges eight feet wide* leaving a fpace of two feet wide for an alley between every two ridgeS. The manure (a compoft of liable dung, virgin earth* and fcrapings of a turnpike road) was then brought on the land, and depofited in fmall heaps on the centre of each ridge, in the proportion of about thirty cart-loads to each acre. A trench was then opened with a fpade, breadth-way of the ridge, about four inches deep ; in this trench the potato fets were placed, at the diftance of nine inches from each other j the dung was then fpread in a trench on the'fets, and a fpace or fplit of 14 inches in breadth dug in upon them. When the plants were about fix inches high, they were carefully hoed, and foon after the two feet intervals between the ridges were dug, and the coiitents thrown around the young ‘plants. This refrelhment, added to the ample manu¬ ring previoully bellowed, produced fuck a luxuriance and rapidity of growth, that no weed could Ihow its thodofta- head. ing them The Ihortell and moll certain method of taking up potatoes, is to plough once round every row at the di- llance of four inches, removing the earth from the Vet. I. Part II. 292 -Bed me- L T U R E. 46S plants, and gathering up with the hand all the potatoes Culture of that appear. The dillance is made four inches, to pre- particular vent cutting the roots, which are feldom found above Plant3, that dillance from the row on each fide. When the ground, is thus cleared by the plough, raife the pota¬ toes with a fork having three broad toes or claws; which is better than a fpade, as it does not cut the po¬ tatoes. 1 he potatoes thus laid above ground mud be gathered with the hand. By this method fcarce a po¬ tato will be left. As potatoes are a comfortable food for the common Of p^eferv.. people, it is of importance to have them all the yearing them; round. For a long time, potatoes in Scotland were con¬ fined to the kitchen garden ; and after they were planted in the field, it was not imagined at fird that they could be ufed after the month of December. Of late years, they have been found to anfwer even till midfummer ; which has proved a great fupport to many a poor family, as they are eafily cooked, and require neither kiln nor mill. But there is no caufe for dopping there. It is eafy to preferve them till the next crop : When taken out of the ground, lay in the comer of a barn a quam tity that may ferve till April, covered from frod with dry draw preffed down : bury the remainder in a tide dug in dry ground, mixed with the hulks of dried oats, fund, or the dry leaves or trees, over which build a dack of hay or com. When the pit is opened for taking out the potatoes, thfe eyes of what have a ten¬ dency to pufh mud be cut out ; and this cargo will ferve all the month of June: To be dill more certain of making the old crop meet the new, the fetting of a fmall quantity may bfe delayed till June, to be taken up at the ordinary time before frod. This cargo, hav¬ ing not arrived to full growth, will riot be fo ready to pufh as what are fet in April. If the dd fcrop happen to be exhauded before the new crop is ready, the interval may be fupplied by the potatoes of the new cfop that lie next the furface, to be picked up with the hand; which, far from hurting the crop, will father improve it. In the Tranfactions of the Society for the encou-Mr2^ ragement of Arts, a number of experiments are related Young’s by Mi T oung on that kind called the chiflered or /^o^-experi- potato,. which he drongly recommends as food for thementso* poor, in preference to the kidney or other more ex-^ie c',u' penfive kinds. The following is the refult of the moft^o P°‘f remarkable of his experiments. In the fird week of March 1780, two acres and a quarter of. barley bubble were fown with the cinder potato, which appeared on the 23d of May. A fliarp frod on the 7th of June turned them as black as they ufually are by the frods of November and December. In time, however, they recovered ; and by the end of Oftober produced 876 bufhels from the 2^ acres; which, wheii cleaned, were reduced to 780, or 350 bufhels A-r acre ; thus affording, when valued only at GA. per bufhel, a clear profit of 71. 14s* 4d. per acre. The experiment, however, in his opinion, would have been dill, more profitable, had it not been for the fol¬ lowing circumdances : 1. The foil was not altogether proper. 2. The crop was grievoufly injured by the frod already mentioned, which, in our author’s opi¬ nion, retarded the growth for about fix weeks. 3. The dung waS not of his own raifing, but purchafed ; which cannot but be fuppofed to make a great difl'erence, not only on account of the price, but likewifd of the qua- 3 E 402 A G R I C U Culture of Hty, as happened to be the cafe at prefent. He is of ^Plants'11 °P^n^on> however, that potatoes, at lead this kind of . ^ 'L . them, are an exhaufting crop. Having fown the field after this large crop of potatoes with wheat, his neigh¬ bours were of opinion that it would be too rank ; but fo far was this from being the cafe, that the wheat fhowed not the leaft fign of luxuriance, nor the leaft fuperiority over the parts adjacent which were fown without dung. He was willing to account for this by the poverty of the dung, and the fevere cropping which the ground had undergone while in the poffei- fion of the former tenant. In another experiment, however, in which the ground had been likewife ex- haufted by fevere cropping, the fucceeding crop of wheat fiiowed no luxuriance ; fo that the former fufpi- cion of the exhaufting quality of the duller potato was rather confirmed. The ground was a fine turnip loam; but though the produce was even greater than in the former cafe, viz. 356 bulhels from an acre, the profit was much lefs, viz. only 4I. 15s. 6d. An acre of ley ground was- fown at the fame time with the tur¬ nip loam, but the produce from it was only 200 bulhels. Mr Young fuppofes that the produce would have been greater if the potatoes had been planted with an iron dibble, as the turf, in ploughing, lay too heavy upon the feed. A few rows of other potatoes, planted along with the cluftered kind, did not vege¬ tate at all 5 which Ihows that the latter have a more powerful vegetative faculty. Having fucceeded fo well with his, experiments on this kind of potato hitherto, Mr Young determined to try the culture of them upon a larger fcale : and there¬ fore, in the year 1782, fpwed 11 acres : but being ob¬ liged to commit the care of fowirig them to an ignorant labourer, his unlkilfulnefs, together with the exceflive cold and moifture of that feafon, fo diminilhed the pro¬ duce, that he had only a fingle acre out of the -whole. This produced 180 bulhels, which yielded of clear profit 4I. 2s. 6d. From this experiment he draws the following conclufions: 1. “ That the poor loam, on which thefe potatoes were fown, will yield a crop of clufter-potatoes, though not of any other kind. 2. That the manure for potatoes ought to be carted and fpread upon all foils inclinable to wet before the planting fea¬ fon, either in autumn preceding, or elfe during a hard froft.” In 1783 he fucceeded ftill worfe •, for ha-, ving that year fown three acres and a half, the profit did not exceed 1 is. 4d. per acre. The produce.wras about 224 bulhcls per acre. He gives two reafons for the failure of this crop : 1. The cluftered potato thrives beft in wet years ; but the fu’mmer of 1783 was dry • and hot. 2. The fpring froft, by interrupting the hoeing, not only greatly raifed the expences, but ve¬ ry much injured the crop by encouraging the growth of rveeds. Barley was fown after the laft crop, and produced rvell : fp that our author thinks the potatoes jfeem to be a better preparation for fpring corn than ■wheat. His experiment in 1784 produced a clear, profit of 2l. os. 4d. $ the produce being 250 bulhels per acre. Still, however, an error was committed, by 295 employing an old man and woman to cut the fets, by Conclufion whofe unlkilfulnefs there were many great gaps among toThe cu}6 t^ie Potatoes as they came up 5 fo that, on the whole tivation o reckons that he thus loft from 500 to 800 bulhels. this kind. Qn the -whole, however, his opinion is favourable to L T U R E. Pra&ice* 29s Experi¬ ments on a larger fcale. the clufter potato. “ With fmall crops (fays he), Culture of and at the low rate of value which is produced by con- P^cular fuming them at home, they are clearly proved to be a . crop which will pay the expence of manuring, and ve¬ ry ample tillage and hoeing. This is, after all, the chief objeft of modern hufbandry; for if a man can rely upon this potato for the winter confumption for his yard in fattening or keeping hogs, in feeding his horfes, and fattening his bullocks, he has made one of the greateft acquifitions that can be defired ; fince he can do all this upon land much too ftifif and wet for turnips j houfes his crops before the winter rains come on; and confequently without doing any of that inju¬ ry to his land which the turnip culture is knowm to en¬ tail, and from v’hich even cabbages are not free. Thofe wTho know the importance of winter food on a turnip farm, cannot but admit the magnitude of this- objeft on wTet foils.” 297 Mr Marlhall in his Rural Economy of Yorklhire, Mr Mar- has feveral very interefting remarks on the potato. Its ^a^’s re- varieties, he fays, are endlefs and tranfitory. Theraarks rough Ikinned Ruflia potato, which w as long a favour¬ ite of the Yorklhire farmers, he is of opinion, has now no longer an exiftence, more than many others wdiich 29S flourilhed for a time. “ There is fome reafon to be-on the lieve (fays he) that the difeafe which has of late yearscurl* been fatal to the potato crop in this at^d in other di- ftriefts under the name of curled tops, has, arifen from too long a continuance of declining varieties. Be this as it may, it appears to be an eftablilhed opinion here, that fre/7j varieties, raifed from feed, are not liable to that difeafe.” Our author, however, does not look upon this to be a fact abfolutely eftablilhed : though one inftance fell under his obfervation, in which its removal was in all probability owing to the introduc¬ tion of newr varieties. It made its appearance between 40 and 50 years ago, and fpread in fome degree over the whole kingdom. In fome places it continued but a fhort time, fo that its effects are almoft forgotten. It is feldom obvious at the firft coming up of the plants, but attacks them as they increafe in fize ; the entire top becoming dwarfilh and Ihrivelled as if affe&ed by drought or loaded wdth infe&s : they neverthelefs live and increafe, though Howdy, in fize \ but the roots are unproductive. Some crops have been almoft wholly deftroyed by this difeafe. In Yprklhire the Morelands are in a manner free from it, but- the Vale is in fome meafure infeifted. Plants procured from the More¬ lands remain free from it in the Vale the firft year \ but, being continued, become liable to the difeafe. Where the attack has been partial, weeding out the. difeafed plants as they failed, is faid to have had a good effeeft \ and it is faid the Morelanders got rid of the difeafe by this means. In Yorklhire fome intelligent hulbandmen are ac-Method of quainted with the method of railing potatoes from railirig va- feed} which is as follows: “ In autumn, when the J.^es tloni apples are beginning to fall fpontaneoufly, they are. gathered by hand, and preferved among fand until the fpring, when they are mailied among the fand or among, frefh mould 5 feparating the feeds and mixing them evenly wdth the mould. As foon as the fpring frofts. are judged to be over, they are fowh in fine garden- mould $ and as fall as the plants get into rough leaf, 1 and are ftrong enough to be.handled without injury,.. ... Parti. AGRICULTURE. Culture of they ate tranfplanted into another bed of rich mould particuhr jn ro^rS) which are kept clean during fummer. In au- . a”ts‘.. tumn, bunches of fmall potatoes are found at the roots -of thefe plants : varying in fize, the fivft year, from a hazel nut to that of a crab. Thefe being planted next fpring, produce potatoes of the middle fize; but they do not arrive at their fulled bulk until the third or fourth year. Where the ufe of the dove or the garden frame can be had, this procefs may be ftiortened. The feeds being fov;n within either of thefe early in the fpring, the plants will be fit to be planted out as foon as the frofts are gone; by winch means the fize of the roots will be much in- creafed the firil year, and will in the fecond rife early to perfection,” Another account of the mode of raifing potatoes from feed is given by Mr Henry Doby of Woodfide of Chapel, Allerton, near Leads. “ Take the largeft po- ^f-’tato apples, of the kind you with to renew, and firing Xl*' them on a very ftrong coarfe thread, and hang them in a dry warm place till the ktter end of February ; when breaking them very fmall and walhing them in feveral wraters, the feed is to be feparated from the fieftiy part and Ikins ; this done, it fhould be fpread on brown paper ; and when dry, fow it in the beginning of March, or foorier, on a hot-bed, in lines about nine inches afunder, and one-third of an inch deep, and very thin : wrater between the lines frequently, and when the plants are rifen a little height, introduce fine rich earth between the lines to firengthen them. They fhould have air admitted frequently, the better to enable them to bear being removed into the open air as foon as the weather (hall be fufficiently temperate. Before the^'are tranfplanted they fhould be plentifully •watered to make them rife wuth a large ball at their roots; old rotten horfe-dung and yellow mofs are the beft manures; plant them in trenches, as celery was formerly, with a fpace of four feet between the trenches, and 12 or 14 inches between each plant; as they grorv up, draw the earth between the trenches to the ftalks, but do not cover their tops. The ground, when brought to a level, fhould be dug, and the plants earthed until there are pretty deep trenches formed between the lines. With this treatment they will produce the firft feafon from a pound weight to five pounds a plant; and many of the plants confiderably more than a hundred potatoes a-piece ; the produce of 300 w hich for ten or twelve years after will be prodigious.” Dr Ander- In the 4th volume of the Bath Papers, Dr Anderfon ton’s expe- reiates fonie experiments made on potatoes raifed from 'tunents. The'firft yeas they were of different fizes, from a pigeon’s egg to that of a fmall pea. On planting the'fe next year, it was invariably found, that the lar¬ geft potatoes yielded the largeft crop ; and the fame happened the third, v'hen a few fhow’ed bloffom ; but not even thefe had bulbs equal to w'hat would have been produced by very large potatoes. Whence he concludes, that it is impoflible to afhgn any time in w'hich thefe feedling potatoes will arrive at what is called perfeEiion ; but that it muft depend very much on the nature of the foil and the culture bellowed up¬ on them. From the praftice of the Yorkfhire far, mers, however, and even from the experiments of the Doflor himfelf, it is evident, that potatoes raifed in this w'ay will at laft grow to the ufual fize, as during the three years in which his-experiments were conti- Culture of nued they conftantly increafed in bulk. Dr Ander- P fon likewife contends, that there is no reafon for fup- , ^ pofing that potatoes raifed from bulbs in the ordinary ,OI wTay degenerate, or require to be renewed by feminal Whether varieties ; and he inftances the univerfal pradlice of Potatoes feed ought to be fown from the fird to the 20th of June. Where the feeding is intended to be carried on to March, April, and May, the feed mud not be fown till the end of July. Turnip fown earlier than above direfted, flowers that very fummer, and runs fad to. feed ; which renders it in a great meafure unfit for food. If fown much later, it does not apple, and there is no food but from the leaves. Though by a drill plough the feed may be fown oft any thicknefs ; the fafed way is to fow thick. Thin fowing is liable to many accidents, which are far from being counterbalanced by the expence that is faved in thinning. Thick fowing can bear the ravage of the black fly, and leave a fufficient crop behind. It is a pro- teftion againd drought, gives the plants a rapid pro- grefs, and edablilhes them in the ground before it is- neceffary to thin them. The fowing turnip broad-cad is almod univerfal in England, and common in Sotland, though a barbarous praCHce. The eminent advantage of turnip is, that, be- fides a profitable crop, it makes a mod complete fallow ; and the latter cannot be obtained but by horfe-hoeing. Uponthat account, the fowing turnip in rows at three feet didance is recommended. Wider rows anfwer no pro¬ fitable end, draiter rows afford not room for a horfe* to walk in. When the turnip is about four inches high, annual weeds will appear. Go round every interval: with the fiighteft furrow poflible, at the didance of: two inches from each row, moving the earth from the: rows toward the middle of the interval. A thin plate of iron mud be fixed on the left fide of the plough, to* prevent the earth from falling back and burying the turnip. Next, let women be employed to weed the* rows with their fingers ; which is better, and cheapen done, than with the hand-hoe. The hand-hoe, befide,, is apt to didurb the roots of the turnip that are to dand, and to leave them open to drought by removing, the earth from them. The danding turnip are to be at the didance of twelve inches from each other : a> greater didance makes them fwell too much; a lefs* didance affords them not fufficient room. A woman: foon comes to be expert in finger-weeding. The fol¬ lowing hint may be neceffary to a learner. To fecure the turnip that is to dand, let her cover it with the left hand; and with the right pull up the turnip on both, fides. After thus freeing .the ftanding turnip, die may fafely ufe both hands. Let the field remain in this date till the. appearance of new annuals make a fecond AGRICULTURE. Part I. AGRICULTU Culture of ploughing tieceflary j which muft be in the fame fur- pamcubr row formert but a little deeper. As in this - Ploughing the iron plate is to be removed, part of the loofe earth will fall back on the roots of the plants j the red will fill the middle of the interval, and bury every weed. When weeds begin again to appear, then is the time for a third ploughing in an oppofite direc¬ tion, which lays the earth to the roots of the plants. This ploughing may be about the middle of Auguft ; after which, weeds rife very faintly. If they do rife, another ploughing will clear the ground of them. Weeds that at this time rife in the row, maybe cleared *’ith a hand-hoe, which can do little mifchief among plants diftant twelve inches from each other. It is cer¬ tain, however, that ir may be done cheaper with the hand (g). And after the leaves of turnips in a row meet together, the hand is the only inftrument that can be applied for weeding. In fwampy ground, the furface of which is bed re¬ duced by paring and burning, the feed may be fown in rows with intervals of a foot. To fave time, a drill- plough may be ufed that fows three or four rows at once. Hand-hoeing is proper for fuch ground ; be- caufe the foil under the burnt Jlratum is commonly full of roots, which diged and rot better under ground than when brought to the furface by the plough. In the mean time, while thefe are digeding, the alhes will fe- 306 cure a good crop. Properties ln cultivating turnips to advantage, great care diould forts ofTur ke taken to procure a good, bright, nimble, and well- nip. dried feed, and of the bed kinds. The Norfolk farmers generally raife the oval white, the large green-topped, and the red or purple-topped kinds, w'hich from long experience they have found to be the mod profitable. The roots of the green-topped will grow to a large lize, and continue good much longer than others.. The red or purple-topped will alfo grow large, and continue good to the beginning of February; but the roots be¬ come hard and dringy fooner than the former. The green-topped growing more above ground, is in more danger of fudaining injury from fevere frods than the red or purple, which are more than half covered; by the foil; but it is the fofted and fweeted, when grown large, of airy kind. We have feen them brought, to table a foot in diameter, and equally good as garden; turnips. Turnips delight in a- light foil, confiding of fand! and loam mixed ; for when the foil is rich and heavy, although the crop may be as great in weight, they will 207 be rank, and run to flower earlier in fpring. Turnip-feed, like that of grain, will not do well without frequent changing. The Norfolk feed is fent to mod parts of the kingdom, and even to Ireland: but after two years it degenerates; fo that thofe who wiftr to have turnips in perfection diould procure it frelh e- very year from Norwich, and they wilt' find their ac- Plants. Obferva- tions with regard to feed. R E. 405 count in fo doing. For from its known reputation, Culture ot many of the London feedfmen fell, under that charac- Part*ci^ar ter, feed raifed in the vicinity of the metropolis, which is much inferior hr quality. When the plants have got five leaves, they diould be hoed, and fet out at lead fix inches apart, A month afterward, or earlier if it be a wet feafon, a fecond hoe¬ ing drould take place, and the plants be left at lead 14 inches didant from each other, efpecially if intended for feeding cattle; for where the plants are left thicker, they wfill be proportionably firraller, unlefs the land is very rich indeed. ^og. Some of the bed Norfolk farmers fow turnips in Methods of drills three feet afunder, and at a fecond hoeing leave culture in them a foot apart in the rowTS. By this means the^ori0l^‘ trouble and expence of hoeing is much leffened, and the crop is of equal wreight as when fown in the com¬ mon method. The intervals may eafily be cleared of weeds by the horfe-hoe. There has been laid before the Board of Agricul- Communic*. ture, the refult of fome intereding experiments, which t‘o»s to the we lhall here date, that were made by Mr W. Jobfon Boarf °f of Turvelaws, with a view to afeertam the comparative merits of the two modes of rearing turnips by drill or broad-cad. The trial was made upon a part of a fields r r r • 1 1 r i r Culture ot ot 15 acres town m the month ot June 1797. w Fhe turnip by whole field, fays Mr Jobfon, was in equal tilth,, was drill and manured as equally as podible immediately before hroad-caft fowing wfith rotted fold-yard dung,, at the rate of 17 coinPartd" cart loads per acre, each load containing about 28 Wincheder bufhels ; and in order to make the experi¬ ment perfeftly fair, there were breadths of land of 20 yards each, fown in broad-cad and drills alternate¬ ly, throughout the wLole field.. Part cf the drills on one-bout ridges of 27 inches each, with the dung laid immediately underneath,, whers the row of feed was depofited ; the red of the drills upon a level furface, were fown by Mr Bailey’s machine at 21 inches di¬ dance. The produce per acre is calculated from the weight of four fquare perches, or the fortieth part of a datute acre of each, having fird cut off the tails, or fibrous part of the root, and thrown them afide as un¬ fit for food, and" then taken the weight of the tops and roots feparately. “ It is neceffary to obferve, that this field of turnip was but a middling crop, having been much hurt im¬ mediately after the fird hoeing, by the grub (a fmall worm which dedroys the root), particularly the drilled" part ef the field, which,, having had the plants fet out,, at the didances at which they were intended to remain- before the grub feized them, was on that account ren¬ dered too thin and otherwife much injured ; notwith- dandmg which, it was found that thofe on the one- bout ridges exceeded the others in weight; alfo, that thefe parcels of turnips were taken from an inferior ' (though not the word) part of the field, and may therefore be deemed to be a pretty fair average of the whole r . (G) Children under thirteen may be employed to weed turnips with the fingers. We have feen them go on- m t.,at v.oik with alacrity ; and a imall premium will have a good eftedh For boys and girls above thirteen, a hand-hoe adapted to their fize is an excellent indrument: it drengthens the arms amazingly. In driving the plough, the legs only are exerciled; but as the arms are chiefly employed in hulbandry, they ounht to be pre¬ pared beforehand by gentle exercife. 4° 6 AGRICULTURE; Pra&icer Culture of whole : there were alfo. three other portions weighed, »r which were taken from a part of the field where the . " roots were larger, and a fuller crop, with a view to af- certain what might have been expected, had not the grub feized them in the manner defcribed ; but unfor¬ tunately the paper containing their weight has been loft or miflaid, which puts it out of my power to fur- nifti you with it. There was alfo an account taken of the number (but not the weight) of loads which were produced upon a few acres of the worft part of the field which was in favour of the broad-caft, in the propor¬ tion pf ten of broad-caft to nine uf thofe drills' on one- bout ridges, and eight of Mr Bayley’s drill. “ From this experiment (though defeflive from the reafons afligned) we have reafon to conjefture, though not to form a conclufion, that a heavier crop may be raifed by fovving in drills at 27 inches diftance with the dung immediately beneath the plants, than in broad- caft or in. drills at 21 inches on a level furface : but ■ whether the advantage arifes from the lituation in which the dung is depofited, or from their having a freer circulation of air, or from both thefe united, it remains for future and repeated experiments to decide. Notwithftanding this, it will be found, that each of thefe mefhods poffeffes peculiar advantages and difad- vantages, according to fituations and circumftances ; the reafons for which I deduce from the obfervations I have made refpefting this as well as former crops. In the firft place, the one-bout ridges I think prefe¬ rable for early fowing, and eating off, through the winter months, even fo late as the month of February, as they are more eafily procured for food for cattle in deep fnows 5 alfo in fituations where it is difficult to procure a fufficient number of experienced hoers, thofe under the drill fyftem can be more eafily mana- Culture of ged and at defs expence, as boys and girls may be rea- P^1Cluw dily taught to fet out the plants with great regularity in very little time $ but turnips under this fyftem arc liable to the inconvenience of being more apt to be in¬ jured by fevere frofts from their high expofure. Ano¬ ther inconvenience I have alfo obferved on w’et and heavy lands, more efpecially with little declivity, that although there ffiould, and poffibly may, be a larger crop produced thereby, yet the land will unavoidably be fo much poached by carrying them off, that the fucceeding crop of corn will be leffened more than the extra value of the turnips will compenfate. When It is attempted to raife turnips upon land of this deferip- tion, it will be found more advantageous to form it into ridges of fufficient height to carry off the water with eafe into the water furrows, and of fufficient breadth (fuppofe fifteen feet) to allow" a cart to pafs along them freely, without forcing the earth in to choke up thefe furrows. The turnips may be fowm ei¬ ther in broad-caft or in drills, upon the furface of thefe ridges. If the land is addi&ed to annual w'eeds, they w-ill be beft in drills, which will expedite the hoeing *, but if not, or if they be late in fowdng, or if the land be fubjeft to the grub, broad-caft wall generally be found to produce a more certain crop, as they can be left fo near to each other at the firft hoeing as to ad¬ mit of being thinned, and thereby give the opportu¬ nity of taking out unhealthy plants at the fubfequent hoeings, and alfo that they grow more vigorously be¬ tween the firft and fecond hoeings.” The refult of the experiment here alluded to, is ftated in the following manner: Comparative Weight of fix portions of Turnips, which were part of a Field of fifteen Acres : the. whole of which was Sown in the Month of June 1797, as an experiment between the Drill and Broad-caft fyftems. N°I. Drilled on one-bout ridges, at 27 inches diftance. II. Drilled wuth Mr Bayley’s machine, on a level fur¬ face, at 21 inches di¬ ftance. III. Broad-caft. IV. Drilled on one-bout ridges, at 27 inches diftance. V. Broad-caft. Thefe and the preceding were round white turnips. VT. Broad-caft (Red). Time of weighing. January ditto do. Mar. 2. do. do. Nnmber upon four fquare perches. 354 428 568 334 628 561 Weight on four fquare perches, or the 40th part of an acre. Weight per ftatute acre. ROOTS. Cwt. qr. lb. TOPS. Cwt. qr. lb. 1 i 3 7 1 I5i 7 2 8 3 ° 8 2 22 6 3 264 1 1 5i 1 o ii4 1 1 8 2 3 5 Tons cwt. qr. lb. 19 I O 20 17 7 I 8 17 8 ,i 26 20 7 3 12 20 o 2 24 19 II I o Average weight of each turnip. lb. oz. 3 2 4t 1 114 3 ^ 1 *5} Average diftance of each turnip. [64 in. by 27 in. 17 in. by 21. in. 1 each wTay. 17 by 27 in. 16 each way. 164 each way. “ By noting th^-average diftance of each turnip, as is done in the laft column, is intended to ffiow, at one view, how many plants there were wanting in the drills to have made them a full crop } for, if 530 be ftated I as a medium number in a full crop, upon the 40th part of an acre, they wall be found to occupy a fpace of 17 , inches each way in broad-caft, 104 by 27 inches on t; . ' .e-bout ridges, and 134 by 21 inches of tbofe drilled Part I. A G R I C U Culture of particular Plants. 310 Value as Food for cattle. 3” Method of preferving turnips. drilled on the level furface ; from whence may be eafily feen, how much thofe were wider in the rows than they ought to have been.” Great quantities of turnips are raifed in Norfolk every year for feeding black cattle, which turn to great ad¬ vantage. It is well known, that an acre of land contains 4840 fquare yards, or 43,560 fquare feet j fuppofe then that every fquare foot contains one turnip, and that they weigh only two pounds each on an average, here will be a mafs of food, excellent in kind, of 46 tons per acre, often worth from four to five guineas, and fome- times more. Extraordinary crops of barley frequently fucceed turnips, efpecially when fed off the land. In feeding them oft, the cattle Ihould not be fuffered to run over too much of the ground at once, for in that cafe they will tread down and fpoil twice as many as they eat. In Norfolk, they are confined by hurdles to as much as is fufficient for them for one day. By this mode the crop is eaten clean, the foil is equally trodden, which if light is of much fervice, and equally manured by the cattle. A notion prevails in many places, that mutton fat¬ tened with turnips is thereby rendered rank and ill tafted ; but this is a vulgar error. The beft mutton in Norfolk (and fewr counties have better) is all fed with turnips. It is by rank paftures, and marfhy lands, that rank mutton is produced. If the land be wet and fpringy, the beft method is to draw and carry off your turnips to fome dry pafture ; for the treading- of the cattle will not only injure the crop, but render the land fo ftiff, that you muft be at an additional expence in ploughing. To preferve turnips for late fpringfeed, the beft me¬ thod, and which has been tried with fuccefs by fome of the beft Engliih farmers, ,is, To ftack them up in dry ftraw ; a load of which is fufficient to preferve 40 tons of turnips. The method is eafy, and is as fol¬ lows :— After drawing your turnips in February, cut off the tops and tap roots (which may be given toftieep), and let them lie a few days in the field, as no weather will then hurt them. Then, on a layer of ftraw next the ground, place a layer of turnips two feet thick ; 'and then another layer of ftraw, and fo on alternately, till you have brought the heap to a point. Care muft be taken to turn up the edges of the layers of ftraw, to prevent the turnips from roiling.out4 cover the top well with lono- ftraw, and it will ferve as a thatch for the whole. In this method, as the ftraw7 imbibes the moifture ex¬ haled from the roots, all vegetation will be prevented, and the turnips will be nearly as good in May as. when firft drawn from the field. If ftraw be fcarce, old haulm or ftubble will anfwer the fame purpofe. But to prevent this trouble and expence, perhaps farmers in ail counties would find it moft to their inte- relt to adopt the method ufed by our neighbours the Norfolk farmers, which is, to continue fowing turnips to the latter end of Auguft \ by which means their late crops remain good in the field till the latter end of A- pril, and often till the middle of May. I he advantages of having turnips good till the fpring feed is generally ready, are lb obvious, and fo great, L T U R E. 407 that many of the moft intelligent farmers (although at Culture of firft prejudiced againft the practice) are now come into Pai tlcular it, and find their account in fo doing. Turnips have long been in fuch general ufe as food * 7^ for cattle, that the profit on raifing them might be rea- TheiVcul- fonably thought to be altogether certain 5 neverthe- ture faid to lefs, Mr Young, in the paper already quoted, informs ke geiiera*" us, that “ turnips dunged for are univerfally a lofing crop *, for if they are ftated from 30s. to 40s. an acre, profit! ° their value does not amount to the dung alone which is fpread for potatoes *, yet the latter pays that dung, all other expences, and leaves a profit fometimes con- fiderable. I admit that turnips fed upon the land will prepare better for corn ; but that is by no means the queftion. Mould not the dung raifed in the farm¬ yard by the confumption of the potatoes, fuppofing it fpread on the potato acre, make that produce more than the turnip one > I have no doubt but it would give a fuperiority. But turnips are liable to great failures, and cannot be relied on late in the fpring : potatoes may; and are applicable to ufes to which the other root cannot be applied.”—In the fecond volume of the Compared Bath Papers, p. 101. we have a comparative account with other of the value of turnips, turnip-rooted cabbage, and lu- vegetables cerne, as food for cattle. The refult of this writer’s as fl!od for‘ obfervations is, that “ when ftieep are allowed as many Catt e‘ turnips as they can eat (which fhould always be the cafe when they are fattening), they will, on an ave¬ rage, eat near 20 pounds each in 24 hours. An acre of turnips twice hoed, will, if the land be good, pro¬ duce about fifty tons } which will, on the above calcu¬ lation, maintain 100 flieep 52 days. The ftieep men¬ tioned weigh 20 pounds per quarter. An acre of tur¬ nip-rooted cabbage will maintain 100 ftieep for a month, and fometimes five weeks ; but an acre of Scot; cabbages will maintain 200 ftieep a full month.” The number fed by lucerne is not determined. She great eft diladvantage which attends a crop of The Ayr,e^- turnips, is their. being fo ready to be damaged by the cafiom the" fly, which fometimes deftroys them fo completely, that great i11- they muft be fown over again two or three times the convcja~ fame feafon, and even this without any certainty of fuc-’Sc^tum' cefs. Innumerable methods of avoiding this evil have P been projefted, which may all be reduced to the fol¬ lowing claffes : 1. Steeping the feed in certain liquids. 2. Fumigation of the fields with' the fmoke of certain herbs. 3. Rolling. 4. Strewing foot, lime, allies, &c. on the furface of the ground. It is very difficult, how¬ ever, to determine, with any degree of certainty, whe¬ ther remedies of thB kind are effeaual or not 5 becaufe fometimes the turnips are not injured though no pre¬ caution has been made ule of: and when this happens to be the cafe, after the ufe of any fuppofed preven- 5ne P^fetvation of the crop is alcribed to the me of that preventive, whether it be really efficacious or not. The virtues of jleeps feem to have been fully 3*5- afeertained by Mr Winter Charlton near Briftol, offfhethfe!" whofe experiments an account is given in the Tranfac-tiutSp-feed 1 tions of the Society for Encouraging Arts, vol. v. The-be of any feeds were of the Dutch kind, lowed on ifeds in the ufe- kitchen garden in drills, about twelve inches diftant, an inch and a half deep, on the nth of May 1786. The. beds had been prepared with rotten dung in May 1785, and afterwards fown with cabbages. The qua¬ lity of the turnips is exhibited in the following table y thee 0 4o3 agriculture. Pradlkt- Culture of the beft being marked I } and tbofe of inferior quali- particular ty 2 ~ §,c 0bfervations were taken on the Plants. V , ’ 9’t 20th oi June, Seed without any preparation, - - * fteeped in train oil, flourithed extremely, fteeped in linfeed oil, fomewhat inferior, Seed mixed with foot and water, with drainings of a dunghill, - with elder and barton draining, * with foot, - with elder leaf juice, with elder and barton draining, foot being fowed over the covered drills, with ditto, and lime fowed over the drills, - - - towed with foot fcattered over, and then covered, - with barton draining, an elder bufh drawn over when the plants appeared, with Hale human urine, very few plants appeared, with flaked lime fcattered over, and then covered, very few plants ap^ peared, with elder, barton-draining, and flak¬ ed lime, very few plants appeared, with lime and barton-draining did not vegetate. Another fet of experiments was made with the green ■Norfolk turnip, drilled an inch and a half deep, the rows one foot diftant, on beds eight feet three inches long, and two feet wide 5 half a drachm of feed^ al¬ lowed for each bed, fteeped .and mixed with various fubftances like the former. The feeds were drilled upon unmanured ground on the 20th of June 1786, and the obfervation made on the 17th of July. None of the beds were found free from the ravages of the fly; but the feeds which had been fteeped in train oil and linfeed oil wrere much more free from this injury than the others. The linfeed oil, as in the former ex¬ periment, was found inferior to the train oil, which was fuppofed to have been owing 'to its being kept in a bottle that had formerly held oil of turpentine. The leaves of the fteeped feeds were of a muth darker green than the others, appeared twice as thick in bulk and luxuriancy, and the plants were confiderably larger than thofe of the other kinds. The fubftances mixed with the reft were foapers afheS, wmod alhes, pounded gunpow'der, brimftone, flaked lime, foot, barton- draining j fometimes mixed together in various propor¬ tions, and fometimes with the addition of a portion of lifted mould. Thefe experiments {how, that no dependence can be had on fteeps or mixtures of any kind with the turnip- feed y though the train oil and linfeed^ oil feem greatly to have forwarded the vegetation of the plant. It does not appear that fumigation has ever been tried , nor indeed does it feem eafy to be tried in fuch a manner as might enfure fuccefs.—fn the fourth volume of the Bath Papers, Mr Gullet of Devonfhire gives fuch di¬ rections for performing the operation as he thinks would fonugation. pr£)(Juftive of fuccefs.—In a preceding paper he had explained the good effe&s of fumigating orchards^ hut 3 316 Mr Gul¬ let’s direc¬ tions for the cafe with thefe muft be very confiderably different Culture of from a field of turnips. The trees in an orchard are elevated above the ground, and the fmoke naturally a- . . fcends, and is blown along their tops: but in fumigating a large field of turnips, it muft creep along the ground in fuch a manner as is by no means agreeable to its na¬ ture 5 and without any exceflive degree of labour, as wrell as a vaft quantity of burning materials, there cannot be the leaft hope of fuccefs. Mr Gullet’s dire&ions are as follow: “ If the turnip-ground be fpaded and burnt, or the weeds, &g. burnt without fpading, the fumigation thereby may fuffice to chafe fuch of the winged tribe from thence as are then there 5 but in all cafes, when the field is ploughed and ready for fowing, let heaps be made at different places and intervals round by the hedges and boundaries of the turnip-groitnd, and feme few fcattered through the field; then, as foon as the feed is fown, let the heaps on the windward fide and the fcattered ones be lighted and kept {mothering du¬ ring the continuance of the wind in that quarter j the lefs the fire, and the more the fmoke, the better. Should the wind happen to ftiift, thofe heaps on the quarter it {lifts to muft then be lighted and kept fmothering in like manner j fo that during the growth of the tended turnip leaf, and until it becomes rough and out of all danger, this fumigation and fmoke, over and acrofs the field, muft be continued from one quarter to the other } which I venture to affert, will effectually deter and prevent any winged infeCt tribe from approaching the turnip-ground : nay more, if there already, it wuuld moft completely drive them from thence, as fuch delicately formed infeCts (which can only feed on the moft tender leaf) would be ill able to continue long in fueh a fmother of fire and fmoke. The confequence is obvious and certain, that if the fly be kept from approaching the field, the turnip-crop is fafe ; and few, I believe, will difagree with me, that prevention is better than remedyy Our author does not fay that he has ever tried this method with turnips j but lays great ftrefs upon his fuc¬ cefs in a fimilar experiment with cabbages, in order to preferve them from the caterpillar. To make the mat¬ ter more fure, however, he recommends the trailing of a bulh of elder over the turnip field at the time of har¬ rowing or bmfhing in the feed: but this remedy has by numberlefs experiments been found infignificant, and by thofe above related feems even to be pernicious: fo that whatever good effeCls we can expeCl from this method, muft depend on the fumigation alone j and even this is attended with very great uncertainties, as has already been obferved. Rolling promifes to be of fervice when the young of icliiAg. turnips are attacked by fnails, which frequently deftroy them j but it cannot be fuppofed to have much effeft itt deftroying flies* thefe being too numerous and too minute to be effeChially cruflied by the roller : and in¬ deed, though this has been frequently recommended, wxj have no decifive proofs of its having ever been at¬ tended with any good effeft. The ftrewing of foot, lime, afties, See. upon the ground, have been determined ineffeClual by the expe¬ riments already related, at leaft when applied before the turnips pome up ; and there feems to be little hope of their proving more effectual even when applied after the crop has appeared above ground. We may argue indeed Palt I. A G R I C U Culture of Indeed a priori about the tarte or fmell of foot, lime, Ppriants.ar ^:c‘ l)einS difagreeable to infefts ; but of this we have v._.~v j - no proof j and even though this were the cafe, the leaf foon emerges from under this covering, or the infefts will feed on the under part of the leaves, where thefe fubftances cannot lie. It is evident, therefore, that very little can be expecied from any of the methods hitherto propofed either by way of cure or prevention. The more probable methods are, x. To fow the turnips at fuch a feafon of the year that they may be well grown before the fly makes its 31S appearance. In the Bath Papers, vol. iv. p. 132. Mr Early fow- Wimpey obferves, that in order to procure food for mendedm" catt*e t^e before the grafs is grown, far¬ mers are obliged to poftpone the fowing of turnips be¬ yond the natural time of vegetation but were turnips tio be fown in April, as foon as the feafon would per¬ mit, it is very probable that there would be as great a crop of them as of other vegetables ufually fown in thefe months. On account of the delay in fowing, however, for the reafon already mentioned, the fuccefs of the far¬ mer becomes exceedingly precarious, unlefs he is fo for¬ tunate as to have a few rainy days, or cloudy weather and frequent fhowers, foon after the feed is fown : and this our author fuppofes to be the true reafon why the turnip is a more uncertain article than any other. But though (peculations of this kind have a great fhoW of probability, there is not any experiment hitherto pub- liilied, even by our author himfelf, by which the truth of the above conjecture can be abfolutely afcertained. Our author, however, is of opinion, that none df the common methods propofed can anfwer any good pur- pole, farther than as by means of them the vegetation » plant may be invigorated. Mr Wimpey recom^ mends allies, foot, or a rich compolt of litne and dung, ufed in fufficient quantities; but the method of ufirg them is, either to fow them with the leed, or rather by themfelves immediately before, and to harrow' them well in, that they may be completely incorporated with the foil. T his for the mod: part would lo invigorate and encourage the growth of the plants, as to be an 3i9 overmatch for the mod vigorous attacks of the Hy. Sowing a 2. Another method 'propofed for fecUrihg turnips fitTof feed* ^ 18 ky fowing fuch a quantity of feed as ‘ will be more than fufficient for the confumpt of the in- feds. Tnis we find recommended in a letter to the Bath Society, by a gentleman-farmer in Effex, vol. ii. p. 238. ^ His method is to make the land clean and ime as foon as the feafon will permit, and to few four pints per acre. It may be obje&ed, that if the fly does not take tnem, the plants will dand fo thick, that they cannot eafily be hoed ; but this may be obviated by har¬ rowing them fird, which will make them fit for the hoe. There can be no expeClation of a crop if the fly takes them when only a pint of feed is fown per acre; but tins gentleman remarks, that he has not in any one iodance anifled of a crop when he fowed four pints ; be- -cmife, though the fly has fometimes deftroved more than one half, and much damaged the other, dill there was a fufficient number left behind. He alfo agrees with other of the Society’s correfpondents, that' the ground fliould be well dunged and manured previous to tne fowing of turnips, as this makes them grow vigo- r Oft fly, fo that they quickly get into the rough leaf,' in ■which date the fly will not touch them. Vol. I. Part II. L T U R E. 409 In the feme volume, a gentleman of Norfolk remarks, Culture of that manuring the ground in autumn for turnips is pre- P-fbcula? ferable to the doing fo in fpring. This difcovery he , * made in confequence of the following accident.—“ A neighbouring farmer, not having a fufficient quantity of Manuring manure for all his turnip land, rvas under the neceffity in autumn of fowing four acres unmanured. The effect was, thatPTefer.able the turnips on the manured part of the land were modly eaten off by the fly, while four acres unmanured efcaped without injury.” In confequence of having obierved this, the gentleman made a fimilar experi¬ ment, by manuring five acres well for turnips, and tilling three acres and a half in the ulual way without any manure. The manured crops were almod all dedroyed , by the fly, fo that he was obliged to fow mod of the land over again. The three acres and a half which had no manure were entirely free from injury, though the plants were/much finaller than thofe of the manu¬ red ground which cairie up. Not content with this trial, however, he repeated the experiment, by manu¬ ring fix acres of wheat dubble in autumn, ploughing it in immediately, and leaving it to incorporate with the earth during the winter : the turnips which grew upon this were as large as if the ground had been manured in the fpring. This experiment was repeated with fur- priiing fuccels in two fucceeding years ; whence he in¬ fers, that the fly is either engendered in the new dung or enticed by it. But when the manure is laid on in autumn it lofes its noxious qualities, though it dill re¬ tains its nutritive ones.—This conclufion, however, does not appear to be well founded ; for it is certain from Undoubted experience, that turnips which have been well manured in the common way, have fome- times efcaped any injury ; while others, which have got n6 manure at all, have been almod totally dedroy¬ ed. Another material advantage, however, which this correfpondent obferves is to be derived from ma¬ nuring in autumn is, that all the feeds contained in the manure, and which are of courfe carried to the land with it, vegetate almod immediately, and are modly killed by the cold of the fucceeding winter, while the few that remain can fearce efcape deftrufifon from the ploughffiare. Mr Wimpey is alfo of opinion, that it is proper toMr Wim- fow a large quantity of feed; but thinks two pounds pey’s opi- will be fufficient for an acre. A few ounces indeednionof would be fufficient to dock the land ; but as the article<0Xvmg a is fo precarious, he thinks it by far the fefed way to Stv^f feed* allow feed in plenty, and reduce the plants afterwards * by harrowing. He obferves alio, that it is of great confequence to have feed both good in quality and of the bed fpecies. He prefers the large and green top¬ ped, as being the mod fweet and juicy ; others give the preference to the red or purple-topped, as heir a- hardier : but at any rate, the feed from the larged and , -, fined tranfplanted turnips, of whatever fort, is greatly Of the to be preferred, even though it fliould cod double or quality of treble the price. Such as is fold by the feetlfmen inthe ked' ' London he found generally of a mixed kind, and often in great part not worth cultivating. “ Whether plants irom new or old feed are mod fecure from the depre¬ dations of the fly (lays he), is perhaps a quedion which, cannot be eafily determined even by experiments ; for concomitant circumdances are frequently lo much move -operative and powerful, as to render the difference be- 3 I*' tween 4io A G R I C U . 324 With wheat. 325 Mr Ander- Culture of tween tliem, if there be any, imperceptible. It is, how- particular everj known to every practical man, that new feed F;ant‘i- fprouts or vegetates feveral days before old j and I think more vigoroufly : and it is equally well known, that the healthy and vigorous plants efcape the fly, when the Hinted and fickly feldom or never efcape it. Hence it would feem, that new feed, ceteris paribus, is more fecure from the fly than old ; and for my own ufe I would always prefer it.” Of fowing 3- The fowing of turnips along with grain— turnips ° This, of all others, feems to be the molt eligible and with grain, efficacious. In the fecond volume of Bath Papers, p. 210. a Hextfordlhire correfpondent gives an ac¬ count of the fuccefs of an experiment of drilling tur¬ nips with wheat. A fmall field of fpring-wheat was drilled in rows two feet apart j and in the month of May turnips were fown by hand in the intervals. They came up very well, and were thinned once by the hoe. The crop of wheat turned out better than ano¬ ther field of the fame foil fown broad-caft in autumn, though it ripened fomewhat later. The turnips were no other way injured by cutting it, than having fome of the large leaves trodden down by the reapers. After harveft the weeds were cut up round the turnips with a hand-hoe, and they grew very large and vigorous. They were of the purple and white long kind, and the crop proved nearly as good as the fame land produced in common. An excellent crop of barley and clover was got from the fame field afterwards. In the third volume of the fame work we find an ac- don’s expe- count of feveral fuccefsful experiments in fowing tur- nments ot njpS between rows of beans. The advantages of this thlm with method are ftrongly fet forth by R. P. Anderdon, Efqj beans. who made fome of the experiments, and are as follow : “ i. You may have a crop of beans and turnips on the fame field the fame year. 2. The bean crop being well horfe-hoed, no ploughing is wanted for turnips, for which the bed: Norfolk farmers give five plough- ings. 3. It is hoed cheaper, more effedfually, and con- fequently more profitably, than in any other way. 4. The ground is kept clean from tveeds. 5. It is in order for a Lent crop the lucceeding year with one earth. 6. The ground is kept in heart, if not impro¬ ved, by fallowing your alleys. 7. It brings the plant to perfeftion in poor ground, where it wmuld not be¬ come fo otherwife. 8. It doubles the crop in any ground which Mr Anderdon has had experience of. 9. You have the crops more within your own power in this than in any other method, let the feafons turn out as they will. 10. You may have on the fame ground a bean and turnip crop annually, if the land be fuitable, and you think proper. 11. The clay fanner, by this mode, renders land which is naturally unfit for turnips, fo free and open by feafonable horfe-hoeings, that it 3^5 will bring this ufeful plant to great perfeftion.” Objections On this paper the fociety made fome remarks, and by the Bath ftated the following obje&ions : I. The fame foil can- Society. ^ ^ pr0per for both crops. Scotch cabbages are more adapted for a bean foil; and they wiffied him to repeat the experiment with cabbages inftead of turnips L T U R E. Pra&ice, betwixt bis beans. 2. The Norfolk farmers rarely ufe Culture of more than three ploughings for turnips, inftead of five, p^"lar as Mr Anderdon reprefents, unlefs the ground be full. Y" . of couch grafs. 3. They think him too fanguine in his expedfations of having double crops on the fame field. 4. Nothing renders a clay fell fo free and open as to have it expoled to frofts and fnow by being laid up in high ridges in January and February ; but, on Mr Anderdon’s plan, this cannot be done, unlefs the turnips are leffened in value by being fed off in autumn. Thefe firiclures were lent to Mr Anderdon before Mr Ander- tbe papers were printed, but did not make any altera-d°n’s reply, tion in his opinion } and he replied to the following purpofe : I. The fame foil cannot be proper for beans and turnips, &.C.—Granted. But had Mr Anderdon adhered rigo- roufly to this rule, he would have fowed no turnips at all, not having on his farm any foil altogether proper for that crop; “ but (fays he) while I can get in fingle row’s, four feet afunder or more, from half a do¬ zen to half a fcore tons of turnips per acre, after, or ra¬ ther between, a crop of beans in my heavy lands, I ffiall feel that produft here more beneffeial than to drop the mode. I believe the medium of the tw’o, fo far as I can judge by the eye or get information, to be fape- rior to the average produce of prepared fallow turnip crops in 10 miles round me.”—On this the Society make the following remarks : “ The queftion here is, Whether, if inftead of turnips, Mr Anderdon had planted his beans two feet diftance only, the extra pro¬ duce of his crop would not have exceeded in value that of his turnips ? We think they wmuld, as thefe inter¬ vals would freely admit his horfe-hoe between the beans,” Mr Anderdon then proceeds to acquaint the com¬ mittee, that he had tried the experiment as they wifti- ed with Scotch cabbages xnftead of turnips betwixt the rows of beans j but the crop of the turnips was fo much preferable, that be found himfelf inclined to lup- pofe the cabbage would not get to fo great perfe&ion there as to be profitably introduced on a large fcale, for want of the great quantity of dung neceffary for that crop, and which could not be procured in that part of the country. He further remarks in favour of turnips, that they have an abundance of very fmall lateral fibrous roots, which run as far in learcb of food, and feed as ravenoufly wffiere they can penetrate, as thofe of altnoft any other vegetable ; and the plant cer¬ tainly derives more nouriihment from thofe than from its tap-root (h). Thofe fine fibrous roots, aimoft im¬ perceptible to the eye, iffue chiefly from the apple or body of the turnip, and get into the richeft part of the foil near the furface, and will bring tne plants to a con- fiderable magnitude in heavy lands adapted to beans, when mellowed by the horfe-hoe. oome 01 his turnips weighed ten pounds each : and if he coulu have only twm fuch turnips on every fquare yard, it would be at the rate of 43 tons per acre. 2. The Committee doubt of the pqffbility of doubling the crop. Mr Anderdon gives the following explanation. (h) Here the fociety remark, that this is not the cafe with thofe kinds of turnips wnich grow chiefly above ground, and which arc generally the beft crops, and moft capable of refilling the trofts. Part L AGRICULTURE. ah Culture of “ I have made many comparative trials on turnips be- . particular tween this mode and broad-caft fowing, and always Plants. founcj on my ground the horfe-hoed crops the bed. * 1 But here, in denoting the benefits of the horfe-hoe by its doubling a crop, I wilh to be underftood, that if, in foils like mine^ a crop be drilled, leaving proper in¬ tervals for horfe-hoeing, and one part be horfe-hoed the other not, the horfe-hoed part will double the other in product.” Mr Anderdon, in the courfe of his reply to the committee, gives an account of another experiment he made in confequence of being deficient in winter fodder for his cattle. By this neceflity he was indu¬ ced to low turnips wherever he could \ and on the 18th of July drilled a Angle row between his drilled wheat. On the 20th and 2 2d of Auguft he drilled four rows of winter vetches in each interval between the turnips, at the rate of lefs than one peck and three quarters of feed to an acre. “ The turnip crop (fays he) is very acceptable, and my vetches fucceed beyond my warmed expectation •, are thick enough, and give me the pleaf- ing profpeCl and hope, that I fhall not, v/hen my dry meat is gone, want a feafonable fupply of early green fodder that will laft me till my lucerne comes on.” 8 This fubjeft is farther confidered in the fame vo- Mr Pa- lume by Mr Pavier, who viewed Mr Anderdon’s tur- vier’s opi- nips, and gave in a report of them to the committee, tvion. He fuppofes a crop of beans drilled in Angle rows at four feet difiance, and the turnips drilled in the inter¬ vals, according to Mr Anderdon’s method, there will then be four rows of 17 feet in length to make a fquare perch; whereas Mr Anderdon’s rows were only 15 feet 8 inches in length ; and this difparity in length will make a difference of weight on a perch from 230 to 249 pounds, and on an acre from 16 tons 8 cwt. 2 qrs. 8 lb. Mr Anderdon’s produce, to 17 tons 15 cwt. 2 qrs. 24 lb.—Each turnip at this diftance (wss. four feet from row to row, and nine inches in the rows) muft occupy a fpace of three fquare feet; confequent- ly the greateft number produced on an acre muft be 14,520; but if fown in broad-caft, twice hoed, and the diftance on an average 15 inches, each turnip will then occupy little more than one foot and an half, and the number produced on an acre maybe about 27,920; an excefs which may reafonably be fuppofed to overba¬ lance the value of the beans, let us fuppofe the crop as great as we can reafonably do. Thus far the argu¬ ment feems to lie againft this method of cultivating beans and turnips together: but on the other hand, Mr Pavier confiders it probable that the expence of drilling and horfe-hoeing the beans, together with drilling the turnips in the manner Mr Anderdon did, muft be con- liderably lefs than that of fallowing and preparing the ground, and fowing the turnips in broad-caft; to which we muft: likewife add the facility of hoeing the drills in comparifon of the broad-caft. But befides thefe, the great advantage arifing from this method, and which, if certain, gives it a decided fuperiority, is, “ the great chance, if not an almoft certainty, of preferv- ing the turnips from the depredations of the fly.” Mr Pavier was inclined to think that this muft be the cafe, as Mr Anderdon had fuch crops repeatedly with¬ out any damage of that kind : but the committee dif¬ fer from him, and think that this muft have proceed¬ ed from fome other caufe ; though they do not afiign any reafon for this opinion. (l The principal point Culture of (fays Mr Pavier), m determining this queftion, feems ^p^nts f to me to be this : if the crop of beans drilled as above ■ V after deducting the feed, and fome additional expence in taking the crop off the ground without injuring the turnips, can be, one year with another, fuppofed to be as valuable as the quantity of turnips that might be reafonably expe&ed in the broad-caft method more than in the other, I fhould not hefitate to declare in favour of drilling between the beans.” Thus far the argument feems to be carried on d priori. Mr Wimpey, in the letter already quoted, inclines to the practice of fowing turnips between beans planted in rows. “It exadlly correfponds (fays he) with all my obfervations on the fuccefsful vegetation of that root. A confiderable degree of moifture is neceflary to the rapid vegetation of that very juicy root, and nothing retains moifture equal to lhade : and (hade can be obtained and fecured by no means fo effedlually on a large fcale as in the intervals of tall growing plants, as beans or wheat planted in drills.” The fuccefs of Mr Bult of Kingfton near Taunton, leaves little room to doubt of the pro¬ priety of the method, and its fuccefs in preventing the fly. 1'he beans were planted in drills not quite two feet afunder, on tw o ploughings, horfe-hoed three times, and the turnips fown in the intervals at the laft-hoeing. The field meafured fix acres and a quarter, and was a very good clayey foil, but bad not been manured, nor had any drefling laid upon it for fix years before. It produced this year three quarters of beans per acre, and 37 tons 5 cwt. of turnips. This field was alfo viewed by Mr Pavier, who makes the following ob¬ fervations upon it. 1. The turnips were fown promif- cuoufly among the beans at the laft hoeing, which was given about midfummer; from which time nothing was done but drawing off the beans and carrying them off the land. 2. The crop of beans was believed to be confiderably above 20 bufhels per acre, which is much more than was produced by any other method that feafon in the neighbouring part of the country: and as Mr Pavier had this account before he faw the turnip crop, he did not expert any thing confiderable from the latter; but as it turned out, the produce muft be accounted highly profitable, wdien we confider that there w^as no crop loft, no preparation, drefling, nor any expence whatever, excepting the price of the feed and fowing it. 3. This he confiders as one of the ftrongeft recommendations of the drill hulhandry he ever knew or heard of; b]iit he is .of opinion that it never can anfwer except where the ground is perfedlly clean and free from weeds, by the crops having been horfe-hoed for a few years before. 4. He thinks the beans ought to have been planted at wider intervals, by winch the fun and air would be freely admitted, and the plants wrould alfo be lefs damaged by the operation of the hoe. ^ Mr Pavier likewife informs the Society of two other Other ex- experiments on a fimilar plan ; but with this difference, periments that the turnips wrere fown among the beans at the fe-on fowin£ cond horfe-hoeing. The turnip crops w-ere very good, and the beans more than double the value of thofe raif- beans, ed in the ufual mode of hulbandry. “ I think it is very evident (fays he), that the beans preferve the tur¬ nips from the fly ; and as no expence or trouble attends 3 F 2 the 412 AGRICULTURE. Culture of tlie pra&lce, I apprehend it will Toon become more P-f-lar general.” The Society own, that the uncommon fuccefs c . of Mr Bult’s experiment feems to militate at leaft againft what they faid on Mr Anderdon’s letter j but they inlift that the cafes are by no means fimilar. “ Though the land (fay they), in both inftances, is called a heavy clay, they are very different. Mr Anderdon’s is poor, ■wet, and cold j the other a good rich clay j and we apprehend naturally mixed with a kind of marl, which is called clay by perfons not thoroughly ac¬ quainted with the nice diftinction of foils apparently alike, but very different in their nature. Our prin¬ ciple therefore, that cold wet clay lands are unfuitable for turnips, remains unaffe&ed by this experiment j and general pra&ice confirms the truth of the theo- ry” In another letter, Mr Pavier gives a more particular account of the two other crops of beans and turnips raifed upon Mr Bult’s plan. The beans were drilled in rows about 22 inches diftance, twice horfe-hoed, and the produce from about 25 to 30 buftiels the com¬ puted acre, or from 30 to 36 bufhels the ftatute acre. The preceding fummer had been very unfavourable to beans, and the produce per acre in,the common hufban- dry did not, on an average, equal a third part of this quantity. One of thefe crops was fuperior to that of Mr Bult: they were fown upon a field of nine com¬ puted acres on the 10th of June, after the fecond horfe-hoeing j but whether the fecond hoeing was per¬ formed too foon, the ground not clean, or whatever might be the caufe, the beans'were weeded twice by hand afterwards $ and he is of opinion, that the turnips were fomewhat benefited by it. Mr Pavier was affured by a very intelligent farmer, that this was the beft crop of turnips he had ever feen. The turnip-feed in the other crop was put in between the rows of beans by a hand drill $ but the work was badly performed, the plants coming up in fome places, vaftly too thick, and in others as much too thin ; but wherever they happened to be of a proper thicknefs, the farmer told him it was one of the moft profitable crops he ever had. The foil was wet, heavy, and not very favourable far turnips. Hence Mr Pavier deduces the following con- clufions : 1. That with refpect to beans in particular, the drilling and horfe-hoeing is vaftly fuperior to the common mode of hufbandry. 2., That the beans are undoubtedly a good prefervative of the turnips from the depredations of the fly.. 3. That as by this me¬ thod no crop is loft, and confequently no rent, but a mere trifle ofhexpjnce (if any) chargeable to the tur¬ nip crop-, it muft be one of the moft profitable as well as the moft certain methods of propagating that ufeful root ever yet praftifed He ftill infifts, however, that if he had an opportunity of trying this method, he would drill the beans in rows at a greater diftance, that the turnips might be hand-hoed eafily > and that he fhould prefer the London tick-bean to any other, by reafon of their fhortnefs and being fuch bearers \ that he fhould alfo take off their tops as foon as the under bloflbms began to decay y which, he fuppofes, would be of great fervice. Inftrument t^s differtation on the culture of turuips, we tor tranf- cannot avoid taking notice of an inftrument ufed in planting Norfolk for tranfplantihg them, and thus filling up tutmps. tve gaj)S -which frequently happen in fields from the Pra&icev failure of the plants in particular fpots. It is repre- Culture of fented on the margin j and the conftru&ion and mode Pa^icular of ufing are obvious from the figure.—When the turnips ^ 3‘ „ are to be tranfplanted, the workman holds the long pa handle with the left hand, and the fhort one with the^rj) vol.iv. right hand drawn up. Put the inftrument then over p. jatf. the plant that is to be taken up, and with your foot force it into the ground j then give it a twill round, and by drawing it gently up, the earth will adhere to the roots of the plant in a folid body; then with ano¬ ther inftrument of the fame fize take the earth out where the plant is to be put, and bringing the inllru- ment with the plant in it, put it into the hole which has been made by the other 5 then keep your right . hand Heady, and draw up your left, and the earth and plant will be left in the hole with the roots undifturb- ed. In this operation two men muft be employed, each of them having an inftrument of the form reprefented on the margin. One man takes up a plant while the other fills his inftrument with earth only,, thereby ma¬ king room for the depofition of the plant $ fo that the hole which is made by taking up the plant is filled with the earth taken out where the plant is to be put; which being depofited, he takes up a plant, and re¬ turns to the place he firft fet out from, the former man at the fame time returning with the earth only ; fo that each man is alternately the planter, and each being employed both ways, the work goes on brifldy.-—This inftrument was the invention of Mr Cubitt Gray of Southrepps, Norfolk. Turnips being the grand bafis of the Norfolk huf- handry, Mr Marihall gives a very particular accouftt of their culture in that county.—The fpecies cultiva¬ ted are, 1. The common whiteJlock, called in many places the Norfolk turnip.. 2..1i\iQpiirpleJiock. h Simi- lar to the former, but its rind is of a dark red or purple cultivation colour j its fize in general fmaller, and . its texture of turnips, clofer and. firmer than that of the common white- ftock ; it alfo Hands the winter better,, and is more fuc- culent in- the fpring, but it is not fo well relilhed by cattle as the former •, whence it is-lefs generally culti¬ vated. 3. The pudding-Jloch, the tanhard-turnip of the midland counties,, is in fhape fo perfectly different from the common fort, that it might be ranked as a diftindt fpecies. It rifes in a cylindrical form, eight, ten, or twelve inches high. Handing in a manner wholly above ground y generally taking a rough irregular outline, and a fomewhat reclining pofture. It very much re- fertibles the common turnip, and is by much its moft formidable rival. In many refpedls it feems to be fu¬ perior, particularly in being readily drawn, and eaten off by Iheep with much lefs wafte than the common turnip The difadvantage is, that they are liable to the attacks of froft,. by reafon of their Handing fo high above the furface of the ground j fo that on the whole, Mr Marlhal concludes, that the common white turnip is to be preferred- to every other. In Norfolk, turnips are fown upon every fpecies of Advantage, arable land. Marl is found to be highly beneficial; °f udng and by means of this manure, a foil naturally unfitmar * for turnips may be rendered proper for it. They fue- ceed barley better than any other crop ; fome few are fown on wheat or pea Hubble after harveft y but this is ~ not a general practice. The manures in greateft repu¬ tation for turnips are dung, with a greater or fmalles admixture Part I, A G R I C U Culture of admixture of mould ; malt-coombs are alfo in good re* particular pUte, and oil-cake is ufed by a few individuals $ “ but it may be faid that nine acres of ten of the turnips grown in eaft Norfolk are manured with muck.”—The quantity of dung fet on for a crop of turnips generally Plants. 333 Manures 334 . Cultivation of turnips for early confump- tion. 335 Method of of different depends on the quantity on hand, and the quantity of kinds. turnip ground to be manured. From io to I , cart loads of muck are confidered as a good dreffing j and about a ton of oil cake to three acres; 50 or 60 bulh- els of malt-coombs, and 40 or 50 bulhels of foot, to an acre. When the turnips are intended for early confump- tion, the fooner they can be got into the ground the better; but avhen they are intended to Hand the win¬ ter, the beginning of July is thought loon enough. The molt general rule is to begin fowing about a week before midfummer, and continue till about a fort¬ night after, viz. from the 17th or 18th of June to the 7th or 8th of July.—Broad-call fowing is univerfal, in fowing, and the quantity of two pints to an acre. The feed is co¬ culture. vered by two lines of a pair of light harrows drawn backward, in order to prevent the lines, which ufually point fomething forward, from tearing up the clods, and burying the feed too deep. The horfes are uni- verfally walked one way, and trotted back again in the fame place. This is an excellent cuftom j the quick zig-zag motion of the harrows at once a {Tilling to le¬ vel the furface, and to diftribute the feeds more even¬ ly—They are univerfally hoed ; and unlefs they be Town very late, are generally hoed twice. The di- llance of time between the fowing and the firll hoeing depends upon the foil and feafon ; the Ixze of the plants being the only guide. When turnips are fullered to grow too large before they are hoed, the plants are difficult to be fet out fingly, and are liable to be drawn up by weeds, thereby acquiring a {lender upright ten¬ dency ; whereas their natural growth, in their infant ftate, is procumbent, fpreading their firll leaves on the ground, and taking the form of a rofe.—If the hoe be put in too foon, the plants which are fet out are liable to be buried, and their tender roots difturbed in tire of fetting out the neighbouring plants. The time for hoeing, as directed by the moll judicious hulband- men, is when the plants, as they lie fpread upon tire ground, are about the lize of the palm of the hand : ri, however, feed-weeds be numerous and luxuriant they ought to be checked before the turnips- arrive at that fize, left by being drawn up tall and fiender they ffiould acquire a weak and fickly. habit. The proper difiance depends upon the. nature of the foil and the time of fowing ; fuch as are fown early, in a rich pro¬ ductive foil, require to be fet out wider than thcfe fown late on a foih of a contrary nature. If the foil be at par, the diltance ought to be-regulated by the time of fowing :: if this.be at par, the nature or Hate of the foil Ihould be the regulator -Mr Marfhal com¬ plains of the conduCt of the Norfolk farmers in gene¬ ral in this. refpeCt, who “ hack out their turnips 14, 15* or perhaps 18 inches afundfer, without any regard to the Itate of the foil, or time of fowing. This prac¬ tice was eltablilhed-while the Norfolk foil was full of marl, and new to turnips ; and when* it is probable, w or I 2 inches in diameter was no uncommon lize, with tops proportionally large and fpreading j and* M °* 1 v inches might then be a proper diltance. L T U R E. 413 But now, when the efficacy of marl is lelTened, and Culture of the foil no longer the favourite of turnips, which fel- dom reach more than feven or eight inches in diame- , ~, ter, it is ruinous and abfurd to continue the praCtice.” 'Turnips are cultivated either for feed, for faie, or for confumption. When cultivated for feed, it is fup- pofed in molt parts of the kingdom that it ought al- tvays to be taken from tranfpianted roots j but in Nor¬ folk they are frequently raifed from fuch as are untranf- — s’ planted. “ It is a faCt (fays Mr Marffiall) well un-Cultivation derllood by every hulbandman here, that if the feed be°^turri4>*‘ gathered repeatedly from untranfplanted roots, tile ^or plants from this feed will become coarfe-necked and foul-rooted ; and the tlelh of the root itfelf will be¬ come rigid and unpalatable. On the contrary, if it be gathered year after year from tranlplanted roots, the necks will become too fine, and the fibres too few j the entire plant acquiring a weak delicate habit, ami the produce, though fweet, wall be fmall. For the neck, or onfet of the leaves, being reduced to the fize of the finger (for inllance), the number and fize of the leaves will be reduced in proportion ; and in a fimilar proportion will the number and fize of the fibrils be re¬ duced. From a parity of reafoning, it may perhaps be inferred, that when the neck acquires a thicknefs equal to that of the wrilt, the fize of the root will be in pro¬ portion. “ With refpeft to the fibres or rootlings, this is a juft inference 5 but with refpeft to the bulb, it is in a great meafure erroneous. For a few generations the fize of the bulb will keep pace -with the increafe of leaves and fibres ; but after having once reached the limits which nature lias fet to its magnitude, it begins to revert to its original ftate of wildnefs, from which to it prefent ftate it lias undoubtedly been raifed by tranfplantation. The farmer has therefore two ex¬ tremes to avoid. The one is difcoverable by the thick¬ nefs and coarfenefs of the neck, the fcaly roughnefs of the bulb, the thicknefs of the rind in general, the foulnefs of its bottom, and the forkeduefs of its maia or tap-root : the other by the llendernefs of the neck, the finenefs of the leaf, and the delicacy of the root.. The former are unpalatable to cattle, and are therefore creative of wafte : The latter are unproductive, are dif¬ ficult-to be drawn, and do not throw out fuch ample tops in the fpring, as do thofe which are, by conUT tution or habit, in a middle ftate between thefe two- extremes. There is not, however, any general rule, refpefting bow many years turnips ought to be tranf¬ pianted fucceffively, and how often they ought to be fuffered to run up from the feed-bed : the foil and fi- tuation have, and other circumltances may have, in¬ fluence on the habit and conftitution of vegetables as • of animals 5 and the farmer mull attend alone to the ftate of the turnips themfelves. Whenever he judges, that, by repeated tranfplantation, they have pafled the acme of perfeClion, then it is his duty and interelt to - let them ran up to feed without tranfplantation. In: Norfolk it has been found, by long experience, that tranfplantmg two, three, or four years* and letting the plants run up the third, fourth, or fifth, will keep the llock in the defired ftate. The time of tranfplant- ing is from Old Chriftmas to Old Candlemas. In the choice of plants, the farmer is not guided by fize, but picks the cleaned plants without regard to fize 5 or, more. 4!4 Culture of particular Plants. 337 Method of planting. agriculture. Pra and flavour of winter butter j and we think, butter. where hay is allowed befides, contributes much to coun- tera£ting the flavour from the feed of turnips. At pre¬ lent (our carrot feed being exhaufted) from turnips and hay, with this juice, our butter is equal to that of the Epping dairies.” Carrots ad- We may conclude by taking notice here of an ad- yantageouf- vantageous mode of cultivating carrots by making ufe ted^n 1Va" ^iem with a view to ftir the ground in young planta- young plan-tions. It was adopted by Thomas Walford, Efq. of rations. Birdbrooke, Eflex, wTho gives the following account of it:—“ It has been my conftant praftice for thefe laft five years, wherever I made a plantation of firs, or deciduous trees, to fowr the ground in the fpring with carrots, which I have found not only pay part of my expences, and frequently the whole, but much more beneficial to the trees than any other method I had be¬ fore adopted. “ When I make a plantation of deciduous trees, the ground is dug two fpits deep in Oftober, and planted immediately, leaving it in that Hate until the middle or latter end of March, or beginning of April $ then, if neceflary, chop it over with a hoe, and fow my car¬ rots ; if for firs, I do not dig the ground until March, at which time I plant my trees, and fow the carrots, having found my crop more luxuriant and produ&ive upon ground frelh dug than that which was dug in the autumn.—I give for digging 8d per rod ; hoe only twice j the produce is generally four bulhels of clean carrots, which I fell at 6d. per bulhel, the buyer to fetch them from their place of growth. “ The foil in fome places, loofe and hollow $ the under ftratum clay $ in others a fine vegetable mould upon a red loam. “ I find in taking up the carrots, lefs damage is done to the young fibres of the trees, than by digging be¬ tween them \ for, it is impoflible with the greateft care of your fervants, not to cut off fome of them by dig¬ ging, and thereby injure the trees, befides leaving the ground in no better Hate than it is after carrots *, for when the carrot is drawn, the cavity is filled imme¬ diately with loofe mould, through which the young fibres will ftrike with great freedom, and very much accelerate the growth of the trees,” 4. Parsnips. The culti- Parfnips have never in this country received from huf- vation of bandmen that attention to which they are well entitled much n$ t00 ^rom t^le ea^e w^ich they are cultivated, and the gle&ed.6" quantity of faccharine or nouriftiing matter they are known to contain, which certainly abounds in them, in a much greater proportion than in almoft any other vegetable with which we are at prefent acquainted. Bath Pa- cu^t*vate this root (fays Mr Hazard) fo as to ftrs, vol. iv. mahe it advantageous -to the farmer, it will be right to ■». 244. fow the feed in the autumn immediately after it is ripe j by which means the plants will appear early the Vol. I. Part II. following fpring, and get ftrong before the weeds can Culture of rife to injure them. Neither the feeds nor young plants are ever materially injured by frofts j on which , , account, as well as many others, the autumn is prefer- ^ able to the fpring fowing. The beft foil for them is Mr Ha- a rich deep loam, and next to this fand. They will zard’s me- thrive well in a black gritty foil, but not in ftone- th°d cul_ braftv, gravel, or clay •, and they are always largeft intlvaUon* the deepefl: earth. If the foil be proper, they do not require much manure. Mr Hazard obtained a very good crop for three years upon the fame piece of ground without ufing any; but when he laid on about 40 cart loads of fand per acre upon a ftiff loam, and ploughed it in, he found it anfwer very well $ whence he concludes, that a mixture of foils may be proper for this root. The feed may be fown in drills at about 18 inches diftance from one another, that the plants may be the more conveniently hand or horfe hoed 4 and they will be more luxuriant if they undergo a fe- cond hoeing, and are carefully earthed, fo as not to cover the leaves. Such as have not ground to fpare, or cannot get it in proper condition in autumn, may at that time fow a plot in their garden, and tranfplant from thence in the latter end of April, or early in the month of May following. The plants muft be care¬ fully drawn, and the ground well pulverized by harrow¬ ing and rolling j after -which a furrow fhould be open¬ ed with the plough, about fix or eight inches deep, in which the plants fhould be regularly laid at the dilfance of about ten inches from each other, taking care not to let the root be bent, but for the plant to Hand per¬ pendicular after the earth is clofed about it, which ought to be done immediately by means of perfons who fhould for this purpofe follow the planter with a hoe. Another furrow muft be opened about 18 inches from the former, in the fame direftion, and planted as before ; and fo on in like manner until all the plants are depofited, or the field be completely cropped j and when the weeds appear, hoeing will be neceffary, and it will afterwards be proper to earth them 5 but if the leaves of the plants be covered with earth, the roots will be injured. Parfnips ought not to be plant¬ ed by dibbling, as the ground thus becomes fo bound, as feldom to admit the fmall lateral fibres with which thefe roots abound to fix in the earth, by which they are prevented from expanding themfelves, and never attain a proper fize. When circumftances are properly attended to, there is little doubt that a crop of parfnips would anfwer much better than a crop of carrots. They are equal, if not fuperior, in fattening • pigs, as they make their flefh whiter, and the animals themfelves are more fond of thefe roots than of carrots. Horfes eat them greedily when clean wafhed and fliced among bran, and thrive very well upon them 4 and black cattle are laid likewife to approve of them. Though parfnips are little ufed in Britain, they are highly efteemed in France. In Britanny they are thought, as food for cattle, to be little inferior to wheat j and cows fed with them are faid to give as much milk, and of as good quality, as in the fummer months. In the illand of Jerfey they have long been confidered as of the higheft importance 4 and as the mode of culti¬ vating them there feems worthy of attention, we fhall here give an account of it, from a paper tranfmitted by 3 G the 4iS A GRICULTURE. Pradice. Culture of the Agricultural Society of Jerfey to the Britifh Board Ppian“skr °f ASrIculture- . ' . “ It is impoffible, fay thefe gentlemen, to trace the 356 period when the cultivation of this plant was firft intro- Culture of duced amongft us. It has been known for feveral cen- parfnips turies, and the inhabitants have reaped fuch benefit with beans therefrom, that, for fattening their cattle and pigs, andGuern- t^eT prefer it to all the known roots of both hemifpheres. fey. The cattle fed therewith yield a juicy and exquifite meat. The pork and beef of Jerfey are incontellably equal, if not fuperior, to the beft in Europe. We have obferved, that the beef in fummer is not equal to that in the autumn, winter, and fpring periods, when the cattle are fed with parfnips} which we attribute to the excellency of that root. “ All animals eat it with avidity, and in preference to potatoes. We are ignorant of the reafon, having never made any analyfis of the parfnip. It would be durious, interefling, and ufeful, to invefligate its cha- rafteriftic principles : it is certain that animals are more fond of it than of any other root, and fatten more quickly. The parfnip poffeffes, without doubt, more nutritious juices than the potato. It has been proved that the latter contains eleven ounces and a half of wa¬ ter, and one gros of earthy fubffcance, French weight y therefore, there only remain four ounces and five gros of nutritive matter. Probably the parfnip does not contain near fo much watery particles ; neverthelefs, they digeft very ealily in the animal’s body. The cows fed with hay and parfnips during winter yield butter of a fine yellow hue, of a faflfron tinge, as excellent as if they had been in the molt luxuriant paflure.” Thefe gentlemen proceed to Hate, that, in the ifland of Jerfey, parfnips are not cultivated alone, but along with beans, among which laft peafe are fometimes mixed. There are three modes of cultivation : ift, With the fpade ; 2d, With the plough and fpade ; and 3d, With two ploughs, the one called the fmall and the other the great plough. This laft method, as being the moft economical and advantageous to the hulbandman, is the only one defcribed. In the month of September, a flight ploughing and preparation is fometimes given to the field deftined for beans and parfnips in the en- fuing year; but more generally the whole work is* performed in high grounds about the middle of Febru¬ ary, and in the middle of March in low land. A light plough cuts and turns the earth about four or five inches deep; then follows it a large plough conftrlifted on purpofe, and only ufed for this operation, which ele¬ vates the earth on the furrow laid open, and turns it over that which the fmall plough turned up. The cflential poiat is to plough deep and to cover the clods over again. The field thus prepared, is fuffered to remain 15 days, after which it is very lightly harrowed. On the fame day, or on the enfuing, the beaus are planted in the fol¬ lowing manner* Straight lines muftbe drawn from north to fouth with a gardeners rake at 44 feet diflance. On thefe ftraight lines, 19 inches in breadth, women plant four or five beans in rov/s 4 inches drftant from each ether, or the beans are planted in double rows all over the field, at the ufual depth, and 12 feet diftance from each other, with the beans fpaced out 18 inches from each other. When all this is done, the paifnips are fown in broad-caft over the field, after which it is well Culture of harrowed. In 15 days after, if the weather has been particular •warm and rainy, or in three weeks if it has been cold Plants. and dry, the ground is harrowed again to cut up the ^ weeds. In five or fix weeks the beans (hoot out, and the ground foon appears as if covered by hedges or laid out in paths for walking j for in the fpaces be¬ tween the lines where the beans were planted are as many alleys, where women and children weed with great facility. They generally weed the ground twice, and the operation is performed with a two-pronged fork, fuch as is ufed in gardens. The firft weeding is per¬ formed at the end of April or beginning of May, when the plants muft be cleared out if they are too thick. When the beans are ripe, which is in Auguft or September, they are immediately plucked up, not to incommode the parfnips. The crop of beans is not al¬ ways certain. If high winds or fogs prevail when they are in flower, the produce will be fcanty j but the parfnips in a manner never fail. They neither dread the inclemency of the weather, nor are affefted by the hardeft froft, nor by any of thole accidents which at times will inftantly deftroy a whole crop. Parfnips grow till the end of September, but fome give them to cattle they wifh to fatten in the begin*- ing of September. The people of thefe iflands confider the parf’nip as the moft juicy and nutritious of all roots’ known. Its cultivation is an excellent preparation- for wheat, which is fown there without manure after parfnips, and yields a plentiful crop. It muft be ob¬ ferved, that though this cultivation of parfnips is ex* penfive where the price of labour is high, no dung or manure is neceffary either for the parfnips or the wheat. They reckon 30 perches of parfnips, with a little hay, will fatten an ox of three or four years old, though ever fo lean-, he eats them in the courfe of three months as follows: they are given at fix in the morn¬ ing, at noon, and at eight at night, in rations of 401b. each ■, the largefl are flit into three or four pieces j but not wafhed unlefs very much covered with earth. In the intermediate hours, at nine in the morning, two iiv the afternoon, and’ nine at night, a little hay is given. Experience has fhewn, that when cattle, pigs, or poul¬ try, are fed with parfnips, they are fooner fattened and' are more bulky than with any other root or vegetable whatever. The meat of fuch is moft delicate and fa- voury. In fpring the markets are furnifhed with the beft and fatteft beef from their feeding on parfnips. The crops of parfnips raifed in Jerfey and Guernfey are very great. On an extent of 1000 feet, the produce of a field of beans and parihips is about 1 20olb. weight of parfnips, Rouen meafure, and thirty cabots or half bufhels of beans, and three cabots and a half of peafe 5 which altogether, according to the price at which thefe articles are aftually fold there, amount to the fum of 256Tivres French currency. The following informa¬ tion was alfo received from the prefident of the Jerfey Society on ift March 1796, viz. “ Since writing con¬ cerning the crop of beans and parfnips together, we - have found that an individual who cultivates parfnips without fowing either peafe or beans along with them had a crop of 14,7601b. weight Rouen meafure per vergee.” The vergee is 40 perches in length and one perch in breadth. III. Plants Part L AGRI CULT UR 1L- Culture of Ppian?!.ar P^nts cultivated for Leaves, or for both w.—v < Leaves and Root. i. Turnip-rooted Cabbage. Cultivation plant niay defervedly be reckoned next in vu- ■of the tur- lue to the turnip itfelf. Its adt^antages, according to tlip-rooted Sir Thomas Beevor, are, “ that it affords food for cat- cab tage. tje late ;n tlae fpring, and refills mildew and froff, which fometimes deftroy the common turnip;” whence he is of opinion that every farmer who cultivates the common turnip ffiould always have part of his farm laid out in the cultivation of this root. The importance and value of turnip-rooted cabbages feem only to have been lately afcertained. In the Bath Society papers tve have the following account of Sir Thomas Beevor’s method of cultivating them ; which from experience he found to be cheaper and better than any other. “ In the firft or fecond week of June, I fow the fame quantity of feed, hoe the plants at the fame fize, leave them at the fame diftance from each other, and treat them in all refpefts like the common turnip. In this method I have always obtained a plentiful crop of Their utili- i t0 afcertain the Value of which I need only in- ty and va- form you, that on the 23d day of April laft, having iue. then two acres left of my crop, found, and in great perfeflion, I divided them by fold hurdles -into three parts of nearly equal dimenfions. Into the firll; part I put 24 fmall bullocks of about 30 Hone weight each (iqlb. to the ftone), and 30 middle-fized fat wethers, which, at the end of the firft week, after they had eaten ■down the greater part of the leaves, and fome part of •the roots, I fluffed into the fecond divifion, and then •put 70 lean ftieep into what was left of the firft ; thefe fed off the remainder of the turnips left by the fat flock ; and fo they were fluffed through the three di- vifions, the lean flock following the fat as they wanted food, until the whole was confumed. “ 1 he 24 bullocks and 30 fat wethers continued in the turnips until the 2ift of May, being exadtly four weeks ; and the 70 lean fheep until the 29th, which is one day over four weeks : fo that the two acres kept me 24 fmall bullocks and no fheep four wrecks (not reckoning the overplus day of keeping the lean fheep); the value, at the rate of keeping at that feafon, cannot be eftimated in any common year at lefs than 4d. a-week for each fheep, and is. 6d. per week for each bullock, which would amount together to the fum of 14I. 10s. 8d. for the two acres. “ You wdll hardly, I conceive, think I have fet the price of keeping the flock at too high a rate ; it is be¬ neath the price here in almoft every fpring, and in this laft it w'ould have coft double, could it have been pro¬ cured ; which was fo far from being the cafe, that hun¬ dreds of ftieep and lambs here were loft, and the reft greatly pinched, for want of food. “ You will obferve, gentlemen, that in the valua¬ tion of the crop above mentioned I have claimed no al¬ lowance for the great benefit the farmer receives by being enabled to fuffer his grafs to get into a forward growth, nor for the fuperior quality of thefe turnips in fattening his flock ; both which circumftances muft ftamp a new and a great additional value upon them. But as their continuance on the land may feem to be injurious to the fucceeding drop, and indeed will de- Culture of prive the farmer totally of either oats or barley ; fo to P^cular fupply that lofs I have always fown buck-wheat on the . firft earth upon the land from which the turnips were thus fed off; allowing one bufhel of feed per acre, for which I commonly receive from five to fix quarters per acre in return. And that I may not throw that part of my land out of the fame courfe of tillage with the reft, I fow my clover or other grafs feeds with the buck-wheat, in the fame manner as with the oat or barley crops, and have always found as good a /oyer (ley) of it afterwards. “ Thus you fee, that in providing a moft incompa¬ rable vegetable food for cattle, in that feafon of the year in which the farmer is generally moft diftreffed, and his cattle almoft ftarved, a confiderable profit may likewdfe be obtained, much beyond w hat is ufually de¬ rived from his former praclice, by the great produce and price of a crop raifed at fo eafy an expence as that of buck-wheat, which with us fells commonly at the fame-price as barley, oftentimes more, and but very rarely for lefs. “ The land on which I have ufually foivn turnip-root¬ ed cabbages is a dry mixed foil, wrorth 15s. per acre.” To the preceding account the fociety have lubjoin- ed the following note : “ Whether we regard the im¬ portance of the fubjedl, or the clear and practical in¬ formation which the foregoing letter conveys, it may be confidered as truly interefting as any we have ever been favoured with : and therefore it is recommended Recom- in the ftrongeft manner to farmers in general, that thev mendation adopt a mode of practice fo decifively afcertained to be the Batil in a bigh degree judicious and profitable.” Society. To raiie the turnip-rooted cabbage for tranfplanting, the beft method yet dilcovered is, to breaft-plough and burn as much old pafture as may be judged neceffary for the feed bed ; two perches well flocked with plants will he fufficient to plant an acre. The land ftiould be dug as lhallow as poflible, turning the afnes in ; and the feed Humid be fown the beginning of April. The land intended for the plantation to be cultiva-To raife ted and dunged as for the common turnip. About mid-d16 turnip- fummer (or fooner if the weather will permit) will berootcd c:ib' a proper time for planting, which is beft done in the following manner : the land to be thrown into one-bout ing. 1 * ridges, upon the tops of which the plants are to be fet, at about 18 inches diftance from each other. As foon as the weeds rife, give a hand-hoeing ; afterwards run the ploughs in the intervals, and fetch a furrow from each ridge, which, after laying a fortnight or three weeks, js again thrown back to the ridges ; if the weeds rife again, it is neceffary to give them another hand-hoeing. If the young plants in the feed-bed fhould be attack¬ ed by the fly, fow wood-alhes over them when the dew is on, which will effedlually prevent the ravages they would otherwife make. In another letter from Sir Thomas Beevor, Bath Papers, vol. viii. p. 489. he expreffes his hope that the turnip-rooted cabbages he had would laft until heCompari- fliould have plenty of grafs for all his flock. To makelon 01 the a comparative eilimation of the quantity of food yield-of ed by the turnip-rooted cabbage and the common tur- Ta mthe nip, he feledled fome of each kind, and having girted common them with as much accuracy as poflible; he found, thatturniP- ‘ 3 G 2 a 362 Other ex- 420 , A G R I C U Culture of a turnip-rooted cabbage of 18 inches circumference ^Plants'11 we*g^ec^ 5lib. and a common turnip of the fame fize . ~ "r ~. only 34-lb. j on trying others, the general refult was found to be in that proportion. Had they been weigh¬ ed with the tops, the fuperiority of the turnip-rooted cabbage would have been greater, the tops of them be¬ ing remarkably bufhy. They were w-eighed in the month of March ; but had this been done at Chriftmas, our author is of opinion that the difference would not have been fo great; though he reckons this very cir- cumflance of their continuing fo long to afford a nourifhing food, an inftance of their excellency above almoft every other vegetable whatever. In the fourth volume of the fame wrork, Sir Tho- penments. mas gjves an account of another experiment on five acres of turnip-rooted cabbage, four of which were eaten upon the field, the other was pulled up and carried to the flables and ox-houfes. They were fown and cultivated as other turnips ; the beafls were put to them on the 12th of April, and continued feeding upon them till the x ith of May. The cattle fed for this fpace of time were, 12 Scotch bullocks weighing 40 ftone each •, eight homebreds, two years old ; fif¬ teen cows full fized j 40 fheep j 18 horfes j befides 40 ftore-hogs and pigs, which lived upon the broken pieces and offal, without any other allowance, for the whole four weeks. The whole value of the plant, ex- clufive of the feeding of the pigs, amounted, according to our author’s calculation, to 18I. ; and he fays that the farmers would willingly give this fum in the fpring for feeding as many cattle : “ becaufe it enables them to fave the young fhooting grafs (which is fo frequently injured by the tread of the cattle in the frofly nights) until it gets to fuch a length and thicknefs as to be afterwards but little affedted by the fummer’s drought. Befides this, the tops or leaves are in the fpring much more abundant, and much better food than thofe of the common turnip, as already obferved; and they continue in full perfedtion after all the common turnips are rotten or worth lefs. The difadvantages attending the cultivation of tur¬ nip-rooted cabbages are, that they require a great deal the'eukiva- °f time and pains to take them up out of the ground, tion of this if they are to be carried off the field ; and if fed where plant. they grow, it requires almoft an equal labour to take up the pieces left by the cattle. A great deal of earth is alfo taken up along with the root; and the fubftance of the latter is fo firm and folid, that they muft be cut in two in order to enable the cattle to eat them. To • obviate fome of thefe objedtions, it will be proper to fow the plants on rich and very light land 5 and as they are longer in coming to the hoe than the common turnip, it will be proper to fow them about the beginning of 6 June. Why every In another experiment upon this plant by the fame farmer gentleman, the cabbages held out during the long and fevere froft of 1788 without the leaft injury, though it deftroyed three-fourths of all the common turnips in the neighbourhood. On the 21ft of April 1789, the average produce of an acre was found to be fomewhat more than 24-4 tons, though the tops had not fprout- ed above three inches. Confidering the precarioufnefs ©f turnips and other crops, Sir Thomas is decifively of ©pinion, that allfarmers ought to have as many tumip- jeoted cabbages as woul4 aifoid and eafure them a full 363 Difadvan¬ tages at¬ tending ight to cultivate this plant. L T U R E. Practice. provifion for their cattle for about three or four wreeks Culture of during the latter part of the fpring. This quantity he particular reckons fufficient, as the confumption, particularly piants- when drawn and carried off the land, is attended with , more trouble and expence than that of common tur¬ nips, efpecially if the foil be w7et and heavy. In another letter, dated May 3. 1790, Sir Thomas Beevor once more fets forth the advantages of having a crop of thefe vegetables during the fpring feafon. “ In confequence (lays he) of the very cold weather we have had here, the grafs is but juft fpringing •, as the turnips are whol¬ ly eaten up, it occafions much diftrefs among the far¬ mers for want of fome green vegetable food for their (beep and cattle j whereas, by the afliftance of my tur¬ nip-rooted cabbages, I have abundance of the beft and moft nutritive food that can be found them.” He then proceeds to recommend their culture “ for the fup- port of almoft all live ftock for the three laft wreeks of April, or firft week of May, when the grafs ftioots late.” In the 4th volume of the Tranfaftions of the So¬ ciety for encouraging Arts, Mr Robins, who received a premium for railing the greateft quantity of this plant, informs us, that the foil on which it grew was a Jlone braijh, inclining to fand, not worth more than 1 os. per acre j the preparation the fame as for turnips. The manure was a compoft of earth and dung, which he finds to anfwer better than dung. The feed was fown about the beginning of April on a clean fpot of ground j and he commonly ufes an old pafture where the Iheep-fold has been in the winter, after taking away the dung, and digging it very (hallow j “ as the roots of the young plants (fays he) might foon reach the dung or falts, wTich muft confequently be left, in or¬ der to force them out of the fly’s way.” Thefe in¬ fects, our author obferves, are extremely fond of the turnip-rooted cabbage } much more fo, he believes, than of common turnips. About the middle of June they fliould be planted out upon one-bout ridges raifed by a double plough made for the purpofe. Seven thou- fand plants are fufficient for one acre j but if only fix are ufed, the roots will be the larger. To determine how many (beep might be kept upon Number of an acre of turnip-rooted cabbage, our author (hut up flieep fed 200 ewres with their lambs upon a piece of poor pafture by an acre land of no great extent j the whole not exceeding ten acres. One ton was found fufficient for keeping them^ es> in fufficient health for a day. On giving them a larger piece of ground to run over, though it had been eaten all winter and late in the fpring, yet, with this trifling affiftance, 13 tons of turnip-cabbage were made to ferve 18 days ; at the end of which the ewes and lambs were found very much improved, which could not have been expected from four acres of turnips in the month of April, the time that thefe were fed. From fome trials made on the turnip-rooted cabbage Expfr;_ at Cullen Houfe in the north of Scotland, it appears ments at that the plant is adapted to the climate of every part Cullen- of our ifland. The firft trial was made in the yearboufe. 1784. The feeds were fown about the middle of March in garden ground properly prepared. The cab¬ bages were tranfplanted about the middle of March that year into a dry light foil, well cleaned and dung¬ ed with rotten cow-dung, in rows three feet diftant £soo» each other, and at the diftance of 20 inches in Part I. AGRICULTURE, Culture of tlie rows. They were kept very clean, and the earth P Plants^ WHS UP to t^e r00ts t^e phmts $ by which . a ' .means they were probably prevented from attaining the hardnefs they would otherwife have arrived at; ' though, after all, it was neceflary to cut the roots in two before the iheep could eat them. When thus cut, the animals ate them greedily, and even preferred them to every other food. The roots continued good for at leaft a montli after the common turnips were unfit for ufe: fome of them weighed from eight to ten pounds, and a few of them more. Other trials have Cnee been made ; and it now appears that the plant will thrive very well with the ordinary culture of tur¬ nips in the open fields, and in the ufual manner of fow- ing broad-caft. hrom a comparative trial made by the earl of Fife upon this root with fome others, the quantities produced upon 100 fquare yards of ground were as follows : Common turnips Turnip-rooted cabbage Carrots Root of fcarcity ftone. lb. 92 4 88 o '95 ° 77 ° 3^7 Of the The turnip-rooted cabbage was planted in lines 20 inches afunder ; the common turnips fown broad-caft, and hand-weeded, fo that they came up very thick, being not more than three or four inches afunder when full grown. Two cows were fed for fix weeks with the turnips, two with the turnip-rooted cabbage, and two with the root of fcarcity for an equal time : the two fed with turnips gave moft milk, and thofe with the root of fcarcity the leaft. His lordfhip obferves, however, that carrots thrive better on his farm than any other crop : that his horfes had been fed on them at the rate of two pecks a-day, with no corn, and little more than half the ulual quantity of hav. ** 4 hey were kept at work every day from feven to eight hours, and were never in better order.” 2. Swedish Turnip, or Roota Baga. The roota baga, or Swedilh turnip, is a plant from toota baga. which great expeftations have been formed. It is faid to be hardier than the common turnip, and of greater fweetnefs and folidity. It alfo preferves its freflmels and fucculence till a very late period of its growth, even after it has produced feed ; on account of wrhich property it has been recommended to the notice of farmers as an excellent kind of fucculent food for do- meftic animals in the fpring of the year, when common turnips and moft other winter crops have failed, and before grafs has got up to furnilh an abundant bite for feeding beafts. This peculiarity, fo valuable, yet fo lingular as to have led many at firft to doubt the fafl, feems to be fufficiently afeertained by experiment. Dr * ^.e ^‘r> I* Anderfon * in particular informs us, that it “ begins vol. m. p. to fend out its flower-ftems in the fpring, nearly about the fame time with the common turnip ; but that the root, in confluence of that change of ft ate, fuffers very little alteration. I continued to ufe thefe turnips at my table every day till towards the middle of May ; and had I never gone into the garden myfelf, I Ihould not even then have fufpeaed, from the tafte or appear¬ ance of the bulb itfelf, that it had been fhot at all. I he items, however, at the feafon I gave over ufing api. them, were from four to five feet high, and in full llowrer. I ihould have continued the experiment longer, had not the quantity I had left for that purpofe been exhaufted, and a few only left for feed. _ “ 1 his experiment, however, fully proves, that this kind of turnip may be employed as a fucculent food for cattle till the middle of May at leaft, in an ordina¬ ry year ^ and I have not the fmalleft doubt but it will continue perfcclly good for that purpofe till the end of May in any feafon j at which time grafs and other fpring crops can eafily be had for bringing beafts for¬ ward in flelh. I can therefore, without hefitation, re¬ commend this plant to the farmer as a moft valuable fpring feeding for cattle and fheep ; and for this pur- pole, I think no wile farmer Ihould be without a pro¬ portion ol this kind of turnip to fucceed the other lorts after they fail. rI he profitable method of con- fuming it, wdiere it is to be kept very late, is, I am convinced, to cut off the tops with a feythe or fickle when from one foot to eighteen inches high, to induce it to fend out freih ftems, that will continue foft and fucculent to the end j whereas, without this procefs, the ftems would become fticky and ufelefs. “ I cannot, however, recommend this kind of tur¬ nip, from what I have yet feen, as a general crop j be- caufe I think it probable, that unlefs in particular cir- cumftances, the common field turnips grow to a much larger fize, and afford upon the whole a more weighty crop. Fhefe, therefore, Ihould ftill continue to be cul¬ tivated for winter ufe, the other being referved only for fpring confumption. “ Experiments are ftill wanting to afeertain with certainty the peculiar foil and culture that bell agree with this plant ; but from the few obfervations I have hitherto had an opportunity of making upon it, it feems to me probable, that it thrives better, and grows to a larger fize on damp clayey foil, than on light fandy land. But I would not wifh to be underftood as here fpeaking pofitively j I merely throw it out as a hint for future obfervation : on fpongy foil it profpers. u T hough the ufes of this as a garden plant are of much fmaller confequence than thofe above fpecified, it may not be improper to remark, that its leaves form a very fweet kind of greens at any time ; and merely for the fake of the experiment, I caufed fome of thefe to be picked off the ftems of the plants coming to feed, on the 4th of June, the king’s birth-day, which, on being readied, were found perfectly fweet, without the fmalleft tendency to bitternefs, which moft, if not all, other kinds of greens that have been hitherto cul¬ tivated are known to acquire after their ftems are con- fiderably aovanced j no family, therefore, can ever be at a lofs for greens when they have any of this plant in feed. “ A root of this kind of turnip was taken up this day (June 15*) } the leed-ftalks were firm and woody, tne pods full formed, and in fome of them the feeds were nearly ripe. The root, however, was as foft and iucculent as at any former period of its growth j nor was the ikin, as I expefled, hard or woody. It was made ready and brought to the table : fome per- fons there thought the tafte as good, if not better, than at any former period of its growth but I myfelf, per¬ haps through prejudice, thought it had not quite, fo high a relifh as in whiter ; At any rate, however, there, csun 421 Culture of particular Plants. 4^2 A G R I C U Culture of can be no doubt, that if ever it could be necelfary, it particular might, even now, be employed very properly as a feed- . a^ts- ^ ing for cattle.” 6S This vegetable, from its obvious utility, is gradually Culture of coming to be much ufed in various quarters of the the root a ifland. In , the Agricultural Survey of Nottingham- baga in flu re, the following description of the modes in which Notting- jt been fuceefsfully cultivated, is well worthy of attention. “ The roota baga, or Swedilh turnip, is now cultivated by a few farmers in this diltricl. It appears to be fuperior to the common turnip in many relpedts, particularly in hardinefs, as it Hood the laft fevere winter without the leaft injury. It is eaten with greediuefs by all animals, from the horfe to the fwine. Sheep ^prefer it to all others but the material advan¬ tage that has been made of it, is the fubftituting it for corn in the food of draught horfes; in which it has been found to anfwer the wifh of every perfon who has yet tried it. The turnips are put into a tub or bar¬ rel, and cut fmall with an inftrument like a hoe, with the blade put perpendicularly into the fhaft 5 a man will cut in one hour as much as fix horfes can eat in twenty-four. The tops and bottoms are previoufly cut off and given to the pigs. Horfes that are hard work¬ ed, look full as well when fed with this turnip and very little hay, as they formerly did when very high fed with com. The Swedifh turnip (hould be fowed early, from the 15th of May to the 10th of June.”— The following information on the culture of the roota baga, is given in the fame Survey upon .the authority of J. Daiken, Efq. of Nottingham. Mr Daiken, about the 10th of May I794> f°wed about four acres with the feed of roota baga, about 2 lbs. per acre, on good fand land, worth 20s. an acre, manured as for turnips, and having been ploughed four or five times ; the reft of the field, to the amount of nine acres in all, with common turnip and turnip- rooted cabbage, all broad-caft. They were not trans¬ planted, but hoed out nine inches afunder, at 4ihree hoeings, at 7s. 6d. an acre 5 no other culture. In November, began to ufe them for horfes, giving at firft clover and rye-grafs hay, oats and beans •, but find¬ ing that the horfes did well upon them, left off all corn, and continued them on hay and the roots only j ■fifteen were thus fed for about two months, were con- ftantly hard worked, and preferved themfelves in very .good condition. Mr Daiken is fo well convinced, that in this application they were worth 39I. an acre, that he would in future, if he could not get them other- wife, rather give that futn per acre for one or two acres, than not have them for this ufe. They loft their leaves entirely when the froft fet in 5 but the roots were not the leaft affe&ed, though the common turnips in the fame field were totally deftroyed. Paf- fengers paffing through the field, cut holes in them, which did not let the froft injure them *, nor were thofe hurt which were damaged by cattle biting them. Some came to the weight of 16 lbs. and Mr Daiken thinks , the average of the crop 8 lbs. and much to exceed in tonnage per acre common turnips. Mr Daiken gave them alfo to hogs, cattle and (heep. They are excellent for hogs ; and fheep being let into the field before the common turnips were de¬ ftroyed, gave fo decided a preference to the roota ba- L T U R E. Praaicc. ga, that they would not fettle on the comnlon turnips Culture of while the others were to be had. particular The method of giving them to horfes is to cut off 1 ants’ , the top-root, to waih them, and to cut them roughly with a perpendicular hoe, and then given diredly, without keeping them to dry. The horfes ate them with avidity, and feemed even to prefer them to corn. Their qualities appear to be Angular, as they bind horfes initead of relaxing them as other roots do. One mare rvas kept entirely upon them and ftraw, worked every day, did well, and never looked better j this mare was more bound by them than the reft. They have a ftrong effect upon making. the coats fine j and one or two affe&ed by the greafe, were cured by them, as they a£t as a ftrong diuretic. In this mode of ap¬ plication, one acre maintained fifteen about two months : and Mr Daiken is fo well convinced of the utility of the plant, as well as many of his neighbours, that he intends, and they alfo, to increafe the cultiva¬ tion much. Mr Daiken fufpefts there are two forts of the roota baga, becaufe fome, upon cutting, are white within, but in general yellow $ otherwife of the fame exter¬ nal appearance. The yellow is the beft. 3. Turnip Cabbage. This plant is as yet but little known. The feed is faid to have been brought from the Cape of Good Hope by Mr Haftings, where it is very common as well as in Holland. It has alfo had an exiftence in Britain for many years, though not generally known. It has a much greater affinity to the cabbage than to the turnip ; and is very hardy, bearing the winter as well, if not better, than common brocoli, and may therefore be confidered as a valuable acquifition to the ^ kitchen garden as well as for cattle. The beft time Method of for fowing it for the garden is the end of May or be- cultivation, ginning of June, though none of the plants have ever been obferved to run to feed though fown ever fo early. Even though fown in Auguft at the cauliflower feafon, the greater part flood throughout the follow¬ ing fummer, and did not feed till the fecond fpring. The plants require nearly the fame management with brocoli as to diftance, tranfplanting, &.c. and are ufu- ally moft efteemed when young, and about the fize of a moderate garden turnip j thofe fown in June will continue all winter. The bulb mull be ftripped clean of its thick fibrous rind ; after which it may be ufed as a common turnip. The crown or fprout is very good, but efpecially in the fpring, when they begin to run to feed. Mr Broughton, from whofe account in the Bath Papers, vol. v. this article is taken, thinks that the turnip-cabbage is more nutritious than the common turnip. The largeft bulb he meafured was 23 inches circumference ; but the thicknefs of the rind is fo great, that fome farmers imagined that the bulb would be too hard for Iheep. The objeftion, however, was obviated by Mr Broughton, who gave fome of the oldeft and tougheft bulbs to his fheep, and found that they not only penetrated through the rind, but even devoured the greateft part of it. 4. Cabbage. The cabbage has been recommended by long expe¬ rience Parti. AGRICULTUR E. Culture of rience as an excellent food for cattle. Its ufes as part particular of human food are alfo well known. It is therefore an *'ariL'>' intereiling article in hulhandry. It is eafily railed, is ’ fubjeft to few difeafes, refills frofts more than turnip, Cuimre of palatable to cattle, and fooner fills them than turnip, cabbage, carrot, or potatoes. The feafon for fetting cabbage depends on the ufe it is intended for. If intended for feeding in Novem¬ ber, December, and January, plants procured from feed Town the end of July the preceding year mull be fet in March or April. If intended for feeding in March, April, and May, the plants mult be fet the firft week of the preceding July, from feed fown in the end of February or beginning of March the fame year. The late fetting of the plants retards their growth; by which means they have a vigorous growth the following fpring« And this trop makes an important link in the chain that connects winter and fummer green food. Where cabbage for fpring food happens to be neglect¬ ed, a few acres of rye, fown at Michaelmas, will fupply the want. After the rye is conlumed, there is time fufficient to prepare the ground for turnip. And now to prepare a field for cabbage. Where the plants are to be fet in March, the field mull be made up after harveil in ridges three feet wide. In that form let it lie all winter, to be mellowed with air and froft. In March, take the firll opportunity, between wret and dry, to lay dung in the furrowrs. Cover the dung writh a plough, which will convert the furrow into a crown, and confequently the crown into a furrow. Set the plants upon the dung, diilant from each other three feet. Plant them fo as to make a llraight line crofs the ridges, as well as along the furrows, to which a gardeners line flretchcd perpendicularly crofs the fur¬ rows will be requifite. This will fet each plant at the diilance precifely of three feet from the plants that fur- round it. The purpofe of this accuracy is to give op¬ portunity for ploughing not only along the ridges, but crofs them. This mode is attended with three fignal advantages : it faves hand-hoeing, it is a more com¬ plete drefling to the foil, and it lays earth neatly round every plant. If the foil be deep and compofed of good earth, a trench ploughing after the preceding crop will not be amifs; in which cafe, the time for dividing the field into three-feet ridges, as above, ought to be imme¬ diately before the dunging for the plants. If weeds happen to rife fo clofe to the plants as not to be reached by the plough, it will require very little labour to deftroy them with a hand-hoe. Unlefs the foil be much infefted with annuals, twice ploughing after the plants are fet will be a fufficient dreffing. The firft removes the earth from the plants; the next, at the diftance of a month or fo, lays it back. Where the plants are to be fet in July, the field muft be ribbed as direfted for barley. It ought to have a flight ploughing in June before the planting, in order to loofen the foil, but not fo as to bury the fur- face-earth ; after which the three-feet ridges muft be formed, and the other particulars carried on as dire£l- ed above with refpect to plants that are to be fet in March. In a paper already quoted from thofe of the Eath Society, Scots cabbages are compared, as to their uti¬ lity in feeding cattle, with turnips, turnip-rooted cab- Culture of bage, and carrots. In this trial the cabbages ftand particular next in value to the carrots ; and they are recommend- phmts. ed as not liable to be affefted by froft, if they be ^ of the true flat-topped firm kind. Fifty-four tons have been raifed upon an acre of ground not worth Quantity more than 12 (hillings. There is likewife an ad van- raifed or. tage attending the feeding of cattle with cabbages, viz. anacre,^'c*' that their dung is more in proportion than when fed wuth turnips or with hay ; the former going oft' more by urine, and the latter having too little moifture. They alfo impoverifh the ground much lefs than grain. Mr Billingfley accounts 46 tons per acre a greater crop than he ever read of; but Mr Vagg, in the 4th vo¬ lume of Bath Papers, gives an account of a crop for which he received a premium from the Society, which was much fuperior to that of Mr Billinglley. Its ex¬ tent was 12 acres; the produce of the worft was 42, and of the belt 68 tons. They were manured with a compoft of lime, weeds, and earth, that lay under the hedges round the field, and a layer of dung, all mixed and turned together. About 25 cart loads of this were fpread upon an acre with the ufual ploughing gi¬ ven to a common fummer fallow ; but for this, he fays, “ admitting inch crop to exhauft the manure in fome degree by its growth, an ample reftoration will be made by its refufe ploughed in, and by the ftirring and cleaning of the ground.” The whole expence ox an acre, exclufive of the rent, according to Mr Vagg?s calculation, amounts to il. 14s. id. only four ounces of feed being requifite for an acre. The 12 acres, pro¬ ducing as above mentioned, would feed 45 oxen, and upwards of 60 flieep, for three months ; improving them as much as the grafs in the heft months of the year, May, June, and July. Fie recommends fowing the feed about the middle of x^uguft, and tranfplant- ing the young cabbages where they may be flickered from the froft ; and to the negleift of this he afcnbes the partial failure, or at leaft inferiority of one part of his ground in the crop juft mentioned, the young plants not being removed till near midfummer, and then in fo dry a time, that they were almoft fcorch- ed up. In the Farmer’s Magazine, vol. ii. p. 217. we have Of water* feveral pertinent remarks upon the culture of this ufe- ing cab¬ ful plant, particularly with regard to watering. “ It bages. is a rule (fays this correfpondent) never to water the plants, let the feafon be as dry as it may ; infilling that it is entirely ufelefs.. If the land is in fine tilth and well dunged, this may be right, as the expence muft be confiderable ; but it is probable, in very dry feafons, when the new fet plants have nothing but a burning fun on them, that watering would fave vaft numbers, and might very well anfwer the expence, if a pond is near, and the work done with a water-cart.” He takes notice alfo of another ufe. of cabbages, which has not met with the attention it merits, vi%. the planting of lands where turnips have failed. A late fown crop of ihefe feldom turns to any account; but cabbages planted on the ground without any plough¬ ing would prove very beneficial for flieep late in the fpring; in all probability (unlefs on light, fandy, or limeftone foils) of greater value than the turnips, had they fucceeded. Mr Mai {hall obferves, that in the midland diftriff, a . valuable 424 AGRICULTURE. Praaice. Culture of valuable fort of large green cabbage “ is propagated, ^ Plants31" ^ not ra^e(^> Bake well, who is not more cele- . . brated for his breed of rams than for his breed of cab- bages. Great care is obferved here in raifing the feed, Cabbages being careful to fuffer no other variety of the braffica cultivated tribe to blow near feed cabbages j by which means land difld" are true to t^ie^r kind. To this end, it is " faid that fome plant them in a piece of wheat} a good method, provided the feed in that fituation can be pre- - 74 ferved from birds/’ Diftance at The advantage of having large cabbages is that of which theybeing able to plant them wide enough from each other, ®la^edt0 be *0 their being cleaned with the plough, and yet to afford a full crop. The proper diftance depends in fome meafure on the natural fize of the fpecies and the ftrength of the foil} the thinner they (land, the larger they will grow: but our author is of opinion that cabbages, as wrell as turnips, are frequently fet out too thin. Four feet by two and R half, accord¬ ing to Mr Marfhall, are a full diftance for large cab- 375 bages on a rich foil. -Method of \Ve think it of importance to take notice of the fol- lowing mode of tranfplanting cabbages, or earthing earthmg them, as being confiftent with the beft mode of prac- them. tice, and coming from the moft refpe&able practical Annals of authority, Mr George Cully of Fenton. “ We plant Agriculture, the cabbages, fays he, not only in right lines but equi- vol. xv. diftant every way, fo that we can plough between the rows, both long-ways and crofs ever ; which, by loof- ening the earth fo effe&ually on all fides, very much promotes their growth. But the matter I wifhed to inform you of, is the taking them up by the roots in the autumn whenever they have completed their growth, and putting them into the neareft ftubble field you have, where a plough is ready to draw a ftraight furrow in the moft convenient place } and at twenty yards dif¬ tance, more o^ lefs, the ploughman makes another fur¬ row parallel to the firft. The cabbages are now turn¬ ed out of the carts as conveniently as may be for a fuf- ficient number of women to lay them along tjiefe fur¬ rows as clofe one to another as poflible. The plough¬ man begins again where he firft ftarted, and turns a large furrow upon the cabbages which is trodden down and righted by one, two, or more as occafion requires, with each a fpade in his hand to aflift where the plough has by chance or accident not thrown earth enough. Thus the work goes on till all is finilhed.” “ We think we derive two advantages by the above procefs. In the firft place the cabbages keep fuffici- ently well through the winter in their new fituation, while they do not drawr or exhauft the land fo much where they were growing : and, fecondly, that land is at liberty to be fown with wheat as foon as cleared of the cabbages) which grain, in general, anfwers well after that green crop.” How pro- Cabbages and greens in general are apt to be infeft- tefted from ed by caterpillars. They may ufually however be pro- ^ tefted againft thofe vermin by pulling off the large imdermoft leaves, which may be given to cows in the month of Auguft, or when the common wdiite butterflies begin to appear in numbers. Thefe butterflies lay their eggs, which produce the cabbage caterpillar, on the under fide of the largeft leaves of the cabbage plants. There is alfo faid to be another remedy. It tjpnfifts of fowing beans among the cabbages, which will greatly prevent the breeding of thefe worms } for it is Culture of faid that the butterflies have an antipathy to the flavour Grafs. ^ of beans. v ^ c. The Root of Scarcitv. . . . 2>11 The racine de difette, or root of fcarcity (Betaci- Culture of c/tf), delights in a rich loamy land well dunged. It is i.he ,r?ot °f direded to be fowrn in rows, or broad*caft, and as foonlcarci - as the plants are of the fize of a goofe quill, to be tranf- planted in row's of 18 inches diftance, and 18 inches apart, one plant from the other: care muft be taken in the fowing, to fow very thin, and to cover the feed, which lies in the ground about' a month, an inch only. In tranfplartting, the root is not to be fliortened, but the leaves cut at the top } the plant is then to be planted with a fetting ftick, fo that the upper part of the root ftiall appear about half an inch out of the ground : this laft precaution is very neceffary to be attended to. Thefe plants wall ftrike root in twenty-four hours, and a man a little accuftomed to planting will plant with eafe 1800 or 2000 a day. In the feed-bed, the plants, like all others, muft be kept clear of weeds: when they are planted out, after once hoeing, they will take care of themfelves, and fuffocate every kind of weed near them. The beft time to fow the feed is from the beginning of March to the middle of April: it is, however, ad- vifed to continue fowing every month until the begin¬ ning of July, in order to have a fucceflion of plants. Both leaves and roots have been extolled as excellent both for man and beaft. This plant is faid not to be liable, like the turnip, to be deftroyed by infefts} for no infeft touches it, nor is it affe&ed by exceflive drought, or the changes of feafons. Horned cattle, horfes, pigs, and poultry, are exceedingly fond of it when cut fmall. The leaves may be gathered every 12 or 15 days} they are from 30 to 40 inches long, by 22 to 25 inches broad. This plant is excellent for milch cows, when given to them in proper proportions, as it adds much to the quality as well as quantity of their milk ; but care muft be taken to proportion the leaves with other green food, otherwife it would abate the milk, and fatten them too much, it being of fo ex¬ ceeding a fattening quality. To put all thefe proper¬ ties beyond doubt, however, further experiments are wanting. Sect. IV. Gidture of Grafs. The latter end of Auguft, or the beginning of of living September, is the beft feafon for fowing grafs feeds, as down fields there is time for the roots of the young plants to fixto grafs- themfelves before the ftiarp frofts fet in. It is fcarce neceffary to fay, that moift weather is beft for fowing} the earth being then warm, the feed will vegetate imme¬ diately } but if this feafon prove unfavourable, they will do very w ell the middle of March following. If you would have fine pafture, never fow on foul land. On the contrary, plough it well, and clear it from the roots of couch-grafs,, reft-harrow, fern, broom, and all other noxious weeds. If thefe are fuffered to remain, they will foon get above and deftroy your young grafs. Rake thefe up in heaps, and bum them on the land, and fpread the afhes as a manure. Thefe ploughings and harrowings (hould be repeated in dry weather. Part I. AGRICULTURE. Culture of weather. And if the foil be clayey and wet, make , Grafs~ fome under-drains to carry off the water, which, if fuf- v ^ fered to remain,. will not only chill the grafs, but make it four. Before fowing, lay the land as level and fine as poffible. If your grafs feeds are clean (which fhould always be the cafe), three buffiels will be fufficient per acre. When fown, harrow it in gently, and roll it in with a wooden roller. When it comes up, fill up all the bare fpots by frelh feed, which, if rolled to fix it, will foon come up and overtake the reft. In Norfolk they fow clover with their graffes, par¬ ticularly with rye-grafs; but this Ihould not be done except when the land is defigned for grafs only three or four years, becaufe neither of thefe kinds will laft long in the land. Where you intend it for a continuance, it is better to mix only fmall white Dutch clover, or marl grafs, with your other grafs feed, and not more than eight pounds to an acre. Thefe are abiding plants, fpread clofe on the furface, and make the fweeteft feed of any for cattle. In the following fpring, root up thirties, hemlock, or any large plants that appear. The doing this while the ground is foft enough to permit your drawing them up by the roots, and before they feed, will fave you infinite trouble afterwards. The common method of proceeding in laying down fields to grafs is extremely injudicious. Some fow bar¬ ley with their graffes, which they fuppofe to be ufeful in ftiading them, without confidering how much the corn draws away the nourifhment from the land. Others take their feeds from a foul hay rick ; by which means, befides filling the land with rubbifti and ■weeds, what they intend for dry foils may have come 379 from moift, where it grew naturally, and vice verfa. different The confequence is, that the ground, inftead of being ^‘n|S °f covered with a good thick fvvard, is filled rvith plants unnatural to it. The kinds of grafs molt eligible for pafture lands are, the annual meadow, creeping, and fine bent, the fox’s tail, and the crefted dog’s tail, the poas, the fefcues, the vernal oat-grafs, and the ray or rye-grafs. We do not, however, approve of fowing all thefe kinds together; for not to mention their ri¬ pening at different times, by which means you can ne¬ ver cut them all in perfection and full vigour, no kind of cattle are fond of all alike. _ Horfts will fcarcely eat hay which oxen and cows will thrive upon.} ffieep are particularly fond of fome kinds, and refufe others. The darnel-grafs, if not cut before feveral of the other kinds are ripe, becomes fo hard and wiry in the italks, that few cattle care to eat it. As the fubjeCt of paftures is very important, we lhall firft take notice of the general mode of improving or¬ dinary paftures, and of the particular graft plants that ought to be cultivated in them. After which we lhall mention the celebrated modern improvements upon graft lands, by flooding them artificially with water. Pafture land is of fuch advantage to hufbandry, that many prefer it even to corn land, becaufe of the fmall hazard and labour that attends it 5 and as it lays the foundation for moft of the profit that is expefted from the arable land, becaufe of the manure afforded by the cattle which are fed upon it. Pafture ground is of two forts : the one is meadow land, which is often overflowed} and the other is upland, which lies high and dry. I he firft of thefe will produce a much Vol. I. Part II. greater quantity of hay than the latter, and will nkdn indication how eafily this plant may be cultivated 383 Advanta¬ ges of roll ing grafs. L T U R E. 42; to great advantage in moft forts of land throughout this Culture of kingdom. Graft. Therefore the true caufe why the land which has ‘ ^ been in tillage is not brought to a good turf again, in the ufual method of hulbandry, is, from the farmers not diftinguilhing which graffcs are annual from thofe which are perennial : for if annual or biennial grafles are fown, theie will of courfe foon decay $ fo that, unlefs where fome of their feeds may have ripened and fallen, nothing can be expe£ted on the land but what will naturally come up. Therefore this, with the co¬ vetous method of laying down the ground with a crop of corn, has occafioned the general failure of increafing the pafture in many parts of Britain, * where it is now much more valuable than any arable land. After the ground has been fown in the manner be¬ fore direcled, and brought to a good fward, the way to preferve it good is, by conftantly rolling the ground with a heavy roller, every fpring and autumn, as hath been before dire&ed. This piece of huihandry is rarely pradlifed by farmers j but thofe who do, find their ac¬ count in it, for it is of great benefit to the grafs. Ano¬ ther thing ihould'alfo be carefully performed, which is, to cut up docks, dandelion, knapweed, and all fuch bad weeds, by their roots every fpring and autumn 5 this will increafe the quantity of good grafs, and preferve the pa¬ ftures in beauty. Dreffmg of thefe paftures every third year is alfo a good piece of hufbandry $ for other- wife it cannot be expelled the ground ftould continue to produce good crops. Befides this, it will be necef- fary to change the feafons of mowing, and not to mow the fame ground every year, but to mow one feafon and feed the next $ for where the ground is every year mown, it muft be conftantly dreffed, as are moft of the grafs grounds near London, othen^ife the ground will be foon exhaufted. Culmiferous graffes might be divided into two ge-Culmife- neral claffes for the purpofes of the farmer, that ^rous might be of ufe for him to attend to : viz. 1 ft, Tlaofe which, like the common annual kinds of corn, run chiefly to feed-ftalks j the leaves gradually decaying as they advance towards perfeflion, and becoming to¬ tally withered or falling off entirely when the feeds are ripe. Rye-grafs belongs to this clafs in the ftri&eft fenfe. To it likewife may be affigned the vernal grafs, dogs-tail grafs, and fine bent grafs. 2dly, Thofe whofe leaves continue to advance even after the feed- ftalks are formed, and retain their verdure and fuccu- lence during the whole feafon, as is the cafe with the fefcue and poa tribes of grafles, whofe leaves are as green and fucculent when the feeds are ripe and the flower-ftalks fading, as at any other time. “ It is wonderful, Mr Stillingfleet | remarks, to fee { Tran, re how long mankind have neglefted to make a proper#0 advantage of plants of fuch importance, and which, in Nat- almoft every country, are the chief food of cattle.&c' The farmer, for want of dirtinguiftung and fele&ing Culpable grafles for feed, fills his paftures either with weeds or negligenc<* bad or improper graffes; when, by making a rightoffarmers choice, after fome trials, he might be fare of the beft about tb® grafs, and in the greateft abundance that his land ad-j^jsof mits of. At prefent, if a farmer wants to lay down grafles. his land to .grafs, what does he do ? he either takes 3 H 2 his * 428 A G R 1 G U L T U R E. Pradkc. Culture of his feeds indifcriminately from his own foul hay rack, Crrafs. or fen(js to his next neighbour for a fupply. By this . -v—means^ befides a certain mixture of all forts of rubbifli, which muft neceffarily happen, if he chances to have a large proportion of good feeds, it is not unlikely but that what he intends for dry land may come from moift, where it grew naturally, and the contrary. This is fuch a flovenly method of proceeding, as one would think could not poflxbly prevail univerfally : yet this is the cafe as to all graffes except the darnel-grafs, and what is known in fome few counties by the name of the Suffolk-grafs ; and this latter inftance is owing, I believe, more to the foil than any care of the hulhand- man. Now, would the farmer be at the pains of fe- parating once in his life half a pint or a pint of the different kinds of grafs feeds, and take care to fow them feparately, in a very little time he would have wherewithal to flock his farm properly, according to the nature of each foil, and might at the fame time fpread thefe feeds feparately over the nation, by fup- plying the feed (hops. The number of grafles fit for the farmer is, I believe, fmall; perhaps half a dozen or half a fcore are all he need to cultivate $ and how fmall the trouble would be of fuch a tafk, and how great the benefit, muft be obvious to every one at firft fight. Would not any one be looked on as wild who fhould fow wheat, barley, oats, rye, peafe, beans, vetches, buck-wheat, turnips, and weeds of all forts together ? yet how is it much lefs abfurd to do what is equivalent in relation to graffes ? Does it not import the farmer to have good hay and grafs in plenty ? and will cattle thrive equally on ail forts of food ? We know the contrary. Horfes will fcarcely eat hay that will do well enough for oxen and cows. Sheep are particularly fond of one fort of grafs, and fatten upon it fafter than any other, in Sweden, if we may give credit to Linnaeus. And may they not do the fame in Britain ? How fhall we know till we have 385 tried?” Kinds of The graffes commonly fown for pafture, for hay, or grafs com- to cut green for cattle, are red clover, white clover, yellow clover, rye-grafs, narrow-leaved plantain, com- n" monly called ribwort, fainfoin, and lucerne. Red clover is of all the moft proper to be cut green for fummer food. It is a biennial plant when fuffered to perfedt its feed 5 but when cut green, it will laft three years, and in a dry foil longer. At the fame time the fafeft courfe is to let it ftand but a lingle year: if the fecond year’s crop happen to be fcanty, it proves, like a bad crop of peafe, a great encourager of weeds by the ftielter it affords them. Here, as in all other crops, the goodnefs of feed is of importance. Choofe plump feed of a purple colour, becaufe it takes on that colour when ripe. It is rtrl when hurt in the drying, and of a faint colour when 8(J unripe. Of red clo- Red clover is luxuriant upon a rich foil, whether clay, ver. loam, or gravel: it will grow even upon a moor, when properly cultivated. A wet foil is its only bane j for there it does mot thrive. To have red clover in perfection, weeds muft be ex¬ tirpated, and Hones taken off. The mould ought to be made as fine as harrowing can make it; and the furface be fmoothed with a light roller, if not fuffi- ciently finooth. without it. This gives opportunity fox diftributing the feed evenly : which muft be covered Culture of by a fmall harrow with teeth no larger than thofe of a Grafs. garden rake, three inches long, and fix inches afun- ‘ der *. In harrowing, the man ftiould walk behind * Plate with a rope in his hand fixed to the back part of the VIII. fig. 7- harrow, ready to difentangle it from ftones, clods, tur¬ nip or cabbage roots, which would trail the feed, ^nd difplace it. Nature has not determined any precife depth for the feed pf red clover more than of other feed. It will grow vigoroufly from two inches deep, and it wTill grow when barely covered. Half an inch may be reckoned the moft advantageous pofition in clay foil, a whole inch in what is light or loofe. It is a vulgat error, that fmall feed ought to be fparingly covered. Milled by that error, farmers commonly cover their clover feed with a bulhy branch of thorn j which not only covers it unequally, but leaves part on the furface to wither in the air. The proper feafon for fowing red clover, is from the middle of April to the middle of May. It will fpring from the firft of March to the end of Auguft 5 but fuch liberty ought not to be taken except from neceflity. There cannot be a greater blunder in hulbandry than to be fparing of feed. Ideal writers talk of fowing an acre with four pounds. That quantity of feed, fay they, will fill an acre with plants as thick as they ought to ftand. This rule may be admitted where grain is the objeift j but it will not anfwer with refpedi to gra% Grafs feed cannot be fown too thick ; the plants Ihel- ter one another ; they retain all the dew j and they muft pufh upward, having no room laterally. Obferve the place where a fack of peafe, or of other grain, has been fet down for fowing : the feed dropt there acci¬ dentally grows more quickly than in the reft of the field fow’n thin out of hand. A young plant of clover, or of fainfoin, according to Tull, may be raifed to a great fize w here it has room •, but the field will not produce half the quantity. When red clover is fown for cutting green, there ought not to be lefs than 24 pounds to an acre. A field of clover is feldom too thick : the fmaller a Item be, the more acceptable it is to cattle. It is often too thin } and wiien fo, the Hems tend to wood. Grain may be fown more fafely with red clover of fowing than with almoft any other grafs •, and the moft clover witk proper grain has been found to be flax. The foil grain, muft be highly cultivated for flax as well as for red clover. The proper feafon of fowing is the fame for both j the leaves of flax being very fmall, ad¬ mit of free circulation of air ; and flax being an early crop, is removed fo early as to give the clover time for growing. In a rich foil it has grown fo fall, as to af¬ ford a good cutting that very year. Next to flax, bar¬ ley is the beft companion to clover. The foil muft be loofe and fre^ for barley \ and fo it ought to be for clover : the feafon of fowing is the fame j and the clo<- ver is well eftablifhed in the ground before it is over¬ topped by the barley. At the fame time, barley com¬ monly is fooner cut than either oats or wheat. In a wmrd, barley is rather a nurfe than a ftepmother to clover during its infancy. When clover is fown in fpring upon w'heat, the foil which has lain five or fix months without being ftirred, is an improper bed for it ^ and the wheat, being in the vigour of growth, overtops Part I. AG Culture of overtops it from the beginning. It cannot be Town Grafs, along with oats, becaufe of the hazard of froft ; and j,,,—> y/hen town as ufual among the oats three inches high, it is overtopped, and never enjoys free air till the oats be cut. Add, that where oats are fown upon the win¬ ter furrow’, the foil is rendered as hard as when under wheat.—Red clover is fometimes fown by itfelf with¬ out other grain : but this method, bende loimg a crop, is not falutary j becaufe clover in its infant ftate re¬ quires {belter. As to the quantity of grain proper to be fown with clover : In a rich foil well pulverized, a peck of barley on an Englifla acre is all that ought to be ventured j but there is not much foil in Scotland fo rich. Two Linlithgow firlots make the proper quantity for an acre that produces commonly fix bolls of barley j half a firlot for what produces nine bolls. To thofe who are governed by cuftom, fo final! a quantity will be thought ridiculous. Let them only confider, that a rich foil in perfect good order, will from a fingle feed of barley produce 20 or 30 vigorous Hems. People may flatter themfelves with the remedy of cutting bar¬ ley green for food, if it happen to opprefs the clover. This is an excellent remedy in a field of an acre or twTo 5 but the cutting an extenfive field for food muft be flow ; and w’hile one part is cutting, the clover is fmothered in other parts. White and The culture of white clover, of yellow’ clover, of yellaw clo- ribw’ort, of rye-grafs, is the fame in general with that ver^nb-^ of red clover. We proceed to their peculiarities. Yel- rye-grafs ^ow ci°ver> ribwort, rye-grafs, are all of them early plants, blooming in the end of April or beginning of May. The two latter are evergreens, and therefore excellent for winter pafture. Rye-grafs is lefs hurt by frofl: than any of the clovers, and will thrive in a moifter foil : nor in that foil is it much affefted by drought. In a rich foil, it grows four feet high : even in the dry fummer 17.75, ^ r0^e t0 three feet eight inches} but it had gained that height before the drought came on. Thefe graffes are generally fown with red clover for producing a plentiful crop. The proportion of feed is arbitrary } and there is little danger of too much. When rye-grafs is fown for procuring feed, five firlots wheat meafure may be fown on an acre ; and for procuring feed of ribwort, 40 pounds may be fown. The roots of rye-grafs fpread horizontally : they bind the foil by their number ; and though fmall, are yet fo vigorous as to thrive in hard foil. Red clover has a large tap-root, which cannot penetrate any foil but what is open and free } and the largenefs of the root makes the foil ftill more open and free. Rye-grafs, once a great favourite, appears to be difcarded in many parts of Britain. The common practice has been, to fow it with red clover, and to cut them promifcuoufly the beginning of June for green food, and a little later for hay. This indeed is the proper feafon for cutting red clover, becaufe at that time the feed of the rye- grafs is approaching to maturity, its growth is flopped for that year, as much as of oats or barley cut after the feed is ripe. Oats or barley cut green before the feed forms, will afford two other cuttings •, which is the cafe of rye-grafs, of yellow7 clover, and of ribwort. By fuch management, all the profit will be drawn that thefe plants can afford. When red clover is intended for feed, the ground 429 ought to be cleared of weeds, were it for no other pur- Culture of. pole than that the feed cannot otherwife be preferved pure : w’hat wreeds efcape the plough ought to be taken1 ■ ■ ~ out by the hand. In England, when a crop of feed is intended, the clover is always firlt cut for hay. This appears to be done, as in fruit trees, to check the grow’th of the wood, in order to encourage the fruit. This praftice will not anfwer in Scotland, as the feed w’ould often be too late for ripening. It would do better to eat the clover with flieep till the middle of May, which would allow the feed to ripen. The feed is ripe wdien, upon rubbing it between the hands, it parts readily from the hulk. Then apply the fcythe, fpread the crop thin, and turn it carefully. When perfectly dry, take the firfl: opportunity of a hot day for threlhing it on boards covered wfith a coarfe flieet. Another way, lefs fubject to riik, is to Hack the dry- hay, and to threfti it in the end of April. After the firfl; threffnng, expofe the hulks to the fun, and threfh them over and over till no feed remain. Nothing is more efficacious than a hot fun to make the hulk part wdth its feed 5 in w’hich view7 it may be expofed to the fan by parcels, an hour or two before the flail is ap¬ plied. White clover, intended for feed, is managed in th& fame manner. No plant ought to be mixed with rye- ' grafs that is intended for feed. In Scotland, much rye-grafs feed is hurt by tranfgreffing that rule. The feed is ripe when it parts eafily with the hulk. The yellowmefs of the Item is another indication of its ripe- nefs ; in w’hich particular it refembles oats, barley, and other culmiferous plants. The belt manner to manage a crop of rye-grafs for feed, is to bind it loofely in fmall fheaves, widening them at the bottom to make them Hand ere£t ; as is done with oats in moift wea¬ ther. In that Hate they may Hand till fufficientiy dry for threlhing. By this method they dry more quickly, and are lefs hurt by rain, than by clofe binding and putting the ffieaves in Ihocks like corn. The word: way of all is to fpread the rye-grafs on the moift ground, for it makes the feed malten. The fheaves, when fuf¬ ficientiy dry, are carried in clofe carts to where they are to be threlhed on a board, as mentioned above for clover. Put the ftraw in a rick when a hundred ftone weight or fo is threlhed. Carry the threlhing board to the place where another rick is intended $ and fo on till the whole feed be threlhed, and the ftraw ricked. There is neceffity for clofe carts to fave the feed, w’hich is apt to drop out in a hot fun j and, as obferved above,. a hot fun ought always to be chofen for threfhing. Carry the feed in facks to the granary or barn, there • to be feparated from the hulks by a fanner. Spread the feed thin upon a timber floor, and turn it once or twice a-day till perfectly dry. If fullered to take a heat, it is ufelefs for feed.. The writers on agriculture reckon, fainfoin prefer- Culture a& able to clover in many refpefts : They fay, that it pror fainfoin. duces a larger crop ; that it does not hurt cattle when eaten green j that it makes better hay } that it conti¬ nues four times longer in the ground \ and that it will grow7- on land that will bear no other crop. Sainfoin has a very long tap-root, which is able to pierce very hard earth. The roots grow very large 5 and the larger they are, they penetrate to the greater depth j and hence it may be concluded, that this grafs, when. RIGULTURE. 43<> . . Culture of wnen it thrives well, receives a great part of its nou- Grafs. riihment from below the Jlaple of the foil: of courfe, a .v—.jr ^eep ^ry. p0j| js for the culture of fainfoin. When plants draw their nourilhment from that part of the foil that is near the furface, it is not of much confequence whether their number be great or fmall. But the cafe is very different when the plants receive their food, not only near, but alfo deep below, the furface. Befides, plants that fhoot their roots deep are often fupplied with moifture, when thofe near the furface are parched with drought.. To render the plants of fainfoin vigorous, it is ne- ceflfary that they be fown thin. The bell method of doing this is by a drill; becaufe, when fown in this manner, not only the weeds, but alfo the fupernume- rary plants, can eafily be removed. It is feveral years before fainfoin comes to its full llrength $ and the num¬ ber of .plants fufficient to flock a field, while in this imperfeft ftate, will make but a poor crop for the firft year or two. It is therefore neceffary that it be fown in fuch a manner as to make it eafy to take up plants in fuch numbers, and in fuch order, as always to leave 'in the field the proper number in their proper places. This can only be done, with propriety, by fowing the plants in rows by a drill. Suppofing a field to be dril¬ led in rows at ten inches diftance, the partitions may Be hand-hoed, and the rows dreffed in fuch a manner ^s to leave a proper number of plants. In this fi- tuation the field may remain two years; then one- fourth of the rows may be taken out in pairs, in fuch a manner as to make the beds of fifty inches, with fix rows in each, and intervals of thirty inches, which may be ploughed. Next year, another fourth of the rows may be taken out iii the fame manner, fo as to leave double rows with partitions of ten inches, and intervals of thirty: All of. which may be hoed at once or alternately, as it may be found moft couve- riient. The great quantity of tins grafs which the writers on this fubjeft affure us may be raifed upon an acre, and the excellency and great value of the hay made of it, (hould induce farmers to make a complete trial of it, and even to ufe the fpade in place of the hoe, or boe-plough, if neceffary. The plants taken up from a field of fainfoin may be fet in another field j and if the tranfplanting of this grafs fucceeds as well as the tranfplanting of lucerne has done with M. Lunin de Chateauvieux, the trouble and expence will be fufficlently recompenfed by the largenefs of the crops. In tranfplanting, it is necef- 5i fary to cut off great part of the long tap-root: this will prevent it from ftriking very deep into the foil, and make it pufli out large roots in a floping direftion from the cut end of the tap-rootw Sainfoin managed in this manner, will thrive even on Ihallow land that has a wet bottom, provided it be not oyerftocked Tvith plants. Whoever inclines to try the culture of this grafs in Scotland, {hould take great pains in preparing the land, and making it as free from weeds as poffible. In England, as the roots ftrike deep in that chalky foil, this plant is not liable to be fo much injured by drought as other graffes are, whofe fibres ftrike hori¬ zontally, and lie near the furface. The quantity of hay •produced is greater and better in quality than any ■3 Practice. other. But there is one advantage attending this grafs, Culture of which renders it fuperior to any other ; and that arifes Grafs, from feeding with it milch cows. The prodigious increafe of milk which it makes is aftoniftiing, being nearly double that produced by any other green food. The milk is alfo better, and yields more cream than any other $ and the butter procured from it is much better Coloured and flavoured. The following remarks by an Englifli farmer are made from much experience and obfervation. Sainfoin is much cultivated in thofe parts where Remarks the foil is of a chalky kind. It will always fucceed on the cul- well where the roots run deep \ the worft foil of all ferture offain- it is where there is a bed of cold wet blay, which the^n.irV. tender fibres cannot penetrate. This plant will make ^ a greater increafe of produce, by at leaft 30 times, than common grafs or turf on poor land. Where it meets with chalk or ftone, it will extend its roots through the cracks and chinks to a very great depth in fearch of nouriftiment. The drynefs is of more confequence than the richnefs of land for fainfbm 5 al¬ though land that is both dry and rich will always pro¬ duce the largeft crops. It is very commonly fown broad-caft j but it is found to anfwer beft in drills, efpecially if the land be made fine by repeated ploughing, rolling, and harrowing. Much depends on the depth at which this feed is fown. If it be buried more than an inch deep, it will feldom grow ; and if left uncovered, it will pufh out its roots above ground, and thefe will be killed by the air. March and the beginning of April are the beft feafonS for fowing it, as the feverity of winter and the drought of fummer are equally unfavourable to the young plants. A bulhel of feed fown broad-caft, or half that quantity in drills, if good, is fufficient for an acre. The drills fhould be 30 inches apart, to admit of horfe-hoeing between them. Much, however, depends on the good- nefs of the feed, which may be beft judged of by the following marks: The hulk being of a bright colour, the kernel plump* of a gray or bluifti colour without, and if cut acrofs, greenifh and frefli withinfide ; if it be thin and furrow¬ ed, and of a yellowifh caft, it will feldom grow. When the plants ftand Angle, and have room to fpread, they produce the greateft quantity of herbage, and the feed ripens beft. But farmers in general, from a miftaken notion of all that appears to be walte ground being unprofitable, plant them fo clofe, that they choke and impoverilh each, other, and often die in a few years* Single plants run deepeft and draw moft nourifhment j they are alfo eafieft kept free from weeds* A Angle plant will often produce half a pound of hay, wdien dry* On rich land this plant wall yield t>vo good crops in a year, with a moderate {hare of culture. A good crop muft not be expefted the firft year ; but, if the plants ftand not too thick, they will inereafe in fize the fecond year prodigioufly. No cattle fhould be turned on the field the firft win¬ ter after the corn is off with which it was fown, as their feet would injure the young plants. Sheep {hould not come on the following fummer, becaufe they would bite off the crown of the plants, and prevent their {hooting again. A fmall quantity of foapers afhes as a top-dreffmg will be xxf great fervice, if laid on the firft Winter, AGRICULTURE. If Part L Culture of Grafs.» A G R I G U 39* Its excel¬ lence as food for cows. 392 Culture of lucerne. If the fainfom be cut juft before it comes into bloom, it is admirable food for horned cattle ; and if cut thus early, it will yield a fecond crop the fame feafon. But if it proves a wet feafon, it is better to let it Hand till its bloom be perxe&ed ; for great care muft be taken, in making it into hay, that the flowers do not drop off, as cows are very fond of them *, and it requires more time than any other hay in drying. Sainfoin is fo ex¬ cellent a fodder for horfes, that they require no oats while they eat it, although they be worked hard all the time. Sheep will alfo be fattened with it fafter than with any other food. If the whole feafon for cutting proves very rainy, it is better to let the crop ftand for feed, as that will amply repay the lofs of the hay becaufe it will not only fetch a good price, but a peck of it will go as far as a peck and a half of oats for horfes. The bcft time of cutting the feeded fainfoin is, when the greateft part of the feed is well filled, the firft blown ripe, and the laft blown beginning to open. For want of this care fome people have loft moft of their feed by letting it ftand too ripe. Seeded fainfoin fliould always be cut in a morning or evening, when the dews render the ftalks tender. If cut when the fun Ihines hot, much of the feed will fall out and be loft. An acre of very ordinary land, when improved by this grafs, will maintain four cows very well from the firft 01 April to the end of November } and afford, be- fides, a fufficient ftore of hay to make the greater part of their food the four months following. If the foil be tolerably good, a field of fainfoin will laft from 15 to 20 years in prime; but at the end of feven or eight years, it will be neceffary to lay on a moderate coat of well-rotted dung ; or, if the foil be very light and famdy, of marl. % this means the future crops, and the duration of the plants in health •and vigour, will be greatly increafed and prolonged. Flence it will appear, that for poor land there is no¬ thing equal to this grafs in point of advantage to the farmer. Clover will laft only two years in perfe&ion 5 and of¬ ten, if the foil be cold and moift, near half the plants will rot, and bald patches be found in every part of the field the fecond year. Befides, from our frequent rains during the month of September, many crops left for feeding are loft. But from the quantity and excellent quality of this grafs (fainfoin), and its ripening earlier, and continuing in vigour fo much longer, much rifk and certain cxpence are avoided, and a large annual pro¬ fit accrues to the farmer. The writers on agriculture,, ancient as- well as mo¬ dern, beftow the higheft encomiums upon lucerne as affording excellent hay, and producing very large crops. Lucerne remains at leaft 10 or 12 years in the ground, and produces about eight tons of hay upon the Scots acre. I here is but little of it cultivated in Scotland. However, it has been tried in feveral parts of that country ; and it is found, that, when the feed is good, Jt comes up very well, and ftands the winter froft. But the chief thing which prevents this grafs from being more uied in Scotland, is the difficulty of keeping the foil open and free from weeds. In a few years the lurface becomes fo hard, and the turf fo ftrong, that it deftroys the lucerne before the plants have arrived at L T U R E. . 43I their greateft perfe&ion : fo that lucerne can fcarce be Culture of cultivated with fuccefs there, unlefs forne method be Grafs, fallen upon of deftroying the natural grafs, and pre¬ venting the furface from becoming hard and impene¬ trable. This cannot be done effe fo as not to damage the roots y that the roots be left only about fix or feven inches long y that the green crops be cut off within about two inches of the crown 5 that they be put into water as foon as taken up, there to remain till they are planted; and that they ffiould be planted with a planting ftick, in the fame manner as. cabbages. He does not give particular dire&ions as to the times of norfe-hoeing y but only fays, in general, that the- 393 Culture of burnet. 432 ^ G R Culture of the intervals Ihould be ftirred once in the month du- Grafs. ring the whole time that the lucerne is in a growing ft ate. He likewife obferves, that great care ought to be taken not to fuft'er any weeds to grow among the. plants, at leaft for the firft two or three years ; and for this purpofe, that the rows, as well as the edges ol the intervals where the plough cannot go, Ihould be Weeded by the hand. Burnet is peculiarly adapted to poor land j bo¬ lides, it proves an excellent winter-pafture when hard¬ ly any thing elfe vegetates. Other advantages are. It makes good butter j it never blows or fwells cattle j it is line pafture for fheep and will flourifh well on poor, light, Tandy, or ftony foils, or even on dry chalk hills. The cultivation of it is neither hazardous nor expen- five. If the land is prepared as is generally done for turnips, there is no danger of its failing. After the firft year, it will be attended with very little expence, as the flat circular fpread of its leaves will keep down, or prevent the growth of wreeds. On the failure of turnips, either from the fly or the black worm, fome of our farmers have iown the land with burnet, and in March following had a fine pafture for their ftieep and lambs. It will perfeft its feed twice in a fummer j and this feed is faid to be as good aa oats for horfes) but it is too valuable to be applied to that ufe. It is fometimes fown late in the fpring with oats and barley, and fucceeds very well j but it is bell to fow it fingly in the beginning of July, when there is a pro- fpe£f of rain, on a fmall piece of la.nd, and in Oftober following tranfplant it in row’s two feet apart, and about a foot diftant in the row’s. This is a proper dif- tance, and gives opportunity for hoeing the intervals in the fucceeding fpring and fummer. After it is fed down with cattle, it Ihould be har- -rowred clean. Some hcrfes will not eat it freely at lirft, but in two or theee days they are generally very fond of it. It affords rich pleafant milk, and in great plenty. A gentleman farmer near Maidftone, fome years fince, fowed four acres as foon as the crop of oats v^as got off, which was the latter end of Auguft. He threw’ in x 2 pounds of feed per acre, broad-caft } and no rain falling until the middle of September, the plants did not appear before the latter end of that month. There was howrever a good crop} and in the fpring he fet the plants out with a turnip hoe, leaving them about a foot diftant from each other. But the drill method is preferable, as it faves more than half the feed. . The land was a poor dry gravel, not worth three ftiillirrgs an acre for any thing elfe. . The fevereft froft never injures this plant 5 and the oftener it is fed the thicker are its leaves, which fpring -conftantly from its root. We ftiall here enumerate a few more of the graffes which have been accounted valuable, or are likely to become fo. Alopecurus bulbofus, Bulbous Foxtail-grass, is recommended by I)r Anderfon % as promifing on fow.e * n- occafions to afford a valuable pafture-grafs. It feems ffkiltu're chiefly, he obferves, to delight in a moift foil, and fee. * ’therefore promifes to be only fit for a meadowy pafture- grafs. The quality that firft recommended it to his notice, was-the unufual firmnefs that its matted roots ICULTURE. Pra&ica. 394 Bulbous foxtail- grafs. * EJfays on gave to the furface of the ground, naturally fort and Culture cf moift, in which it grew j which feeincd to promife that. r<'1" . it might be of ufe upon fuch foils, chiefly in prevent¬ ing them from being much poached by the feet of cat¬ tle which might pafture upon them. Molly ibiis elpe- cially are fo much hurt by poaching, that any thing that promiies to be of ufe in preventing it deferves to be attended to. 395 Poci Gre at 3Me ADOW-GRAss, feems toap- Great ^ea. proach in many refpeas to the nature of the purple dow-grafs. fefeue 5 only that its leaves are broader, and not near lb long, being only about a foot or 16 inches at their greateft length. * Like it, it produces few feed ftalks and many leaves, and is an abiding plant. . It aftebls chiefly the dry parts of meadows, though it is to be found' on moft good paftures. It is very retentive of its feeds, and may therefore be buffered to remain till the ftalks are quite dry. It bloffoms the beginning of June, and its feeds are ripe in July. 396 Poa cotnprejfa, Creeping Meadow-grass, ac-Creeping cording to Dr Anderfon, feems to be the moft valuable grafs of any of this genus. Its leaves are firm and luc- 0 culent, of a dark Saxon-green colour j and growr fo clofe upon one another, as to form the richeft pile of pafture-grafs. The flower-ftalks, if fuffered to grow’, appear in fufficient quantities) but the growth of thefe does not prevent the growth of the leaves, both advan¬ cing together during the whole fummer j and when the ftalks fade, the leaves continue as green as before. Its leaves are much larger and more abundant than the common meadow7-grals, poo triviohs j and thereioie it better deferves to be cultivated. 397 Anthoxanthum odoratum, Vernal Grass, grows Venial very commonly on dry hills, and like wife on founds rich meadow-land. It is one of the earlieit graffes ve have ; and from its being found on fuch kinds of paf¬ tures as ftieep are fond of, and from whence excellent mutton comes, it is moft likely to be a good giafs for flreep paftures. It gives a grateful odour to hay. In one refpebf, it is very eafy to gather, as it fixeds its feeds upon the leaft rubbing. A correfpondent of toe. Bath Society, how’ever, mentions a difficulty that oc¬ curs in collebling them, owing to its being furrounoed with taller graffes at the time of its ripening, and be¬ ing almoft hid among them. If it be not carefully watched when nearly ripe, he obferves, and gathered w’ithin a few days after it comes to maturity, great part of the feed will be loft. The twdfted elaftic awns, which adhere to the feed, lift them out of their recep¬ tacles with the leaft motion from the wind, even while the ftraw’ and ear remain quite ereft. It is found moldy in the moift parts of meadow’s j very little of it on dry paftures. It flowers about the beginning of May, and is ripe about the middle of June. 393 Cynofurus crijlatus^ Crested Dog’s-tail grass. Crefted Mr Stillingfleet imagines this grafs to be proper for dos’s-tan parks, from his having known one, where it a' ounds^1*15, that is famous for excellent venifon. He recommends it alfo, from experience, as good for ftieep \ the bell mutton be ever tailed, next to that which comes ’mm hills where the purple and fheep’s fefeue, tbe fine Lyr-t, and the filver hair graffes abound, having been m m ftieep fed with it. He adds, that it makes a very fine turf upon dry fandy or chalky foils : but unlefs wept over with the feythe, its flowering-Ikms will look brown j Part I. Culture of grafs. 399 Cock’s-tail, or feather grafs. 400 Fine bent. 401 Mountain hair. 402 Silver hair 403 Flote lefcue. A G R I C brawn 5 which Is the cafe of all grafles which are not fed on by variety of animals. For that fome animals will eat the flowering Items is evident from commons, where fcarcely any parts of grafles appear but the ra¬ dical leaves. This grafs is faid to be the eafieft of the whole group to colled a quantity of feed from. It flowers in June, and is ripe in July. Stipa pennata, Cock’s-Tail, or Feather Grass. Agrojhs capillar is y Fine Bent, is recommended by Mr Stillingfleet, from his having always found it in great plenty on the belt Iheep paftures, in the different counties of England that are remarkable for good mut¬ ton. This grais flowers and ripens its feed the latefl: of them all. It feems to be loft the former part of the year, but vegetates luxuriantly towards the autumn. It appears to be fond of rnoift ground. It retains its feed till full ripe j flowers the latter end of July, and is ripe the latter end of Augurt. Areiraflexuofa. Mountain Hair. »— ■— caryophi/lea, Silver Hair. The fame may be faid of thefe two grafles as of the preceding one. Fejluca jluitans, Flote Fescue. In a piece pub- HiFed in the Amoenitates Academicse, vol. iii. entitled Plants Efculentcey we are informed, that “ the feeds of this grafs are gathered yearly in Poland, and from thence carried into Germany, and fometimes into Sweden, and fold under the name of manna feeds.—Thefe are much ufed at the tables of the great, on account of their nourifhing quality and agreeable tafte. It is wonderful (adds the author), that amongft us thefe feeds have hi¬ therto been neglefted, flnce they are fo eafily collefted and cleanfed.” There is a clamminefs on the ear of the flote fefcue, when the feeds are ripe, that taftes like honey j and for this reafon perhaps they are called manna feeds. Linnaeus [Tlor. Suec. art. 95.) fays that the bran of this grafs will cure horfes troubled with botts, if kept from drinking for fome hours. Concerning this grafs we have the following infor¬ mation by Mr Stillingfleet. M Mr Dean, a very fen- fible farmer at Rufcomb, Berkfliire, aflured me that a field, always lying under water, of about four acres, that was occupied by his father when he was a boy, was covered with a kind of grafs, that maintained five farm horfes in good heart from April to the end of haveft, without giving them any other kind of food, and that it yielded more than they could eat. He, at my defire, brought me fome of the grafs, which pro¬ ved to be the flote fefcue with a mixture of the marffi- bent; whether this laft contributes much towards fur- nifhing fo good pafture for horfes, I cannot fay. They both throw out roots at the joints of the ftalks, and therefore are likely to grow to a great length. In the index of dubious plants at the end of Ray’s Synopfis, there is mention made of a grafs under the name of gramen caninum fupinum longijfitnum, growing not far trom Saliffmry, 24 feet long. This muff by its length be a grafs with a creeping ftalk ; and that there is a grafs in Wiltlhire growing in watery meadows, fo va¬ luable that an acre of it lets from 10 to 12 pounds, I have been informed by feveral perfons. Thefe circum- ftances incline me to think it muff be the flote fefcue j but^ whatever grafs it be, it certainly muff deferve to be inquired after. Vol. I. Part II. U L T U R E. 433 Alfjpecurus pratenfis. Meadow Foxtail. Lin- Culture of nseus lays that this is a proper grafs to fow on grounds, grats- that have been drained. Mr Stillingiieet was informed, ' that the belt hay which comes to London is from the Me allow meadows where this grafs abounds. It is fcarce in foxtail, many parts of England, particularly Hereford {hire, Berkfliire, and Norfolk. It might lie gathered at ai- moft any time of the year from hay-ricks, as it does not Ihed its feeds without rubbing, which is the cafe of but few grafles. It is among the moll grateful of all grafles to cattle. It is ripe about the latter end of June. ^0 - Poa annua. Annual Meadow Grass. “ This Annual grafs (fays Mr Stillingfleet) makes the finefc of turfs.meadow It grows everywhere by way fides, and on rich found §rafs‘ commons. It is called in fome parts the Suffolk grafs. I have feen whole fields of it in High Suffolk without any mixture of other grafles j and as fome of the belt fait butter we have in London comes from that coun¬ ty, it is moft likely to be the beff grafs for the dairy. I have feen a whole park in Suffolk covered with this grafs but whether it affords good venifon, I cannot tell, having never tailed of any from it. I Ihould ra¬ ther think not, and that the belt pafture for Iheep is al- fo the bell for deer. However, this wants trial. I re¬ marked on Malvern-hill fomething particular in relation to this grafs. A walk that was made there for the convenience of the water-drinkers, in lefs than a year was covered in many places with it, though 1 could not find one fingle plant ef it befides in any part of the hill. This was no doubt owing to the frequent tread- ing, which above all things makes this grafs flourilh $ and therefore it is evident that rolling mull be very fer- viceable to it. It has been objedled, that this grafs Is not free from bents, by which word is meant the flow- ering-ftems. I anfwer, that this is moft certainly true, and that there is no grafs without them. But the flowers and Hems do not grow fo foon brown as thofe of other grafles; and being much fhorter, they do not cover the radical leaves fo much ; and therefore this grafs affords a more agreeable turf without mow¬ ing than any other whatever that I know of.” The feeds of this fpecies drop off before they are dry, and to appearance, before they are ripe. The utmoft care is therefore neceflary in gathering the blades, without which very few of the feeds will be faved. It ripens from the middle of April, to fo late, it is believed, as the end of Oflober j but moftly difappears in the middle of the fummer. It grows in any foil and fitu- ation, but rather affe&s the ftiade. A new grafs from America (named Agrqftis cor- K nucopue), was fome time ago much advertifed and ex- cornucopia, tolled, as poflefling the moft wonderful qualities, and the feeds of it were fold at the enormous rate of 681. the bufhel. But we have not heard that it has at all anfwered expeflion. On the contrary, we are in¬ formed by Dr Anderfon, in one of his publications*, *Bte,voLL that “ it has upon trial been found to be good for no-p. 38.' thing. Of the feeds fown, few of them ever germi¬ nated but enough of plants made their appearance, to afcertain, that the grafs, in refpeft of quality, is among the pooreft of the tribe 5 and that it is an an¬ nual plant, and altogether unprofitable to the farmer.” Chiconum Inly bus, Chicory. Ch'c°^ Mr Arthur Young has anxioufly endeavoured to ^ diffufe a knowledge of this plant, and he appears to 3 I have 434 A G R I C U Culture of have been the frrft perfon that introduced it into the , S1 ak' , agriculture of England from France, where it grows " v naturally on the fides of the roads and paths, and is fometimes cultivated as a fallad. When it has been fown by itfelf, in ground prepared by good tillage,. it has yielded two crops the fame year. When lown amongft oats', no crop is expe&ed till the following year. This plant defies the greateft droughts, and refills every £torm* Being of very early growth, its firft leaves, wdiich are large and tufted, fpread fidewife, and cover the ground fo as to retain the moilture and preferve its roots from the heat which fo often dries up every other vegetable production : it has not any thing to fear from ftorms, for its thick and ftiff llalks fupport themfelves againll the winds and heavielt rains. The moft fevere cold and frolls cannot injure it. The quicknefs of its growth, above all, renders it moll va¬ luable, becaufe it furnilhes an abundance of falutary fodder in a feafon, when the cattle, difgulted with their dry winter food, greedily devour frelh plants. This plant is greedily eatfen by all forts of. cattle, but it is difficult to make into hay. It is very volumi¬ nous, and drys ill, unlefs the weather be very favour¬ able for it. The dry fodder, however, which it does yield, is eaten with pleafure by the cattle. The fol¬ lowing is the- refult of an experiment made with it. by Mr Young upon an acre of ground Annals of Agriculture, VOi. xv. fown April 1788. Cut July 24, October 17, Green produce. Tons cwt. 9 IO 9 J4 Produce of the year of lowing, 19 4 1789. Cut May 21, July 24,. December 3, 16 9 Produce of the fecond year, 38 9 18 J9 408 Tall oat- grafs. 409 Yellow oat- grafs. 410 Rough oat grafs. 411 Upright hroom- grafs. 41? Blue tlogs- tail. • J790. Cut June 8, Auguft 15, Produce of the third year,, 38 4. The following. Engliffi grafies are recommended to attention by Mr Curtis, author of the Flora Londinen- Jis; and he has given drfe&ions for making experi¬ ments with grafs feeds in fmall quantities.. “ Avena elatior, tall aat-grafs; common in wet meadows, and by the fides of hedges, early, and very produbfive, but coarfe. “ Avena Jlavefcens, yellow oat-grafs -affefts a dry foil, is early and productive, bids fair to make a good fheep pafture. “ Avena pubefcens, rough oat-grafs ; foil and fitua- tion nearly fimilar to that of the meadow fefcue, hardy, early, and productive. “ Bromus ere&us, upright broom-graft; peculiar to chalky foils; early and productive ; promifes to be. a good grafs for chalky lands, and thrives indeed very \vell on others. “ Cynofurus ccerulcus, line dogs-tailgrafs / earlieft of L T U R E. Pradice. all the graffes } grows naturally on the tops of the Culture of higheft limeitone rocks in the northern part of Great, ; Britain : not very productive, yet may perhaps anfwer ^ in certain fituations, efpecially as a grafs for fneep : bears the drought of fummer remarkably well: at all events feems more likely to anfwer than the Jheeps fefcue grafs, on which fuch encomiums have, molt un- juftly, been laviffied. “ Daffy lis glome rat us, rough cock's foot grafs ; a Rough rough coarfe grafs, but extremely hard and prcduc-coc^ s f00t live : foil and fituation the fame as the meadow-fefcue. ° “ Fejluca elatior, tallfefeue grafs*; tall and coarfe,TaUfaTcue but very productive. 5 affeCts wet .fituations. grafs. “ Fejluca duriufcula, hard fefcue grafs ; affeCts fuch 4X5 fituations as the fmooth-Jlalked meadow grafs ; is early *e*"cue and tolerably productive : its foliage is fine, and of a8 beautiful green ; hence w4 * * 7e have fometimes thought it was of all others the fitteft for a grafs-plat or bow ling- green } but wre have found, that though it thrives very much when firft fown or planted, it is apt to become thin, and die away after a while. 416 “ Phleum pratenfe, meadow cats-tail grafs ; affeCts Meadow wet fituations 4 is very productive, but coarfe and late.” oat,s-tail To fow grafs feeds in fmall quantities, this author ^ a s’ gives the following directions :— 4x7 “ If a piece of ground can be had, that is neither Rules for very moilt nor very dry, it will anfwer for feveral forts mafl'n2 ex~- of feed: they may then be fown on one fpot j but if^lTgrafs fuch a piece cannot be obtained, , they mult be fown on feeds, feparate fpots according to their refpeCtive qualities, no matter whether in a garden, a nurfery, or a field, pro¬ vided it be well feeured and clean. Dig up the ground, level and rake it, then fow each kind of feed thinly in a feparate row, each row about a foot apart, and cover them over lightly with the earth ; the lat¬ ter end of Auguft or beginning of September will he the moft proper time for this bufinefs. If the weather be not uncommonly dry the feeds will quickly vege¬ tate, and the only attention they will require will be to be carefully wreeded. In about a fortnight from their coming up, fuch of the plants as grow' thickly toge¬ ther may be thinned, and thofe which are taken up tranfplanted f® as to make more rows of the fame grafs, “ If the winter ffiould be very fevere, though na¬ tives, as feedlings, they may receive injury j therefore it will not be amifs to proteCl them with mats, fern, or by fome other contrivance. “ Advantage ffiould be taken of the firft dry wea¬ ther in the fpting, to roll or tread them down, in order to fatten their roots in the earth, which the froft ge¬ nerally loofens : care mutt ftill be taken to keep them perfeQly clear from weeds. As the fpring advances, many of them will throw up their flowrering Items, and feme of them will continue to do fo all the fummer. As the feed in each fpike or pannicle ripens, it mutt be very carefully gathered and fowrn in the autumn, at which time the roots of the original plants, which will now bear feparating, ffiould be divided, and tranf¬ planted, fo as to form more rows} the roots of the fmooth-ftalked meadow-grafs, in particular, creeping like couch-gxafs, may readily be increafed in this way:} and thus by degrees a large plantation of thefe graffes may be formed and much feed collected. “ While the feeds are thus encreafing, the piece cy pieces Part I. CuIj;Ure of P^eces ground, which are intended to be laid down, ■-,r gl‘lU , diculd be got in order. If very foul, perhaps the belt pra&ice (if pafture land) will be to pare off the fward and burn it on the ground ; or if this ftiould not be thought advifeable, it will be proper to plough up the ground and harrow it repeatedly, burning the roots of couch-grafs and other noxious plants till the ground is become tolerably clean; to render it perfectly fo, fome cleanfmg crop, as potatoes or turnips, ftiould be planted or fown. “ By this means, the ground we propofe laying doivn will be got into excellent order without much lofs ; and being now ready to form into a meadow or pafture, ftiould be fown broad-caft with the follow¬ ing compofttions : Meadow fux-tail, one pint $ Meadow fefcue, ditto ; Smooth-Jialked meadow, half a pint ; ^ Rough J}a Iked meadow, ditto ; Crejled dog's-tail, a quarter of a pint j Sweet-fcented vernal, ditto ; Dutch clover (trifolium repens), half a pint j Wild red clover {trifolium pratenfe), or in its Head, Broad clover of the /hops, ditto ; For wet land, the crejled dog's-tail and fmooth- f allied meadow may be omitted, efpecially the fonner. ^ “ Such a compofftion as this, fown in the proportion of about three buftiels to an acre on a fuitable foil, in a favourable fituation, will, I am bold to aflert, form in two years a moft excellent meadow; and, as all the plants fown are ftrong, hardy perennials, they will not eafily fuffbr their places to be ufurped by any noxious plants, which by manure or other means, in fpite of all our endeavours, will be apt to infinuate themfelves ; if they ftiould, they muff be carefully extirpated j for fuch a meadow is deferving of the greatell attention : but if that attention cannot be bellowed on it, and in procefs of time weeds ftiould predominate over the crop original¬ ly fown, the w'hole ftiould be ploughed up, and frefti icuvn with the fame feeds, or with a better compofition, if fuch (hall be difcovered j for I have no doubt but at fome future time, it will be as common to fow a meadowr with a compofftion fomewhat like this as it now is to fow a field with wheat or barley. “ One of the moft important improvements in agricul¬ ture that has occurred of late years, is the pratlice of overflowing or flooding grafs lands, which is now com- ing greatly into ufe, not only on level grounds, but 418 Situations in which a command of water can be When the obtained. In the Monthly Review for Ocffober 1788, watering of the editors acknowledge the favour of a correfpondent,, was firft5 wll° !nformed tdem’ that watering of meadows was praffci'ied in Pra&ded during the reigns of Queen Elizabeth and England. James I. A book was written upon the fubjedl by one Rowland Vaughan, -who feems to have been the inventor of this art, and who pradtifed it on a verv ex- tenfive plan in the Golden Valley in Herefordlhire. I ill this note to the Reviewers appeared, the inhabi¬ tants of a village called South Cerney in Gloucefter- fliire had affumed the honour of the invention to them¬ felves, as we are informed in a treatife upon the fub- jedl by the Rev. Mr Wright curate of the place. Ac¬ cording to a received tradition in that village, water¬ ing of meadows has been praclifed there for about a AGRICULTURE. 43S Culture of grafs. century, and was introduced by one Welladvife, a wealthy farmer in South Cerney. His firft experiment was by cutting a large ditch in the middle of his ground, from which he threw the water over fome parts, and allowed it to ftagnate in othersbut finding this not to anfwer his expeblations, he improved his me¬ thod by cutting drains and filling up the hollows 5 and thus he fucceeded fo well, that his neighbours, who at firft called him a madman, foon changed their opinion, and began to imitate his example. “ The advantages which attend the watering of mea- Advantages dows are many and great 5 not only as excellent crops water- of grafs are thus raifed, but as they appear fo early, that they are of infinite fervice to the farmers for food to their cattle in the fpring before the natural grafs riles. By watering w^e have plenty of grafs in the be¬ ginning of March, and even earlier w7hen the feafon is mild. The good effefls of this kind of grafs upon all forts of cattle are likewife aftonifliing, efpecially upon fuch as have been hardly wintered 5 and Mr Wright informs us, that the farmers in his neighbourhood, by means of watering their lands, are enabled to begin the. making of cheefe at leaft a month fooner than their neighbours who have not the fame advantage. Grafs raifed by watering is found to be admirable for the. nurture of lambs ; not only thofe defigned for fat¬ tening, but fuch as are to be kept for ftore ; For if lambs when very young are flopped and ftinted in their growth, they not only become contrafled for life themfelves, but in fome meafure communicate the fame diminutive fize to their young. The bell remedy for preventing this evil is the fpring feed from watered meadows ; and Mr Wright is of opinion, that if the young of ali kinds of farmer’s flock were immediately encouraged by plenty of food, and kept continually in a growing ftate, there would in a few years be a notable change both in the fize and fhape of cattle in general. Such indeed is the forwardnefs of grafs from watered meadows, that the feed between March and May is. worth a guinea per acre j and in June an acre will yield two tons of hay, and the after-math is always worth twenty (hillings; and nearly the fame quantity is conftantly obtained whether the fum- mer be dry or wet. In dry fummers alfp, fuch far¬ mers as water their meadows have an opportunity of felling their hay almoft at any price to their neioh- bours. D . “ Land treated in this manner is continually impro- Land con- vmg in quality, even though it be mown every year : ftantb im- the herbage, if coarfe at firft, becomes finer j the foil'PrQVCS b>' if fwampy, becomes found ; the depth of its mould igWatenng* augmented, and its quality meliorated every year. To thefe advantages (lays Mr Bofwell in his trea¬ tife upon this fubjeft) another may be addreffed to the gentleman who wifhes to improve his eftate, and whole benevolent heart prompts him to extend a cha¬ ritable hand to the relief of the induftrious poor, and not to idlenefs and vice : almoft the whole of the ex¬ pence in this mode of cultivation is the adlual ma¬ nual labour of a clafs of people who have no genius to employ their bodily ftrength otherwife for their own fupport and that of their families 5 confequently v\hen viewed iu this light, the expence can be but comparatively friiall, the improvement great and va¬ luable.” 6 3 1 2 As 436 A G R I C U L T U R E. Pradicc. Culture of As a proof of the above doctrine, Mr Wright ad- , S'rafs' , duces an inftance of one year’s produce of a meadow ^2I in his neighbourhood. It had been watered longer Example of than the eldefl: perfon in the neighbourhood could re- the produce member $ but was by no means the belt meadow upon of a water- the dream, nor was the preceding winter favourable e mea^ow- for watering. It contains fix acres and a half. The fpring feed was let for feven guineas, and fupported near 200 fheep from the ill of March till the begin¬ ning of May : the hay being fold for 30 guineas, and the after-math for fix. Another and Hill more remark¬ able proof of the efficacy of watering, is, that two of the molt fldlful watermen of that place were fent to lay out a meadow of feven acres, the whole crop of which was that year fold for two pounds. Though it was thought by many impoffible to throw the water over it, yet tire fldll of the workmen foon overcame all difficulties; and ever fince that time the meadow has been let at the rent of three pounds per acre. From manifold experience, our author informs us, that the people in that part of the country are fo much attach¬ ed to the pra&ice of watering, that they never fuffer the fraallefi: fpring or rivulet to be unemployed. Even thofe temporary floods occafioned by fudden {bowers are received into proper ditches, and fpread equally over the lands until their fertilizing property be totally exhaufted. “ Neceffity ({ays he) indeed compels us to make the moft of every drop : for we have near 300 acres in this pariffi, that mult all, if poffible, be wa¬ tered ; and the ftream that affords the water feldom exceeds five yards in breadth and one in depth : there¬ fore we may fay, that a fcarcity of water is almoft as much dreaded by us as by the celebrated inhabitants 422 of the banks of the Nile.” The prac- Confidering the great advantages to be derived from tice of wa- praftice of watering meadow's, and the many un- ought to be d°ubted teftimonies in its favour, Mr Wright expreffes more gene- his furprife, that it has not come into more general rally ex- ufe, as there is not a ftream of water upon which a tended. mill can be eretled but what may be made fubfervient to the enriching of fome land, perhaps to a great quan¬ tity. “ I am confident (fays he), that there are in each county of England and Wales 2000 acres upon an average which might be thus treated, and every acre increafed at lead one pound in annual value. The ge¬ neral adoption therefore of watering is capable of be¬ ing made a national advantage of more than ioo,oool. per annum, befifles the great improvement of other laird arifing from the produce of the meadows and the em¬ ployment of the induftrious poor. Such an improve¬ ment, one would think, is not unworthy of public no¬ tice ; but if I had doubled the fum, I believe I ffiould not have exceeded the truth, though I might have gone beyond the bounds of general credibility. In this one pariffi where I refide there are about 300 acres now watered; and it may be eafily proved that the proprietors of the End reap from thence 1000I. yearly profit.” In Mr Bofwell’s treatife upon this fubjefl, publiffied in 1790, the author complains of the negleil of the practice of improving the wet, boggy, and ruftiy lands, which' lie at the banks of rivers, and might be melio¬ rated at a very fmall expence, when much larger fums are expended in the improvement of barren uplands and large tra&s of heath in various parts of the king¬ dom : and he complains likewife of the little informa- Culture of tion that is to be had in books concerning the method. 8'rafe- , of performing this operation. The only .author from J whom he acknowledges to have received any informa¬ tion is Blyth j and even his method of watering is very different from that praclifed in modern times, j for wffiich reafon he propofes to furniffi an original trea¬ tife upon the fubjedl j and of this we ffiall now give the fubftance. 423 The firfl: thing to be confidered is, what lands are Land ca- capable of being watered. Thefe, according to MrPa|,'e °f Bofwell, are all fuch as lie low, near the banks of ri-^1”! wa’ vulets and fprings, efpecially where the water courfe V is higher than the lands, and kept within its bounds by banks. If the rivulet has a quick defcent, the im¬ provement by watering will be very great, and the ex- pences moderate. On level lands the water runs but Howdy, wffiich is alfo the cafe with large rivers 5 and therefore only a finall quantity of ground can be over¬ flowed by them in comparifon of what can be done in other cafes : but the water of large rivers is generally poffeffed of more fertilizing properties than that of ri¬ vulets. In many cafes, however, the rivers are navi¬ gable, or have mills upon them j both of wffiich are ftrong objections to the perfect improvement of lands adjacent to them. From thefe confiderations, our au¬ thor concludes, that the watering of lands may be per¬ formed in the belt and leafl: expenfive manner by fmall rivulets and fprings. There are three kinds of foils commonly found near the banks of rivers and rivulets, the melioration of which may be attempted by watering. 1. A gravelly or found warm firm foil, or a mixture of the two to¬ gether. This receives an almofi: inftantaneous im¬ provement $ and the fafter the water runs over it the better. 2. Boggy, miry, and rufliy foils, wffiich are always found by the banks of rivers where the land is nearly level. Thefe alfo are greatly improved by wa¬ tering ; perhaps equally fo with thofe already defcri- bed, if we compare the value of both in their unim¬ proved ftate, this kind of ground being fcarce worth any thing in its unimproved ftate. By proper water¬ ing, however, it may be made to produce large crops of hay, by which horned cattle may be kept through the winter and greatly forwarded •, though, in its un¬ cultivated ftate, it would fcarce produce any thing to maintain ftock in the winter, and very little even in fummer. Much more {kill, as w e 11 as expence, how¬ ever, is requifite to bring this kind of land into culture than the former. 3. The foils moft difficult to be improved are ftrong, wet, and clay foils $ and this dif¬ ficulty is occafioned both by their being commonly on a dead level, wffiich will not admit of the w^ater run¬ ning over them ; and by their tenacity, which will not admit of draining. Even when the utmoft care is ta¬ ken, unlefs a ftrong body of water is thrown over them, and that from a river the w^ater of wffiich has a very fertilizing property, little advantage will be gain¬ ed ; but wherever fuc h advantages can be had in the winter, and a warm ipring fucceeds, thefe lands wall produce very large crops of grafs. _ 424 The advantage of ufing fprings and rivulets for wa-Springs and tering inftead of large rivers is, that the expence of rivulets raifing wrares acrofs them will not be great; nor are they liable to the other objeaions which attend the rivers® ufe Parti. A G R I C U Culture of ufe of large rivers. When they run through a culti- grafs. vated country alfo, the land floods occafloned by vio- LlJI lent rains frequently bring with them fuch quantities of manure as contribute greatly to fertilize the lands, and rvhich are totally loft where the practice of wa¬ tering is not in ufe. Springs may be ufeful to the coarfe lands that lie near them, provided the water can be had in fufficicnt quantity to overflow the lands. “ By fprings (fays . our author), are not here meant fuch as rife out of poor heath or boggy lands (for the water ifiuing from them is generally fo fmall in quantity, and always fo very lean and hungry in quality, that little if any ad¬ vantage can be derived from it) 5 but rather the head of rivulets and brooks riling out of a chalky and gra¬ velly found firm foil, in a cultivated country. Thefe are invaluable ; and every poflible advantage Ihould be taken to improve the ground near them. The author knows a confiderable trad of meadow-land under this predicament j and one meadow in particular that is watered by fprings iffuing immediately out of fuch a foil, without any advantage from great towns, &c. being fituated but a fmall diftance beloxv the head of the rivulet, and the rivulet itfelf is fed all the way by fprings rifing out of its bed as clear as cryftal. The foil of the meadow is a good loam fome inches deep, upon a fine fpringy gravel. Whether it is from the heat of the fprings, or wkether the fricHon by the water running over the foil raifes a certain degree of warmth favourable to vegetation, or from whatever caufe it arifes, the fecundity of this water is beyond conception ; for when the meadow has been properly watered and w'ell drained, in a warm fpring, the grafs has been frequently cut for hay within five weeks from the time the ftock was taken out of it, having eat it bare to the earth : almoft every year it is cut in fix weeks, and the produce from one to three waggon loads to an acre. In land thus fituated, in the morn¬ ings and evenings in the months of April, May, and June, the whole meadow will appear like a large fur¬ nace : fo confiderable is the fteam or vapour which arifes from the warmth of the fprings afted upon by the fun-beams : and although the water is fo exceed¬ ing clear, yet upon its being thrown over the land on¬ ly a few days in warm weather, by dribbling through the grafs, fo thick a feum will arife and adhere to the blades of the grafs, as will be equal to a confider¬ able quantity of manure fpread over the land, and (it may be prefumed from the good effefts) ftill more en¬ riching. “ It is inconceivable what 24 hours water properly conveyed over the lands will do in fuch a feafon : a beautiful verdure will arife in a few days where a parched rufty foil could only be feen 5 and one acre will then be found to maintain more ftock than ten 425 could do before.” Explana- Mr Bofwell next proceeds to an explanation of the terms ui'ed terms u^ec^ art ’ t^le inftruments neceflary to in water- Perform it; and of the principles on which it is found¬ ing. ed. The terms ufed are : 1. A Ware. This is an erefiion acrofs a brook, rivulet, or river, frequently conftnnfted of timber, but more commonly of bricks or ftones and timber, with openings to let the water pafs, from two to ten in num¬ ber according to the breadth of the ftreaxn ; the height L T U R E. 437 being always equal to the depth of the ftream compa- Culture of red with the adjacent land. The ufe of this is occa-, grafi:- i fionally to flop the current, and to turn it afide into the adjacent lands. 2. A Sluice is conftru&ed in the fame manner as a ware 5 only that it has but a fingle paffage for the water, and is put acrofs fmall ftreams for the fame pur- pofes as a ware. 3. A Trunk is defigned to anfwer the fame pur- pofes as a lluice ; but being placed acrofs fuch ftreams as either cattle or teams are to pafs over, or where it is neceflary to carry a fmall ftream at right angles to a large one to water fome lands lower down, is for thefe reafons made of timber, and is of a fquare figure. The length and breadth are various, as circumftances determine. 4. A Carriage is made of timber or of brick. If of timber, oak is the belt ; if of brick, an arch ought to be thrown over the ftream that runs under it, and the fides bricked up : But when made of timber, which is the moft common material, it is conftnnfted with a bottom and fides as wide and high as the main in which it lies. It muft be made very ftrong, clofe, and well jointed. Its ufe is to convey the water in one main over another, which runs at right angles to it j the depth and breadth are the fame with thofe of the main to which it belongs : and the length is determi¬ ned by that which it croffes. The carriage is the moft expenfive inftrument belonging to watering. 5. A Drain-Sluice, or Dram-Trunk7 is always placed in the lower part of fome main, as near to the head as a drain can be found j that is, fituated low enough to draw the main, &c. It is made of timber, of a fquare figure like a trunk, only much fmaller. It is placed with its mouth at the bottom of the main, and let down into the bank ; and from its other end a drain is cut to communicate with fome trench-drain that is neareft. The dimenfions are various, and de¬ termined by circumftances. The ufe of it is, when the water is turned fome other way, to convey the leaking water that oozes through the hatches, &c. into the drain, that otherwife would run down into the tails of thofe trenches which lie loweft, and there poach and rot the ground, and probably contribute net a little to the making it more unfound for ftieep. This opera¬ tion is of the utmoft confequence in watering j for if the water be not thoroughly drained off the land, the foil is rotted j and when the hay comes to be removed, the wheels of the carriages fink, the horfes are mired, and the whole load fometimes fticks faff for hours to¬ gether. On the other hand, when the drain trunks are properly placed, the ground becomes firm and dry, and the hay is fpeedily and eafily removed. 7. Hatches are beft made of oak, elm, or deal j the ufe of them is to fit the openings of wares, trunks, or fluices; and to keep back the water when neceffa- ry, from pafling one way, to turn it another. They ought to be made to fit as clofe as poflible. When hatches belong to wares that are erefted acrofs large ftieams, or where the ftreams fwell quickly with heavy rains, when the hatches are in their places to water the meadows they are fometimes made fo, that a foot or * more of the upper part can be taken off, fo that vent may be given to the fuperfiuous water, and yet enough retained for the purpofe of watering the meadows. In A* AGRICULTURE. Praftice. Culture of this cafe, they are called food-hatches : but Mr Bofwell , _ gra‘^_li entirely difapproves of this conftru&ion, and recom¬ mends them to be made entire, though they fliould be ever fo heavy, and require the afliftance of a lever to raife them up. For when the water is very high, and the hatches are fuddenly drawn up, the water falls with great force upon the bed of the ware, and in time greatly injures it: but when the whole hatch is drawn up a little 'way, the water runs off at the bottom, and does no injury. 8. A Head-Main, is a ditch drawn from the river, rivulet, &c. to convey the water out of its ufual cur¬ rent, to water the lands laid out for that purpofe, by means of leffer mains and trenches. The head-main is made of various dimenfions, according to the quantity of land to be watered, the length or defcent of it, &c. Smaller mains are frequently taken out of the head one $ and the only difference is in point of fize, the fecondary mains being much fmaller than the other. They are generally cut at right angles, or nearly fo with the other, though not invariably. The ufe of the mains, whether great or fmall, is to feed the trenches with water, which branch out into all parts of the meadow, and convey the water to float the land. By fome, thefe fmaller mains are improperly called carriages. 9. A Trench is a fmall ditch made to convey the water out of the mains for the immediate purpofe of ■watering the land. It ought always to be drawn in a ftraight line from angle to angle, with as few turnings as poffible. It is never deep, but the width is in pro¬ portion to the length it runs, and the breadth of the plane between that and the trench-drain. The breadth tapers gradually to the lower end. 10. A Trench-Drain is always cut parallel to the trench, and as deep as the tail-drain water will ad¬ mit, when neceffary. It ought always, if poffible, to be cut down to a ftratum of fand, gravel, or clay. If into the latter, a fpade’s depth into it will be of great advantage. The ufe of it is to carry away the water immediately after it has run over the panes from the trench. It need not be drawn up to the head of the land by five, fix, or more yards, accordiug to the na¬ ture of the foil. Its form is direftly the reverie of the trench j being narrower at the head, and growing gra¬ dually wider and wider until it empties itfelf into the tail-drain. 11. The Tail-Drain is defigned as a receptacle for all the Water that flows out of the other drains, which arc fo fituated that they cannot empty them- felves into the river. It fliould run, therefore, nearly a£ right angles with the trenches, though generally it is thought moft eligible to draw it in the loweft part of the ground, and to ufe it to convey the water out of the meadows at the place where there is the great- eft defcent j which is ufually in one of the fence- ditches : and hence a fence-ditch is ufually made ufe of inftead of a tail-drain, and anfwers the double pur¬ pofe of fencing a meadow, and draining it at the fame time. 12. A Pane of ground is that part of the meadow which lies between the trench and the trench-drain j and in which the grafs grow’s for hay. It is watered by the trenches, and drained by the trench-drains $ whence there is a pane on each fide of every trench. 3 13. A Way-Pane is that part of the ground which Culture of lies in a properly watered meadow, - on the fide of the . ^rafs' , main where no trenches are taken out, but is watered v " the whole length of the main over its banks. A drain for c arty in g off the water from this pane runs parallel to the main. The ufe is to convey the hay out of the meadows, inftead of the teams having to crofs all the trenches. 14. A Bend is made in various parts of thofe trenches which 'have a quick defcent, to obftruft the water. It is made, by leaving a narrow ftrip of green fward acrofs the trench where the bend is intended to be left j cutting occafionally a piece of the ftiape of a wedge out of the middle of it. The ufe is to check the water, and force it over the trench into the panes j which, were it not for thefe bends, would run rapidly on in the trench, and not flow over the land as it paffes along. The great art in watering confifts in giving to each part of the panes an equal proportion of -water. 15. A Gutter is a fmall gro'ove cut out from the tails of thefe trenches where the panes run longer at one corner than the other. The ufe is to carry the water to the extreme point of the pane. Thofe panes which are interfered by the trench and tail-drains, meeting in an obtufe angle, require the afliftance of gutters to convey the water to the longeft fide. They are likewife ufeful, when the land has not been fo well levelled, but fome part of the panes lie higher than they ought: in which cafe, a gutter is drawn from the trench over that high ground, which otherwife would not be overflowed. Without this precaution, unlefs the flats be filled up (which ought always to be done when materials can be had to do it) the water will not rife upon it; and after the watering feafon is paft, thofe places would appear rufty and brown, while the reft is covered with beautiful verdure. Our au¬ thor, however, is of opinion, that this method of treat¬ ing water meadows ought never to be followed *, but that every inequality in water meadows ftiould either be levelled or filled up. Hence the waterman’s fkill is ftiown in bringing the water over thofe places to which it could not naturally rife, and in carrying it off from thofe where It would naturally flagnate. 16. A Catch-Drain is fometimes made ufe of when water is fcarce. When a meadow is pretty long, and has a quick defcent, and the water runs quickly down the drains, it is cuftomary to flop one or more of them at a proper place, till the wuter flowing thither rifes fo Jiigh as to ftrike back either into the tail-drains fo as fo ftagnate upon the fides of the panes, or till it flovrs over the banks of the drains, and waters the grounds below, or upon each fide. It is then to be conveyed over the land in fuch quantity as is thought proper, either by a fmall main, out of which trenches are to be cut with their proper drains, of by trenches taken properly out of it. In cafe of a ftagnation, the defign will not fuc- ceed j and it will then be neceffary to cut a paffage to let the ftagnating water run off. Even when the me¬ thod fucceeds belt, Mr Bofwell is of opinion, that it is not by any means eligible \ the iVater having been fo lately ftrained over the ground, tnat it is fuppofed by the watermen not to be endowed with fuch fertilizing qualities as at firft ; whence nothing \iut abfolute ne- ceflity can juftify the pra&ice. \ 17. A Pond is any quantity of water ftagnating upon Part I. A G R I C Culture of upon the ground, or in the tail-drain, trench-drains, &c. fo as to annoy the ground near them. It is oc- • , n cafioned foinetimes by the Hats not having been pro¬ perly filled up ) at others, when the ware not being clofe fiiut, in order to water fome grounds higher up, the water is thereby thrown back upon the ground adjacent. 18. A Turn of water fignifies as much ground as can be watered at once. It is done by ihutting down the hatches in all thofe wares where the water is in¬ tended to be kept out, and opening thofe that are to let the winter through them. The quantity of land to be watered at once mull vary according to circum- flances ; but Mr Bofwell lays down one general rule in this cafe, viz. that no more land ought to be kept under water at one time than the ftream can fupply regularly with a fufficient quantity of water ; and if this can be procured, water as much ground as pof- fible. 19. The H had of the meadow’, is that part of it into which the river, main, &c. fiift enter. • 20. The Tail is that part out of w^hich the river, &.c. laft pafi'es. 21. The Upper Side of a main or trench, is that fide which (when the main or trench is drawn at right angles, or nearly fo, with the river) fronts the part where the river entered. The knver fide is the op- pofite. 22. The Upper Pane in a meadow, is that which lies on the upper fide of the main or trench that is drawm at right angles wnth the river : where the river runs north and fouth, it enters in the former direc¬ tion, and runs out in the fouthern, the main and trenches running eaft and weft. Then all thofe panes which lie on the north fide of the mains are called upper panes ; and thofe on the fouth fide the lower panes. But when the mains, trenches, &c. run paral¬ lel to the river, there is no diftimftion of panes into up¬ per and lower. The inftruments ufed in watering meadow’s are : 1. A Water level. The ufe of this is to take the level of the land at a diftance, and compare it with that of the river, in order to know’ whether the ground can be overflowed by it or not. This inftrument, how’ever, is ufed only in large undertakings *, for fuch as are on a fmaller fcale, the workmen difpenfe with it in the following manner : In drawing a main, they begin at the head, and work deep enough to have the water follow them. In draw’ing a tail drain, they begin at the lower end of it and work upwards, to let the tail water come after them. By this method we obtain the moft exact level. I. The Z/W, Reel, and Breq/l-Plough, are abfolutely neceflary. The line ought to be larger and ftronger than that ufed by gardeners. 3. Spades. Thofe ufed in watering meadows are made of a particular form, on purpofe for the work : having a Item confiderably more crooked than thofe of any other kind. The bit is iron, about a foot wide in the middle, and terminating in a point: a thick ridge runs perpendicularly down the middle, from the ftern. al- moft to the point. The edges on both fides are drawn very thin, and being frequently ground and whetted, the w’hole foon becomes narrow’ 5 after which the fpades are ufed for trenches and drains} new ones be- U L T U R E. 439 ing procured for other purpofes. The Items being Culture of made crooked, the w’orkmen Handing in the trench or e:ra^‘ drain are enabled to make the bottoms quite fmooth and even. 4. Wheel and Hand-barrows. The former are ufed for removing the clods to the flat places, and are quite open, without any fides or hinder part. The latter are of fervice where the ground is too loft to admit the ufe of w’heel-barrows, and when clods are to be re¬ moved during the time that the meadow is under water. 5. Three-wheeled Carts are neceflary w’hen large quantities of earth are to be removed ; particularly w’hen they are to be carried to fome diftance. 6. Short and narrow’ Scythes are made ufe of to mow the w’eeds and grafs, when the w ater is running in the trenches, drains, and mains. 7. Forks, and long Crooks with four or five tines, are ufed for pulling out the roots of fedges, rufnes, reeds, &c. which grow in the large mains and drains. The crooks Ihould be made light, and. have long Items to reach wflierever the water is fo deep that the workmen cannot work in it. 8. Strong Vi ater-boots, the tops of which will draw up half the length of the thigh, are indifpenfably ne¬ ceflary. They muft alfo be large enough to admit a quantity of hay to be Huffed down all round the legs, and be kept well tallowed to refill the running water for many hours together. ^ The principles on which the praclice of watering Principles meadow’s depend are few and eafy. on which 1. Water will alwmys rife to the level of the recep-*^' pr.ac~ tacle out of which it is originally brought. terW de-” 2. There is in all ftreams a defeent greater or fmall-pend?. er ; the quantity of which is in fome meafure fiiowm by the running of the ftream kfelf. If it run fmooth and How, the defeent is fmall 5 but if rapidly and with noife, the deicent is confiderable. 3. Hence if a main be taken out of the river high enough up the ftream, water may be brought from that river to flow over the land by the fide of the river, to a certain diftance below’ the head of the main, although the river from whence is is taken Ihould, onpofite to that very place, be greatly under it. 4. Water, funk under a carraiage which conveys another ftream at right angles over it, one, .two, or more feet below its owm bed, w’ill, when it has paf- fed the carrige, rife again to the level it had be¬ fore. 5. Water conveyed upon any land, and there left ftagnant for any length of time, does it an injury ; de- ftroying the good herbage, and filling the place with, rulhes, flags, and other w’eeds. 6. Hence it is abfoutely neceflary, before the work is undertaken, to bo certain that the w’ater can be tho¬ roughly drained off. In Mr Wright’s treatife upon this fubjeft, the au- Wright’s thor confiders a folution of the three fallowing que-meth<^ Hions as a neoeffary preliminary to the opeiation of wa¬ tering. 1. Whether, the ftream of water will admit of a temporary, dam or wrare acrofs it ? 2. Can the far¬ mer raife the water by this means a few inches above its level, without injuring his neighbour’s land * 3. Can the water be drawn oft" from the meadow as quick .as it is brought on ? If a fatisfadory aufwer can be given 440 A G R I C U Culture of to all thefe quefl^r.-s, he direfts to proceed in the fol- , gra{~s- lowing manner. Having taken the level of tne grouned, and compa¬ red it with the river, as directed by Mr Bofwell, cut a deep wide nich as near the dam as poffible, and by it convey the water direftly to the higheft part of the meadow; keeping the fides or banks of the ditch of an equal height, and about three inches higher than the general furface of the meadow. Where the mea¬ dow is large, and has an uneven furface, it will fome- times be neceffary to have three works in different di- redtions, each five feet wide, if the meadow contains 15 acres, and if the higheft part be fartheft from the ftream. A ditch of 10 feet wide and three deep will commonly water 10 acres of land. When there are three works in a meadow, and flood-hatches at the mouth of each, when the water is not fufficient to co¬ ver the whole completely at once, it may be watered at three different times, by taking out one of the hatches, and keeping the other two in. In this cafe, wflien the water has run over one divifion of the land for 10 days, it may then be taken off that and tumbled over to another, by taking up another hatch and let¬ ting down the former j by which means the three divi- fions will have a proper fhare of the water alternately, and each reap equal benefit. The bottom of the firft work ought to be as deep as the bottom of the river, when the fall in the meadow will admit of it $ for the ' deeper the water is drawn, the more mud it carries along with it. From the wrorks, cut at right angles, fmaller ditches or troughs, having a breadth propor¬ tioned to the diftance to which fome part of the water is to be carried, their diftance from each other being about 12 yards. A trough two feet wide and one foot deep, will water a furface 12 yards wide and 40 feet long. In each trough as w-ell as ditch place fre¬ quent flops and obftru&ions, efpecially when the wa¬ iter is rapid, to keep it high enough to flow through the notches or over the fides. Each ditch and trough is gradually contrafted in width, as the quantity of water conftantly decreafes the farther they proceed. Between every twro troughs, and at an equal diftance from both, cut a drain as deep as you pleafe parallel to them, and wide enough to receive all the water that runs over the adjacent lands, and to carry it off into the mafter-drain with fuch rapidity as to keep the wiiole Iheet of wrater in conftant motion j and if pof¬ fible, not to fuffer a drop to ftagnate upon the whole meadow. “ For a ftagnation, fays he, (though it is recommended by a Mr D. Young for the improve¬ ment of arable land), is what w7e never admit in our fyftem of watering} for we find that it rots the turf, foaks and ftarves the land, and produces nothing but coarfe grafs and aquatic weeds. “ When a meadow lies cold, flat, and fwampy, the width of the bed, or the diftance between the trough and drain, ought to be very fmall, never exceeding fix yards : indeed, in this cafe, you can fcarcely cut your land too much, provided the wrater be plentiful j for the more you cut, the more water you require. The fall of the bed in every meadow Ihould be half an inch in a foot: lels wdll do, but more is defir able 5 for when the draught is quick, the herbage is always fine and •fweet. The wTater ought never to flow more than L T U R E. Praake. two inches deep, nor lefs than one inch, except in the Culture <4 wrarm months.” , Sr?45' Mr Wright proceeds now to anfwer fome objec- " Tg" tions made by the Reviewers in their account of the Objechonr firft edition of his w7ork, 1. That the Gloucefterfhire to lua me- farmers ufe more water for their lands than is necef- an* fary. To this it is anfwered, That where water is plen-fwereti- tiful, they find it advantageous to ufe even more water than he recommends •, and when water is fcarce, they choofe rather to water only one half, or even a fmaller portion of a meadow at a time, and to give that a plentiful covering, than to give a fcanty one to the 429 whole. 2. The Reviewers likewife recommend a re- A repeated peated ufe of the fame water upon difierent and lower tlie parts of the fame meadow, or to make each drain ferve as a trough to the bed which is below it. But though ble. ° this method is in fome degree recommended by the celebrated Mr Bakewell, and taught by a fyftematic waterer in Staffordfliire, he entirely difapproves of it; excepting where the great declivity of the land will not admit of any other plan. “ This cannot (fays he) be a proper mode of watering grafs-land in the win¬ ter time *, for it can be of no fervice to the loweft parts of the meadow, unlefs as a wetting in fprxng or fummer. The firft or higheft part of a meadow laid out according to this plan will indeed be much im¬ proved 5 the fecond may reap fome benefit 3 but the third, which receives the exhaufted thin cold water, will produce a very unprofitable crop. Our farmers never choofe more than a fecond ufe in the feme meadow, and that very feldom 3 they call even the fecond running by the fignificant name of fmall beer ; which, they fay, may poflibly fatisfy thirft, but can give very little life or ftrength to land. It is a much better method to have a meadow laid out fo as to be watered at fe- veral times, and to be at the expence of feveral fmall flood-hatches, than to water the whole of it at once by means of catch-drains. “ Sometimes it is neceffary, in a large meadow7, to convey the water that has been ufed under the works and troughs; and then the water above is fupported by means of boards and planks, which we call a carry- bridge. Sometimes, the better to regulate the courfe of the water on the furface, efpecially in the fpring, narrow trenches are dug, and the mould laid by the fide of them, in order to be reftored to its former place when the watering is finiflied. The earth and mud thrown out in cleanfing and paring the ditches Ihould be carried to fill up the low hollow parts of the meadow, and be trodden down with an even furface 3 which will eafily be done when the w7ater is on, the w7aterman being always provided with a ftrong pair of water-proof boots. If the mould thus ufed has upon it a turf that is tolerably fine, place it uppermoft 3 but if it is fedgy and coarfe, turn it under, and the water if it runs quick wdll foon produce a fine herbage upon it. “ The grounds that are watered in the eafieft and moft effectual manner, are fuch as have been ploughed and ridged up in lands about twelve yaics wdde. Here the water is eafily carried along the ridge by means of a fmall ditch or trough cut along its fummit, and then, by means of the flops in it, is made to run dow n the fides or beds into the furrow s, by which it is earned into Parti. A G R I C U Culture of into the rnafter-drain, which empties itfelf into the ri- , Grafs- i ver. Every meadow, before it is well watered, mult v be brought into a form fomething like a field that has been thus left by the plough in a ridged Hate. Each fide of the ridge Ihould be as nearly as poffible an exadt inclined plane, that the water may flow over it as equally as may be.” Mr Wright does not, like Mr Bofwell, difapprove of the ufe of flood-hatches ; he only gives the following hint, viz. that their bafis Ihould be deep and firmly fixed, well fecured with ftone and clay, that it be not blown up. The foliow- 430 ing directions are given for each month of watering. Of cleaning In the beginning of November, all the ditches, troug5:is> and drains, are to be thoroughly cleanfed by works, the fpade and breaft-plough, from weeds, grafs, and 431 mud j and well repaired, if they have received any in- Thick and jury from cattle. After a ftiower, when the water is muddy wa-ancj muddy turn over the meadow as much wa ter to be u-. • * • , , „ „ . fed when it L T U R E. county, which lie next below a market town or vil- ter to be u- ' ' . , ... , . . tter as you can without injuring the banks of the can be done. works, efpecially if the land be poor j as in this month, according to our author, the water contains many more fertilizing particles, which he calls fa/ts and richnefs, than later in the winter. In defence of this pofition, 6f which it feems the Monthly Reviewers have doubt¬ ed, our author urges, that though he is not able to prove it by any chemical analyfis, yet it feems evident, that “ after the firft wafliing of farm yards, various finks, ditches, and the furface of all the adjoining fields, which have lain dry for fome time, the com¬ mon ftream fliould then contain much more fatnefs than when the fame premifes have been repeatedly waflied.” This is confirmed by the experience of the Gloucerterfliire farmers ; who, if they can at this fea- fon of the year procure plenty of muddy water to overflow their grounds for one week, look upon it to be equally valuable with what is procured during all the reft of die winter. In fupport of this, he quotes the following words of Mr Forbes, in a treatife on watering : “ The water ftiould be let in upon the meadow in November, when the firft great rains make it muddy, for then it is full of a rich fediment, brought down from the lands of the country through which it runs, and is waflied into it by the rain ; and as the fe- ciment brought by the firft floods is the richeft, the carriages and drains of the meadow fliould all be feoured clean and in order, before thefe floods come.” In oppofition (adds Mr Wright) to the opinion of practical waterers, that the muddinefs of the water is of little confequence, I hefitate not to affirm, that tne mud is of as much confequence in winter-watering, as dung is in the improvement of a poor upland field. For each meadow in this neighbourhood is fruitful in proportion to the quantity of mud that it collefts from the water. And, indeed, what can be conceived more enriching than the abundant particles of putrid mat¬ ter which float in the water, and are diftributed over the furface of the land, and applied home to the roots of the grafs. It is true, that any the moft Ample water thrown over a meadow in proper quantity, and not fuffered to ftagnate, will (belter it in winter, and in the warmth of fpring will force a crop 5 but this unufual force muft exhauft the ftrength of the land, w nich will require an annual fupply of manure in fub- ftance, or, in a courfe of years, the foil wall be im¬ paired rather than improved. The meadows in this Ydl. I. Part IL 44* . . Culture of lage, are invariably the belt 5 and thofe which receive Grafs, the water after it has been two or three times ufed, reap proportionably lefs benefit from it : For every meadow that is well laid out, and has any quantity of grafs upon its furface, will adl as a fine fieve upon the water, which, though it flow in ever fo muddy, will be returned back to the ftream as clear as it came from the fountain. This circumftance, when there is a range of meadows to be watered, the property of dif¬ ferent perfons, when water is fcarce, creates vehement contentions and ftruggles for the firft ufe of it. The proprietors are therefore compelled to agree among themfelves, either to have the firft ufe alternately, or for the higher meadows to dam up, and ufe only one half or a lefs portion of the river. Our farmers know the mud to be of fo much confequence in watering, that whenever they find it collected at the bottom of the river, or the ditches, they hire men whole days to difturb and raife it with rakes made for the purpofe, that it may be carried down by the water, and fpread upon their meadows. One meadow in South Cerney, Inftance of I think, is an inconteftible proof of the confequence of the good muddy water. It is watered by a branch of the com-' fh dis of mon ftream that runs for about half a mile down a ^lddy wa* public road. This water, by the mud on the road being continually difturbed by carriages and the feet of cattle, becomes very thick, and when it enters the meadow is almort as white as milk. This field, rvhich confifts of feven acres, was a few years ago let for 10s. an acre, but is already become the richeft land in the pariffi, and has produced at one crop eighteen loads of hay, and each load more than 25 hundred weight.” ^, In further confirmation of what our author aflerts, Mr Wim- he quotes, from the Annals of Agriculture, the fol- Pey’s °pi- lowing words of Mr Wimpey : “ As to the forts Gf Ij'on uPon water, little is to be found, I believe, which does L^. U )" not encourage and promote vegetation, even the mo(T Ample, elementary, and uncompounded fluid : heat and moifture, as well as air, are the Jine qua non of vegetation as well as animal life. Different plants re¬ quire different proportions of each to live and flou- ri(h 5 but fome of each is abfolutely neccffary to all. However, experience as well as reafon univerfallv (hows, that the more turbid, feculent, and replete with putrefcent matter the water is, the more rich and fertilizing it proves. Hafty and impetuous rains, of continuance fufficient to produce a flood, not only diffolve the falfs, but wafti the manure in fubftance off the circumjacent land into the rapid current. Such turbid water is both meat and drink to the land ; and, by the umftuous fediment and mud it depofits, the foil is amazingly improved and enriched. The virtue of water from a fpring, if at all fuperior to pure elemen¬ tary water, is derived from the feveral ftrata or beds of earth it paffes through, which, according to the nature of fuch ftrata, may be friendly or otherwife to ve¬ getation. _ If it paffes through chalk, marl, foflil (hells, or any thing of a calcareous nature, it would in moft foils promote the growth of plants 3 but if through me¬ tallic ores, or earth impregnated w ith the vitriolic acid, it would render the land unfertile, if not wholly bar¬ ren. In general the water that has run faf is fuperior to that which immediately flow’s from the fpring, and more efpecially that which is feculent and muddy, con- 3 K fifttng f 442 A G R I G U 435 Culture of fifting chiefly of putrid animal fubftances waffled down , Grafs- , the dream.” " To the fame purpofe alfo fays Mr Forbes : “ There Confirmed is great difference in the quality of water, arifing by Mr For-from the particles of different kinds of matter mixed be*' with them. Thofe rivers that have a long courfe through good land, are full of fine particles, that are highly fertilizing to fuch meadows as are ufually over¬ flowed by them } and this chiefly in floods, when the water is fullefl: of a rich fediment : for when the water is clear, though it may be raifed by art high enough to overflow the adjoining lands, and be of fome fervice to them, the improvement thus made is far fhort of what is obtained from the fame water when it is thick and muddy.” Mr Bofwell, though quoted by Mr Wright as an well’s opi- advocate for the dodlrine juft now laid down, feems, mon. jn one part 0£ hJg woj-j- at to be of a contrary opinion. This is in the 14th chapter of his book, where he remarks upon another publication on the fame fubject, the name o£wThich he does not mention : “ In page 4. of that pamphlet (fays Mr Bofwelj), the writer informs us, ‘ if the water ufed be always ^)ure and Ample, the effeft will by no. means be equal to the above ; that is,, of a ftream that is fometimes thick and muddy. We have a ftriking inftance of this in two of our meadows, which are watered immediately from fprings that arife in the grounds themfelves. Their crops are early and plentiful, but not of a good quality, and the land remains unimproved after many years watering.’ “ The writer of this treatife (Mr Bofwell}, in a for¬ mer edition, had afferted, and in this repeated, the contrary effects from a ftream very near the fpring- head, as clear as cryftal. “ The gentleman (Mr Beverly of Keld) wThom that writer mentions in his preface, made a fhort vifit luft fpring into Dorfetlhire, to ..fatisfy himfelf of the fa by inclofing a cer¬ tain portion each day with hurdles or flakes, and gi¬ ving them hay at the fame time. This is certainly making the moft of the grafs, and an excellent me¬ thod to fine and fweeten the future herbage. In this month and April, you may eat the grafs as fhort and clofe as you pleafe, but never later ; for if you trefpafs only one week on the month of May, the hay-crop will be very much impaired, the grafs will become foft and woolly, and have more the appearance and quali¬ ty of an after-math than a crop. At the beginning of May, or when the fpring feeding is finiftied, the water is again ufed for a few days by way of wetting. “ It is rather remarkable, that watering in autumn, winter, or fpring, will not produce that kind of her- L T U R E. 443; bage which is the caufe of the rot in fheep •, but has Culture of been known to remove the caufe from meadows, which Grafs, before had that baneful elTeft. If, however, you ufe ' the water only a few days in any of the fummer How4wa- months,' all the lands thus watered will be rendered tering may unfafe for the pallurage of flieep. Of this I Wasoccafi°il lately convinced from an experiment made by a friend. !,he rot m At the beginning of July, when the hay was carried 1CCP” oft', and the water rendered extremely muddy and abundant by feveral days rain, he thought proper to throw it over his meadows for ten days, in which time a large collection of extremely rich manure was made upon the land. In about a month the mea¬ dow was covered with uncommon luxuriancy and blacknefs of herbage. Into this grafs were turned eight found ewes and two lambs. In fix weeks time the lambs were killed, and difcovered ftrong fymptoms of rottennefs ; and in about a month afterwards one of the ewes wyas killed, and though it proved very fat, the liver was putrid and replete with the infeffc called the JJuke or weevil: the other ew’es w'ere fold to a butcher, and all proved unfound. This experiment, how'ever, convinces me, by the very extraordinary improvement made thereby in the meadow, that mud¬ dy water in the fummer is much more enriching than it is in autumn or winter; and ought, therefore, to be ufed for a week at leaft every wet fummer, notwith- ftanding its inconveniences to fheep, the moft profit¬ able fpecies of ftock.” Mr Bofwell, befides his general directions for wa¬ tering, gives many plans of the ditches, drains, &c. for particular meadows, fome of them done from an aftual furvey. But thefe being confined to particu¬ lar fituations, we fhall here only fpeak of his method in general. In his third chapter, entitled ^general Dcjcription of Water-meadows, he obferves, that lands Mr S capable of being watered, lie fometimes only on one well’s ge- fide, and fometimes on both fides of the ftream de-neral direc- figned to fupply them with water. In the former cafe tions ^or wdien they have a pretty quick defeent, the land may watcnn£’ be often watered by a main drawn out of the ftreara itfelf, without any ware;” though he acknowledges that it is by far the belt way to ere Cl a ware, and to draw mains on each fide, to difpofe of the water to the bell advantage. Boggy lands require more and longer continued wa¬ tering than fuch as are fandy or gravelly ; and the lar¬ ger the body of water than can be brought upon them the better. The weight and ftrength of the water Vvill greatly affift in comprefling the foil, and deftroy- ing the roots of the weeds that grow upon it; nor can the water be kept too long upon it, particularly in the winter feafon; and the clofer it is fed, the better. To improve ftrong clay foils, we muil endeavour to the utmoft to procure the greateft poffible defeent from the trench to the trench-drain ; which is bell done by- making the trench-drains as deep as poffible, and ap¬ plying the materials drawn out of them to raife the trenches. Then, with a ftrong body of water, taking the advantage of the autumnal floods, and keeping thC water fome time upon them at that feafon, and a* often as convenient during the winter, the greateft improve¬ ment on this fort of foils may be made. Warm fand or gravelly foil, are the rnoft profitable under the wa¬ tering fyftem, provided the water can be brought over 3 & 2 ^ them 444 Culture of them at pleafure. In foils of this kind, the water muft , Grafs- , not be kept long at a time, but often fliifted, thorough- "' * ly drained, and the land frequently refreftied with it: under which circumftances the profit is immenfe. A fpring-feeding, a crop of hay, and two after-maths, may be obtained in a year; and this, probably, where in a dry fummer fcarce grafs enough could be found to keep a Iheep alive. If the ftream be large, almoft any quantity of land may be watered from it ; and though the expence of a ware over it is great, it will foon be repaid by the additional crop. If the ftream is fmall, 442 the expence will be fo in proportion. Method of The following method of improving a water-mea- af^rin^ ^°W WaS ^as ^een tmd by Mr Bofwell water mea- w^th fuccefs. The meadow had been many years dow. watered by a fpring rifing juft above it from a barren fandy heath ; the foil near the furface was in fome places a gravelly land, in others a fpongy cork, both upon a ftrong clay and fand mixture, which retained the draining of the lands above it. Whenever it had been watered, and left to drain itfelf dry, a yellowilh red water flood in many parts, and oozed out of others j the herbage being no other than a poor, miferable, hairy grafs and fmall fedge. Chalk and alhes had been thrown over it to very little, purpofe. It wras then drained underground aflant all the different de- fcents, and all thefe drains carried into one large drain, which had been already cut for the purpofe of carry¬ ing off the wrater when the meadow wras overflowed. Thefe drains were cut quite through the mixture of clay and fand, and as much deeper as the fall of the ground below wrould admit of1, then, with chalk cut for the purpofe, fmall hollow drains were formed at the bottom of thefe ; the drains were then filled up with the materials that came out. This was done in the beginning of fummer, and the work frequently examined through the feafon •, the foil was found firmer than before, and none of that nafty red wrater to be met with upon the furface, though it continually oozed into the drains. In au¬ tumn the meadow was again prepared for waterings, by repairing thofe trenches and drains that were proper¬ ly fituated ; and by cutting others where wanted, for the purpofe of watering the meadow. The water being then brought over it from the fame fpring as before, the event anfwered the moft fanguine wilhes of the pro¬ prietor •, the effe&s were vifible the firft year, and the 443 ground has been conftantly improving ever fince. it^Tandson a^° informs us» that a gentleman in l^esS^f Scotland had applied to him for directions to water yils, fome lands lying on the fides of hills, where the de- fcent is quick •, and of which there are many in this country, as well as iiyth* -no^th of England. It would be difficult to water |uch lands by means of drains and trenches according to the directions already given 5 becaufe the bends in the trenches muft be very near together and large, as the water muft flow out of the trench above the bend to flow over the pane below it; the number and fize would likewife be inconvenient, and greatly offend the eye. Lands of this fort are generally capable of being ploughed $ in which cafe our author directs them to be once ploughed in the fpring, and fown with oats or any other kind of grain that will rot the fward. When the grain is harvefted, plough the land acrofs 3 Pra&ice. the laft ploughing with the Kentiffi plough, which has Culture of a moveable mouldboard, and is called a turn-xvnji Grais. plough. This turns the furrows down the fide of the v ' ' hill, the horfes going forwards and backwards in the fame furrows. By this means the land is laid flal w ithout any open furrows in it: drefs it down in the fpring very fine, and fow it w’ith oats, and mix with fome kinds of grafs feeds very thick. Thus the ground wdll have but few irregularities 5 and as foon as the corn is carried off, or the following fpring at fartheft, the mains and drains may be cut out. For watering coarfe lands that are firm enough to bear the plough, and fituated near a ftream, our au¬ thor gives the following directions. “ Let the land thus fituated be ploughed once in Of water* the fpring, and fown with any grain that will rot coarfe fward. As foon as the crop is off, plough it again,lam*s- and leave it rough through the winter. Work it down early in the fpring, and plough it in the direction the trenches are to lie, making the ridges of a proper fize for watering, ten or twelve yards wide for inftance 3 work it fine 3 then gather the ridges up again in the fame manner, making the lart furrows of each ridge as deep as poffible. If the land be not fine, drefs it down again, and gather it up a fecond time if necef- fary 3 and with a Ihovel throw the earth from the edges of the furrows to the tops of the ridges, to give the greateft poffible defeent from the trench to the drain. Sow it with oats and grafs feeds very thick 3 and after the corn is carried off, the trenches may be formed upon the top of each ridge, difperfing the fur¬ rows with a fpade as much as the fall of the land will admit of for the drains 3 taking care to procure fuffi- cient fall at all events, to drain the lands after they have been watered. By this method the crop of corn wdll nearly pay all the expence, and the land wdll be in excellent order.” 445 After the work of watering a meadow is totally Of the ma- finiffied,and the hay carried off, cattle may be let in to”f^™ent eat the after-math. When this is done, it will then (lows aft£? be neceffary to examine whether or not the mains have watering, j fuffered any injury from their feet 3 whether there be quantities of mud or fand collected at the angles, &c. all of which muft be thrown out and the breaches re-' paired 3 by wffiich means the trenches, drains, &c. will laft three years, but otherwife not more than two. The roots, mud, &c. may be ufed in repairing the breaches, but never left upon the fides of the trenches out of which they are taken. The tail-drains require to be cleanfed oftener than any of the other works, for this, obvious reafon, that the mud, &c. is carried down from all the. others into them 3 where, if it be allowed to accumulate, it occafions a ftagnation of water upon the meadow itfelf. In repairing the trenches, parti¬ cular care ought to be taken that the workmen do not make them any wider than before, which they are very apt to do 3 neither are they to be allowed ta throw the materials which they dig out in a ridge be¬ hind the edge of the trench, which both widens it and promotes wTeeds. 446 During the time of watering, it will be neceffary to Of the examine the meadow* every two or three days in order to remove obftrudtions, &c. If the drains ffiould be^Jjj con_ filled with water and run over, they ought to be made tinue upon deeper 3 or if this cannot be done, they Ihould bethe mea- widened dows* AGRICULTURE. Part L A G R I C Culture of widened. In the winter time a regular ftrong water Grals~ , fhould be kept, avoiding very ftrong great floods. In this feafon the water may be kept on the ground with fafety for a month or even fix weeks, if the foil be corky or boggy, or a ftrong clay; but not quite fo long if it be gravel or fand. At the fecond wa¬ tering a fortnight or three weeks will be fufficient ; and after Candlemas a fortnight will be rather too long. At the third watering a week will be fufficient, which will bring it to about the middle of March ; by which time, if the -weather be tolerably mild, the grafs will be long enough for the ewes and lambs, or fatting lambs 5 which may then be turned into the meadow with great advantage. Even in the end of February, if the winter has been very mild, the grafs will be long enough for them. Here they may be permitted to teed till the beginning of May, changing them into different meadows. As foon as they are taken out, the water muft be turned in for a week, carefully ex¬ amining every trench and drain for the reafons already given. The water is then to be ffiifted into others, alternately watering and draining, leffening the time the water remains upon it as the weather grows warmer *, and in five, fix, or feven wreeks, the grafs will be fit to be mown for hay, and produce from one to two tons, or even more, an acre upon good ground. Mr Bofwell dire&s, that about a week before the grafs is to be mown, the water llrould be let into the meadow for 24 hours j which, he fays, will make the ground moift at the bottom, the fcythe wall go through it the more eafily, and the grafs will be mo*vn clofer to the ground. This practice, however, is entirely difapproved of by Mr Wright. “ Though it may prevail in Dorfetlhire (fays he), it is very feldom ad- vifable, for the following reafons: Water made to run through a thick crop of grafs, though it may ap¬ pear ever fo pure, will leave t certain quantity of ad¬ herent fcum or fediment, which can never be feparated from the hay, but will render it unpalatable,,if not pre¬ judicial, to the cattle that eat it. And this wetting of the land and grafs will impede the drying or making of the hay perhaps fome days, which in difficult fea- fons is of very great confequence, and it will like- wile make the turf too foft and tender to fupport the wheels,of a loaded waggon in carrying off the hay, Befides, there is reafon to believe that one day’s wet¬ ting in the fummer, will, upon molt meadows, endanger the foundnefs of every ffieep that feeds upon the after- math.” The fpring-feeding ought never to be done by hea¬ vier cattle than ftieep or calves y for large cattle do much hurt by poaching the ground with their feet, deftroying the trenches, and fpoiling the grafs. Mr Bofwell likewife greatly recommends a proper ufe of fpring floods, from which he fays much benefit may be derived ; but, if there is any quantity of grafs in the meadows not eaten, thefe floods muft be kept out; otherwife the grafs will be fpoiled ; for they bring with them fuch quantities of fand and mud, which flick to the grafs, that the cattle will rather ftarve than tafte it. Great quantities of grafs or after-math are frequently fpoiled in flat countries by the floods which take place in the fall. In the winter time, however, when the ground is bare, the fand and mud 447 Of’fpring- fecding. U L T U R E. 4^5 brought down by the floods is foon incorporated with Culture of the foil, and becomes an excellent manure. The cer- Grafs- tain rule with regard to this matter is, “ Make ufe of'"”' the floods when the grafs cannot be ufed ; avoid them when the grals is long or foon to be cut.” 448 “ It has often been a fubjefl of difpute (fays MrP^water" Bofwell), whether, from the latter end of autumn to ^ Candlemas, the throwing a very ftrong body of water, autumn to where it can be done, over the meadow-s, is of any ef-Candlemas* feudal fervice or not ? Thofe who conlider it as ad¬ vantageous, affert, that when the waters run rude and ftrong over the ground, they beat down and rot the tufts of foggy or rough grafs, fedges, &c. that are al¬ ways to be found in many parts of coarfe meadowy- ground ; and therefore are of peculiar fervice to them. On the other fide it is alledged, that by com¬ ing in fo large a body, it beats the ground (in the wreak places particularly) fo bare, that the fward is de- ftroyed; and alfo brings with it fuch quantities of feeds of weeds, that at the next hay feafon the land in all thofe bare places bears a large burden of weeds, but little grafs. “ The general opinion of the watermen upon this point is, that in wrater-meadow'S wffiich are upon a warm, fandy, or gravelly foil, with no great depth of loam upon them, rude ftrong watering, even in winter, always does harm wdthout any poffible effential fervice. On the contrary, cold ftrong clay land will bear a great deal of water a long time wdthout injury ; and boggy, corky, or fpongy foil, wdll alfo admit of a very large and ftrong body of wrater upon it with great advantage for almoft any length of time at that feafon, provided the drains are made wdde and deep enough to carry it off, wdth out forcing back upon the end of the panes. The wreight and force of the water vaftly. affifts in comprefling thofe foils, wffiich only want folidity and tenacity to make them produce great burdens of hay : nothing, in their opinion, corredls and improves thofe foils fo much as a very ftrong body of w'ater, kept a confiderable time upon them at that feafon.” Notwdthftanding the above reafons, however, Mr Bofwell informs us, that he has doubts upon the fub- je£l ; nor can he by any means acquiefce in this opi¬ nion, unlefs, by rude ftrong waters he is permitted to> underftand only rather a larger quantity of neater con¬ veyed over the land at this early feafon than ought to be ufed in the fpring or fummer : unmanageable waters he believes always hurtful. “ It may be proper juft to add (continues he), that as foon as the hay is carried off the meadows, cattle of any fort except ffieep may be put to eat the grafs out of the trenches, and what may be left by the mowers. This perhaps will laft them a week ; when the water may be put into the meadow's in the manner already deferibed, taking care to mow the long grafs which obftrudts the wTater in the trenches ; and this mowing is beft done when the water is in them.- Let the wTeeds,> leaves, &c. be taken out and put in heaps, to be car¬ ried awray into the farm yards ; examine the trenchesy make up the breaches, &c.- take particular care that the water only dribbles over every part of the pane* as thin as poffible, this being the warmeft feafon of the year. The firft watering ffiould not be fuffered ten laft longer than two or three days before it is ffiifted' off (and if the fealbn be wet, perhaps not fo long, as wTarmth * 44-6 A G R I C U Culture of wanntli feems to be tbe greateft reqiiifite after tae Grafs. }an(j is once Wet to aflift vegetation) to another part '' ' 1 or meadow beat out by tbe cattiCj by this ‘-line fit to take it. Do by this meadow exactly the fame, and fo by a third and fourth, if as many meadows belong to the occupier. Obferve at ail times, when the water is taken out of a meadow, to draw up the drain-1 nice hatches •, as, without doing that, watering is an injury. By the time that three or four parts are thus regularly watered, the iirft will have an after-math, with fucn rich and beautiful verdure as will be altonifbing $ and both quantity and quality will be beyond conception better than if the lands had not been watered. “ Hence we fee why every perfon fhould, if povfible, have three or four meadows that can be watered } for here, while the cattle are eating the firft, the fecond is growing, the third draining, &c. and the fourth under water. In this manner the after-math will in a mild feafon laft till Chriftmas. A reafon was given why the fpring-grafs fhould be fed only by fheep or calves 5 a reafon equally cogent may be given, why the after-grafs ought not to be fed by them, becaule it will infallibly rot them. Nfo fheep (fays our author), except fhcie which are juft fat, muft ever be fuffered even for an hour in w'ater-meadowTs except in the fpring of the year •, and even then care muft be taken that every part of the meadow’s have been w^ell watered, and that they are not longer kept in them than the beginning of May. Although at prefent it is unknown what is the occafion of the rot, yet certain it is, that even half an hour’s feed¬ ing in unhealthy ground has often proved fatal. After a fhort time they begin to lofe their flefh, grow weaker and weaker } the beft feeding in the kingdom cannot \ improve them alter they once fall away j and when they die, animalcula like plaice are found in the livers. Scarcely any ever recover from a flight attack •, but Water when farther advanced, it is always fatal. Guard by ought not to all means againft keeping tbe water too long upon the be kept too mea(low J„ \Varm weather ; it will very foon produce a fflefdows" whlte fobftance like cream, which is prejudicial to the grafs, and fhows that it has beem too long upon the ground already. If it be permitted to remain a little longer, a thick feum will fettle upon the grafs of the confiftence of glue, and as tough as leather, which tvill quite deftroy it wftierever it is fuffered to be produced. The fame bad effedls feem to arife from rude waters j neither can the feum eafily be got off. Advantages “ Rolling meadows in the fpring of the year is an of rolling excellent method.. It fhould be done after Candlemas, tneadows. -when the meadow7 has been laid dry a wreek. It fhould be always rolled lengthwife of the panes, up one fide of the trench and down the other. Rolling alfo contri¬ butes much to the grafs being cut clofe to the furface when mown, which is no fmall advantage j for the lit¬ tle hillocks, fpewings of wrorms, ant-hills, &c. are by this means preffed clofe to the ground, which would otherwife obftruft the feythe and take off its edge 5 and to avoid that inconvenience, the workmen always mow over them.” As a water-meadow7 has with fo much juftice been called a hot-bed of grafs, and as the pra&ice of flood¬ ing tends fo completely to ameliorate the pooreft foils, and to extirpate heath and all coarfe and woody plants, we are fatisfied that the knowledge of it cannot be too extenfively diffufed, or too minutely enquired into. L T U R E, Praaice. That it may be more clearly underflood, therefore, we Culture of {hall here give a ftatement of the mode in which it is Cr‘LlJ- practifed in Gloucefterfhire, as explained from Mr' Wright’s pamphlet, by the Rev. Mr Charles Finlater, Vv’a^SnRg in a "letter to the conduttors of the Farmer’s Magazine, explained “ Fit . 6. reprefents a float-meadow under irrigation j by Mr Fin- the dark fhading reprefenting the water. later- “ When the hatch of the water dam-dike (marked H) Plate XII. is lifted up, the water runs in the natural channel of the river ; when the hatch is {hut, as reprefented in the figures, the natural channel is laid dry below it, and the water runs laterally along the main-feeder, in tue dire&ion of the arrows, and is from it diitributed into the floating-gutters (g, g, g, g), which are formed along the crowns of the ridges, into which the meadow is arranged, overflowing on both fides of (aid gutters, and running down the fides of the ridges into the furrows or drains betwixt the ridges (d, d, d, d), which drains difeharge it into the main-drain, whereby it is returned into its natural channel at the foot of the meadow. “ The marks (o o, or A A), and the tufts, in the main- feeder and the floating-gutters, denote—T he firft, ob- ftru&ions (made by fmall flakes, or fods, or ft ones) _ to raife the water, and make it flow over from the main- feeder into the floating-gutters, or from the latter over the fides of the ridges ; the fecond, nicks, made in their Tides, with a ftmilar intention. If, however, the main-feeder and floating-gutters are properly conftruft- ed at their firft formation, thefe fupplementary aids will be, in a great fneafure, unneceffary : For the main- feeder ought, at its entrance, to be of dimenfions juft fufficient to admit the quantity of water which is to be conveyed to tbe meadow7 j and gradually to contra cl its fize as it goes along, in order that the water, for "want of room, may be forced over its fide, and into the floating-gutters : thefe laft ought to be formed after the fame model, that the w ater may, by their primary con- ftruftion, overflow their fides, through their whole courfe. That as little as poflible of the furface may be unpro- du&ive, a fimilar conftrudtion fhould be adopted for the drains ; they ought to be narrow nearell to the main-feeder, where they receive little water, and to diverge as they approach the mam-dram j which laft is, for the fame reafon, fimilarly ccnftrufted. In the plan, this mode of conftruftion is made obvious to the eye. “ The meadow7, in this plate, muft be conceived to he in a regular and very gentle dope from the main-feeder to the main-drain. “ Fig. 4. and fig. 5. prefent a view of the ridges cut. acrofs, with the feeding-gutter (g) upon their crown, and the furrows, or difeharging drains (d, d) along their fides. Fig. 5. fhows the ftiape (of gradual fiope) into which they ought to be foimed at fiift, were it not for the expence, i. e. wflten they are to be formed out of grafs fields, preferving the grafs fw7ard. Fig. 4. re¬ prefents the mode in which they may, more cheaply, though more roughly, be formed at firft 5 when, the depofitions of fediment from the floating water, will gradually fill the (boulders of the floating-gutters, up to the dotted line, forming the ridge into the fliape of ' “ In the formation of the meadow, (particularly if ti e declivity is very fmall), care fhould be taken to lole as little as poflible of the level in the main-feeder, and in the Part T. j Culture of Grafs. A G R I C the floating-gutters •, in order that the greater defcent . may be given to the water down the tides of the ridges, % from the floating-gutters to their difcharging drains, that the water may float over the ridges tides with the more rapidity, and in the more quick fucceflion. “ The diftance from the floating-gutter to the dif- charging-drain, ought not to be lefs than four yards, 2. e. the breadth of the ridge eight yards; nor more than five yards and a half, u e. the breadth of the ridge eleven yards. “ It is evident from the plan, that, when the latch (H) is lifted up, the water refumes its natural channel, and the meadow becomes at once dry. Its figure frees it inftantly of all furface water. If any of it is wet from fprings, thefe muft be carried off by under-draining 5 for it muft be thoroughly drained before you can drown it to good effect. 7« “ This figure reprefents a float-meadow, where the declivity is unequal, and which, alfo, is too large, for the command of water, to admit of being floated all at once. “ In this meadow, it is fuppofed that the ground rifes, from the natural channel of the river, up to (F 1.), which is a feeder, with its floating-gutters (g, g, g, g) ; and thence defcends to the hollow (D 1.), which is a dram communicating with the main-drain, and re¬ ceiving the water from the lefier drains or receiving furrows (V, 2/, d). It is fuppofed, that the ground rifes again from the hollow (D 1.), up to the fecond feeder (F 2.) ; and thence defcends again into the hol¬ low, along which is conduced the receiving-drain (D 2.) The remainder of the meadow is fuppofed to He in a regular Hope, from the main-feeder to the drain laft mentioned, and the main-drain. The letter (r) marks a very final! rut, made with a fpade, or triangu¬ lar hoe, for conducting water to places upon which it appears not to fcatter regularly. “ 1 he hatch upon the river’s natural channel, and that upon the feeder (F 2.) are reprefented as fhut 5 and, confequently the natural channel, together with that part of the meadow which is floated from the feeder (F 2.), as dry. The hatches upon the feeder (F 1 and upon the mam-feeder, are reprefented as drawn up 5 and, confequently the two parts of the meadow, floated from them, are reprefented as under water. Fig. 8. . “ This reprefents catch-meadow, for a fteep decli¬ vity, or fide of a hill. It is called catch, becaufe, when the rvhole is watered at once, the water float¬ ing over the uppermoft pitches is catched in the float¬ ing-gutters, which diftribute the water over the inferior pitches. “ The lateral horizontal feeding-gutters, which fcatter the water over the firft and fecond pitches, are repre¬ fented as ftmt by fods or ftones, &cc. (8) ; and confe¬ quently thefe firft and feeond pitches appear dry ; The whole water is reprefented as paffing down the main- feeder into the loweft floating-gutter, whence it floats the loweft or third pitch j and is received into the drain at the foot of the meadow^ to be returned by it into the natural channel. “ When the whole is to be floated at once, the ob- ftruClions (8) are taken from the lateral floating-gut¬ ters : obftruCtions, mean time, are placed in the main- feeder, immediately under the floating-gutters, to force the water into faid gutters. U L T u R E. 447 “ N. B. In obftru&ing the main-feeder, care muft be Rotation of taken not to obftruft it entirely, but to allow* always CroPs- a part of the Water it contains to efcape in it to the ^ lower pitches 5 Tor, fuppofing the main-feeder to be entirely fhut under the feeding-gutter (g 1.) 5- fo that the whole water was made to run over the firft pitch, from faid gutter and the horizontal part of the main- drain, the water filtrated through the grafs of the firft pitch, would be fo very much deprived of its fertilizing qualities, as to be incapable of communicating almoft any perceptible benefit to the pitches lying below. Wa¬ ter lb filtrated, is called technically ufed water ; and is efteemed next to ufelefs ; and for this reafon, the grafs neareft the floating-gutters is moft abundant, and of beft quality, in all kinds of meadow*. “ The proper breadth of the pitches of catch-meadow*, from gutter to gutter, does not feem well determined j they ought, probably, not to be much broader than the diftance from the floating-gutter to the receiving- dram in float-meadow, i. e. from four to five or fix yards.—Catch-meadow is not fo much prized as float- meadow*. “ In the conftruftion of the float-meadows, the floating gutters die aw*ay to nothing before they meet the main- drain ; the water from the end of the gutter finding its way oyer the intervening fpace, or being aflifted in fcattering by fmall ruts marked (r). The receiving- drains fhould, for like reafon, not be commenced till w ithin half a ridge breadth of the main-feeder.” It is to be obferved w*ith regard to the laft of thefe modes of flooding, called catch-meadow, that although, lands thus watered do not become equal to more level grounds fubjefted to the fame procefs, or float-meadow*, yet that the improvement of them is perhaps greater in proportion to the value of the lands in their original ftate *, for, in this way, lands upon the declivity of hills, which once produced next to nothing, are enabled to bear a confiderable crop of valuable grafs. As Itrearns of water are in high countries frequently found de- feending from very lofty fituations, and as in thefe cafes the expence of forming catch-meadow is very trifiino', k may be regarded as of the moft extenftve utility. Sect. V. Rotation of Crops. No branch of hufhandry requires more flu 11 and fa- Rotation c gacity than a proper rotation of crops, ib as to keepcroPs* the ground always in heart, and yet to draw* out of it the greateft profit poflible. Some plants rob the foil, others are gentle to it: fome-bind, others loofen. The nice point is, to intermix crops, fo as to make the greateft profit connftently wdth keeping the ground in trim. In that view, the nature of the plants employ- ed in hufbandry mull be accurately examined. 1 * ’ 4 ..1 I he difterence between culmiferous and leguminous Culmife- plants, is occafionally mentioned above. With re-rous ancl k- fpe& to the prefect fabjeft, a clofer iiifpeftion is necef- (ary. Culmiferous plants, having fina-Il leaves and few p ants‘ in number, depend moftly on the toil for nouriftiment and little on the air. During the- ripening of the feed, they draw* probably their whole nouriftiment from the foil; as the leaves by this time, being dry and wither¬ ed, muft have loft their pow er of drawing nourilhment- ftom the uir. Now, as culmiferous plants are chiefi*^' cultivated for their feed, and are not cut dow*n till the iced' 448 AGRICULTURE. Pra&ice, Rotation of feed be fully ripe, they may be pronounced all of them , Cr0P» , to be robbery, fame more, fome lefs. But fuch plants, v while young, are all leaves j and in that date draw molt of their nourifhment from the air. Hence it is, that where cut green for food to cattle, a culmiferous crop is far from being a robber. A hay-crop accor¬ dingly, even where it confifts moftly of rye-grafs, is not a robber, provided it be cut before the feed is formed $ v/hich at any rate it ought to be, if one would have hay in perfection. And the foggage, excluding the froft by covering the ground, keeps the roots warm. A leguminous plant, by its broad leaves, draws much of its nourilhment from the air. A cabbage which has very broad leaves, and a multitude of them, owes its growth more to the air than to the foil. One faCt is certain, that a cabbage cut and hung up in a damp place, preferves its verdure longer than other plants. At the fame time, a feed is that part of a plant which requires the molt nourifhment; and for that nourifh- ment a culmiferous plant muft be indebted entirely to the foil. A leguminous crop, on the contrary, when cut green for food, muft be very gentle to the ground. Peafe and beans are leguminous plants j but being cul¬ tivated for feed, they feem to occupy a middle ftation : their feed makes them more fevere than other legumi¬ nous crops cut green; their leaves, which grow till reaping, make them lefs fevere than a culmiferous plant left to ripen. Thefe plants are diftinguiftied no lefs remarkably by the following circumftance. All the feeds of a culmi¬ ferous plant ripen at the fame time. As foon as they begin to form, the plant becomes ftationary, the leaves wither, the roots ceafe to pufh, and the plant, when cut down, is blanched and faplefs. The feeds of a le¬ guminous plant are formed fucceflively : flowers and fruit appear at the fame time in different parts of the plant. This plant accordingly is continually growing, and puftung its roots. Hence the value of bean or peafe ftraw above that of wheat or oats: the latter is withered and dry. when the crop is cut 3 the former, green and fucculent. The difference therefore, with refpedl to the foil, between a culmiferous and legumi¬ nous crop, is great. The latter, growing till cut dowTn, keeps the ground in conftant motion, and leaves it to the plough loofe and mellow. The former gives over growing long before reaping j and the ground, by want of motion, turns compaft and hard. Nor is this all. Dew falling on a culmiferous crop after the ground begins to harden, refts on the furface, and is nicked up by the next fun. Dew that falls on a legu¬ minous crop, is ftiaded from the fun by the broad leaves, and finks at leifure into the ground. The ground accordingly, after a culmiferous crop, is not «nly hard, but dry ; after a leguminous crop, it is not only loofe, but foft and unftuous. Of all culmiferous plants, wheat is the moft fevere, by the long time it occupies the ground without ad¬ mitting a plough. And as the grain is heavier than that of barley or oats, it probably requires more nou- riftiment than either. It is obferyed above, that as peafe and beans draw part of their nouriftiment from the air by their green leaves while allowed to ftand, rfhey draw the lefs from the ground 5 and by their con- ilant growing they leave it in good condition for fub- 2 . ' ' • fequent crops. In both refpedts they are preferable Rotation of to any culmiferous crop. Crops. Culmiferous crops, as obferved above, are not rob- ,"'"1 v J' bers when cut green : the foil, far from hardening, is kept in conftant motion by the puftiing of the roots, and is left more tender than if it had been left at reft without any bearing crop. Bulbous-rooted plants are above all fuccefsful in di¬ viding and pulverizing the foil. Potato-roots grow fix, eight, or ten inches under the furface ; and, by their fize and number, they divide and pulverize the foil better than can be done by the plough $ confequent- ly, whatever be the natural colour of the foil, it is black w hen a potato-crop is taken up. The potato, however, with refped true *, but in order to detennine the mode of cropping, the important point is, what upon the whole is the moil profitable rotation ) not what may produce luxu¬ riant crops at a diilant period. Upon that point, it may be affirmed, that the farmer who keeps a field in pailure beyond a certain time, lofes every year confi- derably ; and that a few7 luxuriant crops of corn, after 20 years of pallure, and Hill more after 30, will not make up the lofs. Pafture-grafs, while young, maintains many animals; and the field is. greatly recruited by wffiat they drop j it is even recruited by hay crops, provided the grafs be cut before feeding. But as old grafs yields little pro- fit,^ the field ought, to be taken up for corn wThen the pailure begins to fail} and after a few7 crops, it ought 3 I* te 45° Rotation of to be laid down again with grafs feeds. Seduced by Crops. a chimerical notion, that a field, by frequent corn crops, ~v is fatigued, and requires rert like a labouring man or animal, careful farmers give long reft to their fields by pafture, never adverting that it affords little pront. It ought to be their ftudy, to improve their foil, by ma¬ king it free, and alfo retentive of moifture. . If they accomplifti thefe ends, they need not be afraid of ex- haufting the foil by cropping. Examples Where a farmer has accefs to no manure but what of rotations, is his own production, the cafe under confideration, there are various rotations of crops, all of them good, though perhaps not equally fo. W e {hall begin with two examples, one in clay and one in free foil, each of the farms 90 acres. Six acres are to be inclofed for a kitchen garden, in which there muft be annually a crop of red clover, for fummer food to the working cattle. As there are annually 12 acres in hay, and 12 in paf¬ ture, a fingle plough with good cattle will be futhcient to command the remaining 60 acres. agriculture. Rotation in a clay foil. H I795- 1. jFallow. 2. (Wheat. 3. (Peafe. 4. Barley. 5- Ha7- 6. ^ats. 7. (Failure. i796. Wheat. Peafe. Barley. Hay. Oats. Fallow. Pafture. I7?7* Peale. Barley. Hay. Oats. Fallow. Wheat. Pafture. i?98- Barley. Hay. Oats. Fallow. Wheat. Peafe. Pafture. 1799- Hay. Oats. Fallow. Wheat. Peafe. Barley. Pafture. 1800. Oats. Fallow. Wheat. Peafe. Barley. Flay. Pafture. When the rotation is completed, the feventh inclo- fure, having been fix years in pafture, is ready to be ta¬ ken up for a rotation of crops which begins with oats in the year 1801, and proceeds as in the fixth inclo- fure. In the fame year 1801 the fifth inclofure is made pafture, for which it is prepared by lowing pa- fture-grafs feeds with the barley of the year 1800. And in this manner may the rotation be carried on without end. Flere the labour is equally diftributed and there is no hurry nor confufion. But the chief property of this rotation is, that two culmilerous or white-corn crops are,never found together 5 by a due mixture of crops, the foil is preferved in good heart without any adventitious manure. At the fame time, the land is always producing plentiful crops : neither hay nor pafture get time to degenerate. I he whole dung is laid upon the fallow. Every farm that takes a grafs crop into the rota¬ tion muft be inclofed, which is peculiarly neceffary in a clay foil, as nothing is more hurtful to clay than poaching. Rotation in a free foil. r ^Pi- Turnip. Barley. Hay. Oats. Fallow. Wheat. Pafture, 1796. Barley. Hay. Oats. Fallow. Wheat. Turnip. Pafture, 1797. Hay. Oats. Fallow. Wheat. Turnip. Barley. Pafture. | i798- !Oats. I Fallow. Wheat. j Turnip. ^Barley. Hay. Pafture. ^799- Fallow. Wheat. Turnip. Barley. Flay. Oats. Pafture. 1800. Wheat. Turnip. Barley. Hay. Oats. Fallow-. Pafture. Pra&icc, For the next rotation, the feventh inclofure is taken Rotation of up for corn, beginning with an oat crop, and proceed-. 'r(^s' , ing in the order of the fourth inclofure j in place o^ which, the third inclofure is laid down tor pafture by fowing pafture-grafl.es with the laft crop in that inclo¬ fure, being barley, ft his rotation has all the advan¬ tages of the former. Here the dung is employed on the turnip crop. , We proceed to confider what rotation is proper for carfe clay. The farm we propofe confifts of 73 acres. Nine are to be incloled for a kitcnen gaiden, affording plenty of red clover to be cut green for the farm cattle. The remaining 64 acres are divided into four inclo- fures, 16 acres each, to be cropped as in the following table. 1 95- 1796. Beans. Barley. Barley. Hay. Hay. (Oats. Oats. Beans. 1797. Flay. Oats. Beans. Barley, 1798. Oats. Beans. Barley. Hay. Here the dung ought to be applied to the barley. Many other rotations may be contrived, Keeping to the rules above laid down, tallow, for example, wheat, peafe and beans, barley, cabbage, oats, for clay. Here dung muft be given both to the wheat and cabbage. For free foil, drilled turnip, barley, led ciover, wheat upon a fingle furrow, drilled potatoes, oats. ^ Both the turnip and potatoes muft have dung. Another for free foil: turnip drilled and dunged, red clover, wheat on a fingle furrow- with dung, peafe, barley, potatoes, oats. The following rotation has proved fuccefsful in a foil proper for wheat. 1. Oats with red clovei, ar- ter fallow without dung. 2. Hay. The clover ftubble dunged, and wheat fown the end ox October with a fingle furrow. 3- Wheat. 4* PeaSe. 5- Bailey. Fal¬ low- again. Oats are taken the in ft ciop, to lave the dung for the wheat. Oats always thrive on a fallow-, though without dung, which is not tne cafe ot barley. But barley feldom fails after peafe. In ftrong clay foil, the following rotation anfwers.' 1. W heat after fallow- and dung. 2. Beans fown under furrow as early as poffible. Above the beans, fow peafe end of March, half a boll per acre, and harrow them in. The two grains will ripen at the fame time. 3. Oats or barley on a w-inter furrow with grafs-feeds. 4. Flay for one year or two the fecond growth paftured. ^ Lay what dung can be fpared on the hay-ftubble, and fow wheat- with a fingle furrow.. 5. Wheat. 6. Beans or peafe. 7. Oats. Fallow again. In. addition to thefe, we fliall here ftate from the Agricultural Survey of ft orkfhire, an example of a ro¬ tation ufed in that county upon a marfti-land farm con- fiftino-of 432 acres of arable land, in which a very great3number of hands and horfes appear to have been employed, but in which very valuable produfts are reared*. “ The foil, where the principal part of the po¬ tatoes are grown, is a good w-arp ; the. other part otv which potatoes are alfo cultivated, a mixture ol warp and land : the remainder of the land, clay, w-ith a imail portion of warp, but too ftrong to grow potatoes, ex¬ cept about 70 acres, which is tolerably good potato- ■r ' -laud, Part I, Reaping and Storing up Corn and Hay. AGRICULTURE. land, but at too great a diftance from the river. Grafs f land only fufficient to keep two milch cows, and horfes neceiTary for working the farm : 69 acres of the belt warp land divided into three equal parts j 1. fallow, with from 16 to 20 loads of manure per acre j fet it with potatoes j after, fowr wdreat; and then fallow ag-ain : three acres of the fame kind of land that is liable to be damaged by fparrows when fown with corn, is fet with potatoes every year with about 10 loads of manure per acre each year : 84 acres of the lighter land is divided in the fame manner, one-third fallow, with 10 loads of manure per acre; fet potatoes and then fow wheat, and fallow again : 42 acres of land, lately an old pafture divided into three parts ; one-third flax, then fown with rape, and after they come off, plough and harrow' the land three or four tames, and lay upon it about 20 loads of manure per acre, which will make it in great condition alter which fet potatoes, then fow flax again, and rape af¬ ter : i^o acres divided into three parts j 1. fallow'j 2. wheat; 3. beans, drilled at 9 inches dillance, hand- hoed twdce at 6s. per acre ; fallow' again, &c. : 80 acres of land that was lately in old grafs divided into four parts j fallow', wheat, beans drilled, and oats j then fallow again, &c. The remaining four acres thrown to any of the crops that are likely to fail. Rent 25s. per acre j aflelfments 5s. per acre. “ Dijlribution of crops for 1795. Wheat, Beans, Oats, Flax, Rape,' Potatoes, Fallow', To be throwm where a crop is likely to fail, Acres. J 21 70 20 H 14 68 121 432 Average Produce of an Acre, from 3 to 5 quarters, from 3 to 6 quarters, from 6 to 10 quarters, from 45 to 55 Hones, from 5 to 5 quarters, from 60 to 100 facks. “ Servants, Jiorfes, and Cows kept upon the Farm. 4 Houfe fervants, 16 Labourers, 26 Horfes, 2 Pvlilch cow's. 45* ©f ripenefs. The above is an account of a farm belonging to one of the beft managers of marfli-land. We mult ob- ferve, he fallows his land very often ; yet he is well paid by his fuperior crops. The laft year (179 c) he had T 00 facks per acre off moft of his potato-land ; and fold them from 8s. to 12s. per fack of 14 pecks. All their corn is fold by the quarter of eight Winchefter bufhels, though I believe their meafure rather overruns.” Sect. VI. Of Reaping Corn and Hay Crops, and Storing them up for Ufe. Culmiferous plants are ripe when the Item is to¬ tally white : they are not fully ripe if any green ftreaks remain. Some farmers are of opinion, that wheat ought 1 451 to be cut before it is fully ripe. Their reafons are, Reaping fir ft, that ripe wheat is apt to {hake and next, that aih' the flour is not fo good. With refpeft to the laft, it is Ha,% contrary to nature, that any feed can be better in an 1 v 1 unripe ftate than when brought to perfeflion ; nor will it be found lo upon trial. With refpe£t to the firft, wheat, at the point of perfedlion, is not more apt to fhake than for fome days before : the hu{k begins not to open till after tbe feed is fully ripe •, and then the fullering the crop to Hand becomes ticklifti ; after the minute of ripening, it Ihould be cut down in an inftant, if poflible. 4-9 This leads to the hands that are commonly engaged Of reapers, to cut down corn. In Scotland, the univerfal praftice was, to provide a number of hands, in proportion to the extent of the crop, without regard to the time of ripening. By this method, the reapers were often idle for want of w'ork j and what is much w'orfe, they had often more work than they could overtake, and ripe fields W'ere laid open t® ftiaking winds. The Lothians have long enjoyed weekly markets for reapers, where a farmer can provide himfelf with the number he wants j and this praftice is creeping into neighbouring {hires. Where there is no opportunity of fuch markets, neigh¬ bouring farmers ought to agree in borrowing and lend¬ ing their reapers. One {hould imagine, that a caution againft cutting corn when wet is unneceffary $ yet from the impatience of farmers to prevent {baking, no caveat is more fo. Why do they not confider, that com {landing dries in half a day ; when, in a clofe ftieaf, the weather muft be favourable if it dry in a month ? in moift weather it will never dry. With refpeft to the manner of cutting, we muft pre- Manner of mife, that barley is of all the moft difficult grain to be cutUng* dried for keeping. Having no hulk, rain has an eafy accefs j and it has a tendency to malten when wet. Where the ground is properly fmoothed by rolling, it feems beft to cut it down with the fcythe. This man¬ ner being more expeditious than the fickle, removes it fooner from danger of wind ; and gives a third more ftraw, which is a capital article for dung, wherd a farm is at a diftance from other manure. We except only corn that has lodged ; for there the fickle is more con¬ venient than the fcythe. As it ought to be dry when cut, bind it up diredlly : if allowed to lie any time in the fwath, it is apt to be difcoloured.—Barley fown with grafs-feeds, red clover efpecially, requires a dif¬ ferent management. Where the grafs is cut along with it, the difficulty is great of getting it fo dry as to be ventured in a ftack. The beft way is, to cut the barley with a fickle above the clover, fo as that nothing but clean barley is bound up. Cut with a fcythe the ftubble and grafs: they make excellent winter food. The fame method is applicable to oats ; with this only difference, that when the field is expofed to the fouth-weft wind, it is lefs neceffary to bind imme¬ diately after mowing. As wheat commonly grows higher than any other grain, it is difficult to manage it with the fcythe ; for which reafon the fickle is pre¬ ferred in England. Peafe and beans grow fo irregu¬ larly, as to make the fickle neceffary. The beft way for drying peafe, is to keep feparate Drying of the handfuls that are cut; though in this way they wet Peafe* eafily, they dry as foon. In the common way of heap- 3 L 2 ing 45 2 AGRICULTURE. Pradlic^. 462 Size of tfieaves. Reaping ing peafe together for compoflng a flieaf, they wet aa and Storing and dry not near fo foon. With refpeft to bean5;, and fia" t^le toP t1ne handful laft cut ought to be laid on the lIL-IlL bottom of the former y which gives ready accefs to the wind. By this method peafe and beans axe ready for the Hack in half the ordinary time. A (heaf commonly is made as large as can be con¬ tained in two lengths of the corn made into a rope. Tot lave frequent tying, the binder prelies it down with his knee, and binds it fo hard as totally to exclude the air. If there be any moifture in the crop, which feldom fails,, a procefs of fermentation and putrefaction commences in the {heaf} which is perfedted in the hack, to the deltrudtion both of corn and draw. How ftupid is itr to make the fize of a {heaf depend on the height of the plants ! By that'rule, a wheat {heaf is commonly fo weighty, as to be unmanageable by ordinary arms : it requires an effort to move it that frequently burfts the knot, and occafions lofs of grain, befide the trouble of -a fecond tying. Sheaves ought never to be larger than can be contained in one length of the plant, cut dole to the ground} without admitting any exception, if the plants be above 18 inches high. The binder’s arm can then comprefs the {heaf fufficiently without need of his knee. The additional hands that this way of binding may require, are not to be regarded com¬ pared with the advantage of drying foon. Corn thus managed may be ready for the Hack in a week y it feldom in the ordinary way requires lefs than a fort¬ night, and frequently longer. Of a Imall fheaf com- preffed by the arm only, the air pervades every party nor.is it fo apt to be unloofed as a large {heaf, how¬ ever firmly bound. We omit the gathering of {heaves into Ihocks, becaufe the common method is good, which is to place the {hocks directed to the fouth-weft, in or¬ der to refill the force of the wind. Five {heaves on each fide make a fufficient flay } and a greater number cannot be covered with two head-lheaves. Every article is of importance that haftens the ope¬ ration in a country, like Scotland, fubjefted to unequal harveft weather; for which reafon, the moft expediti¬ ous method ihould be chofen for carrying corn from the field to the Hack-yard. Our carriages are generally too final! or too large. A fledge is a very awkward machine : many hands are required, and little progrefs made. Waggons and large carts are little lefs dilatory, as they muff Hand in the yard till unloaded fheaf by {heaf. The beH way is,, to ufe long carts moveable upon the axle, fo as at once to throw the whole load on-the ground y which is forked up to the flack by a hand appointed for that purpofe. By this method, two carts will do the work of four or five.. Building round Hacks in the yard is' undoubtedly preferable to houfing corn. There it is {hut up from the airy and it mufl be exceeding dry, if it contrail not a muflinefs, which is the firfl Hep to putrefasffion. Add to this, that in the yard, a Hack is preferved from rats and mice, by being fey on a pedeflal: whereas no method has hitherto been invented for preferving corn in a houfe from fuch deflruilive vermine. The proper manner of building, is to make every {heaf incline downward from its top to its bottom. Where the {heaves are laid horizontally, the Hack will take in rain both above and below. The beH form of a Hack is that of a cone placed on a cylinder ; and the tap of the 463 Carrying off the victual. 464 Of (tack- cone fliould be formed with three (heaves drawn to a Reaping point. If the upper part of the cylinder be a little ai1^ St-°^ng wider than the under, fo much the better. ^ The delaying to cover a Hack for two or three ' ■ weeks, though common, is, howrever, exceeding ab- 465 lurdj for if much rain fall in the interim, it is beyond Covering, the power of wind to dry the Hack. Vegetation be- t*ie Aac^s' gun in the external parts, (huts out the air from the internal} and to prevent a total putrefaklion, the Hack mufl be thrown down and expofed to the air every {heaf. In order to have a Hack covered the moment it is finiflied, flraw and ropes ought to be ready ; and the covering ought to be fo thick as to be proof againfl rain. Scotland is fu'oje6t not only to floods of rain, but to ' high winds. Good covering guards againfl the for¬ mer, and ropes artfully applied guard againfl the lat¬ ter. The folio-wing is a good mode, l ake a hay- rope well twilled, and furround the flack with it, two feet or fo below the top. Surround the flack with another fuch rope immediately below the eafing. C011- ne 10,000 ftone were put into tramp- —v—J ricks the fourth day after cutting. In a country fo wet as many parts of Scotland are, expedition is of mighty confequence in the drying both of hay and corn. With refpeft to hay intended for horned cattle, it is by the generality held an improvement, that it be heated a little in the itack. But we violently fufpedl this doc¬ trine to have been invented for excufing indolent ma¬ nagement. An ox, it is true, will eat fuch hay $ but it will always be found that he prefers fweet hay ; and it cannot well be doubted, but that fuch hay is the inofl falutary and the moil nouriihing. The making hay confiiilng chiefly of red clover, requires more care. The feafon of cutting is the lalt week of June, when it is in full bloom ; earlier it may be cut, but never later. To cut it later would indeed produce a weightier crop ; but a late firil cutting- makes the fecond alfo late, perhaps too late for drying. At the fame time, the want of weight in an early firft cutting, is amply compenfated by the weight of the fecond. When the feafon is too variable for making hay of the fecond growth, mix draw with that growth, which will be a fubftantial food for cattle during winter. This is commonly done by laying ftrata of the draw and clover alternately in the dack. But by this me¬ thod, the drata of clover, if they do not heat, turn mouldy at lead, and unpalatable. The better way is, to mix them carefully with the hand before they be put into the dack. The dry draw imbibes moidure from the clover and prevents heating.. But the bed method of hay-making feems to be that recommended by Mr Anderfon *. “ Indead (fays 'A 'ruulturi, ^e)’ allowing the hay to lie, as ufual in mod pla- vol. i. p. ’ces, f°r fome days in the fwathe after it is cut, and i36. afterwards alternately putting it up into cocks and fpreading it out, and tedding it in the fun, which tends greatly to bleach the hay, exhales its natural juices, and fubjedls it very much to the danger of getting rain, and thus runs a great rilk of being good for little, I make it a general rule, if poflible, never to cut hay but when the grafs is quite dry j and then make the gatherers follow clofe upon the cutters, putting it up immediately into fmall cocks about three feet high each when new put up, and of as fmall a diameter as they can be made to dand wfith; always giving each of them a flight kind of thatching, by drawing a few hand¬ fuls of the hay from the bottom of the cock all around, and laying it lightly upon the top with one of the ends hanging downwards. This is done with the utmofl eafe and expedition; and when it is once in that date, I confider my hay as in a great meafure out of dan¬ ger : for unlefs a violent wind ihould arife immediately after the cocks are put up, fo as to overturn them, no¬ thing elfe can hurt the hay j as I have often experienced, that no rain, however violent, ever penetrates into thefe AGRICULTURE. 453 468 Other me¬ thod. cocks but for a very little way. And, if they are Reaping dry put up, they never fit together fo clofely as to anc^ ^tonng heat 5 although they acquire, in a day or two, fuch a degree of firmnefs, as to be in no danger of being' y • overturned by wind after that time, unlefs it blows a hurricane. “ In thefe cocks I allow the hay to remain, until, upon infpe&ion, I judge that it will keep in pretty large tramp-cocks (which is ufually in one or two weeks, according as the weather is more or lefs favour¬ able), when two men, each with a long pronged pitch¬ fork, lift up one of thefe fmall cocks between them with the greated eafe, and carry them one after ano¬ ther to the place where the tramp-cock is to be built (1) : and in this manner they proceed over the field till the whole is finilhed. “ The advantages that attend this method of ma-Advanta- king hay, are, that it greatly abridges the labour j asScs °* it does not require above the one-half of the work thatm£t^0f'’ is neceffary in the old method of turning and tedding it: That it allows the hay to continue almoft as green as when it is cut, and preferves its natural juices in the greated perfe&ion ; for, unlefs it be the little that is expofed to the fun and air upon the furface of the cooks, which is no more bleached than every draw of hay faved in the ordinary way, the whole is dried in the mod flow and equal manner that could be delired ; and, ladly, That it is thus in a great meafure fecured from aimed the podibility of being damaged by rain. This lad circumdance deferves to be much more at¬ tended to by the farmer than it ufually is at prefent; as I have feen few who are fufficiently aware of the lofs that the quality of their hay fudains by receiving a flight (hower after it is cut, and before it is gathered *, the generality of farmers feeming to be very well latis- fied if they get in their hay without being abfolutely rotted, never paying the lead attention to its having been feveral times wetted while the hay was making. But, if thefe gentlemen will take the trouble at any time to compare any parcel of hay that has been made perfectly dry, with another parcel from the fame field that has received a diower while in the fwathe, or even a copious dew, they will foon be fenfible of a very ma~ nifed difference between them; nor will their horfes or cattle ever commit a midake in choofing between the tW0, . . 470 “ Let it be particularly remarked, that in this man-Particular ner of making hay, great care mud be taken that it be caut|0n.re~ dry when fird put into the cocks ; for if it is in !ead degree wet at that time, it will turn indafttly ' mouldy, and fit together fo as to become totally imper¬ vious to the air, and will never afterwards become dry till it is fpread out to the fun. For this reafon, if at any time during a courfe of good fettled weather you diould begin to cut in the morning before the dew is off the grafs, iceep back the gatherers till the dew is eva¬ porated } allowing that which was fird cut to lie till it is- dry before it is cocked. In this cafe, you will al~ mod (T If the hay is to be carried to any confiderahle didance, this part of the labour may be greatly abridged;, by cauling the carriers take two long dicks cf a fufficient drength, and having laid them down by the fmall cocks parallel to one another, at the didance of one and a half, or two feet afunder, let them lift three or four, eocks, one alter another, and place them carefully above the dicks, and then carry them altogether, as if upcata * handbarrow, to the place where the large rick is to be built. 45 4 A O R. I C Reaping tnofl: always find that the uncut grafs will dry fooner "corn”^ t^an t^at whiGh has been cut when wet j and, there- and Hay. ^ore5 the gatherers may always begin to put up that u—y—which is frefh cut before the other; which will ufually require two or three hours to dry after the new-cut hay may be cocked. And if, at any time, in cafe of ne- ceflity, you fhould be obliged to cut your hay before it is dry, the fame rule muft be obferved always to allow it to remain in the fwathe till it is quite dry : but, as there is always a great rilk of being long in getting it up, and as it never in this cafe wins (k) fo kindly as if it had been dry cut, the farmer ought to endeavour, if poffible, in all cafes, to cut his hay only when dry 5 even if it ftiould coll him fome additional expence to the cutters, by keeping them employed at any other work, or even allowing them to remain idle, if the weather fliould be variable or rainy. “ But if there is a great proportion of clover, and the weather (hould chance to be clofe and calm at the time, it may, on fome occafions, be neceflary to open up thefe cocks a little, to admit fome frefh air into them ; in which cafe, after they have flood a day or two, it may be of great ufe to turn thefe cocks and o- pen them up a little, which ought to be done in the drieft time of the day; the operator taking that part of each cock which was the top, and with it forming the bafe of a new one 5 fo that the part which was moft ex- pofed to the air becomes excluded from it, and that which was undermoft comes to be placed upon the top, fo as to make it all dry as equally as poflible. “ If the hay has not been damp when it was firft put up, the cock may be immediately finifhed out at once 5 but if it is at all wet, it will be of great ufe to turn over only a little of the top of the cock at firft, and leaving it in that ftate to dry a little, proceed to another, and a third, and fourth, &c. treating each in the fame way, going on in that manner till you find that the infide of the firft opened cock is fufficiently dried, when it will be proper to return to it, turning over a little more of it till you come to what is ftill damp, when you leave it and proceed to another, and fo on round the whole •, always returning afrefti till the cocks are entirely finifhed. This is the beft way of faving your hay, if you have been under the necefftty of cutting it while damp j but it is always beft to guard ^yt againft this inconvenience, if poflible.” Hay-ftacks. In the yard, a ftack of hay bught to be an oblong fquare, if the quantity be greater than to be eafily flowed in a round ftack $ becaufe a fmaller furface is expofed to the air than in a number of round ftacks. For the fame reafon, a ftack of peafe ought to have the fame form, the ftraw being more valuable than that of oats, wdieat, or barley. The moment a ftack is finifh¬ ed it ought to be covered j becaufe the furface hay is much damaged by withering in dry weather, and moift- ening in wet w'eather. Let it have a pavilion-roof; for more of it can be covered w ith ftraw in that fhape, than wdien built perpendicular at the ends. Let it be roped as dire&ed above for corn-ftacks j with this dif¬ ference only, that in an oblong fquare the ropes muft U L T U R E. Practice. be throwm over the top, and tied to the belt-rope be- - low. This belt-rope ought to be fixed with pins to ^ the ftack: the reafon is, that the ropes throxvn over the ftack will bag by the finking of the ftack, and may be drawn tight by low ering the belt rope, and fixing it in its new pofition with the fame pins. The ftems of hops, being long and tough, make excellent ropes j and it will be a faying article, to pro¬ pagate a few plants of that kind for that very end. A ftack of rye-graft hay, a year old, and of a mode¬ rate fize, will wreigh, each cubic yard, 11 Dutch ftone. A ftack of clover-hay in the fame circumftances weighs fomewhat left. Sect. VII. Manures. “ The ufe of manures (fays M. Parmentier*), has* Memoirs been known in all ages j but we are yet far from having 0fth.e Ro3al any clear and precife ideas of the nature of the juices ^rkullure which are deftined for the nourifhment of vegetables, parh. ' and of the nianner in which they are tranfmitted to their 473 organs. The waiters on agriculture, who have endea-M- Fa¬ voured to explain thefe matters, perceiving falls in moft men!:ier s plants, were perfuaded that thefe falls, by the help of coB^erning wrater and heat, pafled, in a faline form, through the manure, vegetable filter. Thefe firft philofophers did not hefi- tate to confider every thing that has been done by the induftry of man, to improve the nature of land, and its productions, as merely forming refervoirs of thefe falls, W'hich they confidered as the principle of fertility. This opinion was fo well eftabliftied among the improvers of land, that, to this day, many of them have no object in view, in their operations, but to difengage falls; and, when they attempt to explain certain phenomena which take place in their fields or orchards, they talk confi¬ dently about the nitre of the air, of rain, of fnow, of dew, and fogs ; of the falls of the earth, of dung, of marl, of lime, of chalk, &c. and make ufe of thofe vague terms, oil, fulphur, fpirit, &c. which ought hencefor¬ ward to be banifhed from our elementary books on agriculture. “ Among the authors who have attacked, and com¬ bated with moft fuccefs, the opinion that the fruitful- nefs of foils, and the aliment of vegetables, refide in fa- line fubftances, muft be reckoned Eller and Wallerius. Thefe philofophers examined, by every means which chemiftry at that time could furnilh, the various kinds of earth proper for cultivation, and alfo thofe fubftances which have always been confidered as the moft power¬ ful manures, without being able to obtain, from any of them, any thing more than mere atoms of fait. “ Animated with the fame zeal, and taking advan¬ tage of the inftruftions found in their writings, I thought it neceffary to determine, by experience, whe¬ ther, as has been aflerted, there really exift neutral falls in earths } and alfo, whether thofe earths are more fertile in proportion to the quantity of fuch falls they contain. With this view, I lixiviated, by means of diftilled water, many fpecies of cultivated earths, ta¬ ken in various ftates, from frefh earth to that which had (k) By winning hay, is meant the operation by which it is brought from the fucculent ftate of grafs to that of a dry fodder. Part I. A G R I C ,Manures.. had been impoverillied by the growth of feveral crops: ^ i alfo tried dung, reduced mere or lefs into the date of mould ; and likewife the mod active manures, fuch as the offal of animal fubdances rotted by putrefaction ; but in none of thefe, however carefully analyzed, were found any falts in a free date. They contain indeed the materials proper for forming falts, but if they con¬ tain any ready formed, it is merely by accident. “ The refearches of Kraft, and thole of Alfton, were not attended with different refults. Having fown fome oats in adies, not lixiviated, and in fand drongly im¬ pregnated with potaftv and with faltpetre, and having found that the oats did not grow, they concluded that neutral falts, and alkalies, not only retarded the growth of vegetables, but that they afcfolutely prevented it. It is w’ell known that in Egypt there are didriCls where the earth is entirely covered with fea-falt, and thefe di- Itri&s are quite barren. It is probably owing to this property of fea-falt, that the Romans were accuftomed to fcatter large quantities of it over fields where any great crime had been committed, and of which they wilhed to perpetuate the remembrance, by rendering the part barren for a certain time. “ 1 he idea that falts had great influence in vegeta¬ tion . ought to have been greatly weakened by the fol¬ lowing Ample reflection. Suppofing that falts exifted in garden-mould, they would be very foon diffolved by the rain, and carried away, towards the lower ftrata of the earth, to a depth to which the longelt roots -would not reach. Indeed the famous experiment of Van Hel- mont would have been fufficient to have deftroyed the above opinion, if it did not generally happen that we are no fooner fet free from one error than we fall into another not lefs extraordinary. The furprifing effeCts of vegetation brought about by the overflowing of wa¬ ter, and in the neighbourhood of fait marfhes, and the infinite number of inhaling capillary tubes obferved up¬ on the furface of vegetables, led to an opinion that the air and water, abforbed by the roots and leaves of plants, wrere only vehicles loaded with faline matter, analogous to the vegetables nouriihed by them. “ To the experiment of Van Helmont, which was re¬ peated by many accurate obfervers, fucceeded thofe of modern philofophers j from which it clearly appeared, that plants could grow, and produce fruit, in the air of the atmofphere, and in diftilled water, alfo in pure fand, in powdered glais, in wet mofs or fponge, in the cavitv of flefhy roots, Sec. and that plants which had nothing but the above-mentioned fluids for their nourifliment, gave, when fubmitted to chemical analyfis, the fame produCIs as thofe which had undergone their procels of vegetation in a foil perfeClly well manured. It was alfo obferved, that the moft barren foils were rendered fer¬ tile when they were properly fupplied with water by canals ; and the efficacy of irrigation wTas repeatedly evinced in different ways : from thefe obfervations was formed the following fyftem, that water rifes in plants in the form of vapour, as in diftillation j that air in¬ troduces itfelf into their pores ; and that, if falts con¬ tribute to the fruitfulnefs of foils, it is only in confe- quence- of their containing the two fluids above men¬ tioned in great abundance.” Our autnor, after making many experiments upon various foils and falts, maintains “ that faline fubftan- ces have no fenfible effeCls in promoting vegetation, li U L T U R E. 455 except inafmuch as they are of a deliquefeent nature, Manures, have an earthy bafis eaiily decompofed, and are ufed v''”*”"' only in fmall quantity. In thofe circumftances they have the power of attracting, from the immenfe refer- voir of the atmofphere, the vapours which circulate in it 5 thefe vapours they retain, along with the moilture that is produced from rain, fnow, dew, fog, &c. which moifture they prevent from running together in a mafs, or from being loft, either by exhaling into the air of the atmofphere, or by filtering itfelf through the infe¬ rior ftrata of the earth, and thereby leaving the roots of vegetables dry *, they diftribute that moifture uni¬ formly, and tranfmit it, in a ftate of great divilion, to the orifices of the tubes deftined to carry it into the texture of the plant, where it is afterwards to undergo the laws of aflimilation. As every kind of vegetable’ manure poffeffes a vifcous kind of moifture, it thereby partakes of the property of deliquefeent falts. In fhort, the preparation of land for vegetation has no other ob- jeCt in view but to divide the earthy particles, to foft- en them, and to give them a form capable of produ¬ cing the above-mentioned effefts. It is fufficient, therefore, that water, by its mixture with the earth and the manure, be. divided, and fpread out fo as to be applied only by its furface, and that it keep the root of the plant always wet, without drowning it, in order to become the effential principle of vegetation. But as plants which grow in the fhade, even in the belt foil, are weakly, and as the greater part of thofe which are made to grow in a place that is perfeCUy dark neither give fruit nor florvers, it cannot be denied, that the influence of the fun is of great importance in vege¬ table economy.” Such was the opinion of M. Parmentier while the old theory of chemiftry prevailed j but when it ap¬ peared, by more recent difeoveries, that air and water are not fimple but compound bodies, made up of oxy¬ gen, hydrogen, and azote, and that they are refolved into thefe principles by many operations of nature and of art, he fo far altered his theory of vegetation as to admit, that air and Water aCI their part in that procefs, not in a compound ftate, but by means of the princi¬ ples of which they confift. Pie now concluded, that the value of manured earth confifts of its tendency to refolve water into gaffes which give out heat while they are abforbed by the plants. As he thus fuppofes that the gaffes conftitute the food of plants, it follows, that the moft aerated waters will be the moft favour¬ able to vegetation y and hence arifes the value of thofe in which putrid animal matters are diffolved. Salts and dung aft as leavens in bringing on a ftate of fer¬ mentation in the fubftances with which they are ming¬ led, and operating the decompofition of water, which, along with the carbon exifting in the atmofphere, he imagines contains the whole materials of' the more fimple vegetables. Too great a quantity of falts pre¬ vents fermentation, or the decempofition of -water, and hence is prejudicial to vegetation, while a fmall quan¬ tity is more advantageous, as more favourable to that procefs of putrefaction. Different manures alfo give forth gaffes which are abforbed by plants, and give them a peculiarity of character : hence, in a foil com- pofed of mud and dung, cabbages acquire a bad tafte, from the hepatic gas, or fulphurated hydrogen gas,', which is there evolved. In addition to thefe chemical properties AGRICULTURE. Predict. • properties of manure, it alfo, by its mechanical quali¬ ties, renders the foil more permeable to water and to the roots of the plants, and is thus favourable to the procefs of vegetation. At the fame time, as the earths themfelves have a chemical aftion upon water, and are capable of affording a proper bafis for plants, he confi- ders them as in many cafes fufficient to promote vege¬ tation. Upon thefe principles, M. Parmentier takes a view of different fubftances ufed as manures. Marl, in his opinion, is capable of adling in the fame manner as the moft fertile foil, when the princi¬ ples of which it is compofed, namely, clay, fand, cal¬ careous earth, and magnefian earth, are juftly propor¬ tioned to each other. But it is fometimes compaft and tenacious, becaufe it contains a fuperabundant portion of clay, and at other times porous and friable, becaufe it contains too much fand, and therefore is not in general fit for vegetation by itfelf. Thefe confidera- tions ought always to be our guide when we mean to employ marl as a manure. It has been fuppofed that to marl is a fort of tech¬ nical expreffion, intended to denote the bringing toge¬ ther or dividing the earthy particles by means of clay or fand. It appears to our author, that neither of the above operations can properly be called marling ; be¬ caufe, in either cafe, all we do is, to put the foil into a fituation to receive and to profit by the influence of the atmofphere, and that of the manures made ufe of. The peculiar principle of marl is, that part of it which, like lime, acts very powerfully upon the different aeriform fluids, is eafily reduced to powder, effervefces with a- cids, and fends forth a quantity of air-bubbles when wa¬ ter is poured upon it. Now this matter, which in a particular manner does the office of manure, refides neither in clay nor in fand. Upon the proportion of it depends the duration of the fertility it produces ; con- fequently it is of importance, when we make ufe of marl, to know which of its conftituent parts it contains in the greatefl: proportion, otherwife in fome cafes we fliould only add one common kind of earth to another. Hence crur author infers, that for a chalky foil clay is the proper manure, and that in fuch a foil a clay bot¬ tom is of more value than a gold mine. “ Wood-afhes, as a manure, may be, in fome refpe£fs, compared to marl; at leaft they contain the fame earth as thofe which generally enter into the compofition of marl, but they contain a greater quantity of faline fub¬ ftances, proceeding from the vegetables of which they are the refidue, and from the procefs made ufe of in their combuftion •, a procefs which increafes their a£li- vity, -and fltould render us careful in what manner and for what purpofes we employ them. Wood-alhes, when fcattered over fields, at proper times and in pro¬ per quantities, deftroy weeds, and encourage the vege¬ tation of good plants. But do the allies produce this effefl by a fort of corrofive power ? I cannot (fays our author) think it j for in that cafe all kinds of plants would indifcriminately be adled upon by them, and to a certain degree deftroyed. “ Befides, the alhes of frefh wood are feldom em¬ ployed until they have been lixiviated; in which ftate they are deprived of their cauftic principle 5 thofe allies which are moft commonly made ufe of for manure are produced either from wood that has been floated in wa- 3 ter, or from turf, or from pit-coal* and contain little Manures, or no alkaline fait. 1——y-—* “ It appears much more probable that allies, when laid upon ground, deftroy the weeds by a well known effeft, namely, by feizing with eagernefs that moifture which ferved to produce thofe weeds, and which in a fuperabundant quantity is neceffary to their exiftence and fupport. Whereas thofe plants which have a firmer texture and a longer root, which are rendered ftrong by age and by having withftood the rigour of winter, and which are in fact the plants of which the fields are compofed, do not fuffer any damage from the applica¬ tion of the alhes j but, on the contrary, by being freed from the fuperfluous weeds which ftifled them, and rob¬ bed them of a part of their fuftenance, they receive a quantity of nourifliment proportioned to their wants. The ftate of relaxation and languor to which they were reduced by a fuperabundance of water, leaves them, the foil gets its proper confiftence, and the grafs, corn, &c. acquiring the ftrength and vigour which is natural to them, foon overcome the mofs, ruffles, and other weeds j thus a good crop, of whatever the field confifts of, is produced. It is in the above manner that wood allies aft, whenever in the fpring it is neceffary to apply them to meadows, corn fields, &c. the plants of wdiich are ftifled and weakened by a luxuriant vegetation of weeds, the ufual confequence of mild and w?et winters. “ When wood-allies produce an effect different from what is above defcribed, it is either becaufe they hap¬ pen to contain too much alkaline fait, or that they are laid on the ground in too great quantity, or that the fields to wdiich they are applied were not fufficiently wet to reftrain their a£lion \ for when they are fcatter¬ ed upon cold foils, and buried by the plough before the time of fowing, they are, like lime, of great fer- vice. The laft-mentioned fubftance is very efficacious" in other circumftances 5 and there is a w^ell known me¬ thod of ufing it praclifed by the Germans, as follows : A heap of lime is formed by the fide of a heap of poor earth, and wrater is poured upon the lime j the earth is then thrown over it, and becomes impregnated with the vapours which efcape from the lime while it is flaked. The earth, after being thus aerated, may be feparated 3 and although no lime remains mixed with^ it, is, by the operation juft defcribed, rendered capa¬ ble of giving a luxuriant vegetation to w hatever plant^ may be put into it. “ It is poffible, therefore, to aerate earth as w^ell as fluids 3 for this purpofe, by mixing it with certain fub¬ ftances during their decompofition, wTe muft attach to it the principles of wffiich thofe fubftances are compo¬ fed 3 from which there refults a matter fo loaded with gas, as to form a more compound fubftance, and one . which has acquired n.ew properties. The Arabians, for example, who take great pains to improve their land, are accuftomed to make large pits, which they fill with animals which happen to die : thefe pits they after¬ wards cover with calcareous or clayey earth 3 and after fome time thefe earths, which of themfelves are fterile, acquire the properties of the richeft manures. “ The foregoing obfervations may at leaft be confi- dered as proving, that thofe fubftances which, when employed ffefli and in too great quantity, are moft pre¬ judicial to vegetation, have, on the contrary, an advan- tageoui Part I. A G R I C U Manures, tageous effect, when they are prevxoufly made to under- g0 a fermentation ; or when they are mixed with earth or water, in a proportion adapted to the end propofed. The grais ot fields in which cattle or poultry go to feed, after the firft or fecond crop of hay, appears to be dried by the urine and dung of thofe animals, as if fire had been applied to it ; whereas thefe fame excremen- titious fubflances, when combined with earth, or diluted with water, are capable, without any other prepara¬ tion, of performing the office of good manure. “ But if animal fecretions, when applied in fubftance to plants, were capable of a&ing upon them, as is af¬ firmed, in fuch a way as to corrode or burn them, how could feed which has been fwallowed, and efcaped the action of the digeftive powers, be prolific when thrown out by the animal, after having remained fo long in its dung ? yet we often fee oats, lo circumftanced, grow and produce feed. Is it not more confiftent with ex¬ perience and obfervation to fuppofe, that thefe excre- mentitious fubffances, being ftill endowed with animal heat, and with an organic motion, diffufe round plants in vegetation a deleterious principle or inflammable gas, which deffroys them ? for foon after their application, the foliage of the plant grows yellow, dries up, and the plant withers, unlefs there happens a fhower of rain which revives it. When thefe fubftances are diluted, by being mixed with water and earth, they lofe that principle which is fo deftru&ive to vegetable life, and an incipient fermentation augments their power as a manure, fo that they may be immediately made ufe of without any apprehenflon of injury from their effe£ts. “ B appears, therefore, that any operation upon ex- crementitious fubffances, by which they are dried and reduced to powder, cannot be praftifed without de¬ priving thofe lubftances of a great part of fuch of their principles as are eafily evaporated, and upon which their fluidity depends 5 thefe principles, when diluted with water, and confined by being mixed with earth, are capable of increafing the produce of the foil. Such is the way in which the hufbandmen in Flanders make ufe of this kind of manure, in the cultivation of a kind of rape or cole feed, which is to them a very important branch of agricultural induftry and commerce ; and they never obferve that the fap carries up any of thofe principles which give fuch manure its offenfive fmell 5 nor do they obferve, that the fodder produced from fields fo manured, whether eaten frefh or drv, is dif- agreeable to their cattle. The excrements of all ani¬ mals would be injurious to plants, if applied too frefh, or in too great quantity; and a gardener could not commit a greater fault, than to put more than a cer¬ tain quantity of them into the water he means to make ufe of to water his young plants; in fhort, this kind of manure is to be ufed in a very fparing manner ; and he that is too prodigal of it will find, to his coft, that excefs, even of that which is otherwife beneficial, be¬ comes an evil. “ It muff certainly be allowed, that excrementitious fubftances are a very advantageous manure for cold foils, and fuited to moft vegetable produftions 5 a long ex¬ perience of their effedls over a large tract of country, and the acknowledged intelligence of the Flemifh far¬ mers, ought to be conf.dered as fufHcient to overcome the prejudice that has been raifed again!! this fort of manure. Suppofing that the bad effe&s which have Vom I. Part II. L T U R E. 457 been attributed to it, when uled in the flate in which Manures, it is taken out of privies, &c. are not the offspring of a prejudiced imagination, they may have arifen from its having been made ufe of at an improper time, or in too great quantity ; or from its having been applied to a foil and for the cultivation of plants to which it was not adapted ; for we know that the excefs of any kind of manure changes the fmell and tafte of plants, and the fame efte£f is produced by watering them too fre quently. Striking examples of this change are feen in the ftraw’berry and in the violet, when fuch as have grown in the woods are compared to thofe produced from fome of our over-manured gardens ; alfo in the lettuce, and fome other plants, w'hen thofe raifed for fale by the gardeners about Paris are compared to thole of fome particular kitchen gardens. In the markets of fome cities, the carrots, turnips, and potatoes of the fields, are preferred to the fame kind of roots cultiva¬ ted by the gardeners 5 for though the laft are of a larger lize, they have not fo good a flavour. Some vegeta¬ bles, therefore, are like certain wild fpecies of the ani¬ mal kingdom ; they refill every kind of culture, as thofe animals refill every effort to tame them. “ Although experience has taught the Fiemhh far¬ mers, that excrementitious fubftances are more a£!ive in their natural ftate than wdien dried, yet it cannot be denied that drying them, and reducing them into pow¬ der, is fometimes very advantageous, becaufe in that flate they are much lefs offenfive, are eafily tranfpert- ed to any diftance, and may be ufed when moft conve¬ nient or moft proper. In many cities the inhabitants pay to have their privies emptied : in other places, thofe who empty them pay for their contents j and it wTould aftonifh any one to be told howr great a revenue is pro¬ duced in the city of Lifle in Flanders by the fale of this kind of manure. I am, however (fays our author), far from thinking that it is right, in all cafes, to em¬ ploy it in the above-mentioned ftate of concentration j it wxmld be better, in my opinion, to follow^ the ex¬ ample of the Flemifh farmers, who ufe it the firft: year for the cultivation of plants for oil, or for hemp or flax and the fecond year for the heft kinds of grain : thus obtaining tw-o crops, inftead of one, without any far¬ ther preparation of the land. What is faid above may be applied alfo to the manures produced from the dung of cattle, poultry, &c. (particularly to pigeons dung, ■the moft powerful manure of its kind), all which, by being dried and powdered before they are ufed, lofe a great portion of their a6livity. From thefe obferva- tions another faft may be deduced, namely, that ma¬ nure fhould not be taken from the place where it has been thrown together until the feafon of the year and the ftate of the land are fuch that it may be put into the ground as foon as it is brought to it. In fome di- ftridls a very injurious cuftom prevails of carrying the manure into the fields, and leaving it there formed*into fmall heaps, expofed for fome days to the dements ; during w7hich time, either the fun and wind dry up its natural moifture, leaving a mafs wdiich is much lefs ac¬ tive 5 or the rain diffolves and carries away the ex¬ tractive part impregnated with the fait. This kind of brine, which is the moft: powerful part of the manure, penetrates the earth to a confiderable depth, and fhews (by the thick tufts which arife in thofe places, and which produce more ilraw .than grain) that manure 3 M ought 458 AGRICULTURE. Practice. Manures. 473- Praclncal rule for forming manures. * N° 7.5, 76»77> 78 ought to be put into the ground as foon as it is brought to it, becaufe it then poffeffes its full force and effect, and confequemly would be then ufed to the greateft advantage. “ We have always at hand the means of compoling, from a great variety of vegetable and ammal lubftances, fuch manures as, when brought into a proper date, and mixed with land, contribute to its fertility. ^ Chemidry alfo offers to us a number of fubdances, which, although when ufed feparately they tend to diminilh the fertili¬ zing quality of the earth, are yet capable, by being combined, of forming excellent manures •, fuch, for in¬ dance, is that faponaceous combination which is produ¬ ced from a mixture of potafh, oil, and earth. What an advantage it would be, if, indead of being fparing of manure, the inhabitants of the country would en¬ deavour to increafe the number of thefe refources, and to render them more beneficial, by employing them in a more effe&ual manner ! How many years had paffed before it was known that the refufe of apples and pears, after they are preffed (and which ufed to be thrown a- way as ufelefs), is capable of forming as valuable a ma¬ nure, in cyder and perry countries, as the refufe of grapes does in wine countries !” ° From what has been obferved, our author concludes, that manures aft, in many circumdances, like medi¬ cines, and confequently that the fame fort of manure cannot be adapted to every fituation, and every kind of foil *, we mud therefore take care to make proper di- dinftions between them. Whoever diall pretend that any particular kind of manure may be ufed, with equal benefit, in grafs land, corn fields, vineyards, orchards, kitchen gardens, &c. ought to be claffed amongd thofe quacks who undertake to cure all perfons with the fame remedy, without any regard to their age, conditution, &c. It is probably from not having paid fufficient at¬ tention to the forementioned didinftions, that feme au¬ thors have found fault with particular manures, while others have fpoken too highly in their favour. Having thus far dated the obfervations of this inge¬ nious author, we think it neceffary to remark, that the praftical farmer, who widies ta advance fafely and pro- fperoufly in his occupation,, will probably find* that the bed principle upon which he. can proceed in forming his plans for the preparation of manure, will confid-of keeping driftly in view the ideas which we formerly £ated*, when confidering the theory of agriculture. When we vdfh to fertilize land by art,, we ought to follow nature, or to imitate the procefs by which di£ fertilizes it. Vegetable fubdanees* fermented by the putrefaftion of animal matters,. rapidly fall down into earth, and affume the form of that rich black mould yvhich is the mod'produftive of all foils. The great bbjeft of the huibandman, therefore, ought to be to procure large quantities of vegetable fubdances of every kind, fuch as draw, dubble, rulhes, weeds, &c. and to lay thefe up to ferment along with the frefh dung of animals, particularly thofe animals which chew the cud, for by digeding their food in a very perfeft manner, their dung contains a large portion of animal matte^r. As horfes, on the contrary, diged their food very weak¬ ly, their dung is often only lufficiently animalized to bring on its own fermentation, which, however, is very drong, on account of the large quantity of bits of draw, hay, and other undeccmpojed parts of their food which it contains. In the neighbourhood of cities, other am- _ M;inuie-., mal fubdances, befides dung, may frequently be ob¬ tained } fuch as bullocks blood, and the refufe of works in which train oil is prepared, none of which ougnt to be neglefted by the hufbandman. The art of fermenting vegetable by animal matters, or the true art of making dung, has not yet been brought to perfeftion, nor is it in almod any fituation iufhcient* ly attended to. In many places, we fee large quan¬ tities of ferns, rufhes, and the coarfe grafs of uogs, which no cattle will confume, allowed to run to wade *, whereas, though thefe plants do not readily ofthemfelves run into fermentation, they might eafily, by proper care, be made to undergo this procefs, and confequently be con¬ verted into a fource of riches, that is, into fertile mould. On this fubjeft, we (hall here date a mode of prepar¬ ing dung upon the above principles, tnat has lately been diicovered, and fuccefsfully adopted in Mid Lo¬ thian by the Hon. Lord Meadowbank, one of the ie- nators of the College of Judice in Scotland. It con- dds of fubjefting common peat-mofs to the procefs of fermentation, now mentioned, and has been explained by his lordfhip in a fmall printed pamphlet, of which, though not fold to the public, a conficerable number of copies have been didnbuted among his lordihip s friends. It is in the following terms : “ It is proper to date in the outfet”, fays his lordfiiip, “ fome general fafts con¬ cerning the preparation of manure, which every prac¬ tical farmer ihould be acquainted with. « i. All recently dead animal or vegetable matter, Lortt Mea- if diffidently divided, mold, and not chilled nearly todowbank’s freezing, tends fpontaneoufly to undergo changes, that mode of bring it at length to be a fat greafy.earth, which, mofs when mixed with fands, clays, and a little chalk, or manure. pounded limedone, forms what is called ricn .earn, or garden-mould. “ 2. In vegetable matter, when amaffed in quanti¬ ties, thefe. changes are at fird attended with very con- fiderable beat, (fometimes proceeding the length of inflammation), which, when not exceeding blood- heat, greatly favours and quickens the changes, both in animal matter, and the. further changes in vegetable matter, that are not lenfibiy attended with the pio- duftion of heat. The changes attended with heat, are faid to happen by a. fermentation, named from what is obferved in making of ale, wine, or vinegar. The latter are afcribed to what is called putrejaBive- fer¬ mentation. ' « Befides moderate moidure and heat, and that divifion of parts which admits the air in a certain dev gree, circumdances which feem t° be neceffaiy to the produftion of thefe changes, dirring, or mechanical' mixture, favours them ; and a fimilar efteft arifes trora the addition of chalk, pounded limedone, lime, ruh~ biffi of old buildings, or burnt lime brought back to its natural date ; and alfo of affies of burnt coal, peat, or wood, foap-leys, foot, fea-ffiells, and fea-ware. And* on the other hand, the changes are dopped or retarded by preffure or confolidation, excluding air j by much water, efpecially when below the heat of a pool m dimmer j by adringents $ and by caudic fubdances-, as quicklime, acids, and pure alkalies, at lead till their caudicity is mollified, atv the expence ol the de- druftion „of part of the animal and vegetable matter to which they are added, „ ^ Thefe Part I. , Manures. « Thefe changes are accompliflied by the fepa- , v ration or decompofition of the paits or ingredients of "which the dead vegetables and animals are compofed j by the efcape of fomewhat of their fubftance in the form of vapours or gaffes j by the imbibing alfo fome¬ what from water and from the atmofphere ; and by the formation of compound matters, from the reunion of parts or ingredients, which had been feparated by the powers of the living vegetables and animals. The earlier changes, and in general thofe which take place previous to the deftru&ion of the adhelion and texture of the dead vegetables and animals, appear to be rather pernicious than favourable to the growth of living ve¬ getables, expofed to the diredl effect of them j where¬ as the changes fubfequent to the deftru&ion of the ani¬ mal and vegetable texture promote powerfully the growth of plants, and, partly by their immediate effi¬ cacy on the plants expofed to their influence, partly by the alterations they produce in the foil, conftitute what is to be confidered as enriching manure (l). “ 5. It ffiould be the objefl; of the farmer to give his foil the full benefit of thefe latter changes, decom- pofitions and recompofitions, which proceed flowly, and continue to go on for years after the manure is lodged in the foil. Even loam or garden-mould is Hill undergoing fome remaining changes of the fame fort •, and, by frequently ftirring it, or removing it, and ufing it as a top-dreffing, its fpontaneous changes are fo favoured, that it will yield heavy crops for a time, without freffi manure ; or, in other words, it is rendered in fo far a manure itfelf, as it decompofes fafter than in its ordinary and more ftationary Hate, and, in fo .doing, nouriffies vegetables more abundant¬ ly, or forms new combinations in the adjoining foil, that enable it to do fo. “ It ffiould alfo be the object of the farmer, to employ the more early changes, not only to bring forward the fubftances undergoing them into a proper ftate to be committed to the foil, but to accelerate or retard them, fo as to have his manure ready for ufe at the proper feafons, with as little lofs as poffible, from part being too much and part too little decompofed ; and alfo to avail himfelf of the a&ivity of thofe changes, to reftore to a ffate of fufficiently rapid fpontaneous decompoli- tion, fuch fubftances in his farm, as, though in a ftate of decay, had become fo ftationary, as to be unfit for manure, without the aid of heat and mixture. “ By attention to the two firft particulars, and the proper ufe of compreffion, ftirring and mixture, the farm dunghill, though formed flowly and of materials in very various ftates of decay, is brought forward in nearly the fame condition. By attention to the latter, manure may, in moft fituations in Scotland, be tripled or quadrupled ; et fonum ejl aurum. On the other hand, by inattention to them, part of the manure is put into the foil unprepared, that is, in a fttuation where the texture of the vegetable is ftill entire ; and, its'de¬ compofition never having been carried far by the heat aijd mixture of a fermenting mafs, proceeds in the foil fo flowly, that, like ploughed down ftubble, it does not merit the name of manure. Part, again, is apt to be 459 too much rotted, that is, much of it is too nearly ap- Manui es. proaching to the ftate of garden-mould, whereby much*1 * benefit is loft, by the efcape of what had been fepara¬ ted during the procefs it has undergone, and the good effefts on the foil of what remains are lefs durable; for, between folution in water and rapid decompofition from its advanced ftate of rottennefs, it is foon reduced to that of garden-mould ; and, in fine, the powers of fermenting vegetable with animal matter, which, wffien properly employed, are certainly moft efficacious in converting into manure many fubftances that are other- wife very ftationary and flow in their decompofition, are loft to the farmer, fo that he is often reduced to adopt an imperfeft and little profitable mode of culti¬ vation, from the want of the manure requifite for a better, though fuch ma'nure may be lying in abun¬ dance within his reach, but ufelefs from his ignorance how to prepare it. “ Peat-mofs is to be found in confiderable quanti¬ ties within reach of moft farms in Scotland, particu¬ larly in thofe diftriffs where outfield land (i. e. land not brought into a regular courfe of cropping and ma¬ nuring) forms the larger part of the arable land. It confifts of the remains of ftrrubs, trees, heath, and other vegetables, wffiich, under the influence of a cold and moift climate, and in wet fituations, have got into a condition almoft ftationary, but much removed from that of the recently dead vegetable, and certainly con- fiderably diftant from that of garden-mould. It is no longer fufceptible of going of itfelf, though placed in the moft favourable circumftances, into that rapid fer¬ mentation, accompanied with heat, which maffes of freffi vegetables experience : But it is ftill a powerful fuel wffien dried } and, on the other hand, it requires long expofure to the feafons, in a dry fituatipn, be.- fore, without mixture, it is fit for the nouriffiing of li¬ ving vegetables. “ In general, however., there is nothing In the fitu- ation of peat-mofs, or in the changes it has undergone, that leads to think that it has fuftered any thing that unfits it to be prepared for manure. It is no doubt found fometimes mixed with particular mineral fub¬ ftances, that may be, for a time, pernicious to vegeta¬ tion j but, in general, there is no fuch admixture, and, wffien it does take place, a little patience and attention wall be fufficient to cure the evil. In the ordinary cafe, the only fubftances found in peat that may be un¬ favourable to vegetation, in fo far at leaft as tending to keep it ftationary and prevent its rotting, are twn, and both abounding in frefli vegetables of the forts of wffiich mofs is chiefly compofed : Thefe are, gallic acid, and the aftrxngent principle, or tan; and as thefe are got the better of in frefti vegetables by the hot fermentation to which they are fubjedl, fo as to leave the general mafs of the fubftances to which they belonged properly prepared manure, there is no reafon to fuppofe, that the fame may not be accompliffied with the acid and tan of peat. Again, the powers of peat as a fuel, and of allies of peat as a manure, ought to convince every perfon, that the material and more ef- fential parts of the dead vegetable, for the formation 3 M 2 of AGRICULTU RE. (l) Hot fermenting dung partakes of both forts of fermentation. 4oo Manures. A G R I C U o£ manure, remain entire in peat. Here the inflam- ' mable oils and carbonaceous matter which abound in the frefh vegetable, and the latter of which alfo abounds in garden-mould, remain entire} the foot and adies, too, which are the refults of the inflammation of each, feem to be nearly equally fertilizing ; and, in Ihort, little feems to be loft in peat but the effefts of the fir ft fermentation in preparing the matter to un¬ dergo its future changes with the rapidity requifite to conftitute manure. Befides, the foil produced from peat-earth, by expofure for a courfe of years, feems not to be fenfibly different from that obtained from dung in the fame way. Both are deficient in firmnefs of texture ; but are very prolific when mixed with clays, ' funds, and calcareous earths, in due proportion. “ From confidering the preceding circumftances, and from trying what fubftances operated on tan, and on the acid found in peat-mofs, it was determined to fub- je£! it to the influence of different forts of fermenting dung, with due attention to the proportions ufed, and to the eftefls of the different preparations j and the following is the dire&ion, which an experience of fix crops recommends to practice. “ Let the peat-mofs, of which compoft is to be form¬ ed, be thrown out of the pit for fame weeks or months, in order to lofe its redundant moifture. By this means, it is rendered the lighter to carry, and lefs compaft and weighty, when made up with frefh dung, for fer¬ mentation •, and accordingly lefs dung is required for the purpofe, than if the preparation is made with peat taken recently from the pit. “ Take the peat-mofs to a dry fpot, convenient for conftrufting a dunghill, to ferve the field to be manured. Lay it in two rows, and dung in a row betwixt them. The dung thus lies on the area of the compoft-dunghill, and the rows of peat fhould be near enough each other, that workmen, in making up the compoft, may be able to throw them together by the fpade, without wheel¬ ing. In making up, let the workmen begin at one end. Lay a bottom of peat, 6 inches deep, and 15 feet wide, if the ground admit of it (m). Then lay about 10 inches of dung above the peat; then about 6 inches of peat •, then four or five of dung, and then fix more of peat 5 then another thin layer of dung ; and then cover it over with peats at the end where it was begun, at the twTo fides, and above. It fhould not be raifed above 4 feet, or 4-^ feet high, otherwife it is apt to prefs too heavily on the under part, and check the fer¬ mentation. When a beginning is thus made, the workmen will proceed working backwards, and add¬ ing to the column of compoft, as they are furnifhed with the three rows of materials, direfted to be laid down for them. They muft take care not to tread on the compoft, or render it too compaft 5 and of confe- quence, in proportion as the peat is wet, it fhould be made up in lumps, and not much broken. “ In mild weather, feven cart-load of common farm- dung, tolerably frefh made, is fufficient for 21 cart¬ loads of peat-mofs *, but in cold weather, a larger pro¬ portion of dung is defirable. 1 o every 28 carts of the compoft, when made up, it is of ufe to throw on L T U R E. Pra&ice. above it a cart-load of allies, either made from coal, , Manures. ^ peat, or wood j or if thefe cannot be had, half the quantity of flaked lime may be ufed, the more finely powdered the better. But thefe additions are nowife effential to the general fuccefs of the coropcft. “ The dung to be ufed fhould either have been recent¬ ly made, or kept frefh by comprefflon ; as, by the treading of cattle or fwine, or by carts paffing over it. And if there is little or no litter in it, a iinaller quan¬ tity will ferve, provided any fpongy vegetable matter is added at making up the compoft, as frefh Weeds, the rubbifh of a ftack-yard, potato-fhaws, fawings of timber, &c. And as fome forts of dung*, even when frefh are much more advanced in decompofition than others, it is material to attend to this j for a much lefs proportion of fuch dung, as is lefs advanced, will ferve for the compoft, provided care is taken to keep the mafs fufticiently open, either by a mixture of the above-mentioned fubftances, or, if thefe are wanting, by adding the mofs piece-meal, that is, firft mixing it up in the ufual proportion of three to one of dung, and then, after a time, adding an equal quantity, more or lefs, of mofs. The dung of this chara6ter, of great- eft quantity, is fhamble-dung, with which, under the above precautions, fix times the quantity of mofs, or more, may be prepared. The fame holds as to pigeon- dung, and other fowl-dung 5 and to a certain extent, alfo, as to that which is colleaed from towns, and made by animals that feed on grains, refufe of diftil- leries, &c. “ The compoft, after it is made up, gets into a gene¬ ral heat, fooner or later, according to the Weather, and the condition of the dung : in fummer, in ten days or fooner 5 in winter, not perhaps for many weeks, if the cold is fevere. It always, however, has been found to come on at laft j and in fummer, it fometimes rifes fo high, as to be mifchievous, by confirming the raateii- als f fire-fangingA In that feafon, a ftick fhould be ke^t in it indifferent parts, to pull out and feel now and then : for if it approaches to blood-heat, it ftiould either be watered, or turned over } and on fuch an oc- cafion, advantage may be taken to mix it wflth a little frefh mofs. The heat fubfides after a time, and with great variety, according to the weather, the dung, and the perfeftion of the making up of the compoft;, which then fhould be allov'ed to remain untouched, till with¬ in three weeks of ufing, when it fhould be turned over, upfide down, and outfide in, and all lumps broken . then it comes into a fecond heat} but foon cools, and ftiould be taken out for ufe. In this ftate, the whole, except bits of the old decayed wood, appears a black free mafs, and fpreads like garden-mould. _ Ufe it, weight for weight, as farm-yard dung j and it will be found, in a courfe of cropping, fully to ftand the com- parifon. “ The addition recommended of afhes or lime, is thought to favour the general perfe&ion of the prepa¬ ration, and to haften the fecond heat. The lime laid on above the dunghill, as direfted, is rendered mild by the vapours that efcape during the firft heat. « Compoft, made up before January, has hitherto (m) This alludes to the propriety, in clay lands, of fuiting the dunghill to the breadth of a frngle rnfrc, free of each furrow. Parti. AGRICULTURE. Manures, been in good order for the fpring-crops; but this may v not happen in a long froft. In fummer, it is ready in eight or ten weeks j and if there is an anxiety to have it foon prepared, the addition of afhes, or of a little lime-rubbifh of old buildings, or of lime, flaked with foul water, applied to the dung ufed in making up, will quicken the procefs conflderably. “ Lime has been mixed previoufly with the peat j but the compoft prepared with that mixture, or with the Ample peat, feemed to produce equally good crops. All the land, however, that it has been tried on, has been limed more or lefs within thefe 25 years. “ Peat prepared with lime alone, has not been found to anfwer as a good manure. In one inftance, viz. on a bit of fallow fown with wheat, it was manifeflly per¬ nicious. Neither wnth cow-water alone is it prepared, unlefs by lying immerfed in a pool of it for a long time, when it turns into a fort of fleetch, which makes an excellent top-dreffing. Something of the fame fort happens wuth foap-fuds, and water of common fliores, &c. L ime-water was not found to unite with the tan in peat, nor was urine (n). Peat made up with fea- weed gets into heat, and the peat feems to undergo the fame change as when prepared wuth dung. But the effedf of this preparation on crops has not yet been experienced. Peat has alfo been expofed to the fumes of a putrefying carcafe. In one inftance the peat pro¬ ved a manure ; but much weaker than when prepared with dung. There, however, the proportion ufed was very large to the carcafe. Other trials are making, where the proportion is lefs, and with, or without, the addition of allies, lime, &c. In all thefe cafes, there can be no fenfible heat. Peat, heated and rendered friable by the adlion of the living principle of turnips in growing, was not found entitled, wflien ufed as a top-drefl'mg, to the character of manure. It had been made up in the view of preferving the turnips during froft. But the turnips fprung, and the mafs heated. The turnips were taken out and -the peat afterwards ufed as a top-drefling. Peat is now under trial, as preparing with turnips and frefli weeds, in fermenta¬ tion, without the admixture of any animalized matters. “ It is hud that dry peat-earth is ufed as a manure in fome parts of England. But unlefs in chalky foils, or others where there may be a great want of carbona¬ ceous matter, it is much doubted whether it could be ufed with any fenfible advantage. Peat-afties were found to raife turnips, but to have no fenfible effeft on the next crop. “ The quantity of the compoft ufed per acre, has va¬ ried conflderably, according to the richnefs of the foil manured, and the condition in wfliich it is at manuring, and the feafon in which the manure is applied. From 23 t0 35 cart-load, by two horfes each, is about what has been given; the lelfer to fallows and ground in good tilth, and the larger when to be ploughed in with the fward of poor land 5 and the intermediate quantities, with tares, peas, potatoes, &c. j and it has in moft cafes undergone comparative trials with differ¬ ent forts of common dung. “ It may be proper to add, that too much attention cannot be paid to the proper preparation of the ground for the reception of manure. It ftiould be clean, pret¬ ty dry at the application, and wrell mixed and friable. Much of the manure applied is otherwife loft, whether lime, dung, or compoft. The additional quantities recommended when the land is coarfe, is juft fo much that wmdd have been faved by better cultivation. Common farmers are little aware of this. They might fave at leaft half their lime, did they lay it on in powT- der(o), and on fallows, only harrowing it, and let¬ ting it wait for a fliorver before it is ploughed in j a*nd perhaps not much lefs of their dung. It is aftonilhing what a vifible effedft is produced on land properly mix¬ ed by a fallow, from the addition of only a very fmall quantity of properly prepared dung or compoft. Both its texture and colour undergo a very fenfible change, which cannot be accounted for, except from the extri¬ cation of fubftances from the decompoflng manure, (probably from its fpontaneous tendency to decompofe being aided by the chemical adlion of various matters in a foil fo prepared) : And from thefe fubftances ope¬ rating in the foil, numberlefs compofitions and decom- pofttions, or tendencies to them, take place, from the various ele&ive attradlions of the different parts of wrhich it is compofed. It is obvious, that an immenfe- ly greater proportion of manure muft be required to produce even a little of this, where the foil is coarfe or lumpy, or confolidated by wTetnefs, than when put in¬ to a fttuation favourable to the reciprocal aftion of the various fubftances contained in it, a variety and an ad¬ mixture formed by nature in perfection in the more favoured foils, (as in the bottom of drained lakes, haughs, Delta ground), and wftiich it is the bufinefs of the Ikilful and induftrious farmer to form or make compenfation for the w7ant of, by judicious manuring, wrhere nature has been lefs bountiful of her gifts. “ It was meant to have given a detailed account of many of the experiments that have been made, whether in Agriculture or Chemiftry. But as thefe are ftill going on, and the praClical refults have attraCled fome attention, and prompted imitation by neighbours and acquaintance, fo that manufcript directions have been often applied for and obtained, it has been prefer¬ red to print, in the mean time, this ftiort account of the bufinefs, divefted of fcientific language, and flut¬ ed to the perufal of any practical huthandman. It wras indeed felt as a degree of wrong, not to take fome fteps to make it public, as foon as the certainty of fuccefs warranted. And both the power and the dura¬ tion 461 Manures. (n) Tan combines with animal gelly, and lofes its aftringency. The animalized matter, extricated in fer¬ menting dung, has probably this effeCt on the tan in peat, as wTell as to render the acid innocent. As vege¬ table matters feem in general to contain the ingredients of, and often fomewhat fimilar to, animal gluten, it is poffible that the fermentation of frefti vegetables alone may prove fufficient to prepare the peat to rot in the foil expeditioufly j but it is certainly defirable to ufe alfo animalized matter for this purpofe. (°^ This they may, though driven in winter, and drowmed in the heaps by rains. They have only to turn it over with a very fmall additional quantity of new burnt {hells when they come to ufe it. AGRICULTURE. Pra£liee. 47 S 0f the more coramOn^ 'Itinds of ^ 476 Manures ufed in Norfolk. tion of tne manure have now flood the teft of a great ' variety of trials, on a coniiderable extent of ground, and of much diveriity of foil, continued without in- termiflion during the laft fix years. Hitherto it has been found equal, and indeed preferable, to common farm-yard dung, for the firft three years, and decidedly to furpafs it afterwards. It has been conjectured, from the appearance and effects of the compoff, that its parts are lefs volatile and foluble than thofe of dung j but that it yields to the crop what is re- quiffte, by the aftion of the living fibres of vegetables ; and in this way waftes flower, and lafts longer. What¬ ever be in this, nothing has appeared more remarkable, than its fuperiority in maintaining (for four and five years) frelh and nourifhing the pafture of thin clays, that had been laid down with it, and in making them vield well when again ploughed, and that without any top-dreiling, or new manure of any fort. Employed in this way, the effect of common dung is foon over, the foil becoming confolidated, and the pafture Hunt¬ ed ; and hence luch foils have not ufually been culti¬ vated with advantage, except by tillage, and by the aid of quantities of manure, got by purchafe, and much beyond the produce of the farm-yard. It is. be¬ lieved that the foregoing directions will, if pra&ifed, prove beneficial to every farmer who has accefs to peat-mofs within a moderate diftance *, but it is to the farmers of the foils now mentioned, and of hungry gravels, to whom they would be found particularly valuable. “ Let it be obferved, that the objeft in making up the compoft is to form as large a hot-bed as the quantity of dung employed admits of, and then to furround it on all fldes, fo as to have the whole benefit of the heat and effluvia. Peat, as dry as garden-mould, in feed-time, may be mixed with the dung, fo as to double the volume and more, and nearly triple the weight, and inftead of hurting the heat prolong it. Work¬ men mult begin ■with ufing layers j but, when ac- cuftomed to the juft proportions, if they are furnifhed with peat moderately dry, and dung not loft in litter, they throw it up together as a mixed mafs ; and they improve in the art, fo as to make a lefs proportion of dung ferve for the preparation.” With regard to the other kinds of manure common¬ ly invife in this country, their efficacy is well known j the oniy difficulty is to procure them in fufficient quan¬ tity.—In fuch lands as lie near the fea, fea-weeds offer an unlimited quantity of excellent manure. . In the neighbourhood of rivers, the weeds with which they abound offer likewife an excellent manure in plenty. Oil-cake, malt- coombs, the refufe of flaughter-houfes, &c. all are excellent where they can be got: but the fttuations which afford thefe are comparatively few *, fo that in moft cafes the farmer muft depend much on his own ingenuity and induftry for raifing a fufficient quan¬ tity of dung to anfwer his purpofes •, and the methods taken for this purpofe vary according to the fituation of different places, or according to the fancy of the hufbandman. In all countries where chalk, marl, or lime are t6 be had, they are certainly to be employed in their proper departments; but befides thefe, dung, properly fo called, mixed with earth or putrid animal and vegetable fub- ftances, everywhere conftitutes a principal part of the manure. In Norfolk, Mr Marfhall tells us, that the qua- Mamirec lity of dung is attended to with greater precifion than in moft other diftri&s. Town-muck, as it is called,, is held in moft eftimation 5 and the large towns Norwich and Yarmouth fupply the neighbouring country. As Yar¬ mouth, however, is a maritime place, and otherwife in a manner furrounded by marfhes, ftraw is of courle a fcarce and dear article j whence, inftead of littering their horfes with it, they ufe land. As the bed becomes foiled or wet, frefti fand is put on, until the whole is in a manner faturated with urine and dung, when it is cleared away, and reckoned muck of fuch excellent ■ quality, that it is fent for from a very great diftance. With regard to other kinds of dung, that from horfes fed upon hay and corn is looked upon to be the beft j that of fatting cattle the next ; while the dung of lean cattle, particularly of cows, is fuppofed to be greatly inferior, even though turnips make part of their food. The dung of cattle kept on ftraw alone is looked upon to be of little or no value ; while the muck from trod¬ den ftraw is by fome thought to be better than that from the ftraw which is eaten by the lean flock.-—Compofts of dung with earth or marl are very generally ufed. 477 In the midland counties of England, Mr Marfhall In the mid= informs us, the cores of horns cruffied in a mill have been ufed as manure; though he knows not with what fuccefs. His only objeftion is the difficulty of reducing them to powder. Hung is extremely dear in Norfolk j half a guinea being commonly given for a waggon-load driven by five horfes. Great quanti¬ ties c-f lime and marl are found in this diftridE With regard to the method of raifing dung in general, per¬ haps the obfervations of Mr Marfflall upon the ma¬ nagement of the Yorkftiire farmers may be equally fa- tisfaftory with any thing that has yet been publiffied on the fubjefl. __ # 478 “ The general pradlice (fays he) is to pile the Mr Mar- dung on the higheft part of the yard; or, which is ball’s di- ftill°lefs judicious., to let it lie fcattered about on the°r fide of a flope, as it were for the purpofe of diffipating dung> its virtues. The unne which docs not mix \Mth the dung is almoft invariably led off the neareft way to the common fewer, as if it were thought a nuiiance to the premifes. That which mixes with the dung is of courfe carried to the midden, and affifts in the general diffipa- tion. A yard of dung, nine-tenths of which .are ftraw, will difcharge, even in dry weather, fome of its more fluid particles; and in rainy weather, is, notwithftand- ing the ftraw, liable to be wafhed away if expofed on.a rifing ground. But how much more liable to wafte is a mixture of dung and urine, with barely a iufficiency of ftraw to keep them together ? In. dry weather the na¬ tural oozing is confiderable ; and in a net fealon every (bower of rain wafties it away in quantities. The Nor¬ folk method of bottoming the dung-yard with mould is here indifpenfably neceffary to common good ma¬ nagement. There is no better manure for grafs-lands than mould faturated with the oozing of a dunghill: it gets down quickly among the grafs, and has gene¬ rally a more vifible effeft than the dungitfelf. Under this management the arable land would have the felf- fame dung it now has ; while the grafs-land would have an annual fupply of riches, which now run to wafte in the fewers and rivulets. But before a dung-yard caq with propriety be bottomed with mould, the bot¬ tom Part I. Manures. 479 Of lime as a manure. *N° 7c), So, 8x. Its opera¬ tion. A G R I C U tom of the yard itfelf ought to be properly formed. A part of it fituated conveniently for carriages to come at, and low enough to receive the entire drainings of the liable, cattle-llalls, and hog-fties, Ihould be hol¬ lowed out in the manner of an artificial drinking-pool, with a rim fomewhat rifing, and with covered drains laid into it from the various fources of liquid ma¬ nure. During the fummer months, at leifure times, and embracing opportunities of back-carriage, fill the hollow nearly full with mould, fuch as the fcourings of ditches, the Ihovellings of roads, the maiden earth of lanes and wafte corners, the coping of Hone-quar¬ ries, &c. &c. leaving the furface fomewhat dilhed; and within this dilh fet the dung-pile carefully keep- ing up a rim of mould round the bafe of the pile higher than the adjoining furface of the yard j equally to prevent extraneous matter from finding its way into the refervoirs, and to prevent the efcape of that which falls within its circuit.” The ufe of lime, as a manure, was formerly men¬ tioned *, and alfo the principle upon which its value de¬ pends. It ought to be ufed not for the purpofe of giving food to the plants, but as a flimulant, tending to bring the foil into adtivity, by reducing to mould all the dead roots of vegetables with which it may abound. Hence it ought never to be ufed without dung upon foils that have been exhaufted by repeated cropping, and that are in a clean Hate. However people may differ in other particulars, all agree, that the operation of lime depends on its inti¬ mate mixture with the foil j and therefore that the pro¬ per time of applying it, is when it is perfedtly powder¬ ed, and the foil at the fame time in the higeft degree of pulverization. Lime of itfelf is abfolutely barren j and yet it enriches a barren foil. Neither of the two produces any good effedl; without the other ; and con- fequently, the more intimately they are mixed, the effedt mult be the greater. Hence it follows, that lime ought always to be fla¬ ked with a proper quantity of water, becaufe by that means it is reduced the moft effedtuaily into powder. Lime left to be flaked by a moift air, or accidental rain^ is feldom or never thoroughly reduced into powder* and therefore can never be intimately mixed with the foil. Sometimes an opportunity offers to bring home fhell-lime before the ground is ready for it j and it is commonly thrown into a heap without cover, trufting to rain for flaking. The proper way is, to lay the fhell-lime in different heaps on the ground where it is to be fpread, to reduce thefe heaps into powder by fla¬ king with water, and to cover the flaked lirne with fod, fo as to defend it from rain. One, however, fnould avoid as much as poffible the bringing home lime be¬ fore the ground be ready- for it. Where allowed to lie long in a heap, there are two bad confequences ; nrft, lime attradls moifture, even though well covered, and runs into clots, which prevents an intimate mix¬ ture; and, next, we know that burnt limeffone, whe¬ ther in fhells or in powder, returns gradually into its original Hate of limeftone ; and upon that account alfo, is lefs capable of being mixed with the foil. And this is verified by a fa ---1 and drooping ; and thus part of the feed is loft. On the contrary, in the new method, all the plants have as much food as they require ; and as they are, from time to time, aflifled by hoeing, they become fo vigo¬ rous as to equal in their produclion the numerous but fickly plants cultivated in the common method. * Of Hoeing. The new hufbandry is abfolutely impraclicable in lands that are not eafily ploughed. Attempting to cul¬ tivate land according to this hufbandry, without attend¬ ing to this circumflance, that it is prafticable in no land excepting fuch as have already been brought into good tilth by the old method, has gone far to make it contemptible in many places. When a field is in good tilth, it fliould be fown fo thin as to leave fufficient room for the plants to extend their roots. After being w'ell ploughed and harrowed, it mull be divided into rows, at the diflance of thirty inches from one another. On the fides of each of thefe rows, two rows of wheat mufl be fowed fix inches di¬ flan t from each other. By this means there will be an interval of two feet wide betwdxt the rows, and every plant will have room enough to extend its roots, and to fupply it with food. The intervals wrill likcwife be fufficient for allowing the earth to be hoed or tilled without injuring the plants in the rows. 491 The firll hoeing, which fliould be given before the Hw diffe- winter, is intended to drain awray the wet, and to djf, ^ent fi°e“ pole the earth to be melhrwed by the frofls. Thefe m°S’ two ends will be anfwered by drawdng two fmall fur¬ rows at a little diflance from the rows, and throwing the earth taken from the furrows into the middle of the intervals. This firit hoeing fliould be given when the wheat is in leaf. The fecond hoeing, wffiich is intended to make the plants branch, fhould be given after the hard frofls are over. To do this wdth advantage, after flirring the earth a little near the row's, the earth wffiich was thrown into the middle of the intervals fhould be turned back into the furrows. This earth, having been mellow'ed by the winter, fupplies the plants wdth excellent food, and makes the roots extend. The third hoeing, wffiich is intended to invigorate the ftalk, fhould be given wffien the ears of the Gorn begin to fliow themfelves. This hoeing may, however, be very flight. But the lafl hoeing is of the greatefl importance, as it enlarges the grain, and makes the ears fill at their extremities. Phis hoeing fhould be given when the wheat is in bloom; a furrow mufl be drawm in the middle of the interval, and the earth throwm to the right and left on the foot of the plants. This fupports the plants, prevents them from being laid, and pre¬ pares the ground for the next fowing, as the feed is then to be put in the middle of the ground that form¬ ed the intervals. The bell feafon for hoeing is two or three days af¬ ter rain, or fo foon after rain as the foil will quit the inflrument in hoeing. Light dry foils may be hoed al- mofl at any time, but this is far from being the cafe with 3 N flrong 466 Drill or ftronsf clay foils j tlie fealon for hoeing fuch is fre- Horte- quently lliort and precarious *, every opportunity there- Hulbandr' ^ore be carefully watched, ancl eagerly embra- * -v „ ced. The two extremes of wet and dry, are great ene¬ mies to vegetation in llrong clay foils. There is a pe¬ riod between the time of clay foils running together, fo as to puddle by fuperfluous wet, and the time of their caking by drought, in which they are perfectly ma¬ nageable. This is the junfture for hoeing } and fo much land as lhall be thus leafonably hoed, will not cake or cruft upon the furface, as it otherwife wrould have done, till it has been foaked or drenched again with rain ; in which cafe the hoeing is to be repeated as foon as the foil will quit the inftrument, and as of¬ ten as neceffary *, i>y which time the growing crop will begin to cover the ground, fo as to a£t as a fcreen to the furface of the land againft the intenfe heat of the fun, and thereby prevent, in a great meafure, the bad effefts of the foil’s caking in dry weather. By this fucceffive tillage, or hoeing, good crops will be obtained, provided the weather is not very unfa¬ vourable. But as ftrong vigorous plants are long before they arrive at maturity, corn railed in the new way is later in ripening than any other, and muft therefore be fown earlier. In order to prepare the intervals for fowing again, fome well-rotted dung may be laid in the deep furrows made in the middle of the intervals 5 and this dung muft be covered with the earth that was before thrown towards the row's of wheat. But, if the land does not require mending, the deep furrow is filled without any dung. This operation Ihould be performed immediate¬ ly after harveft, that there may be time to give the land a flight flirting before the rows are fowled ; which (liould occupy the middle of the fpace which formed the intervals during the laft crop. The intervals of the fecond year take up the fpace occupied by the ftubble of the firft. Suppofing dung to be neceffary, which is denied by many, a very fmall quantity is fufficient } a fingle layer, put in the bottom of each furrow, will be enough. Description of the Instruments commonly ufed in the New Husbandry. Inftruments Tig. I. is a marking plough. The principal ufe of ikfcribed. this plough is to ftraight and regulate the ridges. The Mate X. fij-ft line is traced by the eye, by means of three poles, placed in a ftraight line. The plough draw's the firft furrow in the direffion of this line ; and at the fame time, with the tooth A, fixed in the block of wrood near the end of the crofs-pole or Aider BB, marks the breadth of the ridge at the diftance intended. The ploughman ne^t traces the fecond line or rutt made by the tooth, and drarvs a fmall furrow along it ; and con¬ tinues in this manner till the whole field is laid out in ftraight and equidiftant ridges. Fig. 2. is a plough for breaking up ley,’ or turning pp the bottom of land when greatly exhaufted. By its conftruiftion, the width and depth of the furrow's can he regulated to a greater certainty than by any other hitherto known in this country. Its appearance is heavy : but two horfes are lufficient to plough with it in ordinary free land} and only four are neceftary in Pra&lce* the ftiffeft clay-foils. This plough is likewife eafily Dull or held and tempered. A, is the fword fixed in the fizers B, which runs through a mortoife E, at the end of Hufbandry. the beam C, and regulates the depth of the furrow u— H by railing or deprefting the beam ; it is fixed by putting the pin If through the beam and fword, and is move- able at E. Fig. 3. is a jointed brake-harrow' with 24 teeth, Aia- piate X. ped like coulters, and Handing at about an angle of 80 degrees. By this inftrument the land is finely pulve¬ rized, and prepared for receiving the feed from the drill. It requires four horfes in ftiff, and two in open land. This harrow is likewife ufed for level¬ ling the ridges ; which is done by prefling it down by the handles where the ridge is high, and railing it up when lown Fig. 4. is an angular weeding harrow, which may follow/ the brake when neceffary-. The feven hindmoft teeth fhould ftand at a more acute angle than the reft, in order to colleft the weeds, w'hich the holder can drop at pleafure, by railing the hinder part, which is fixed to the body of the harrow by two joints. Fig. 5. is a pair of harrows with Aiafts. T his har¬ row is ufed for covering the feed in the drills, the horie going in the furrow. Fig. 6. is a drill-plough, conftrucled in fuch a man¬ ner as to fow at once two rows of beans, peafe, or wheat. This machine is eafily wrought by two horfes. A, is the happer for containing the feed 3 B, circular boxes for receiving the feed from the happer 3 CC, two fquare boxes which receive the feed from fmall holes in the circular boxes, as they turn round 3 and laft of all, the feed is dropped into the drill* through holes in the fquare boxes, behind the coulters D. rl he cylinder E follows, which, together with the wheel F, regulates the depth of the coulters, and covers the feed', the har¬ row G comes behind all, and covers the feed more completely. HH, two Aiders, which, when drawn out, prevent the feed from falling into the boxes 3 and, I, is a ketch which holds the rungs, and prevents the boxes from turning, and loAng feed at the ends of the ridges. Fig. 7. is a fingle hoe-plough of a very fimple con- ftruftion, by which the earth in the intervals is ftirred and laid up on both fides to the roots of the plants, and at the fame time the needs are deftroyed. A A the mouldboards, which may be raifed or deprefied at pleafure, according as the farmer wants to throw the earth higher or lower upon the roots. Fig. 2. is a drill-rake for peafe. This inftrument, plate IX. which is chiefly calculated for fmall inclolures of light grounds, is a fort of ftrong plough rake, with tour large teeth at a, a, b, b, a little incurvated. The di¬ ftance from a to «, and from b to b, is nine inches. The interval between the two inner teeth, a and b, is three feet fix inches, which allows fnfhcient room for the hole-plough to move in. To the piece of timber c e, forming the head of the rake, are fixed the handles while he is lifting up the lever H with his left f hand, to prevent the grain being fcattered upon the headland, while the machine is turning round ; this he will do with great eafe, by continuing his right hand upon the rail between the handles, and applying his left arm under the left handle, in order to lift the coul¬ ters out of the ground while the machine is turning round. If there be any difficulty in ufrng the machine, it confiils in driving it ftraight. As to the perfon who attends the machine, he cannot poffibly commit any er¬ rors, except fuch as are wilful, particularly as he fees at one view the whole procefs of the bufmefs, viz. that the coulters make the drills of a proper depth } that the funnels continue open to convey the grain or feed into the drills ; that the rakes or harrows cover the grain fufficiently *, and when feed is wanting in the lower boxes B, which he cannot avoid feeing, he rea¬ dily fupplies them from the upper boxes A, by apply¬ ing his hand, as the machine goes along, to the lever C. The lower boxes B ihould not be fuffered to be¬ come empty before they are fupplied with feed, but fhould be kept nearly full, or within an inch or fo of the edge of the box. If chalk lines are made acrofs the backs of the coul¬ ters, at fuch adiftance from the ends as the feed ffiould be depofited in the ground (viz. about two inches for wheat, and from tw*o to three for fpring corn), the per¬ fon that attends the machine will be better able to af- certain the depth the feed ffiould be depofited in the drills, by obferving, as the machine goes along, whe¬ ther the chalk lines are above or below the furface of the land } if above, a proper weight mull be ap¬ plied to the lever L, which will force the coulters into the ground ^ if below, the lever L and weight mult be reverfed, which will prevent their finking too deep. In different parts of the kingdom, lands or ridges are of different fizes ; where the machine is too wide for the land, one or more funnels may occafionally be flopped with a little loofe paper, and the feed received into fuch funnel returned at the end of the land, or fooner if required, into the upper feed-box. But for regularity and expedition, lands confining of fo many feet wide from outfi.de to outfide, as the machine con¬ tains coulters, wheii fixed at twelve inches dillance, or twice or three times the number, &c. are befl calcula¬ ted for the machine. In wet foils or flrong clays, lands or ridges of the width of the machine, and in dry foils, of twice the width, are recommended. Tor fowr- ing of narrow high-ridged lands, the outfide coulters ffiould be let down, and the middle ones railed, fo that the points of the coulters may form the fame curve that the land or ridge forms. And the loofe foil har¬ rowed down into the furrows ffiould be returned to the edges of the lands or ridges from whence it came, by a double mouldboard or other plough, whether the land be wet or dry. Clover or other leys, intended to be fown by the machine, ffiould be ploughed a deep flrong furrow and ■well harrowed, in order to level the furface, and to get as much loofe foil as poffible for the coulters to work in } and when fown, if any of the feed appears jja the L T U R E. Piactice. drills uncovered by reafon of the fciff texture of the Drill or foil, or toughnefs of the roots, a light harrovr may be taken over the land, once in a place, wffiich will effec- Huibanlh-v, tually cover the feed, wdthout difplacing it all in the u—-y— drills. Tor lowing, leys, a confiderable weight mull be applied to the lever L, to force the coulters into the ground 3 and a let of wrought-iron coulters, well Heeled, and made ffiarp at the front edge and bottom, are recommended 3 they will pervade the foil more rea¬ dily, confequently require lefs draught, and expedite bufmefs more than adequate to the additional expence. For every half acre of land intended to be fown by the machine with the feed of that very valuable root (carrot), one buffiel of faw-dull, and one pound of car¬ rot-feed, ffiould be provided 3 the fawr-dull ffiould be made dry, and fifted to take out all the lumps and chips, and divided into eight equal parts or heaps 3 the carrot-feed ffiould likewife be dried, and well rubbed between the hands, to take off the beards, fo that it- may feparate readily 3 and being divided into eight equal parts or heaps, one part of the carrot-feed mull be well mixed with one part of the faw-dull, and fo on, till all the parts of carrot-feed and faw-dull are w'eli mixed and incorporated together 3 in which Hate it may be fown very regularly in drills at twelve inches dillance, by the cups or ladles N° 2. Carrot-feed re- fembling faw-dull very much in its faze, roughnefs, weight, adhefion, &c. will remain mixed as above du¬ ring the lowing 3 a ladleful of faw-dull will, upon an average, contain three or four carrot-feeds, by wffiich means tlie carrot-feed cannot be otherwife than regular in the drills. In attempting to depofite fmall feeds near the furface, it may fo happen that fome of the feeds may not be covered with foil 3 in which cafe, a light roller may be drawn over the land after the feed is fown, which will not only cover the feeds, but will alfo, by levelling the furface, prepare the land for an earlier hoeing than could otherwife have taken place. It has alw-ays been found troublefome, fometimes impracticable, to few any kind of grain or feeds (even broad-call) in a high wind. This incoiavenience is en¬ tirely obviated by placing a fcreen of any kind of cloth,, or a fack, fupported by two uprights nailed to the fades of the machine, behind the funnels, which will prevent’ the grain or feed being blown out of its direflion in falling froan the ladles into the funnels. Small pipes of tin may alfo be put on to the ends of the fuaanels, to coaavey the grain or feed fo near the furface of the land, that the higheil wind ffiall not be able to inter¬ rupt its defcent iaito the drills. Refpecling the ufe of the machine, it is frequently remarked by fome people not converfant with the pro¬ perties of matter and motion, that the foil will clofe after the coulters, before the feed is admitted into the drills. Whereas the very contrary is the cafe 3 for the velocity of the coulters in paffing through the foil, is fo much greater than the velocity with wffiich the foil clofes up the drills by its own fpontaneous gravity, that the incifaons or drills will be conllantly open for three or four inches behind the coulters 3 by wffiich means, it is morally ianpoffable (if the points of the funnels flaaid dare&ly behind the coulters) that the feed, with the velocity it acquires in falling through the funnels, act be adautted iato tire drills. Part I. AGRICULTURE. 469 Drill or Horfe- hoeing Hulbandry. Plate XI. Fig. 1 2-. is a new conftructed fimple hand-hoe, by which one man will effedtually hoe two chain acres per day, earthing up the foil at the fame time to the rows of corn or pulfe, fo as to caufe roots to ifiue from the firft joint of the Hem, above the furface of the land, which otherwife would never have exifted. This hoe is worked much in the fame manner as a' common Dutch hoe, or fcuffle, is worked in gardens. The handle is elevated or depreffed, to fuit the fize of the perfon that works it, by means of an iron -wedge being refpectively applied to the upper or under fide of the handle that goes into the focket of the hoe. The wings or moulding plates of the hoe, which are calculated to earth up the foil to the rows of corn, fo' as to caufe roots to iffue from the- firft joint of the Hem above the furface, which otherwife wmuld not have ex¬ ifted, iliould never be ufed for the firft hoeing, but fliould ahvays be ufed for the laft hoeing, and ufed or not ufed, at the option of the farmer,, when any intermediate hoeing is performed. Summary of the Operations neceffary in executing the New Husbandry with the Plough. 493 Summary I. It is indifpenfably neceffary that the farmer be ol the ope- provided with a drill and hoe-plough. 2. The new hufbandry may be begun either with the winter or fpring corn. 3. The land mull be prepared by four good plough- ings, given at different times, from the beginning of April to the middle of September. 4. Thefe ploughings mult be done in dry wreather, to prevent the earth from kneading. S' The land mult be harrowed in the fame manner- as if it wrere fowed in the common way. 6. The rowrs of wheat Iliould be fowed very flraight. 7. When the field is not very large, a line mult be ftrained acrofs it, by which a rill may be traced wdth a hoe for the horfe that draw's the-drill to go in ; and when the row's are fown, 50 inches mull be left betwixt each rill. But, when the field is large, flakes at five feet diflance from each other muff be placed at the tw'o- ends. The workman muff then trace a fmall furrow with a plough that has no mouldboard, for the horfe to go in that draw's the drill, dire cling hirafelf with his eye by the flakes. 8. The fowing Ihould be finilhed at the end of Sep¬ tember, or beginning of Odlober. 9. The furrows muff be traced the long way of the land, that as little ground as pofilble may be loff in headlands. 10. The rows, if it can be done, Ihould run down the Hope of the land, that the water mav get the ea- fier off. 11. The feed-wheat muff be plunged into a tub of lime-water, and ftirred, that the light corn may come to the furface and be Ikimmed off. 12. The feed muff be next fpread oil a floor, and frequently ftirred, till it is dry enough to run through- the valves of the happer of the drill. 13. To prevent fmut, the feed may be put into a ley of aihes and lime. 14. Good old feed-w'heat fhould be chofen in prefe¬ rence to new, as it is found by experience not to be fo ih-bjefl to fmut. Jj. After the happers of the drill are filled, the horfe muff go flowly along the furrow that was traced. Drill or That a proper quantity of feed may be fown, the a- Bor.te- perture of the happer muff be fuited to the fize of the Huitandry grain. » -- - 16. As the drill is feldomwell managed at firft, the field fliould be examined after the corn has come up, and the deficiencies be fupplied. 17. Upon wet foils or ftrong clays, wheat fihouldnot be depofited more than twm inches deep, on any ac¬ count whatever; nor lefs than two inches deep on dry foils. From two to three inches is a medium depth for all fpring corn. But the exa£l depth at which grain fhould be depofited in different foils, from the lighteft: fand to the ftrongeft clay, is readily afcertained only by obferving at w'hat diftance under the furface of the land, the fecondary or coronal roots are formed in the fpring. 18. Stiff lands, that retain the wet, muff be ftirred or hoed in Odlober. This Ihould be done by opening, a furrow in the middle of the intervals, and afterwards filling it up by a furrow drawn on each fide, whicli- will raife the earth in the middle of the intervals, and leave two fmall furrows next the rows, for draining off the water, which is very hurtful to wheat in winter. 19; The next ftirring muft be given about the end of March, with a light plough. In this ftirring the furnnvs made to drain the rows mull be filled up by, earth from the middle of the interval. 20. Some time in May, the rows muft be evened y which, though troublefome at firft, foon becomes eafv, as the weeds are foon kept under by tillage. 21. In June, juft before the wheat is in bloom, ano¬ ther ftirring muft be given with the plough. A deep furrow muft be made in the middle of the intervals, and the earth thrown upon the fides of the rows. 22. When the W'heat is ripe, particular care muft b» taken, in reaping it, to trample as little as poflible on the ploughed land. 23. Soon after the wheat is carried off the field, the intervals muft be turned up with the plough, to prepare them for the feed. The great furrow in the middle* muft not only be filled, but the earth raifed as much as poflible in the middle of the intervals. 24. In September, the land muft be again fowed with a drill, as above diredled. 25. In Oblober, the Hubble muft be turned in for forming the new intervals 5 and the fame management muft be obferved as dire£led in the firft year. We pretend not to determine whether the old or new- hulbandry be preferable in every country. With regard to this point, the cliiftate, the fituation of particular- land, Ikill and dexterity in managing the machinery, the comparative expence in railing crops, and many other circumftances muft be accurately attended to be¬ fore a determination can be given. To give an idea of the arguments by which the drill hulhandry was originally fupported, we lhall here take notice of a comparative view of the old and new methods of culture which was furniihed for the editors of Mr * . Tull’s Horfe-hoeing Hulbandry, by a gentleman w'ho for fome years pradifed both in a country where the foil W'as light and chalky, like that from w'hich he drew' his obfervations. It is neceffary to remark, that in the new hulhandry every article is Hated at its full value, and the cron of each year js four bulhels ftiort of the other j though, - 47° Drill or Horfe- hoeing Hulbandry. A G R I C U t lieu oil, in feveral years experience, it has equalled and generally exceeded thofe in the neighbourhood in the old way. “ An eilimate of the expence and profit of 10 acres of . land in 20 years. I. In the old way. 494 Compara- pb-ft year, for wheat, cofts 331. 5s. live view of yjz> L. s. LdpToTts' Firft ploughing, at 6s. per acre 3 o of the old Second and third ditto, at 8s. and new per acre - 4 0 hufbandry. Manure? 30s. per acre 15 o Two harrowings, and lowing, at 2s. 6d. per acre - 1 5 Seed, three bufhels per acre, at 4s. per bulhel - 60 Weeding, at 2s. per acre, 1 o Reaping, binding, and carry¬ ing, at 6s. per acre - 30 Second year, for barley, cofls 1 il. 6s. 8d. viz. Once ploughing at 6s. per acre - - 3 0 Harrowing and fowing, at is. 6d. per acre - 0 I5 Weeding, at is. per acre o 10 Seed, four bulliels per acre, at 2s. per bufhel - 4 0 Cutting, raking, and carry¬ ing, at 3s. 2d. per acre - 1 11 Grafs-feeds, at 3s. per acre 1 10 d. o o o o o o o ft o o o 8 o L. 22 11 11 s. d. o o 6 8 44 11 8 Third and fourth years, lying in grafs, coil nothing : fo that the expence of ten acres in four years comes to 44I. ns. 8d. and in twenty years to - 222 18 4 Tirft year’s produce is half a loadofwheatperacre, at7l. 35 0 0 Second year’s produce is two quarters of barley per acre, at il. - - 20 O O Third and fourth years grafs is valued at iL 10s. per acre 15 O o So that the produce of ten acres in four years is 70 O O And in twenty years it will be 350 o o Deduft the expence, and there remains l clear profit on ten acres in twenty > 127 I 8 ■« years by the old way - J II. In the new way. Firft year’s extraordinary expence is, tor ploughing and manuring the land, the fame as in the old way, L.22 0 0 vi L T U R E. L. S. d. Ploughing once more, at 4s. per acre - -200 Seed, nine gallons per acre, at 4s. per bulhel - 250 Drilling, at 7d. per acre - o 5 10 Hand-hoeing and weeding, ■ at 2s. 6d. per acre - I 5 O Horfe-hoeing fix times, at 1 os. per acre - 5 0 0 Reaping, binding, and carry¬ ing, at 6s. per acre - 300 The Handing aunualcharge on ten acres, is - I3I510 Practice L. d. Dnii or Horfe- hoeing H Lifbandry. Therefore the expence on ten acres in twenty years is - - 275 *6 ^ Add the extraordinaries of the firlt year, -• and the fum is - - - 29716& The yearly produce is at leaft two quar¬ ters of wheat per acre, at il. 8s. per quarter j which on ten acres in twen¬ ty years, amounts to - - 560 O 0 Therefore, all things paid, there remains clear profit on ten acres in twenty years ■■ by the new way - - - 2^2 3 4 “ So that the profit on ten acres of land in twenty Arguments years, in the new way, exceeds that in the old by m favour of 135I. is. 8d. and confequently is confiderably more thant^^ry double thereof*, and ample encouragement topraftife “ ' a fcheme, whereby fo great advantage will arile fiom fo fmall a quantity of land, in the compafs of a twenty- one years leafe } one year being allowed, both in the old and new way, for preparing the ground. “ It ought withal to be obferved, that Mr Tull’s hufbandry requires no manure at all, though we have here, to prevent objeftions, allowed the charge thereof for the firft year and moreover, that though the crop of wheat from the drill-plough is here put only at two quarters on an acre, yet Mr Tull himfelf, by aftual experiment and meafure, found the produce of his drilled wheat crop amounted to almoft four quarters on an acre.” . ... c It appears alfo from a comparative calculation oi ex- • pence and profit between the drill and common hul¬ bandry, taken from Mr Baker’s report to the Dublin Society of his experiments in agriculture for the year 1-65, that there is a clear profit arifing upon an Infti acre of land in 15 years in the drill hulbandry oi c2l. 3s. 1 id. and in the common hulbandry of 27I. 19s. 2d. - and therefore a greater profit in the drilled acre in this time of 24k 4s. 9d. which amounts to il. I2s. qld. per annum. From hence he infers, that in every iT years the fee-fimple of all the tillage-lands of the kingdom is loft to the community by the common courfe of tillage. In Hating the accounts, from which their refult is obtained, no notice is taken of fences, water¬ cutting the land, weeding and reaping, becaufe thefe articles depend on a variety of circumftances, and will, in general, exceed in the common hulbandry thole in¬ curred by the other. . . Befides, the certainty of a crop is greater m this new way Part T. Drill or way than in the old way of Towing ; for moft of the Horfe- accidents attending wheat crops, are owing to their Hulbamfry- ^e^no late ^own» which is neceffary to the fanner in the old -way, but in the horfe-hoeing method the far¬ mer may plough two furrows whereon the next crop is to Hand immediately after the firft crop is off. In this manner of hulhandry, the land may be ploughed dry and drilled wet, without any inconvenience 5 and the feed is never planted under the furrorv, but placed juft at the depth which is moft proper, that is, at about two inches ; in wdiich cafe it is eafy to preferve it, and there is no danger of burying it. Thus the feed has all the advantage of early fowing, and none of the difadvantages that may attend it in the other way, and the crop is much more certain than by any other means that can be ufed. The condition in which the land is left after the crop, is no lefs in favour of the horfe-hoeing hufbandry than all the other articles. The number of plants is the great principle of the exhaufting of land. In the common hufbandry, the number is vaftly greater than in the drilling way, and three plants in four often come to nothing, after having exhaufted the ground as much as profitable plants ; and the weeds which live to the time of harveft in the common way, exhauft the land no lefs than fo many plants of com, often much more. The horfe-hoeing method deftroys all the weeds in the far greater part of the land, and leaves that part unexhaufted and perfe&ly frefh for another crop. The wheat plants being alfo but a third part of the number at the utmoft of thofe in the fowing way, the land is fo much the lefs exhaufted by them ; and it is very evi¬ dent from the whole, that it muft be, as experience proves that it is, left in a much better condition after 496 this than after the common hufoandry. Objections The farmers who are againft this method objeft, that n' 11 rna^es t^e plants t0° ftrong, and that they are more liable to the blacks or blights of infects for that rea- ion ; but as this allows that the hoeing can, without the ufe of dung, give too much nourifhment, it is very plain that it can give enough •, and it is the farmer’s fault it he do not proportion his pains fo as to have the advantage of the nourifhment without the difadvanta¬ ges. It is alfo objedled, that as hoeing can make poor land rich enough to bear good crops of wheat, it may make good land too rich for it. But if this fhould happen, the fowing of wheat on it may be let alone a while, and in the place of it the farmer may have a crop of turnips, carrots, cabbages, and the like, which are excellent food for cattle, and cannot be over-nou- r-ifhed : or, if this is not chofen, the land, vchen thus made too rich, may foon be fufficiently impoverifhed by fowing corn upon it in the common old wray. The method of horfe-hoeing hufbandry, fo ftrongly recommended by Mr Tull, is objefted to by many on account of the largenefs of the intervals which are to be left between the rows of corn. Thefe are required to be about five feet wide j and it is thought that fuch wide fpaces are fo much loft earth, and that the crop is to be fo much the lefs for it. But it is to be obfer-r wed, that the rows of corn feparated by thefe intervals need not be fingle} they may be double, triple, or quadruple, at the pleafure of the farmer; and four rows thus Handing as one will have the five feet inter¬ val but one-fourth .of its bignels as to the whole quan- 471 tity, and it will be but as fifteen inch intervals to plant Eril! or in fingle rows. Corn that is fown irregularly in the *Iorte- common way, feems indeed to cover the ground bet- HmTmVuy ter than that in rows j but this is a mere deceptio vifus; w—y— i for the ftalks of corn are never fo thick as when they come out of one plant, or as wdien they ftand in a row7 *, and a horle-hoed plant of corn will have 20 or 30 ftalks in a piece of ground of the fame quantity, where an unhoed plant wall have only two or three ftalks. If thefe ftalks of the hoed plant were feparated and planted over the intervals, the whole land would be better covered than it is in the common way ; and the truth is, that though thefe hoed fields feem to con¬ tain a much lefs crop than the common fowm fields, yet they in reality do contain a much greater. It is only the different placing that makes the fown crop feem the larger, and even this is only while both crops are young. The intervals are not loft ground, as is ufually fup- pofed, but when well horfe-hoed they are all employed in the nourithment of the crop j the roots of the plants in the adjoining rov7s fpreading themfelves through the whole interval, and drawing fuch nouriftiment from it, that they xncreafe accordingly. When the plants ftand in the fcattered wray, as in common fowing, they are too clofe to one another ; each robs its neighbour of part of their nourilhment, and confequently the earth is foon exhaufted, and all the plants half ftarved. The clofe Handing of them alfo prevents the benefit of after- tilling, as the hoe cannot be brought in, nor the ground by any means ftirred between them to give it a new breaking, and confequently afford them new food. Experiments have abundantly proved, that in large grounds of wheat w7here the different methods have been tried, thofe parts where the intervals wrere largeft: have produced the greateft crops, and thofe where hoe¬ ing was ufed without dung have been much richer than thofe where dung was ufed without hoeing. If it were poffible that plants could ftand as thick, and thrive as well over the whole furface of the ground as they » do in the rows feparated by .thefe large intervals, the7 crops of corn fo produced would be vaftly greater than any that have been heard of; but the truth is, that plants receive their growth not according to the ground they ftand on, but to the ground they can extend their roots into ; and therefore a fingle. row may contain more plants than a large interval can nourifh, and there¬ fore the fame number that ftand in that row, and no more than thefe, . could be nourifhed, if fcattered over the whole interval: and they would be much worfe nourifhed in that wayj.becaufe while the interval void, the earth may be ftirred about them, and new roots will be formed in great numbers from.every one broken by the inftruments, and new nouriihment laid : before thefe roots by the breaking the particles of earth, by which the plants will have fupplies that they cannot have when fcattered over the whole furface, be- caufe the ground is then all occupied,.and cannot be moved between the plants. All foils and all fituations are not equally proper In what- for this method of planting in rows, with large intervals fituations and hoeing between. The Hghteft foils feeni to be beltthe new for it, and the tough and wet clays the worft. Such ™^thod 1S' grounds as lie on the fides of hills are alfo left proper than others for this. work.. AGRICULTURE. This- 47* A G R I C U Briil or . This methoJ is not 'fo proper in common fields, but hoeirC" t^iat not in refpeft of the foil, hut of the hulbandry of Hulbandry. t^e owners> who are ufually in the old way, and. change ^ the fpecies of corp, and make at neceffary to fallow • every fecond, third, or fourth year. Neverthelefs it has been found by later experiments, that the intervals betwixt the rows of plants, as recommended by Mr Tull, were too great, perhaps double of what they fliould be in the moft profitable method of culture 5 by which means much lefs crops are obtained than might be produced at nearly the fame expence. This has rendered the profits of the drill method much lefs than they would have been in a more judicious practice, and, confequently, has proved a great difadvantage to it in comparifon with the broad-caft. Mr Tull was led into this, partly from the -want of more perfeft inftruments for hoeing, , and of ploughs proper for drilling. To the preceding ftatements, the following obferva- tions by Sir John Anftruther, publifhed among the Se- le£t Papers of the Bath Society, may not be improper- .498 ly fubjoined. Obferva- The flow progrefs which the drill-hulbandry has tions by Sir xnacle in many parts of Great Britain fince Mr Tull’s itruther1' ti11*e» ke obferves, has been principally owung to the want of proper drill-ploughs. Before drilling can be¬ come general, thofe ploughs muft be Ample, fuch as a common ploughman accuftomed to ufe ftrong inftru¬ ments can ufe without breaking, and fuch alfo as com¬ mon workmen can eafily make or repair. Mathema¬ tical accuracy he confiders as not required for deliver¬ ing the feed : for it matters very little whether there be a quarter of a peck more or lefs fowm, if it be deli¬ vered with tolerable regularity. He therefore had a plough made, according to his own directions, by a common plough-wright, of fufficient ftrength for any land made fit for turnips or wheat. It was tried on very rough ground unfit for fowing, in order to afcer- tain its ftrength •, and it had been ufed for eight years without its needing any repair. It is a double drill- plough, which fowrs two ridges at a time, the horfe go¬ ing in the furrow between them, and of courfe does not tread upon the ground intended to be fown 5 which with a Angle drill muft be the cafe, and does much harm by the horfes feet finking and making holes in the fine ground, which retain the water, and hurt the wheat when young. He proceeds to obferve, “ That having read Mr Forbes upon the extenfive praftice of the new huf- bandry, and fome other authors, who gave a more clear and diftinft account of the different operations in drilling than had heretofore been given, I wufti- ed to try them, and to adapt my plough to fow the quantities therein direfted. It was, however, ad- jufted to fow a fmaller quantity, and the feed was not fteeped. “ Not having ground fo proper as I wiflied, it w'as drilled on the fide of a field, the foil of which was light and fandy, and in fuch bad order, that the pre¬ ceding crop was a very indifferent one. It was there¬ fore manured with a compoft-dunghill. “ After crofs-ploughing and manuring, it was laid into four and a half feet ridges, then harrowed and drilled with one peck and a half of wdieat on an acre and a quarter, which is nearly one peck and a fifth per 2 L T U R E. Pra&lce. Englifh acre. It -was drilled the 27th of OClober, and rolled after drilling. The crop was late in its appear¬ ance, and very backward in the fpring. “ March 31ft, it was horfe-hoed one furrow fr om the rowrs. “ April 8th, it was hand-hoed and weeded in the rows. “ 25th, horfe-hoed again, laying a furrow back /« the rows. “ May 15th, hand-hoed the fecond time. “ June 2d, horfe-hoed from the rows. “ June 12th, hand-hoed the third time. “ July 14th, horfe-hoed to the rows. “ At this laft hoeing, as many of the ears were beaten down into the intervals by wind and rain, a man went before the horfe-hoe, and turned the ears back in¬ to their proper place. “ The crop, when reaped and threlhed, yielded me 36 bulhels on one acre and a quarter, which is 28 bu- ftiels and three pecks per acre 5 and the produce from one peck and half 96 for one. “ As the produce appeared fo great, from land in fuch bad order, it was carefully meafured again, and found to be right. But this increafe, though great, •was not fo large as Mr Crake of Glafgow had without dung. “ Mr Randal fays, ‘ It is an experimental fa and for this reafon it is particularly re¬ quifite that the ground fliould be previoully cleanfed as well as poffible, otherwife the expence of weeding be¬ comes too great to be borne, or the crop mull be con- fiderably injured. It is an irreparable injury, if, through a dry feafon, the plants come up in tivo crops •, or if by accident or mifmanagement they be too thin. The goodnefs of the crop depends on its running up with a Angle ftalk without branches : for wherever it ramifies, there the length of the line terminates j and this ramification is the confequence of its having too much room at the root, or getting above the plants which furround it. The branches are never of any ufe, being unavoidably worked oft in dreflmg ; and the ftem itfelf, unlefs it bear a due proportion to the length of the crop, is likewife worked off among the refufe. This ramification of the flax will readily be occafioned by clods on the ground when fown. A fecond crop is very feldom attended with any profit *, for being overgrown with the fpreading plants of the firft: crop, it remains weak and fliort, and at pulling time is left to rot upon the land. Flax is injured not only by drought but by froft, and is fometimes attacked even when got five or fix inches high, by a fmall white flug, which ftrips off the leaves to the top, and the ftalks bending with their weight are thus fometimes drawn into the ground. Hence, if the crop does not promile fair at weeding time, our author advifes not to bellow farther labour and expence upon it. A crop of turnips or rape will generally pay much better than fuch a crop of flax. The time of flax-harveft in Yorkfhire is generally in the latter end of July or beginning of Auguft. ^ On the whole, our author remarks, that “ the good- jyrr Mar- nefs of the crop depends in fome meafure upon its (hall’s re¬ length 5 and this upon its evennefs and clofenefs upon marks on the ground. Three feet high is a good length, and ax troi1S; the A G R I C 5°5 Remarks by a Dor- fetikire Part II, Flax and the thlcknefs of a crow’s quill a good thicknefs. A , HcmP- , fine flalk alfordg more line and fewer Olivers than a thick one. A tall thick fet crop is therefore defi- rable. But unlefs the land be good, a thick crop can¬ not attain a fufficient length of Hem. Hence the fol¬ ly of fowing flax on land which is unfit for it. Ne- verthelefs, with a fuitable foil, a fufficiency of feed evenly diftributed, and a favourable feafon, flax may turn out a very profitable crop. The flax crop, how¬ ever, has its difadvantages: it interferes with harveft, and is generally believed to be a great exhaufter of the- • foil, efpecially when its feed is fuffered to ripen. Its cultivation ought therefore to be confined to rich grafs- land diftricts, where harveft is a fecondary objeft, and where its exhauftion may be rather favourable than hurtful to fucceeding arable crops, by checking the 505 too great ranknefs of rich frelh broken ground. Mr Bart. In the 5th volume of Bath Papers, Mr Bartley, near ley’s expe- Briftol, gives an account of the expences and produce run 1». 0p five acres of flax cultivated on a rich loamy fand. The total expence was 42I. 13s. 4d. the produce was ten packs of flax at 5I. 5s. value 5 2I. 10s. 35 bulhels of linfeed at 5s. value 81. 15s. the net profit therefore was 18I. ns. 8d. or 4I. 13s. 4d. per acre. This gen¬ tleman is of opinion that flax-growers ought to make it their ftaple article, and confider the other parts of their farm as in fubferviency to it. In the fecond volume of Bath Papers, a Dorfetfliire gentleman, who writes on the culture of hemp and flax, gives an account fomewhat different from that of Mr gent eman. Marfliall. Inftead of exhauJHng crops, he maintains that they are both ameliorating crops, if cut without feeding ; and as the beft crops of both are raifed from foreign feed, he is of opinion that there is little occa- fion for raifmg it in this country. A crop of hemp, he informs us, prepares the land for flax, and is there¬ fore clear gain to the farmer. “ That thefe plants impoverilh the foil,” he repeats, “ is a mere vulgar notion, devoid of all truth.—The beff hiftorical rela¬ tions, and the verbal accounts of honeft ingenious planters, concur in declaring it to be a vain prejudice, 507 unfupported by any authority; and that thefe crops Flax and really meliorate and improve the foil.” He is like- be'cultiva- W1^e 0PiT}ion> growth of hemp and flax is ted upon not neceffarily confined to rich foils, but that they may poor as be cultivated with profit alfo upon poor fandy ground, ■well as rich if a little expence be laid out in manuring it. “ Spal- ding-moor in Lincolnlhire is a barren fand ; and vet with proper care and culture it produces the beft hemp in England, and in large quantities. In the ifle of Afholme, in the fame county, equal quantities are pro¬ duced ; for the culture and management of it is the principal employ of the inhabitants $ and, according to Leland, it was fo in the reign of Henry VIII. In Marfhland the foil is a clay or ftrong warp, thrown up by the river Oufe, and of fuch a quality, that it cracks with the heat of the fun, till a hand may be put into the chinks ; yet if it be once covered with the hemp or flax before the heats come on, the ground will not crack that fummer. When the land is fandy, they firft fow it with barley, and the following fpring they manure the ftubble with horfe or cow dung, and plough it under. Then they fow their hemp or flax, and harrow it in with a light harrow, having ftiort teeth. A good crop deftroys all the weeds, and makes u L t u R E. 475 it a fine fallow for flax in the fpring. As foon as the Flax and flax is pulled, they prepare the ground for wheat. HemP- Lime, marl, and the mud of ponds, is an excellent ""~v compoft for hemp-lands.” „o8 Our author takes notice of the vaft quantity of flaxVaft quan- and hemp, not lefs them 11,000 tons, imported in thet!t':e;>of flax year 1763 into Britain ; and complains that it is notandhenlp raifed in the illand, which he thinks might be done,iuto'Bft- though it would require 60,000 acres for the purpofe.tain. He obferves, that the greater part of thofe rich marflry lands lying to the weft of Mendip hills are very proper for the cultivation of hemp and flax ; and if laid out in this manner could not fail of turning out highly advan¬ tageous both to the landholders and the public at large. “ I he vaft quantities of hemp and flax (fays he) which have been raifed on lands of the fame kind in Lincoln- flure marlhes, and the fens of the Ifle of Ely and Huu- tingdonfliire, are a full proof of the truth of my af- fertion. Many hundreds of acres in the above-men¬ tioned places, which, for pafturage or grazing, were not worth more than twenty or twenty-five ftiillings per acre, have been readily let at 4I. the firrt year, 3I. the fecond, and 2I. the third. The reafon of this fop- pofed declining value of land, in proportion to the number of years fown -with flax, is, that it is ufual with them to feed it for the purpofe of making oil, that be¬ ing the principal caufe of the land being thereby im- poverilhed. It is certain, however, that the quantity of hemp exported from St Peterlburgh in Britilh Ihips has con¬ tinued to increafe, fo that in 1785 the quantity of hemp exported from Peterftmrgh in Britiflr Ihips was as follows: • Of clean hemp, Outlhot, Half clean, Hemp codille, Poods. 1,038,791 37>382 i8>374 I9>251 There are 63 poods to a ton, confequently the whole amounted to 17,695 tons ; and it is laid that this quantity has fmee been tripled and quadrupled. It is therefore an objeH of great national importance to confider, whether flax and hemp might not be profi¬ tably reared in our own country without producing any alarm' concerning their tendency to exhauft the foil. With this view we lhall here ftate the fubftance Mr Sno’s of a report made by Mr Durno, Britilh conful at Pruf- report on fia in 1789, to the lords of the Committee of Councilthe culture for Trade, concerning the method of cultivatino-flax ^ flax and and hemp in Pruflia, Ruflia, and Poland. ° PrTffia'&c A black, not moraffy open gravelly foil is preferred, as flax and hemp become exuberant and coarfe on too rich a foil. To afeertain the proper middle degree of ftrength of foil, previous crops of grain are taken. On a vigorora foil wheat is firft fown ; then rye, barlev, oats ; and laft of all flax or hemp. Two fucceflive crops of hemp are taken if the land is intermediately dunged. For one crop of flax, it is not dunged at all. On a foil of lefs ftrength, flax and hemp are fown im¬ mediately after a winter crop of rye, the land being ploughed in autumn, if the weather allows, if not, in fpring. It is then harrowed and manured, and again 3 O 2 ploughed i i 476 A G R i C U Flax and ploughed immediately before lowing.. Another wm- Hemp. ter crop of rye may immediately be town in the fame ^ " field after drawing the flax or hemp, but after the flax j dung is in this cafe neceffary. A field that has been laid°down in fallow, if only ploughed up, yields a bet¬ ter crop of flax than if manured and cultivated in the above or any other way. Flax and hemp aie fo^n from the 25th of May to the xolh of June, and the flax is reaped in the end of Auguft, and hemp in the end of September. _ . . As to their effects on the foil, no kind of grain can be fown immediately after a crop of flax without dung¬ ing, but after one of hemp, any grain, and even hemp itfelf, may be fown without manure. Hemp cleans the ground by fuffocating, by its broad leaves, all forts of weeds or undergrowth } but flax muff, be weeded once or twice before it blooms. Flax is,plucked when the ftalk becomes yellowifh, the pods brown, and the feed hard and full bodied. For finer flax, the ftalk is pull¬ ed while yet green j but the feed is then facrificed, and fit only for crufhing for oil, of which it produces a fmall quantity. Hemp is alfo plucked or drawn when the ftalk and" pods have changed colour.. If the flax is very dry when plucked, the feed is ftripped off im¬ mediately ; if not, it is allowed to dry on the field. Seed-pods are fpread thinly on a floor, where they are turned twice a-day, till fo dry that they open, of them- felvesj when it "is threfhed and cleaned like other grain. To gain the hemp-feed, the hemp itfelf, when plucked, is let on end againft any convenient place. The roots and top-ends are then cut off. The roots are thrown away, and the top-ends are threfhed out and cleaned. The feed is apt to be fpoiled by remain¬ ing in a moift ftate for any length of time. As foon as the feed has been gained, the flax and and hemp are fteeped in water till the flax feparate from the rind, and the hemp till the harl fprings from the ftalk. In foft water, in warm weather, nine or ten days are fufftcient for this purpofe. In hard water, with cold weather, from fourteen days to three weeks are requifite. Stagnate is preferred to running water j but fifh ponds and the drinking places of cattle muft be avoided, as the fifh would be deftroyed, and the water would be rendered unwholefome and unpalata¬ ble to the cattle j but a muddy or flimy bottom is pre¬ ferred. In the fouthern provinces of Poland, as Vol- kinia, Podolia, &c. fteeping is not praffifed, on the fuppofitiofi that it weakens the harl and darkens the colour, though this idea feems to have no foun¬ dation. After being taken out of the fteep, the flax is dried On a grafs field ; after which it is gathered up into fmall flacks j but the hemp, inftead of being .fpread out on a field, is fet up againft the walls of buildings till it is alfo dried, after which they are both houfed. It is generally underftood in thefe countries, that the cultivation of flax and hemp is more profitable than that of any kind of grain. '^re of To this we fhall add a concife ftatement of the mode ax'in'ire- of cultivating flax in Ireland. A good crop of flax is land. there expected from any ftrong clays that are fit for the growth of corn J but an open black loamy foil, en¬ riched by having lain long in pafture, is preferable. The ground muft be in fine tilth, and as free from weeds as poftible. Potatoes ufually precede flax, though L T U R E. rrflctke. turnips, beans, or any manured crop, are a good prer- Rape or paration 5 but the firft or fecond crop after pafture is ,Colc~Seed,1 preferred to any of thefe. Stubble lands, that have been long in tillage, may, by proper preparation, bring a crop } but it is apt to "fail in fuch fttuations, the fta:ks turning to a reddifh colour called Jit ing bcioie it 11- pens j upon which it muft immediately be pulied. Two buftiels of feed are ufed to tire Englilh acre, un~ lefs for the purpofe of a very fine manufacture j in which cafe a large quantity of feed is uied, and the flax is pulled very green. The feafon of fowing is tne firft fine weather after the middle ot March. the moft approved mode of culture is in beus about fix ket broad, covering the feed about an inch and a half deep, with earth fhoveled out of the furrows : but the molt ordinary mode is to fow on common ridges, ana to harrow in the feed. P.efore tue flax is five inches high it fhould be carefully hand-weeded j and, ii any part lodges, it fhould be turned over. i no produce is ufually worth 7I. fteiling the Englifh acie. ^ I he crop fhould ftand till the lower part ct the ftalk be¬ comes yettowifh, and the under leaves begin to wither, unlefs the feed is to be preferved, which is done by rip¬ pling it through an iron comb, and the flax may be fteeped immediately after it is pulled. lurf-bog vya- ter, if clear, anfwers well, but foul ftagnate water flams the flax. Too pure a fpring is injurious. A. refer- voir dug in clay is preferred. I he time of jving in the fteep depends upon the quality, of the water and the ftate of the weather. It is dried on grafs, by be¬ ing fpread thinj artificial heat has been recommended for drying flax j but no good form of it has been lug- gefted. . 511 In addition to what is here ftated, the compiler of sheep em- this article accounts it proper to take notice of a mode ployed to of weeding flax that has frequently been pradifed inweed nax* Scotland. It conftfts of turning a flock of flieep at large into the field, d hey will not tafte the young flax plants, but they carefully fearch for the weeds which they devour. It may alfo be remarked, that for drying flax in wet feafons, the fleam kiln formerly pro- N° 34. pofed would be a valuable inftrument. Sect. II. Rape or Cole-Seed. This, as well as linfeed, is cultivated for the pur¬ pofe of making oil, and will grow almoft anywhere. Mr Hazard informs us, that in the north of England Bath Ar- the farmers pare and burn their pafture lands, and then^rrx, vol. iv« fow them with rape after one ploughing > the crop commonly ftanding for feed, which will bring from 25k ^ to 30I. per laft (^80 bufhels). Poor clay, or ftone-Advantage brafh land, will frequently produce from 12 to 16 or of cultivat- 18 bufhels per acre, and almoft any freih or virgin jng rape- earth will yield one plentiful crop.; fo that many, in £e • the northern counties have been raifed, by cultivating this feed, from poverty to the greateft affluence. The feed is ripe in July or the beginning of Auguft ; and the thraftung of it out is condufted with the greateft mirth and jollity. . , r ^ ^ j 513 The rape being fully ripe, is firft cut with fickles, and Of cutting then laid thin upon the ground to dry; and when, in andthradf- proper condition for thrafhing, the. neighbours are in- vited, who readily contribute their affiftance. . The thrafhing is performed on a large cloth in the middle of Part II. Rape Cole-3 5*4 Of fowlng it. 5*5 Tran! plant ing recom¬ mended. 5*6 Sheep may- tie fed in ♦lie fpring with rape. 5*7 Culture of rape-feed in Brabant. A G R I C U of the field, and the feed put into the facks and carried home. It does not admit of being carried from the field in the pod in order to be thrafhed at home, and there¬ fore the operation is always performed in the field j and by the number of affiftants procured on this occa- fion, a field of 20 acres is frequently thralhed out in one day. The ftraw is burnt for the fake of its alkali, the alhes being faid to equal the bell kind of thofe im¬ ported from abroad. The proper time for fowlng rape is the month of June } and the land lliould, previous to the fowing, be twice well ploughed. About two pounds of feed are fuffieient for an acre j and, according to our au¬ thor, it fnould be call upon the ground with only the thumb and two fore fingers •, for if it be call with all the fingers, it will come up in patches. If the plants come up too thick, a pair of light harrow’s fhould be drawn along the field length-wife and crofs-wufe } by which means the plants will be equally thinned 5 and when the plants which the harrows have pulled up are withered, the ground Ihould be rolled. A few days after the plairts may be fet out with a hoe, allowing 16 or 13 inches diitance betwixt every two pants. Mr Hazard ilrongly recommends the tranfplanting of rape, having experienced the good effecls of it him- feif. A rood of ground, fown in June, will produce as many plants as are fufheient for 10 acres 3 which may be planted out upon ground that has previoufly borne a crop of wheat, provided the wheat be harvefted by the middle of Augult. One ploughing will be fufficient for thefe plants 3 the beft of which lliould be feledled from the feed-plot, and planted in row’s tw’O feet afunder and 16 inches apart in the rows. As rape is an excellent food for ftieep, they may be allowed to feed upon it in the fpring 3 or the leaves might be ga¬ thered, and given to oxen or young cattle : frelh leaves would fprout again from the fame ftalks, which in like manner might be fed off by ewes and lambs in time enough to plough the land for a trop of barley and oats. Planting rape in the beginning of July, however, would be moft advantageous for the crop it- felf, as the leaves might then be fed off in the autumn, and new ones would appear in the fpring. Our author difeommends the pra&ice of fowing rape with turnips, as the crops injure one another. “ Thofe who look for an immediate profit (fays he), will undoubtedly cultivate rape for feed 3 but perhaps it may anfwer better in the end to feed it with {Keep: the fat ones might cull it over firft, and afterwards the lean or ftore-fheep might follow them, and be folded thereon 3 if this is done in the autumn feafon, the land will be in good heart to carry a crop of w'heat 3 or where the rape is fed off in the fpring, a crop’ of barley might follow. In either cafe rape is profitable to the cultivator 3 and when it is planted, and well earthed round the ftems, it will endure the fevered; winter; but the fame can¬ not be advanced in favour of that which is fowm broad-caff. Cole-feed is cultivated in Brabant, in the following manner, according to the Abbe Mann. “ It is fown about the middle of July, and the young plants are tranfplan- ted about the end of September. This is done with a narrow’ fpade funk into the ground, and moved with ' the hand forwards ’and backwards 3 which fimple mo¬ tion, makes a fuffici'ent opening to receive the plant 3 L T U R E. 477 a boy or girl follow the labourer with plants, and put- Coriander- ting one of them into each hole, treads againft it to Seed^Ga- clole it up. If the plantation is done wuth the plough, n"rjfcee ’ the plants are placed at regular diftances in the furrow, 1—-y——' and are covered with the earth turned up with the fuc- ceeding furrow. Sometimes, after the cole-feed is plant¬ ed, the foot of the ftalks is covered, by means of a common fpade or hoe, with the earth near it, which furnilhes nourifhment for the plants during winter, by the crumbling of thefe little clods of earth over the roots. The cole-feed is reaped about midfummer or later, according as the feafon is more or lefs advanced 3 it is left on the field for ten or twelve days after it is- cut, and then thrafhed on a kind of fail-cloth, Ipread on the ground for that purpofe, and the feed carried in facks to the farm. When the crop is good, a bunder produces about forty raziers of Solbs. weight each. It is to be obferved, that the ground whereon cole-feed is to be planted, muff be dunged and twice ploughed the fame year it is put in ufe.” Sect. III. Coriander-Seed. This is ufed in large quantities by difiillers, drug- gifts, and confeftioners, and might be a confiderable objeft to fuch farmers as live in the neighbourhood of great towns 3 but the price is very variable, vi%. from J.r3 16s. to 42s. per cwt. In the 4th volume of Bath Pa-Mr Bart- pers, Mr Bartley gives an account of an experiment ley’s expe- made on this feed, which proved very fuccefsful. Tennmeilt' perches of good fandy loam were fown with coriander on the 23d of March 1783. Three pounds of feed •were fufficient for this fpot; and the whole expence amounted only to 5s. xod. The produce was 87 pounds of feed, which, valued at 3d. yielded a profit of ^s. ud. or 15I. 18s. 4A per acre. He afterwards made feve- ral other experiments on a larger fcale; but none of the crops turned out fo well, though all of them afforded a good profit. Sect. IV. Canary-Seed. 5T9 This is cultivated in large quantity in the Me of Culture of Thanet, -where it is faid they have frequently 20 buftiels canary, to an acre. Mr Bartley, in the month*of March 1783,lLLa' fowed half an acre of ground, the foil a mixture of loam and clay, but had only eight bulhels and a half, or 17 bufhels per acre. With this produce, however, he had a profit of 4I. 2s. 3d. per acre. Sect. V. IVoad. The ufe of this in dyeing is -well known, and the confumption is fo great, that the raifing of the plant might undoubtedly be a objeft to an hufbandman, provided he could get it properly manufadlured for the dyers, and could overcome their prejudices. At pre- fent, the growing of this plant is in a manner monopo¬ lized by fome people in particular places, particularly at Keynfham near Briftol in England. Mr Bartley -y^cad informs us, that in a converfation he had with thefe ly cultiva- growers, the latter afferted, that the growth of woadte^- was peculiar to their foil and fituation. The foil about this place is a blackifh heavy mould, xvith a confider¬ able proportion of clay, but works freely: that of Briflington, 4/8 Hops. 5*1 . Hops for¬ bid by adt of parlia¬ ment. | Annals of Agrisulturc, vol. li. S22 r Expence of cultivating them at Caftle Hed- ingham. 523 ^In Eifex. A G R I C U Brifllngton, wliere Mr Bartley refides, a hazel Tan¬ dy loam; neverthelefs, having fowed half an acre of this foil with woad-feed, it throve lb well, that he ne¬ ver faw a better crop at Keynlham. Having no ap¬ paratus, however, or knowledge of the manufafture, he fuffered it to run to feed, learning only from the experiment, that woad is very eafily cultivated, and that the only difficulty is the preparing it for the market. Sect. VI. Hops. The ufes of thefe as an ingredient in malt liquors, are well known. Formerly, however, they were fup- pofed to poffefs fuch deleterious qualities, that the ufe of them was forbid by a£t of parliament in the reign of James VI. But though this aft was never repeal¬ ed, it does not appear that much regard was ever paid to it, as the ufe of hops has Hill continued, and is found not to be attended with any bad effefts on the human conftitution. The only quellion, therefore, is, How far the railing a crop of them may be profitable to an huffiandman ? and indeed this feems to be very doubtful. Mr Arthur Young, in a Fortnight’s Tour through Kent and Effex, informs usj, that at Caftle Hedingham he was told by a Mr Rogers, who had a confiderable hop-plantation, that four acres of hop-ground coft him upwards of 1 20I. and that the ufual expences of lay¬ ing out an acre of ground in this way amounted to 34I. 6s. By a calculation of the expences of an acre in Kent, it appeared that the money funk to plant an acre there amounted to 32I. 8s. 6d. $ that the annual expence was 23I. and the profit no more than il. 8s. id. In another place, he was informed by a Mr Potter, who cultivated great quantities of hops, that if it were not for fome extraordinary crops which occured now and then, nobody would plant them. In Effex, the expences of a hop-plantation are ftill greater than thofe we have yet mentioned j an acre many years ago re¬ quiring 7 5I. to lay it out on hops, and now not lels than 100I. the annual expence being eftimated at 3x1. is. while the produce commonly does not exceed 3 21- In the neighbourhood of Stow-market in this county, Mr Young informs us, there are about 200 acres planted with hops, but “ 18 or 20 are grubbed qp within two years, owing to the badnefs of the times.” Here they are planted on a black loofe moor, very wet and boggy j and the more wet the better for the crop, efpecially if the gravel, which conftitutes the bottom, be not more than three feet from the fur- face. In preparing the ground for hops, it is formed into beds, 16 feet wide, feparated from each other by trenches. In thefe beds they make holes fix feet afunder, and about 1 2 inches diameter, three rows up¬ on a bed. Into each hole they put about half a peck of very rotten dung or rich compoft ) fcatter earth up¬ on k, and plant Even fets in each 5 drawing earth enough to them afterwards to form fomething of a hillock. A hop garden, Mr Young informs us, “ will laft almoft for ever, by renewing the hills that fail, to the amount of about a fcore annually, but it is rec¬ koned better to grub up and nevy-plant it every 20 or 2_C years.” 1 L T U R E. Pra&ice* In this volume of the Annals, Mr Young informs Ci.iw at.on us, that “ one profit of hop-land is that of breaking . ^ . it up. Mr Potter grubbed up one garden, which fail- ^ ing, he ploughed and fowed barley, the crop great : Profit of then mazagan beans, two acres of which produced 16 breaking quarters and five bufhels. He then fowed it with wheat, which produced 13 quarters and lour buffiels rious 1 and an half: but fmce that time the crops have not been greater than common. The fame gentleman has had 10 quarters of oats after wheat.” In the ninth volume of the fame work, however, tve have an ac¬ count of an experiment by Mr Le Bland of bitting- bourn in Kent, of grubbing up 12 acres of hop- ground, which was not attended with any remarkable fuccefs. Part of the hops vvere grubbed up in the year 1781, and mazagan beans fown in their ftead : but by reafon of the feed being bad, and the dry fummer, the crop turned out very indifferent. Next year the remainder of the hops rvere grubbed up, and the whom 12 acres fown with wheat; but ftill the crop turned out very bad, owing to the wet fummer of that year» It was next planted with potatoes, which turned out well: and ever fince that time the crops have been good. This gentleman informs us, that the per- fon who had the hop-ground above-mentioned did not lofe lefs by it than 1500I. . £25 The culture of hops feems to be confined in a great Culture of meafure to the fouthern counties of England ; for Mr rn Marffiall mentions it as a matter of furprife, that in ^decline. Norfolk he faw a “ tolerably large hop garden.” The proprietor informed him, that three or four years be¬ fore there had been 10 acres of hops in the pariffi (Blowfield) where he refided •, which was more than could be colie ft ed in all the reft of the county •, but at that time there were not above five : and the culture was daily declining, as the crops, owing to the low price of the commodity, did not defray the expence. From all this it appears, that hops are perhaps the moft uncertain and precarious crop on which the hui- bandman can beftow his labour. Mr Young is of opi¬ nion, that fome improvement in the culture is neceffa- ry ; but he dees not mention any, excepting that of planting them in efpali'ers. This method was recom¬ mended both by Mr Rogers and Mr Potter above- mentioned. The former took the hint from obferving, that a plant which had been blown down, and after¬ wards ffiot out horizontally, always produced a great¬ er quantity than thofe which grew upright. He alfo remarks, that hops which are late picked carry more next year than fuch as are picked early, for which reafon he recommends the late picking. I he only rea¬ fon for picking early is, that the hops appear much more beautiful than the others. Sect. VII. Cultivation of Fruit. In Herefordffiire and Gloucefterlhire the cultivation of fruit for the purpofe of making a liquor from the juice, forms a principal part of their hulbandry. In 'Devonlhire alfo confiderable quantities of this kind of liquor are made, though much lefs than in the two Firms Cul- counties above-mentioned. tivated in The fruits cultivated in Herefordffiire and Gloucef- Hereford- terffiire are, the apple, the pear, and the cherry. From Q^cdter.. the two firft are made the liquors named cyder and/^-qnre, O’*' Fart II. AGRICULTURE. Cultivation ry ; but though it is probable that a liquor of fome va- t oi Fnut. ^ iue jnJght be made from cherries alfo, it does not ap- v "' ' pear to have ever been attempted. Mr Marfhall re¬ marks, that nature has fumifhed only one fpecies of pears and apples, v/a. the common crab of the woods and hedges, and the wild pear, which is likewife pretty Varieties 0fcommon* The varieties of thefe fruits are entirely ar- fmitsen- tificial, being produced not by feed, but by a certain tirely artifi- mode of culture j whence it is the bufinefs of thofe cial. -who with to improve fruit therefore, to catch at fupe- rior accidental varieties } and having raifed them by cultivation to the higheft perfe&ion of which they are - capable, to keep them in that ftate by artificial pro- Varieties pagation. Mr Marfhall, however, obferves, that it is cannot be impofliole to make varieties of fruit altogether perma- made per- nent, though their duration depends much upon ma- manent. nagement. “ A time arrives (fays he) when they can no longer be propagated with fuccefs. All the old fruits which raifed the fame of the liquors of this coun¬ try are now loft, or fo far on the decline as to be deem¬ ed irrecoverable. The red-ftreak is given up j the cele¬ bratedJlir-apple is going off j and the fquajh-pear, which has probably furnilhed this country with more cham¬ paign than was ever imported into it, can no longer be got to flourifti : the ftocks canker, and are unproduc¬ tive. In Yorklhire limilar circumftances have taken place : feveral old fruits which were productive wuthin my own recollection are loft j the ftocks cankered and the trees wrould no longer come to bear.” Our author controverts the common notion among orchard-men, that the decline of the old fruits is owing to a want of frefti grafts from abroad, particularly from Normandy, from whence it is fuppofed that apples were originally imported into this country. Mr Mar- Ihall, however, thinks, that thefe original kinds have been long fince loft, and that the numerous varieties of which we are now poffeffed were raifed from feed in this country. He alfo informs us, that at Ledbury he was fhown a Normandy apple tree, which, with many ethers of the fame kind-, had been imported immedi¬ ately from France. He found it, however, to be no other than the bitter-fweet, which he had feen growing as a negleCfed wilding in an Ehglilh hedge. Mr M-fr Procefs °f railing new varieties of apples, ac- fhall’sdi- cording to Mr Marftiall, is Ample and eafy. “ Elect redtions for (fays he) among the native fpecies individuals of the railing new higheft fiavour ; fow the feeds in a highly enriched fhidt**65 ^ ^eechhe(L When new varieties, or the improvement of old ones, are the objeCts, it may perhaps be eligible to ufe a frame or ftove •, but where the prefervation of the ordinary varieties only is wanted, an ordinary loamy foil will be fuftkient. At any rate, it ought to be per¬ fectly clean at leaft from root weeds, and fhould be double dug from a foot to 18 inches deep.. The fur- face being levelled and raked fine, the feeds ought to be fcattered on about an inch afunder and covered a- bout half an inch deep with fome of the fineft mould previoufty raked off the bed for that purpofe. During fummer the young plants ihould be kept perfectly free from weeds, and may be taken up for tranfplantation the enfuing winter ; or if not very thick in the feed- bed, they may remain in it till the fecond winter. Ofthe° The nurfery ground ought alfo to be enriched, and nurfery double dug to the depth of 14 inches at leaft *, though ground. 18 or 20 are preferable. The feedling plants .ought , to be forted agreeably to the ftrength of their roots, thatrCultivation they may rife evenly together. The top or downward , of Duit. ^ roots fhould be taken off, and the longer fide rootlets (hortened. The young trees fhould then be planted in rows three feet afunder, and from 15 to 18 inches di- ftant in the rows $ taking care not to cramp the roots, but to lead them evenly and horizontally among the mould. If they be intended merely for ftocks to be grafted, they may remain in this fituation until they be large enough to be planted out *, though, in ftriCl management, they ought to be re-tranfplanted two years before their being transferred into the orchard, “ in frefh but unmanured double-dug ground, a quin¬ cunx four feet apart every way.” In this fecond tranfplantation, as well as in the firft, the branches of the root ought not to be left too long, but to be fhortened in fuch a manner as to induce them to form a globular root, fufficiently fmall to be removed with the plant; yet fufficiently large to give it firmnefs and vigour in the plantation. Having proceeded in this manner with the feed-bed, Method of our author gives the following directions. u SeleCt choofing from among the feedlings the plants whofe wood andtke Plantv leaves wear the moft apple-like appearance. Tranfplant thefe into a rich deep foil in a genial fituation, letting them remain in this nurfery until they begin to bear. With the feeds of the faireft, richeft, and bert flavour¬ ed fruit repeat this procefs} and at the fame time, or in due feafon, engraft the wood which produced this fruit on that of the richeft, fweeteft, beft-flavoured apple: repeating this operation,.and transferring the fubject under improvement from one tree and fort to another, as richnefs, flavour, or firmnefs may require ;. continuing this double mode of improvement until the defired fruit be obtained. There has, no doubt, been a period when the improvement of the apple and pear was attended to in this country; and ftiould not the fame fpirit of improvement revive, it is probable that the country will, in a courfe of years, be left deftitute of valuable kinds of thefe two fpecies of fruit 5 which, though they may in fome degree be deemed objeCls of luxury, long cuftom feems to have ranked among the neceffaries of life.” In the fourth volume of Bath Papers^ Mr Grimwood Mr Grim- fuppofes the degeneracy of apples to be rather imagi-wood’s opi¬ nary than real. He fays, that the evil complained Ofne far“ cefterfhire farmers manage their orchards. The natu- tjie(e parts ral enemies of fruit trees (he fays) are, I. A redun- complained dancy of wood. 2. The mifletoe. 3. Mofs. 4. Spring °A frofls. 5. Blights. 6. Infedts. 7. An excefs of fruit. 8. Old age. _ ... 538 1. A redundancy of wood is prejudicial, by reafon Excefs of of the barren branches depriving thofe which bear fruit WC01\ living, who during his lifetime has made plantations,11 an ^ which in all probability will be worth to his fon as much as his whole eflate, handfome as it is. Suppofing that thofe plantations have been made 50 or 60 years, and that in the courfe of 20 or 30 more they will be worth 50,000! $ may we not fay, that at prefent they are worth fome 20,cool, or 30,000!.? Mr Pavier, in the 4th volume of Bath Papers, computes the value of 50 acres of oak timber in 100 years to be 12,tool, which is nearly 50s. annually per acre ; and if we con- fider that this is continually accumulating, without any of that expence or rifk to which annual crops are fub¬ jeft, it is probable that timber planting may be ac¬ counted one of the moft profitable articles in hulbandry. Evelyn calculates the profit of 1000 acres of oak-land in 150 years, at no lefs than 670,0001.5 but this is moft probably an exaggeration. At any rate, however, it would be improper to occupy, efpecially wuth timber of fuch flow grow’th, the grounds which either in grafs or corn can repay the trouble of cultivation with a good annual crop. In the fourth volume of the Bath Papers, Mr Wag- Planting ftaffe recommends planting as an auxiliary to cultiva- meliorate* tion. He brings an inftance of the fuccefs of Sir Wil-tlie Ham Jerringham, who made trial of “ the moft unpro- mifing ground perhaps that any fuccefsful planter has hitherto attempted.” His method w^as to plant beech trees at proper diftances among Scotch firs, upon otherwife barren heaths. “ Thefe trees (fays Mr Wag- ftaffe), in a foil perhaps without clay or loam, with the heathy fod trenched into its broken ftrata of fand or gravel, under the proteftion of the firs, have laid hold, though flowly, of the foil 5 and accelerated by the fu- perior growth of the firs, have proportionally rifen, until they wanted an enlargement of (pace for growth, when the firs wrere cut down.” He next proceeds to obferve, that when the firs are felled, their roots decay in the ground 5 and thus furnifli by that decay a new fupport to the foil on which the beeches grow : by which means the latter receive an additional vigour, as well as an enlargement of fpace and freer air; the firs themfelves, though cut down before they arrived at their full growth, being alfo applicable to many valu¬ able purpofes. In the 6th volume of Annals of Agriculture, we Culture of find the culture of trees recommended by Mr Harries : timber and he informs us, that the larch is the quickeft growertrees re- and the moft valuable of all the refinous timber trees 5 but unlefs there be pretty good room allowed for the Hama. * branches to ftretch out on the lower part of the trunk > it will not arrive at any confiderable fize 5 and this ob¬ fervation, he fays, holds good of all pyramidal trees. Scotch firs may be planted between them, and pulled Out after they begin to obftruft the growth of the larch. Some of thefe larches he had feen planted about 30 years before, which at 5 feet diftance from the ground meafured from 4 feet to 5 feet 6 inches in’ circumfer-* 3 P ence. 4&2 AGRICULTURE, Plaice. Timber ence. The mbft barren grounds, he fays, would an- Trees. ^ fwer for thefe trees, but better foil is required for the v ^ oaks. In this paper he takes notice of the leaves of one of his plantations of oaks having been almolt en¬ tirely deftroyed by infects j in confequence of which they did not increafe in bulk as ufual: but another which had nearly efcaped thefe ravages,, increafed at an ave- Increafe of rage I inch in circumference. “ A tree 4 feet round oaJ* trees, (fays he), that has timber 20 feet in length, gains'by this growth a folid foot of timber annually, worth one {lulling at leaf!, and pays 5 /> after work than before. q. Oxen are lefs liable to diieafes than hones. 4. Horfes are frequently liable to be fpoiled by er- * vants Part III. A G R I C U Cattle pro¬ per to be employed 55° Difficulty in fhoeing oxen. 5^1 Mr Mar- ffiall’s cal eolations. A million annually left by keeping liorfes. vants riding them without their mailer’s knowledge, which is not the cafe with oxen. 5. A general ufe of oxen would make beef plenti¬ ful, and confequently all other meat; which would be a national benefit. Mr Ked.ington concludes his paper with acknow¬ ledging, that there is one inconvenience attending the ufe of oxen, viz. that it is difficult to Ihoe them ; though even this, he thinks, is owing rather to the unlkilfulnefs of the fmiths who have not been accuf- tomed to Ihoe thefe animals, than to any real difficulty. Pie confines them in a pound wffiile the operation is performing. Mr Marffiall, in his Rural Economy of the Midland Counties, {hows the advantage of employing oxen in preference to horfes from the mere article of expence, which, according to his calculation, is enormous on the part of the horfes. He begins with ellimating the number of fquare miles contained in the kingdom of England ; and this he fuppofes to be 30,000 of culti¬ vated ground. Suppofmg the work of hulhandry to be done by horfes only, and each fquare mile to em¬ ploy 20 horfes, which is about 3 to too acres, the whole number ufed throughout Britain would be 600,000 ; from which deducting one fixth for the num¬ ber of oxen employed at prefent, the number of horfes juft now employed will be 500,000. Admitting that each horfe works ten years, the number of farm-horfes which die annually are no fewer than 50,000 ; each of Which requires full four years keep before he is fit for wmrk. Horfes indeed are broke in at three, fome at two, years old, but they are, or ought to be, indulged in keep and work till they are fix ; fo that the coft of rearing and keeping may be laid at full four ordi- nary years. For all this confumption of vegetable pro¬ duce he returns not the community a Angle article of food, clothing, or commerce j even his ikin for eco¬ nomical purpofes being barely worth the taking off. By working horfes in the affairs of hulhandry, there- fore, “ the community is lofing. annually the amount of 200,000 years keep of a growing horfe j” which at the low eftimate of five pounds a-year, amounts to a million annually. On the contrary, fuppofing the bu- finefs of hulhandry to be done folely by cattle, and admitting that oxen may be fatted with the fame ex¬ penditure of vegetable produce as that which old horfes require to fit them for full work, and that inftead of 50,000 horfes dying, 50,000 oxen, of no more than 52 Hone each, axe annually llaughtered j it is evident that a quantity of beef nearly equal to what the city of London confumes would be annually brought into the market 5 or, in other words, 100,000 additional inhabitants might be fupplied with one pound of ani- mal. food a-day each ; and this without confuming one additional blade of grafs. “ I am far from expefling (fays Mr Marlhall), that cattle will, in a Ihort fpace of time, become the univerfal beafts of draught in huf- bandry 5 nor will I contend, that under the prefent circumllances of the illand they ought in ftridl pro¬ priety to be ufed. But I know that cattle, under proper management, and kept to a proper age, are equal to every work of hulhandry, in "moft, if not all lunations : And I am certain, that a much greater proportion than there is at prefent might be worked t\itn confiderable advantage, not to the community L T U R E. 48 jv only, but to the owners and occupiers of lands. If Cattle pro- only one of the 50,000 carcales now loft annually to Per t0 be the community could be reclaimed, the faving would ,emply'e(\ be an objedt.” ' In Norfolk, our author informs us, that horfes are No oxen the only beafts of labour j and that there is not per-ufed.in haps one ox worked throughout the whole county.Nortuik’ It is the fame in the Vale of Gloucerter, though oxen 5 which, he fays, was the handfomeft horfe he ever faw. “ He was (fays he) the fancied war-horfe of the German painters; who, in the luxuriance of imagi¬ nation, never perhaps excelled the natural grandeur of this horfe. A man of moderate fize feemed to fhrink behind his fore end, which rofe fo perfeftly upright, his ears flood (as Mr Bakewell fays every horfe’s ears ought to Hand) perpendicularly over his fore feet. It ipay be faid, with little latitude, that in grandeur and fymmetry of form, viewed as a pifturable objedt, he exceeded as far the horfe which this fuperior breeder had the honour of Ihowing to his Majefty, and which was afterwards Ihown publicly at London, as that horfe does the meaneft of the breed.” A more ufeful horfe, bred alfo by Mr Bakewell, however, is deferibed as having “ a thick carcafe, his back fhort and ftraight, and his legs Ihort and clean ; as ftrong as an ox, yet adlive as a poney ; equally fuitable for a cart or a light¬ er carriage.” The ftallions in this county are bred either by farm¬ ers or by perfons whofe bufinefs it is to breed them, and who therefore have the name of breeders. Thefe laft either cover with themfelves, or let them out to others for the feafon, or fell them altogether to flal- lion-men who travel about with them to different places.—The prices given for them are from 50 to 200 guineas by purchafe *, from 40 to 80 or a hun¬ dred by the feafon j or from half a guinea to two gui¬ neas by the mare. The mares are moftly kept by the farmers, and are worked until near the times of foal¬ ing, and moderately afterwards while they fuckle : the beft time for foaling is fuppofed to be the month of March or April •, and the time of weaning that of November.—44 The price of foals (fays Mr Marlhall), for the lalt ten years, has been from five to ten pounds . or guineas j for yearlings, 10 to 15 or 20} for two- year-olds, 15 to 25 or 30 } for fix year-olds, from 25 to 40 guineas.”-—Our author acknowledges that this breed of horfes, confidered abftradledly in the light in which they appear here, are evidently a profitable fpe¬ cies of live Hock, and as far as there is a market for fix-years-old horfes of this breed, it is profitable to agriculture. 44 But (fays he) viewing the bufinefs ol* agriculture in general, not one occupier in ten can partake of the profit} and being kept in agriculture after they have reached that profitable age, they be- Pra&ice, come indifputably one of its heavieft burdens. For Different befides a ceffation of improvement of four or five gui- Hinds of neas a-year, a decline in value of as much yearly takes , Ho‘ie's' f place. Even the brood-mares, after they have palled that age, may, unlefs they be of a very fuperior qua¬ lity, be deemed unprofitable to the farmer.” Our author complains that the ancient breed of Nor- Norfolk folk horfes is almoft entirely worn out. They were j?re.ecl fmall, brown-muzzled, and light boned } but they cn et * could endure very heavy work with little food } two of them were found quite equal to the plough in the foil of that county, which is not deep. The prefent breed is produced by a crofs with the large one of Lin- ^ colnlhire and Leicefterlhire already mentioned. He Suffolk and approves of the Suffolk breed, which (he fays) are a Gloucefter 44 half-horfe half-hog race of animals, but better a-breeds, dapted to the Norfolk hulhandry than the Leicelter- Ihire breed : their principal fault, in his opinion, is a flatnefs of the rib.—In the Vale of Gloucefter moll farmers rear their own plough-horfes, breeding of horfes not being pra&ifed. They are of a very ufeful kind, the colour moftly black, inclinable to tan co¬ lour, fliort and thick in the barrel, and low on their legs. The price of a fix-year-old horfe frdm 25I. to 35I. Some cart-horfes are bred in Cotfwold hills} the mares are worked till the time of foaling, but not while they fuckle } and the foals are weaned early, while there is plenty of grain upon the ground. Yorkfhire, which has been long celebrated for its Yorkfliire breed of horfes, ftill Hands foremoft in that refpedl horfes. among the Englifh counties. It is principally remark¬ able for the breed of faddle-horfes, which cannot be rear¬ ed in Norfolk, though many attempts have been made for that purpofe. Yorkfliire ftallions are frequently fent into Norfolk} but though the foals may be handfome when young, they lofe their beauty when old. In Yorkfliire, on the other hand, though the foal be ever fo unpromifing, it acquires beauty, ftrength, and acti¬ vity as it grows up. Mr Marfliall fuppofes that from five to ten thoufand horfes are annually bred up be¬ tween the eaftern Morelands and the Humber. 44 Thirty years ago (fays Mr Marfliall), ftrong fad¬ dle-horfes, fit for the road only, were bred in the Vale } but now the prevailing breed is the faftiionable coach-horfe, or a tall, ftrong, and over-fized hunter and the fliows of ftallions in 1787 were flat and fpirit- lefs in comparifon wTith thofe of 1783.” The black cart-horfe, an objeft of Mr Mar {hall’s peculiar aver- fion, is alfo coming into the Vale. In the breeding of horfes he complains greatly of the negligence of the Yorkftiire people, the mares being almoft totally neglefted } though in the brute creation almoft every thing depends upon the female. Of late years a very valuable breed of horfes has Lanarkfhire been reared in the upper part of Clydefdale or Lanatk- breed of {hire. They are of a middle fize, wTell ftiaped, and ex-~hodes. tremely a&ive. They are not fit for a very heavy draught, but the very quick ftep which they poffefs gives them a decided preference for the ufe of the plough upon well cultivated lands, as they are capable of going over an immenfe quantity of ground in a ftiort- time (qj Mr Bakewell diftin gui flies all his horfes, bulls, and rams, by the letters of the alphabet. 2 Part III. A G R I C Different Kinds of Horfes. S19 Nortolk manage¬ ment of horfes re- rommend- ed. 580 'This me¬ thod fol¬ lowed in many pla¬ ces in Scot land. 581 Calcula¬ tions of the expence of keeping horfes. time where the draught is not fevere. The fame qua¬ lities render them highly ufeful for the ordinary pur- j poles of farm-work. They are rapidly fpreading over all parts of the country, and have found their -way into the north of England where they are greatly valued. In the fame part of the country, a larger breed has alfo of late been encouraged, which adds very con- fiderable ftrength or power to the a&ivity of the former kind. They are in great requelt about Glaf- gow and other manufafturing towns. Their ufual draught is a load of about 24 cwt. in addition to the cart on which the load is placed. With regard to the general maintenance of horfes, wre have already mentioned feveral kinds of food upon which experiments have been made with a view to de¬ termine the moft profitable mode of keeping them. Perhaps, however, the moft certain method of afeer- taining this matter is by obferving the practice of thofe counties where horfes are moft in ufe. Mr Marlhall recommends the Norfolk management of horfes as the cheapeft method of feeding them praftifed anywhere ; which, however, he feems willing to aferibe in a great meafure to the excellency of their breed. In the win¬ ter months, when little work is to be done, their only rack-meat is barley-ftraw ; a referve of clover-hay be¬ ing ufually made againft the hurry of feed-time. A bulhel of corn in the moft bufy feafon is computed to be an ample allowance for each horfe, and in more leilure times a much lefs quantity fuffices. Oats, and fometimes barley, when the latter is cheap and unfale- able, are given 5 but in this cafe the barley is generally malted, z. 494 A G R I C U Sheep, cautions are taken to prevent them. This may be done by making a rail or covering of thin dale Hope from the back part of the trough towards the fore part, leaving juft room enough to admit their heads. There Ihould alfo be divifions acrofs the troughs, according to the number of fwine, to prevent the itrongeft -driving away the weakeft. Thefe diviftons need not extend to the bottom of the troughs, but ftiould rife a little higher than the top, and may be made of pieces of board a- bout 8 or 10 inches broad. Sties ought to be conftrufted that the fwine may be eafily fed without going in among them. In fome places it is fo contrived that they may be fed through openings in the back kitchen wall, without even going out of doors. This is very convenient where only a few fwine are kept for family ufe, and makes it eafy to give them the refufe of vegetables and other things from the kitchen, which, perhaps, would otherwife be thrown away. Where pigs are to be reared on an ex- tenfive fcale, there ought to be what is called in Eng¬ land a pigs kitchen, that is, a proper apparatus ought to be erecfted adjoining to the hogfty, for boiling their food. To avoid expence, fteam ought always to be ufed for this purpofe, in the way already defcribed. Sect. V. Sheep. The rearing of flieep properly belongs to the article pafturage. So far, however, as they are fed upon the products of human induftry, they belong to the prefent fheep with fubjeairy- i ble profit in every cafe, he ought to be fully acquaint- ed with every circumftance refpe&ing the manufafture both of butter and of cheefe ; as it may in ibme cafes happen, that a certain portion of that milk may be more advantageoufiy converted into butter than into cheefe, while another portion of it would return more profit if made into cheefe. The firft thing to be adverted to, in an undertaking of this nature, is to choole cows of a proper fort. A~ mong this clafs of animals, it is found by experience, that fome kinds give milk of a much thicker confid¬ ence, and richer quality, than others; nor is this rich- nefs of quality neceffarily connefted with the fmallnef? of the quantity yielded by cow's of nearly an equal fize ; it therefore behoves the owner of a dairy to be pecu¬ liarly attentive to this circumftance. In judging of the value of a cow, it ought rather to be the quantity and the quality of the cream produced from the milk of the cow, in a given time, than the quantity of the milk it- felf: this is a circumftance that will be {hewn hereafter to be cf more importance than is generally imagined. 1 he fmall cow's of the Alderney breed afford the rich- eft milk hitherto known; but individual cows in every country may be found, by a careful fele&ion, that afford much thicker milk than others ; thefe therefore ought to be fearched for with care, and their breed reared with attention, as being peculiarly valuable. lew perfons, who have had any experience at all in the dairy, can be ignorant, however, that in comparing the milk of two cows, to judge of their refpeaive quali¬ ties, particular attention muft be paid to the time that has elapfed fince their calving; for the milk of the fame cow is always thinner foon after calving than it is af¬ terwards ; as it gradually becomes thicker, though ge¬ nerally lefs in quantity, in proportion to the time fince the cow has calved. The colour of the milk, foon after calving, is richer than it is aftenvards ; but this, efpe- cklly for the firft tw'o weeks, is a faulty colour, that ought not to be coveted. To make the cows give abundance of milk, and of a good quality, they muft at all times have plenty of food. Grals is the beft food yet known for this pur- poie, and that kind of grafs which fprings up fponta- neoufly on rich dry foils is the beft of all. ’ If the tem¬ perature of the climate be fuch as to permit the cows to graze at eafe throughout the day, they fhould be fuffered to range on fuch paftures at freedom ; but if the cows are fo much incommoded by the heat as to be prevented from eating through the day, they ought in that cafe to be taken into cool fhadcs for proteflion; where, after allowing them a proper time to ruminate, they fhould be fupplied with abundance of green food, frefh-cut for the purpole, and given to them by hand frequently, in fmall quantities, frelh and frelh, fo as to induce them to eat it with pleafure. When the heat of the day is over, and they can remain abroad with eafe, they may be again turned into the pafture, where they fhould be allowed to range with freedom all night, during the mild weather of fummer. Cows, if abundantly fed, ftiould be milked three times a day during the whole of the fummer feafon ; in the morning early, at noon, and in the evening, juft before 3 & night-falh 4Q3 A G R I C U Manage- night-fall. In the choice of perfons for milking the ment of the cows> great caution fhould be employed j for if ‘ ■ that operation be not carefully and properly performed, not only the quantity of the produce of the dairy .will be greatly diminilhed, but its quality alfo will be very much debafed j for if all the milk be not thoroughly drawn from a cow when Ihe is milked, that portion of milk which is left in the udder feems to be gradually abforbed into the fyftem, and nature generates no more than to fupply the w7aile of what has been taken away. If this leffened quantity be not again thoroughly drawn off, it occafions a yet farther diminution of the quan¬ tity of milk generated j and thus it may be made to proceed, in perpetual progreflion from little to lefs, till none at all is produced. In Ihort, this is the praftice in all cafes followed, when it is meant to allow a cow’s milk to dry up entirely, without doing her hurt. In this manner, therefore, the profits of a dairy might be wonderfully diminifhed; fo that it much behoves the owner of it to be extremely attentive to this circum- llance, 'if he wifhes to avoid ruin. It ought to be a rule without an exception, never to allow this important department to be entrufted, without controul, to the ma¬ nagement of hired fervants. Its importance will be ftill more mamfeft from the following aphorifms. Aphorifm I. “Of the milk that is draw'n from any cow at one time, that which comes off at the firft is always thinner, and of a much rvorfe quality, than that which comes afterwards j and the richnefs goes on con¬ tinually increafing to the very laft drop that can be drawn from the udder at that time.” Few perfons are igjiorant that the milk which is laft of all taken from the cow at milking (in this country called Jiroakings') is richer than the reft of the milk $ but fewer ftill are aware of the greatnefs of the difpro- portion between the quality @f the firft and the laft drawn milk, from the fame cow, at one milking. The following faffs (fays our author) refpeffing this circum- ftance were afcertained by me many years ago, and have been confirmed by many fubfequent experiments and obfervations. Having taken feveral large tea-cups, exaffly of the fame fize and ftiape, one of thefe tea-cups was filled ,at the beginning of the milking, and the others at regular intervals, til), the laft, which was filled with the dregs of the ftroakings. Thefe cups were then weighed, the weight of each having been fettled, fo as to afcertain that the quantity of milk in each was precifely the fame; and from a great number of experiments, fre¬ quently repeated with many different cows, the refult wTas in all cafes as follows: F/r/?, The quantity of cream obtained from the firft- drawn cup was, in every cafe, much fmaller than from that which was laft drawn} and thofe between afforded lefs or more as they were nearer the beginning or the end. It is unneceffary here to fpecify theie intermediate proportions; but it is proper the reader Ihould be in¬ formed, that the quantity of cream obtained from the laft-drawn cup, from fome cows, exceeded that from the nrft in the proportion of fixteen to one. In other cows, however, and in particular circumftances, the dif- pi^portion was not quite fo great j but in no cafe did it fall fhort of the rate of eight to one. Probably, upon an average of a great many cows, it might be .found to run as ten or twelve to one. L T U R E. Pradice. Secondly, The difference in the quality of the cream, Manage- however, obtained from thefe two cups, was muchment ,01 tiie greater than the difference in the quantity. In the firft , I'a’r-Y' , cup, the cream was a thin tough film, thinner, and per¬ haps whiter, than writing paper j in the laft, the cream wras of a thick butyrous confiftence, and of a glowing richnefs of colour that no other kind of cream is ever found to poffefs. Thirdly, The difference in the quality of the milk that remained, after the cream was Separated, was per¬ haps ftill greater than either in refped to the quantity or the quality of the cream. The milk in the firft cup was a thin bluilh liquid, as if a very large proportion of water had been mixed with ordinary milk ; that in the laft cup was of a thick confiftence, and yellow colour, more refembling cream than milk both in tafte and ap¬ pearance. From this important experiment, it appears that the perfon who, by bad milking of his cows, lofes but half a pint of his milk, lofes in faft about as much cream as would be afforded by fix or eight pints at the begin¬ ning, and lofes, befides, that part of the cream which alone can give richnefs and high flavour to his butter. Aphorifiti 2. “ If milk be put into a dilh, and allowed to Hand till it throws up cream, that portion of cream which rifes firft to the furface is richer in quality, and greater in quantity, than what rifes in a fecond equal fpace of time } and the cream that rifes in the fecond in¬ terval of time is greater in quantity, and richer in qua¬ lity, than that which rifes in a third equal fpace of time; that of the third than the fourth, and fo on : the cream that rifes decreafing in quantity, and declining in qua¬ lity, continually, as long as any rifes to the furface.” Our ingenious author confeffes, that his experiments not having been made w ith fo much accuracy in this cafe as in the former, he was not enabled to afcertain the difference in the proportion that takes place in equal portions of time j but they have been fo often re¬ peated as not to leave any room to doubt the fa£t, and it will be allowed to be a fadft of no fmall importance in the management of the dairy. It is not certain, how¬ ever, but that a greater quantity of cream may, upon the whole, be obtained from the milk by taking it away at different times : but the procefs is fo trouble- fome as not to be counterbalanced by the increafed quan¬ tity obtained, if indeed an increafed quantity be thus obtained, which is not as yet quite certain. Aphorifm 3. “ Thick milk abvays throws up a fmaller proportion of the cream it actually contains, to the fur¬ face, than milk that is thinner ; but that cream is of a richer quality. If water be added to that thick milk, it will afford a confiderably greater quantity of cream than it would have done if allowed to remain pure, but its quality is, at the fame time, greatly debafed.” This is a fa£l that every perfon attentive to a dairy muft have remarked but I have never (fays our author) heard of any experiment that could afcertain, either the precife amount of the increafed quantity of cream that might thus be obtained, or of the ratio in the decreafe of its quality. The effe&s of mixing wTater with the milk in a dairy are at leaft afcertained j and the know¬ ledge of the fail will enable attentive perfons to follow that pra&ice which they think will beft promote their own intereft. Aphorifm 4. “ Milk which is put into a bucket or other Part III. AGRICULTURE. 499 Manage- other proper veffel, and carried in it to any confiderable ment of the diftance, fo as to be much agitated, and in part cooled, , Dair>'- j before it be put into the milk-pans to fettle for cream, v never throws up fo much, nor fo rich cream, as if the fame milk had been put into the milk-pans dire&ly after it was milked.” In this cafe, it is believed the lofs of cream will be nearly in proportion to the time that has elapfed, and the agitation the milk has fuftained, after being drawn from the cow. But Dr Anderfon fays that he is not yet in poffeflion of any experiments which fufficiently afcer- tain how much is to be afcribed to the time, and the agitation, taken feparately. On every branch of agri¬ culture we find experiments wanting, at each ftep we advance in our inquiries; and it is the duty of every in¬ quirer to point out, as he goes along, where they are wanted, fince the labours of no one man can poflibly complete the whole. From the above facfts, the following corollaries feem to be clearly deducible : FzVy?, It is of importance that the cows Ihould be always milked as near the dairy as poflible, to prevent the neceflity of carrying and cooling the milk before it is put into the diihes j and as cows are much hurt by far driving, it mull be a great advantage in a dairy- farm to have the principal grafs fields as near the dairy or homeftead as poflible. Secondly, The practice of putting the milk of all the cows of a large dairy into one veffel, as it is milked, there to remain till the whole milking is finilhed, before any part of it is put into the milk-pans—feems to be highly injudicious ; not only on account of the lofs that • is fuftained by agitation and cooling, but alfo, more efpecially, becaufe it prevents the owner of the dairy from diftinguilhing the good from the bad cow’s milk lb as to feparate thefe from each other, where it is ne- ceffary. He may thus have the w'hole of his dairy pro- du6i: greatly debafed by the milk of one bad cow, for years together, without being able to difcover it. A better praftice, therefore, would be, to have the milk drawn from each cow put feparately into the creaming- pans as foon as it is milked, •without being ever mixed with any other. Thus would the careful manager of the dairy be able on all occafions to obferve the parti¬ cular quality of each individual cow’s milk, as well as its quantity, and to know with precifion which of his cows it was his intereft to difpofe of, and which of them he ought to keep and breed from. Thirdly, If it be intended to make butter of a very fine quality, it will be advifable in all cafes to keep the milk that is firft drawn feparate from that which comes laft $ as it is obvious, that if this be not done, the qua¬ lity of the butter will be greatly debafed, without much augmenting its quantity. It is alfo obvious, that if this is done, the quality of the butter will be improved in proportion to the fmallnefs of the quantity of the laft- drawn milk that is retained ; fo that thofe wdio wilh to be Angularly nice in this refpecl, will do w'ell to retain only a very fmall portion of the laft drawn milk. To thofe owners of dairies who have profit only in view, it muft ever be a matter of trial and calculation, how far it is expedient for them to carry the improving of the quality of their butter at the expence of dimi- nilhing its quantity. In different fituations prudence will point out different kinds of praftioe as molt eli¬ gible ; and all perfons muft be left, after making accu- Manage- rate trials, to determine for themfelves. It is likewife ment °f ^ a confideration of no fmall importance, to determine in , T)‘i'ry' . what way the inferior milk, that is thus to be fet apart where fine butter is wanted, can be employed with the greateft profit. In the Highlands of Scotland they have adopted, without thinking of the improvement of their butter, a very fimple and economical pra&ice in this refpedl. As the rearing of calves is there a prin¬ cipal objeil with the farmer, every cow is allowred to fuckle her own calf with a part of her milk, the remain¬ der only being employed in the dairy. To give the calf its portion regularly, it is feparated from the cowq and kept in an inclofure, with all the other calves be¬ longing to the fame farm. At regular times, the cows are driven to the door of the inclofure, wdrere the young calves fail not to meet them. Each calf is then fepa¬ rately let out, and runs direftly to its mother, where it fucks till the dairy-maid judges it has had enough j fhe then orders it to be driven away, having previoufty fhackled the hinder legs of the mother, by a very fim¬ ple contrivance, to oblige her to Hand ftill. Boys drive away the calf with Twitches, and return it to the inclo¬ fure, while the dairy-maid milks off what was left by the calf: thus they proceed till the whole of the cows are milked. They obtain only a fmall quantity of milk, it is true, but that milk is of an exceeding rich quality 5 which, in the hands of fuch of the inhabitants as know how to manage it, is manufa&ured into the ficheft marrowy butter that can be anywhere met with. This richnefs ,of the Highland butter is univerfally afcribed to the old grafs the cows feed upon in their remote glens; but it is in fa6t chiefly to be attributed tq the practice here defcribed, which has long prevailed in thofe regions. Whether a fimilar praflice could be economically adopted elfewhere, our author takes not upon him to fay; but doubtlefs other fecondary ufes might be found for the milk of inferior quality. On fome occafions, it might be converted into butter of an inferior quality j on other occafions, it might be fold fweet, where the fituation of the farm was within reach of a market-town ; and on others, it might be convert¬ ed into cheefes, wThich, by being made of fweet milk, would be of a very fine quality if carefully made. Still other ufes might be devifed for its application j of which the following is worthy of notice. Take common fkimmed milk, when it has begun to turn four, put it into an upright ftand-churn, or a barrel with one of its ends out, or any other convenient veffel. Heat fome water, and pour it into a tub that is large enough to contain with eafe the veffel in which the milk was put. Set the veffel containing the milk into the hot water, and let it remain there for the fpace of one night. In the morning it will be found that the milk has feparated into twTo parts ; a thick cream-like fub- ftance, which occupies the upper part of the veffel, and a thin watery part, that remains at the bottom. Draw off the thin part (called in Scotland 'luigg') by opening a ftop-cock, placed for that purpofe clofe above the bottom, and referve the cream for ufe. - Not much lefs than half of the milk is thus converted into a fort of cream, wdiich, when well made, feems to be as rich and fat as real cream itfelf, and is only diftiuguifliable from it by its fournefs. It is eaten wdth fugar, and efteemed a great delicacy, and ufually fells at double the price 3 R 2 of 500 A G R I C U Manage- of frefti unfkim'med milk. ' It requires praftice, how- ment of the ever to |-)er to ^[s nicely j the degree of the i -a*ry’ . heat of the water, and many other circumltances,; great¬ ly affe£ting the operation. Fourthly, If the quality of the butter be the chief object attended to, it will be neceffary, not only to fe- parate the firft from the lad drawn milk, but alfo to take nothing but the cream that is firft feparated from the beft milk, US’ it is this firft rifing cream alone that is of the prime quality. The remainder of the milk, wThich will be ftill fweet, may be either employed for. the purpofe of making fweet-milk cheefes, or may be allowed to ftafufy to throw up cream for making butter of an inferior quality, as circumftanceS may dire^f. Fifthly, From the above fafts, we are enabled to perceive, that butter of the very beft poflible quality can only be obtained from a dairy of confiderable ex¬ tent, judicioufly managed ; for when only a fmall por¬ tion of each cow’s milk can be fet apart for throwing up cream, and when only a fmall proportion of that cream can be referved, of the prime quality, it follows ^the quantity of milk being upon the whole very in- eonfiderable), that the quantity of prime cream pro¬ duced would be fo fmall as to be fcarcely worth manu- fa(during feparately. Sixthly, From thefe premifes we are alfo led to draw another conclufion, extremely different from the opi¬ nion that is commonly entertained on this fubjefl, viz. That it feems probable, that the Very beft butter could be made with economy in thofe dairies only where the manufafture of cheefe is the principal objeft. The rea- fons are obvious : If only a fmall portion of milk fhould be fet apart for butter, all the reft may be made into cheefe, while it is yet warm from the cow, and perfeft- ly fweet $ and if only that portion of cream which rifes during tlje firft three or four hours after milking is to be feferved for butter, the rich milk-which is left after that cream is feparated, being ftill perfe&ly fweet, may be converted into cheefe with as great advantage near¬ ly as the newly-milked milk itfelf. But as it is not probable that many perfons Could be found who W’ould be willing to purchafe the very fineft butter, made in the manner above pointed out, at a price that would be fufficient to indemnify the farmer for his trouble in making it, thefe hints are thrown out merely to fhew the curious in what way butter poffef- fing this fuperior degree of excellence may be obtained, if they choofe to be at the expence ; but for an Ordi¬ nary market, Dr Anderfon is fatisfied, from experience and attentive obfervation, that if in general about the firft drawn half of the milk be feparated at each milk¬ ing, and the remainder only fet up for producing cream, and if that milk be allowed to ftand to throw up the •whole of its cream (even till k begins fenfibly to tafte fourifti), and that cream be afterwards carefully mana¬ ged, the butter thus obtained will be of a quality great¬ ly fuperiqr to what can ufually be procured at market, and its quality not confiderably lefs than if the whole of the milk had been treated alike. This, therefore, is the practice that he thinks moft likely to fuit the frugal farmer, as his butter, though of a fuperior quality, could be afforded at a price that would always enfure 610 3 raPid fale* D^i'y de- Our author now proceeds to enumerate the proper- frated. ties of a dairy. The railk-houfe ought’to be cool in L T U R E. Practice, fummer and Warm in winter; fo that an equal tem- Manage- perature may be preferved throughout the year. Itment .ot tlie ought alfo to be dry, fo as to admit of being kept ■ a^* . fweet and clean at, all times. A feparate building • fliould be erefted for the purpofe, near a cool fpring or running water, where the cows may have ealy ac- cefs to it, and where it is not liable to be incommo¬ ded by ftagnant water. The apartment where the milk ftands fhould be well thatched, have thick walls, arid a ventilator in the top for admitting a free circu¬ lation of air. There fhould alfo be an apartment with a fire-place and caldron, for the purpofe of fcalding and cleaning tha Veffels. The Deft or is of opinion,.that' the temperature of from 50 to 55 degrees is the moft proper for feparating the cream from the milk, and by proper means this might eaiily be kept up, or nearly fo, both fummer and winter. The utenfils of the dairy fhould be all made ofWooden wood, in preference either to lead, copper, or evenutenfiIspre~ caft iron. Thefe metals are all very eafily foluble iHever^other acids •, the folutions of the two firft highly poifonous3hind^ ° ** and though the latter is innocent, the tafte of it might render the products highly difagreeable. ^ 3 Butter, though tifed at prefent as food in moft coun- Hiftary of tries of Europe, Was not known, or known very im-butter, perfeftly, to the ancients. This, we think, is com¬ pletely proved by Profeffor Beckmann in the fecond vo-' lume of his Hi/lory of Inventions. In our tranflation of the Hebrew Scripture, there is indeed frequent mentiorv made of butter at very early periods 5 but, as the Pro¬ feffor well obferves, the greateft mafters of biblical cri- ticifrh unanimoufly agree, that the Word fo tranflated fignifies milk or cream, or four thick milk, and cannot poflibly mean what we call butter. The word plainly alludes tofomething liquid, which was ufed for wafhing the feet, which was drunk, and which had fometimes the power of intoxicating j and we know that mares milk may be fo prepared as to produce the fame effeft, See Koumiss. The oldeft mention of butter, the Profeffor thinks, is in the account of the Scythians given by Herodotus (lib. iv. 2.), who fays, that “ thefe people pour the milk of their mares into wooden veffels, caufe it to be violently ftirred or lhaken by their blind flaves, and fe¬ parate the part whiqh arifes to the furface, as they confider it as more valuable and delicious than what* is collefted below it.” That this fubftance mult have been a foft kind of butter, is well known ; and Hip¬ pocrates gives a fimilar account of ScytHian butter,. and calls it •xtniya, which Galen tranflates by the word The poet Anaxandrides, who lived’ foori after Hippocrates, deferibing the marriage-feaft' of Iphicrates, who married the daughter of Cotys king; of Thrace, fays, that the Thracians ate butter, which* the Greeks at that time confidered as a wonderful kind^ of food. Diofcorides fays, that good butter was prepared from- the fatteft milk, fueh as that of ftieep or goats, by {ba¬ king it in a veffel till the fat was feparated. To this butter he aferibes the fame effefts, when ufed external¬ ly, as thofe produced by our butter at prefent. He adds alfo, and he is the firft writer w'ho makes the ob¬ fervation, that frelh butter might be melted and pour¬ ed over pulfe and vegetables inftead of oil, and that it might be employed in paftry in the room of other fat * fubftances. Part III. A G R I C Manage- fubftances. A kind of foot likewife was at that time m Daip'the PrePared fr°m Gutter for external applications, which i ^ . was ufed in curing inflammation of the eyes and other diforders. For this purpofe the butter was put into a lamp, and when confumed, the lamp was again filled till the defired quantity of foot was colledled in a vef- fel placed over it. Galen, who diftinguifhes and confirms in a more ac¬ curate manner the healing virtues of butter, exprefsly remarks, that cows milk produces the fatted butter ; that butter made from Iheep’s or goats milk is lefs rich ; and that affes milk yields the pooreft. He expref- es his aftonilhment, therefore, that Diofcorides fhould fay that butter was made only from the milk of Iheep and goats. He aifures us that he had feen it made from cows milk, and that he believes it had thence acquired its name. “ Butter (fays he) may be very properly employed for ointments 5 and when leather is befmeared with it, the fame purpofe is anfvvered as when it is rubbed over with oil. In cold countries, which do not produce oil, butter is ufed in the baths j and that it is a real fat, may be readily perceived by its catching fire when poured over burning coals.’’ What has been here faid is fufficient to fhew that but¬ ter mud have been very little known to or ufed by the Greeks and the Romans in the time of Galen, that is, at the end of the fecond century. The profeflbr having collefted, in chronological or¬ der, every thing which he could find in the works of the ancients refpe&ing butter, concludes, that it is not a Grecian, and much lefs a Roman invention, but that the Greeks were made acquainted with it by the Scy¬ thians, the Thracians, and the Phrygians, and the Ro¬ mans by the people of Germany. He is likewife de¬ cidedly of opinion, that when thefe two polilhed nations had learned the art of making it, they ufed it not as food, but only as an ointment, or fometimes as a medi¬ cine. “ We never find it (fays he) mentioned by Ga¬ len and others as a food, though they have fpoken of it as applicable to other purpofes. No-notice is taken of it by Apicius ; nor is there any thing faid of it in that refpeft by the authors who treat on agriculture, though they have given us very particular information concern¬ ing milk, cheefe, and oil.” The ancient Chriftians of Egypt burnt butter in their lamps inftead of oil 5 and in the Roman churches, it was anciently allowed, during Chriftmas time, to bum butter inftead of oil, on account of the great con- 6t 3 fumption of it otherwife. Qualities Butter is the fat, oily, and inflammable part of the ef batter, milk. This kind of oil is naturally diftributed through all the fubftance of the milk in very fmall particles, which are interpofed betwixt the cafeous and ferous parts, amongft which it is fufpended by a flight adhe- fion, but without being difiblved. It is in the fame ftate in which oil is in emalftons: hence the fame whitenefs of milk and emulfions 3 and hence, by reft, the oily parts feparate from both thefe liquors- to the furface, and form a cream. See Emulsion. When butter is in the ftate of cream, its proper oily parts are not yet fufficiently united together to form a homogeneous mafs. They are ftill half feparated by the interpofition of a pretty large quantity of ferous and cafeous particles. The butter is completely form¬ ed by preiTmg out thefe heterogeneous parts by means u L T u R E. of continued percuflion. It then becomes an uniform Manage- foft mafs. raent of the Frefh butter, which has undergone no change, has > ■ fcarcely any fmell 3 its tafte is mild and agreeable, it melts with a weak heat, and none of its principles are difengaged by the heat of boiling water. Thefe pro¬ perties prove, that the oily part of butter is of the na¬ ture of the fat, fixed, and mild oils obtained from ma¬ ny vegetable fubftances by expreflion. See Oils.— The half fluid confiftence of butter, as of moft other concrete oily matters, is thought to be owing to a con- fiderable quantity of acid united with the oily part 3 which acid is fo well combined, that it is not percep¬ tible while the butter is freih, and has undergone no change 5 but when it grows old, and undergoes fome kind of fermentation, then the acid is difengaged more and more 3 and this is the caufe that butter, like oils of the fame kind, becomes rancid by age. Butter is conftantly ufed in food, from its agreeable tafte 3 but to be wholefome, it muft be very frefb and free from rancidity, and alfo not fried or burnt 3 other- wife its acrid and even cauftic acid, being difengaged, diforders digeftion, renders it difficult and painful," ex¬ cites acrid empyreumatic belclungs, and introduces much acrimony into the blood. Some perfons have ftomachs fo delicate, that they are even affedled with thefe inconveniences by frefti butter and milk. This obfervation is alfo applicable to oil, fat, chocolate, and in general to all oleaginous matters. Dr James Anderfon, whom wTe have already quoted, gives the following minute directions for making and 6r..- preferving butter. The creaming dilhes, when pro-Rules for- perly cleaned, fweet, and cool, ought to be filled with making the milk as loon as it is drawn from the cow, having ^utter' been firft carefully ftrained through a cloth, or dole ftrainer made of hair or wire : the doftor prefers filver wire to every other. The creaming dilhes ought never to exceed three inches in- depth 3 but they may be fo broad as to contain a gallon and a half 3 when filled they ought to be put on the Ihelves of the milk-houfer. and remain there until the cream be fully feparated. If the fineft butter be intended, the milk ought not to ftand above fix or eight hours, but for ordinary butter it may ftand 12 hours or more ; yet if the dairy be very large, a fufficient quantity of cream will be fepa¬ rated in two, three, or four hours, for making the bell butter.. It is then to be taken off as nicely as poffible by a fkimming diih, without lifting any of the milk 3 and immediately after put into a veffel by itfelf, until a proper quantity for churning be eollefted. A firm, neat, wooden barrel feems well adapted for this pur¬ pofe, open at one end, and having a lid fitted to dole it. A cock or fpigot ought to be fixed near the bot¬ tom, to drawr off any thin or lerous part which may drain from the cream 3 the infide of the opening ftiould. be covered with a bit of fine lilver wire gauze, in order to keep back the cream while the ferum is allowed to pafs 3 and the barrel fhould be inclined a little on its ftand, to allow the whole to run off. The doftor contradicts the opinion' that very fine c-etm butter cannot be obtained, except from cream that is ought to not above a day old. On the contrary, he infifts that be kept it is only in very few cafes that even tolerably good foine Ume butter can be obtained from cream that is not above ^ei0Jre.lt be one day old. The feparation of butter from cream butter only 6x6 Of the churn. 502 A G R I C Manage- only takes place after the cream has attained a cer- ^ tain degree of acidity. If it be agitated before that 1 ' j acidity has begun to take place, no butter can be ob¬ tained, and the agitation muft be continued till the time that the fournefs is produced 5 after which the butter begins to form. “ In fummer, while the cli- mature is warm, the heating may be, without very much difhculty, continued until the acidity be pro¬ duced, fo that butter may be got: but in this cafe the procefs is long and tedious j and the butter is for the mod part of a foft confidence, and tough and gluey to the touch. If this procefs be attempted during the cold weather in winter, butter can fcarcely be in any way obtained, unlefs by the application of fome great degree of heat, which fometimes aflids in producing a very inferior kind of butter, white, hard, and brittle, and almod unfit for any culinary purpofe whatever. The judicious farmer, therefore, will not attempt to imitate this practice, but will allow his cream to re¬ main in the veiTel appropriated for keeping it, until it has acquired the proper degree of acidity. There is no-rule for determining how long it is to be kept *, but our author is of opinion, that a very great latitude is allowable in this cafe j and that if no ferous matter be allowed to lodge among the cream, it may be kept good for making butter a great many weeks. The churn in which butter is made likewife admits of confiderable diverfity j but our author prefers the old-fafhioned upright churn to all others, on account of its being more eafily cleaned. The labour, when the cream is properly prepared, he thinks, very trifling. Much greater nicety, he fays, is required in the pro¬ cefs of churning than mod people are aware of *, as a few hady and irregular drokes will render butter bad, which otherwife would have been of the fined quality. After the procefs is over, the whole ought to be fepa- rated from the milk, and put into a clean diih, the in- fide of which, if made of wood, ought to be well rub¬ bed with common fait, to prevent the butter from ad¬ hering to it. The butter fhould be preffed and worked with a flat wooden ladle or fkimming diflr, having a fhort handle, fo as to force out all the milk that was lodged in the cavities of the mafs. This operation re¬ quires a confiderable degree of drength as well as dex¬ terity j but our author condemns the beating up of the butter with the hand as “ an indelicate and barbarous praftice.” In like manner he condemns the employ¬ ing of cold water in this operation, to wajh the butter as it is called. Thus, he fays, the quality of it is de- bafed in an.adonifhing degree. If it is too foft, it may be put into fmall veffels, and thefe allowed to fwim in a tub of cold water ; but the water ought never to touch the butter. The beating fhould be continued till the milk be thoroughly feparated, but not till the butter become tough and gluey; and after this is completely done, it is next to be faked. The veffel into which it is to be put mud be well feafoned with boiling wa¬ ter feveral times poured into it : the infide is to be rubbed over with common fait, and a little melted but¬ ter poured into the cavity between the bottom and fides, fo as to make it even with the bottom ; and it is then fit for receiving the butter. Indead of common fait alone, the doctor recommends the following com- pofition. “ Take of fugar one part, of nitre one part, and of the bed Spanifh great fait two parts. Beat the I t>i7 "Sutter ought not to be put into water, 618 Compofi- tion for preferving butter. U L T U R £. Pradice* whole into a fine powder, mix them well together, and Manage- put them by for ufe. One ounce of this is to bemei t ,oJ t!l® thoroughly mixed with a pound of butter as foon as it, ‘ . is freed from the milk, and then immediately put into the veffel defigned to hold it ; after which it mud be prefled fo clofe as to leave no air-holes j the furface is to be fmoothed and covered with a piece of. linen, and over that a piece of wet parchment j or, in defefl of this lad, fine linen that has been dipped in melted but¬ ter, exacdly fitted to the edges of the vefifel all round, in order to exclude the air as much as poffible. When quite full, the calk is to be covered in like manner, and a little melted butter put round the edges, in order to fill up effectually every cranny, and totally to ex¬ clude the air. “ If all this (fays the dodtor) be care¬ fully done, the butter may be kept perfectly found in this climate for many years. How many years I can¬ not tell j but I have feen it two years old, and in every refpect as fweet and found as when only a month old. It deferves to be remarked, that butter cured in this manner does not tafte well till it has flood at leaf! a fortnight after being faked j but after that period Is elapfed, it eats with a rich marrowy tafte that no other butter ever acquires j and it takes fo little fait, that a perfon who had been accuftomed to eat butter cured with common fait only, would not imagine it had got one-fourth part of the fait neceffary to preferve it.” Our author is of opinion, that ftrong brine may be ufe- ful to pour upon the furface during the time it is ufing, in order the more effectually to preferve it from the air, and to avoid rancidity. 6 As butter contains a quantity of mucilaginous mat- x0 prepare ter much more putrefcible than the pure oily part, our butter for author recommends the purifying it from this mucilage ^enc^'ng by melting in a conical veffel, in which the mucilage will fall to the bottom ; the pure oily part fwim- ming at top. This will be ufeful when butter is to be fent a long voyage to warm climates, as the pure part will keep much better than when mixed with the ^20 other. He propofes another method of preferving Preferved butter, viz. by mixing it with honey, wkich is very by honey, antifeptic, and mixes intimately with ti e butter. Thus mixed, it eats very pleafantly, and may perhaps be fuccefsfully ufed with a medicinal intention. 621 In England no butter is efteemed equal to that which Eppingbul¬ ls made in the county of Effex, well known by theter* name of Epping butter, and which in every feafon of the year yields at London a much higher price than any other. The following directions concerning the making and management of butter, including the Ep¬ ping method, are extracted from the 3d volume of the Bath Society Papers. In general it is to be obferved, that the greater the quantity made from a few cows, the greater will be the farmer’s profit •, therefore he fhould never keep any but what are efteemed good milkers. A bad cow will be equally expenfive in her keep, and will not perhaps (by the butter and cheefe that is made from her) bring in more than from three to fix pounds a-year 5 whereas a good one will bring from feven to ten pounds per an¬ num : therefore it is obvious that bad cows fliould be parted with, and good ones purchafed in their room. When fuch are obtained, a good fervant fhould be employed to milk them •, as through the negleck and mifmanagement of fervants, it frequently happens that .the Part III, AGRICULTURE. 5°3 Manage- the heft cows are fpoiled. No farmer fhould trufl: en- ment ot the tJreiy to fervants, but fometimes fee themfelves that ■ a^iry' , their cows are milked clean $ for if any milk is fuffer- ed to remain in the udder, the cow will daily give lefs, till at length fhe will become dry before the proper time, and the next feafon (lie will fcarce give milk fuf- ficient to pay for her keep. It fometimes happens that fome of a cow’s teats may be fcratched or wounded fo as to produce foul or cor¬ rupted milk; when this is the cafe, we Ihould by no means mix it with the fweet milk, but give it to the pigs} and that which is conveyed to the dairy-houfe fhould remain in the pail till it is nearly cool, before it be ftrained, that is, if the weather be warm \ but in frofty‘weather it Ihould be immediately ftrained, and a fmall quantity of boiling water may be mixed with it, which will caufe it to produce cream in abun¬ dance, and the more fo if the pans or vats have a large furface. During the hot fummer months, it is right to rife with or before the fun, that the cream may be Ikim- med from the milk ere the dairy becomes warm j nor fhould the milk at that feafon Hand longer in the vats, &c. than 24 hours, nor be Ikimmed in the evening till after funfet. In winter milk may remain unfkimmed for 36 or 48 hours j the cream Ihould be depofited in a deep pan, which Ihould be kept during the fummer in the cooleft part of the dairy ; or in a cool cellar where a free air is admitted, which is Hill better. Where people have not an opportunity of churning every other day, they fhould ftiift the cream daily into ; clean pans, which will keep it cool, but they ftiould never fail to churn at leaft twice in the week in hot weather 5 and this work fhould be done in a morning before the fun appears, taking care to fix the churn where there is a free draught of air. If a pump-churn be to be ufed, it may be plunged a foot deep into a tub of cold water, and fhould remain there during the whole time of churning, which will very much harden the butter. A ftrong rancid flavour will be given to butter, if we churn fb riear the fire as to heat the wood in the winter feafon. After the butter is churned, it fhould be immediate¬ ly wafhed in many different waters till it is perfectly cleanfed from the milk j but here it muff be remarked, that a warm hand will foften it, and make it appear greafy, fo that it will be impoflible to obtain the belt price for it. The cheefemongers ufe two pieces of wood for their butter j and if thofe who have a very hot hand were to have fuch, they might work, the but¬ ter fo as to make it more faleable. «£ The Epping butter is made up for market in long rolls, weighing a pound each ; in the county of So- merfet, they difh it in half pounds for fale ; but if they forget to rub fait round the infide of the difh, it will be difficult to work it fo as to make it appear hand- fome. Butter will require and endure more working in winter than in fummer j but it is remarked, that no perfon whofe hand is warm by nature makes good butter. Thofe who ufe a pump-churn muff endeavour to keep a regular ftroke j nor fhould they admit any per¬ fon to aflift them, except they keep nearly the fame ffroke : for if they churn more flowly, the butter will in the winter go back, as it is called 5 and if the ftroke Manage- be more quick and violent in the fummer, it will caufe a fermentation, by which means the butter will imbibe . > a very difagreeable flavour. Where people keep many cows, a barrel-churn is to be preferred} but if this be not kept very clean,, the bad effe&s will be difcovered in the butter j nor muff; we forget to ftiift the fltuation of the chum when we ufe it, as the feafons alter, fo as to fix it in a warm place in winter, and where there is a free air in fum¬ mer. In many parts of this kingdom they colour their but¬ ter in winter, but this adds nothing to its goodnefs j and it rarely happens that the farmers in or near Ep¬ ping ufe any colour; but when they do, it is very in¬ nocent. They procure fome found carrots, whofe juice they exprefs through a fieve, and mix with the cream when it enters the churn, wdiich makes it appear like May butter j. nor do they at any time ufe much fait, though a little is abfolutely neceffary. As they make in that country but very little cheefe, fo of courfe very little wThey butter is made j nor in¬ deed Ihould any perfon make it, except for prefent ufe, as it will not keep good more than twro days j and the whey will turn to better account to fatten pigs with. Nothing feeds thefe fafter, nor will any thing make them fo delicately white. At the fame time it is to be obferved, that no good bacon can be made from pigs thus fatted j, where much butter is made, good cheefe for fervants may be obtained from fkimmed milk, and the wrhey will afterwards do for ftore pigs. The foregoing rules will fuffice for making good Weft of butter in any country j but as fome people are partial Engird to the weft country method, it ftiall be defended as m°v briefly as poflible. _ _ > butter; In the firft. place, they depofit their milk in earthen pans in their dairy-houfe, and (after they have flood twelve hours in the fummer, and double that fpace in the winter) they remove them to ftoves made for that purpofe, which ftoves are filled wuth hot embers ; on thefe they remain till bubbles rife, and the cream changes its colour $ it is then deemed heated enough, and this they call fealded cream y it is afterwards re¬ moved fteadily to the dairy, where it remains 12 hours more, and is then fkimmed from the milk and put into a tub or churn : if it be put into a tub, it is beat well with the hand, and thus they obtain buttery but a cleanlier way is to make ufe of a churn. Some feald it over the fire, but then the fmoke is apt to affe£t it;. and in either cafe, if the pans touch the fire, they will crack or fly, and the milk and cream will be wafted. 6 The Cambridgefhire fait butter is held in the higheft Cam-3 efteem, and is made nearly after the fame method as bridgeftiire-’ the Epping $ and by wafhing and working the faitbutter* from it the cheefemongers in London often fell it at a high jbrice for frefti butter. They depofite it -when made into wooden tubs or firkins, which they expofe to the air for two or three weeks, and often wafh them 5 but a readier way is to feafon them with unflaked lime, or a large quantity of fait and water well boiled wall do: with this they.muft be ferubbed feveral times, and afterwards thrown into cold water, where they flrould remain three or four days, or till they are- wanted; then they fhould be ferubbed as before, and well rinfed with cold water; but before they receive the butter, car©. $04 AGRICULTURE. Pradice. Manage- care muft be taken to rub every part of the firkin with m Dairy e^aIt : t^len ^ t^le ^utter properly made, and perfe&ly i—J.:.' ^ iweet, it may be gently p re (led into the firkin 5 but it muft be well faked when it is made up, and the fait Ihould be equally diftributed through the whole mafs, and a good handful of fait muft be fpread on the top of the firkin before it is heated, after which the head 624 ihould be immediately put on. Yorkiliire They purfue nearly the fame method in Suffolk and butteSrUT°lkYorkfhire 3 nor is the butter that is made in thefe . 1 ’ counties much inferior to that made in Cambridgefhire j indeed it is often fold in London for Cambridge but¬ ter : and no people make more butter from their cows than the-Yorkfhire farmers do, which is certainly owing to the care they take of their cows in the winter ; as at that feafon they houfe them all, feed them with good hay, and never fuffer them to go out (except to water) but when the weather is very ferene ; and when their cows calve, they give them comfortable malt mefties for two or three days after ; but thefe cows' never an- fwenif they are removed to other counties, except the fame care and attendance be given them, and then none anfwer better. Land whereon cows feed does very often affeft the butter. If wild garlic, charlock, or May-weed, be found in a pafture ground, cows ftiould not feed there¬ in till after they have been mown, when fuch perni¬ cious plants will appear no more till the following fpring ; but thofe cow's that give milk muft not par¬ take of the hay made therefrom, as that will alfo dif- fufe its bad qualities. Great part of the Epping butter is made from cowts that feed during the fummer months in Epping foreft, where the leaves and ftirubby plants contribute greatly to the flavour of the butter. The mountains of Wales, the highlands of Scotland, and the moors, commons, and heaths in England, produce excellent butter where it is properly managed ; and though not equal in quantity, yet far fuperior in quality to that which is produced from the richeft meadow's ; and the land is often blamed wdien the butter is bad through mifma- nagement, fluttifhnefs, or inattention. Turnips and rape affeft milk and butter, but brewers grains are fweet and wholefome food, and will make cows give abundance of milk j yet the cream thereon will be- thin, except good hay be given at the fame time, after every meal of grains. Colewmrts and cab¬ bages are alfo excellent foods and if thefe and favoys were cultivated for this purpofe, the farmers in general would find their account in it. Cows fliould never be fuffered to drink improper water 5 ftagnated pools, water wherein frogs, &c. fpawn, common fewers, and ponds that receive the -g,,. drainings of ftables, are improper. Frauds in Divers abufes are committed in the packing and the fale of faking of butter, to increafe its bulk and weight, a- butter. gainft which we have a ftatute exprefs. Pots are fre¬ quently laid with good butter for a little depth at the top, and with bad at the bottom j fometimes the but¬ ter is fet in rolls, only touching at top, and {landing hollow at bottom. To prevent thefe cheats, the fac¬ tors at Utoxeter keep a furveyor, who, in cafe of fuf- picion, tries the pots writh an iron inftrument called a butter-bore, made like a cheefe-tafter, to be ftuck in obliquely to the bottom. 3 In the Annals of Agriculture, vol. xvii. jthe follow- Manage¬ ing mode of preventing butter and cream from receiv- nient .of the ing a taint from the cows feeding on cabbages and tur- , Da’ry' , nips is ftated by J. Jones Efq. of Eolas-heath, Newport, 6239 Parreefan cheefe. L T U R E. Practice.. “ Do they remain in the pafture from morning till Manage- night ? or only in hot weather ?”—Between nine andment ot the ten in the morning the cows are fent to water, and, Dairy- i then to the paftures, w'here they remain four or five v hours at moft, and at three or four o’clock are driven to the ftables if the feafon is frefh, or under porticoes if hot j where for the night, a convenient quantity of hay, ii given them. “ In what months are they kept at pafture tha whole day ?”—Moftly anfwered already : but it might be faid, that no owner will leave his cattle, without, great caufe, in uncovered places at night. It hap¬ pens only to the fhepherds from the Alps, when they pafs, becaufe it is impoflible to find ftables for all their cattle. “ What is the opinion in the Lodefan, on the bell condu£f for profit in the management of meadows ?” —For a dairy farm of 100 cowrs, which yields daily a cheefe weighing 70 or 75 lb. of 28 ounces, are want¬ ed 1000 perticas of land. Of thefe about 8oc> are. Handing meadow's, the other 200 are in cultivation for corn and grafs fields in rotation. “ Do they milk the cows morning and evening ?” —Thofe that are in milk are milked morning and evening, with exception of fuch as are near calving. “ One hundred cows being wanted to make a Lo¬ defan each day, it is fuppofed that it is made wuth the milk of the evening and the following morning $ or of the morning and evening of the fame day : how' is it ?” —The 100 cows form a dairy farm of a good large • cheefe j it is reckoned that 8a are in milk, and 2a with calves fucking, or near calving. They reckon one with the other about 32 boccalis of 32 oz. of milk Such is the quantity for a cheefe of about yolb. of 28 ounces. They join the evening wuth the morning milk, becaufe it is frelher than, if it was that of the morning and evening of the fame day. The morning milk w'ould be 24, hours old when the next morning the cheefe ftiould be made. “ Do they Ikim or not the milk to make butter be¬ fore they make the cheefe ?”—From the evening milk,, all the cream poflible is taken awray for butter, maf- carponi (cream cheefe), &c. The milk of the morn¬ ing ought to be flammed flightly y but every one flams as much cream as he can. The butter is fold on the fpot immediately at 24. fous : the cheefe at about 28 fous.. The butter lofes nothing in weight y the cheefe lofes one-third of it, is fubjeft to heat, and requires expences of fervice, attention, warehoufes, &c. before it is fold; and a man in two hours makes 45 or 5olb. of butter that is fold direftly. However, it is not pof- fible to leave much cream in the milk to make Lode- fan cheefe, called grained cheefe ; becaufe if it is too richr it does not laft long, and it is neceffary to con- fume it while young and found.. “ Is Parmefan or Lodefan cheefe made every day in the year or not?”—With 100 cow's it is. In winter, how'ever, the milk being lefs in quantity, the cheefe is of leffer weight, but certainly more delicate. “ After gathering or uniting the milk, either flam¬ med or not, what is exaftly the whole operation ?”— The morning of the 3d of March 1786, I have feen the whole operation, having gone on purpofe to the fpot to fee the whole work from beginning to end. At 16 Italian.hours, or-ten.in the morning, according ts> the- Part Ilf. A G R I C U Manage- the northern way to account hours, the fkimmlng of tllCmorn^n§,s gathered only two hours before, . " ■ was finiihed. I did, meanwhile, examine the boiler or pot. At the top it was eight feet (Engliih) diameter, or thereabout *, and about five feet three inches deep, made like a bell, and narrowing towards the bottom to about tw'o and one-half feet. They joined the cream produced that morning with the other produced by the milk of the evening before. That produced by this lad milk was double in quantity to that of the morning milk, becaufe it had the wdiole night to unite, and that of the morning had only two hours to do it : in which it could not leparate much. Of the cream, fome was deftined to make mafcarponies (cream cheefe), and they put the reil into the machine for making but¬ ter. Out of the milk of the evening before and of that morning, that was all put together after fkimming, they took and put into the boiler 272 boccali, and they put under it two faggots of w’ood ; which being burnt, w'ere fufficient to give the milk a warmth a little fuperior to lukewarm. Then the boiler being withdrawm from the fire, the foreman put into it the runnet, which they prepare in fmall balls of one ounce each, turning the ball in his hand always kept in the milk entirely covered ; and after it wfas perfedlly dif- folved, he covered the boiler to keep the milk defend¬ ed, that it might not fuffer from the coldnefs of the feafon, particularly as it was a windy day. I w;ent then to look on the man that was making mafcarpo¬ nies, &c. and then we wrent twice to examine if the milk wras fufficiently coagulated. At the 18 hours, ac¬ cording to the Italian clocks, or noon, the true manu- fadlory of cheefe began. The milk w^as coagulated in a manner to be taken from the boiler in pieces from the furrace. The foreman, with a Hick that had 18 points, or rather nine fmall pieces of wood fixed by their middle in the end of it, and forming nine points on each fide, began to break exa&ly all the coagulated milk, and did continue to do fo for more than half an hour, from time to time examining it to fee its Hate. He ordered to renew the fire, and four faggots of willow branches were ufed all at once : he turned the boiler that the fire might afl} and then the underman began to work in the milk wdth a Hick, like ths above, but only with four fmaller flicks at the top, forming eight points, four at each fide, a fpan long each point. In a quarter of an hour the foreman mixed in the boiler the proper quantity of faffron, and the milk w'as all in knobs, and finer grained than before, by the ef- fecf of turning and breaking the coagulation, or curd, continually. Every moment the fire was renewed or fed 5 but with a faggot only at a time, to continue it regular. The milk was never-heated much, nor does it hinder to keep the hand in it to know the finenefs of the grain, which refines- continually by the flick- work of the underman. It is of the greatefl confe- 'queqpe to mind when the grain begins to take a con- fiflence. When it comes to this flate, the boiler is turned from the fire, and the underman immediately takes out the whey, putting it into proper receivers. In that manner the grain fubfides to the bottom of the boiler; and leaving only in it whey enough to keep the grain covered a little, the foreman extending himfelf as much as he can over and in the boiler, unites with his hands the grained milk,, making like a- L T U R E. 509 body of pafle of it. Then a large piece of linen is Making of run by him under that pafte, while another man keeps Fruit-Li- the. four corners of it, and the whey is dire&ly put, quors' again into the boiler, by which is facilitated the means v of rajfing that pafle that is taken out of the boiler, and put for one quarter of an hour into the receiver where the whey was put before, in the fame linen it was ta¬ ken from the boiler; which boiler is turned again di- reflly on the fire, to extract the mafcarpa (whey cheefe) ; and is a fecond product, eaten by poor peo¬ ple. After the pafle remained for a quarter of an hour in that receiver, it was taken out and turned into the wooden form called fajfcra, without any thing elfe made than the rotundity, having neither top nor bot¬ tom. Immediately after having turned it into that round wooden form, they put a piece of wood like a cheefe on it, putting and increafing gradually weights on it, which lerve to force out the remnant of the whey ; and in the evening the cheefe fo formed is car¬ ried into the warehoufe, where, after 24 hours, they begin to give the fait. It remains in that warehoufe for 15 or 20 days ; but in fummer only from 8 to 1 2 days. Meanwhile the air and fait form the crufl to it ; and then it is carried into another warehoufe for a dif¬ ferent fervice. In the fecond warehoufe they turn every day all the cheefes that are not older than fix months ; and afterwards it is enough if they are onlv turned every 48 or 60 hours, keeping them clean, in particular, of that bloom which is inevitable to them, and which, if neglected, turns mufty, and caufes the cheefe to acquire a bad fmell, The Lodefan, becaufe it is a province watered, has a great deal of meadows, and abounds with cows, its product being moftly in cheefe, butter, &c. However, the province of Pavia makes a great deal of that cheefe ; and we Milanefe do likewife the fame from the fide of Porte Tofa, Ro- mana, Ticinefe, and Vercilino, becaufe we have fine meadows and dairy farms. Sect. IX. Making of Fruit-Liquors. These, as objects of Britilh hufbandry, are prin- cipally two, Cyder arid Perry; the manufacturing ofquors. ■which forms a capital branch in our fruit-counties, and of which the improvement mull be confidered as of great importance to the public, but particularly fo to the inhabitants of thofe diltririts where thefe liquors conftitute their common beverage. Cyder and perry, when genuine and in high per-Excefience feftion, are excellent vinous liquors, and are cer-of cyder' tainly- far more w'holefome than many others whichand Perr.v- at prefent are in much higher eftimation. When the mull is prepared from the choiceft fruit, and un¬ dergoes the exafl degree of vinous fermentation re- quifite to its- perfeflion, the acid and the fweet are fo admirably blended with the aqueous, oily, and fpi- rituous principles, and the whole fo imbued with the grateful flavour of the rinds, and the agreeable aro¬ matic bitter of the .kernels, that it affumes a new cha- rafler; grows lively, fparkling, and exhilarating; and when completely mellowed by time, the liquor becornes at once highly delicious to the palate, and congenial to the conllitution ; fuperior in every refperil to moll other Englilh wines, and perhaps not inferior to many* B&thPa* of the belt foreign wines. jSuch (fays Dr Eothergill* )/*>-,, vol. v. Would.!’-- 5-io Making of .Fruit-Li¬ quors. AGRICULTURE. Praftice. 642 Art of ma¬ king them not yet per- ■ fedtly un- deritood. •J- Rural E- con.of Glow cejlerjhire, ii. p. 308. 643 Errors pointed out. would it be pronounced by all competent judges, were it not for thq popular prejudice annexed to it as a cheap home-brewed liquor, and confequently within the reach of the vulgar. To compare fuch a liquor with the foreign fiery fophifticated mixtures often imported un¬ der the name of wines, would be to degrade it; for it certainly furpaffes them in flavour and pleafantnefs, as much as it excels them in tvholefomenefs and cheap- nefs. But rarely do wre meet with perry or cyder of this fuperior quality. For what is generally fold by dealers and inn-keepers is a poor, meagre, vapid li¬ quor, prone to the acetous fermentation, and of courie very injurious to the conflitution. Is it not very mor¬ tifying, after the experience of fo many centuries, that the art of preparing thofe ancient Britifh liquors fhould dill be fo imperfeftly underftood as to feem to be in its very infancy ?—That throughout the princi¬ pal cyder diftrifts, the praftice fhould dill red on the mod vague indeterminate principles, and that the ex¬ cellence of the liquor fhould depend rather on a lucky random hit, than on good management? Yet fuch ap¬ pears to be really the cafe even among the mod expe¬ rienced cyder-makers of Hereforddure and Gloucef- terfhire.' Mr Marfhall, that nice obferver of rural affairs, in his tour f through thofe counties (exprefsly under- - taken for the purpofe of inquiry on this fubjeft), informs us, that fcarcely two of thefe profeflional ar- tids are agreed as to the management of fome of the moil effential parts of the procefs : That palpable er¬ rors are committed as to the time and manner of ga¬ thering the fruit—in laying it up—in neglefting to feparate the unfound—and to grind properly the rinds and kernels, &c.: That the method of condudfing the vinous fermentation, the mod critical part of the operation, and which damps the future value of the liquor, is by no means ascertained *, while fome pro¬ mote the fermentation in a fpacious open vat, others reprefs it by inclofing the liquor in a hogfhead, or drive to prevent it altogether : That no determinate point of temperature is regarded, and that the ufe of the thermometer is unknown or neglefted : That they are as little confident as to the time of racking off; and whether this ought to be done only once, or five or fix times repeated : That for fining down the li¬ quor, many have recourfe to that odious article, bullocks blood, when the intention might be much better anfwered by whites of eggs or ifinglafs. And, finally, that the capricious tade of particular cudomers is generally confulted, rather than the real excellence of the liquor; and confequently that a very imperfeft liquor is often vended, which tends to reduce the price, to difgrace the vender, ana to bring the ufe of cyder and perry into difrepute. The art of making vinous liquors is a curious che¬ mical procefs j and its fuccefs chiefly depends on a dex¬ terous management of the vinous fermentation, be- ddes a clofe attention to fundry minute circumdances, the theory of which is perhaps not yet fully underflood by the ableff chemids. Can we longer woltder then that fo many errors fliould be committed by illiterate cyder- makers, totally unverfed in the firff principles of the chemical art ? Some fevr, indeed, more enlightened than their brethren, and lefs bigqtted to their own opinions, by dint of obfervation flrike out improve¬ ments, and produce every now and then a liquor of Making of fuperior quality, though perhaps far fliort of excel- FruIt'Ll" lence, yet dill fufficient to fliow what might poflibly t qt^rs' „ be accompli died by a feries of new experiments con- 644 dufted on philofophical principles. This might lead Means of to fucceflive improvements, till at length our Englifli improve- fruit-liquors might be carried to a pitch of perfeftionmen * hitherto unknown, by which the demand, both at home and abroad, would foon be enlarged, the prices augmented according to the quality, the value of edates increafed, and the health and profperity of thefe counties proportionably advanced. This might alfo help to point out a method of correfting the imperfeftions of thefe liquors; and of meliorating thole of a weak meagre quality, by fafer and more effeftual means than are now praftifed : and though nothing can fully compenfate the defeft of funihine in maturing the faccharine juices in unfavourable feafons, yet probably fuch liquors might, without the dangerous and expenfive method of boiling in a copper veffel, admit of confiderable improvement by the addition of barm or other fuitable ferment, as yet unknown in the praftice of the cyder diflrifts j or perhaps rather by a portion of rich mud, or fome wholefoxne fweet, as honey, fugar-candy, or even mo- laffes, added in due proportion, previous to the fermen¬ tation. In faft, it appears from a late publication *, * Hopfont that the Germans are knowri to meliorate their thin Cbcmiftry* harfh wines by an addition of concentrated mud, not by evaporation, but by freezing. By this Ample pro- cefs they are made to emulate good French wines: a praftice worthy of imitation, efpecially in the northern climates. Cycler, as is w^ell known, is made from apples, and per¬ ry, from pears only. The general method of preparing both thefe liquors is very much the fame 5 and under the article Cyder a defcription will be given of the way in which thofe fruits are gathered, ground, and prefled. The mill is not effentially different from that of a com- 645 mon tanner’s mill for grinding bark. It confids of a mill- Description done from two and a half to four feet and a half in diameter, running on its edge in a circular done trough, miii_houfe. from nine to twelve inches in thicknefs, and from one to two tons in weight. The bottom of the trough in which this done runs is fomewhat wider than the thicknefs of the done itfelf; the inner fide of the groove rifes perpendicularly, but the outer fpreads in fuch a maimer as to make the top of the trough fix or eight inches wider than the bottom 5 by which means there is room for the done to run freely, and like wife for putting in the fruit, and Airring it up while grinding. The bed of a middle-fized mill is about 9 feet, fome 1 o, and fome 12 j the whole being compofed of two, three, or four dones cramped together and finifhed after being cramped in this manner. The bed flones are found in the fored of Dean j generally a dark, red- difh gritflone, not calcareous-, for if it were of a calcare¬ ous quality, the acid juice of the fruits would aft upon it and fpoil the liquor : a clean-grained grindflone grit is the fitted for the purpofe. The runner is mo¬ ved by means of an axle pafling through the centre, with a long arm reaching without the bed of the mill, for a horfe to draw by 5 on the other fide is a {hotter arm pafling through the centre of the done, as repre- fented Part III. A G R I C Making ot Tented in tKe figure. An iron bolt, with a large head, Frmt-Li- paflfes through an eye, in the lower part of the fwivel i, ■ on which the ftone turns, into the end of the inner arm of the axis 5 ancf thus the double motion of it is obtained, and the ftone kept perfeflly upright. There ought alfo to be fixed on the inner arm of the axis, about a foot from the runner, a cogged wheel work¬ ing in a circle of cogs, fixed upon the bed of the mill. The ufe of thefe is to prevent the runner from Aiding, which it is apt to do when the mill is full; it likewife makes the work more eafy for the horfe. Thefe wheels ought to be made with great exaftnefs. Mr Mar (hall obferves, that if is an error to make the horfe draw by traces : “ The afting point of draught (fays he), the horfe’s (boulder, ought for various realbns, to be applied immediately at the end of the arm of the axis *, not two or three yards before it; perhaps of a fmall mill near one fourth of its circumference.” The building in which the mill is enclofed ought to be of fuch a fize, that the horfe may have a path of three feet wide betwixt the mill and the w-alls ; fo that a middling-fized mill, with its horfe-path, takes up a fpace of 14 or 15 feet every way. The whole dimen- fions of the mill-houfe, according to our author, to render it any way convenient, are 24 feet by 20 : it ought to have a floor thrown over it at the height of feven feet 5 with a door in the middle of the front, and a window oppofite, with the mill on one fide and the prefs on the other fide of the window. The latter muft be as near the mill as convenience will al¬ low, for the more eafy conveying the ground fruit from the one to the other. The prefs, which is of a very fimple conftru£tion, has its bed or bottom about five feet fquare. This ought to be made en¬ tirely either of wood or ftone ; the pra&ice of co¬ vering it with lead being now univerfally known to be pernicious. It has a channel cut a few inches within its outer edge, to catch the liquor as it is ex- prefled, and convey it to a lip formed by a projection on that fide of the bed oppofite to the mill ; having under it a ftone trough or wooden veflel, funk with¬ in the ground, when the bed is fixed low, to receive it. The prefs is worked with levers of different lengths j firft a (hort, and then a moderately long one, both worked by hand j and laftly, a bar eight or nine feet long worked by a capftan or windlafs. The expence of fitting up a mill-houfe is not very great. Mr Marfliall computes it from 20I. to 25I. and, on a fmall fcale, from 10I. to 15I. though much depends on the diftance and carriage of the (tone : when once fitted up it will laft many years. The making of the fruit-liquors under confidera- tion requires an attention to the following parti¬ culars. I. The fruit. II. The grinding. III. Pref- ung. IV. Fermenting. V. Correfting. VI. Laying up. VII. Bottling , each of which heads is fubdi- 645 vided into feveral others. Manage- I. In the management of the fruity the following par- of the tiCulars arc to be confidered. I. The time of gathering j which varies according to the nature of the fruit. The early pears are fit for the mill in September 5 but few apples are ready for gathering before Michaelmas j though, by reafon of accidental circumftances, they are frequently manu- f l t u r e.- 5II. fafhired before that time. For fale cyder, and keeping Making of drink, they are fuffered to hang upon the trees till fully Fndt-Li- ripe : and the middle of Oftober is generally looked , , upon to be a proper time for gathering the ftire-apple. ’ ~ I he criterion of a due degree of ripenefs is the fruit falling from the tree: and to force it aw^ay before that time, in Mr Mar (hall’s opinion, is robbing it of fome of its moft valuable particles. “ The harvefting of fruit (fays he) is widely different in this refpeft from the harvefting of grain ; which has the entire plant to feed it after its reparation from the foil 3 while fruit, after it is fevered from the tree, is cut off from all poftibility of a further fupply of nourilhment $ and although it may have reached its wonted fize, fome of its more effential particles are undoubtedly left behind in the tree.” Sometimes, however, the fruits which are late in ripening are apt to hang on the tree until fpoiled by frofts 3 though weak watery fruits feem to be moft injured in this manner 3 and Mr Marlhall relates an in- ftance of very fine liquor being made from golden pip¬ pins, after the fruit had been frozen as hard as ice. ^Themelhod of gathering This, as generally MethS of practned, is direftly contrary to the principle laid down gathering by Mr Marihall, wss. beating them down with long ft. (lender poles. An evident difadvantage of this method js, that the fruit is of unequal ripenefs 3 for the apples on the fame trees will differ many days, perhaps even weeks, in their time of coming to perfe&ion j whence fome part of the richnefs and flavour of the fruit will be effectually and irremediably cut off. Nor is this the only evil to be dreaded 3 for as every thing depends on the fermentation it has to undergo, if this be interrupt¬ ed, or rendered complex by a mixture of ripe and un¬ ripe fruits, and the liquor be not in the firft inftance Efficiently purged from its feculencies, it is difficult to clear the liquor afterwards. The former defeCt the cy¬ der-makers attempt to remedy by a mixture of brown fugar and brandy, and the latter by bullocks blood and brimftone 3 but neither of thefe can be expe&ed to an- fwei- the purpofe very effeaually. The beft method of avoiding tire inconveniences arifing from an unequal ripening of the fruit is to go over the trees twuce, once wuth a hook, wffien the fruit begins to fall fpontane- oufly 3 the fecond time, wffien the latter are fufficiently ripened, or when the winter is likely to fet in, wffien the trees are to be cleared wuth the poles above men¬ tioned. 3. Maturing the gathered fruit. This is ufually done Maniinr by making it into heaps, as is mentioned under the ar- it, See* tide Cyder : but Mr Marffiall entirely difapproves of the pradice 3 becaufe, wffien the whole are laid in a heap together, the ripeft fruit will begin to rot before the other, has arrived at that degree of artificial ripenefs which it is capable of acquiring. I he due degree of maturation of fruit for liquor (be obferves) is a fub- jea about which men, even in this diftria, differ much in their ideas. The prevailing praaice of gathering into heaps until the ripeft begin to rot, is wafting the beft of the fruit, and is by no means an accurate crite¬ rion. Some (hake the fruit, and judge by the rattling of the kernels 3- others cut through the middle and judge by their blackneis 5 but none of thele appear to be a proper teft. It is not the date of the kernels but t»f the fleih 3 not of a few individuals, but of the greater Fart of the prime-fruit, which renders the coliedive bo¬ dy AGRICULTURE. Plaice* Making of dy fit or unfit to be fent to the mill. The moft ra- Fruit-Li- tjonal teft Qf t},e ripenefs of the fruit, is that of the Belli : C; : having acquired fuch a degree of mellovvnefs, and its •texture fuch a degree' of tendernefs, as to yield to mo¬ derate preffure. I hus, when the knuckle or the end of the thumb can with moderate exertion be forced into the pulp of the fruit, it is deemed in a fit Bate for grinding.” 4. Preparation for the mill. The proper manage*- ment of the fruit is to keep the ripe and unripe fruit fie- parate from each other : but this cannot be done with¬ out a confiderable degree of labour ; for as by number- lefs accidents the ripe and unripe fruits are frequently confounded together, there cannot be any effeftual me¬ thod of feparating them except by hand } and Mr Mar- Ihall is of opinion, that this is one of the grand fecrets of cyder-making, peculiar to thofe who excel in the bufinefs; and he is furprifed that it Ihould not before this time have come into common praftice. 5. Mixing fruits for liquor. Our author feems to doubt the propriety of this pra&ice 5 and informs us, that the finer liquors are made frem leleft fruits ; and he hints that it might be more proper to mix liquors after they are made, than to put together the crude 649 fruits. .Grindlag. II. Grinding, and management of the fruit when ground. 1. For the greater convenience of putting the fruit into the mill, every mill-houfe Ihould have a fruit-chamber over it, with a trap-door to lower the fruit down into the mill. The beft manner in which this can be accomplifhed, is to have the valve over the bed of the mill, and furnilhed with a cloth Ipout or tunnel reaching down to the trough in which the flone moves. No ftraw is ufed in the lofts ; but fometimes the fruit is turned. In Herefordfhire, it is generally believed, that grinding the rind and feeds of the fruit as well as the fleflyy part to a pulp, is neceffary towards the perfection of the cyder; whence it is neceflary, that every kind of pains Ihould be taken to perform the grinding in the moft perfeCt manner. Mr Marshall complains, that the cyder-mills are fo imperfettly finilh- ed by the workmen, that for the fab fifty years they Cannot perform their work in a proper manner. Inftead of being nicely fitted to one another with the fquare and chifel, they are hewn over with a rough tool in fuch a carelefs manner, that horfe-beans might lie in fafety in their cavities. Some even imagine this to be an ad¬ vantage, as if the fruit was more effe&ually and com¬ pletely broken by rough than fmooth ftones. Some ufe fluted rollers of iron ; but thefe will be corroded by the juice, and thus the liquor might be tinged. Smooth rollers will not lay hold of the fruit fufficiently to force it through. Another improvement requifite in the cyder-mills is to prevent the matter in the trough from rifing before the ftone in the laft ftage of grinding, and a method of ftirring it up in the trough more effeftually than can be done at prefent. To remedy the former of thefe defe&s, it might perhaps be proper to grind the fruit firft in the mill to a certain degree ; and then put k between two fmooth rollers to finifti the operation in the moft perfeCt manner. It is an error to grind too much at once ; as this clogs up the mill, and prevents k from going eafxly. The ufual quanttty for a middle- v- ■ 3 iized mill is a bag containing four corn bufhels; but Making of our author had once an opportunity of feeing a mill ™ in which only half a bag was put ; and thus the work feemed to go on more eafily as well as more quickly than when more was put in at once. t he quantity put in at one time is to be taken out when ground. The ufual quantity of fruit ground in a day is as much as will make three hogftieads of perry or two of cyder. 2. Management of the ground fruit. Here Mr Mar- fhall condemns in very ftrong terms the practice ot prefling the pulp of the fruit as foon as the grinding is finilhed ; becaufe thus neither the rind nor feeds have time to communicate their virtues to the liquor. In order to extract thefe virtues in the moft proper man¬ ner, fome allow the ground fruit to lie 24 hours or more after grinding, and even regrind it, in order to have in the moft perfeft manner the flavour and vir¬ tues of the feeds and rind. III. Prefiing the fruit, and management of the n?-faffing, ftduum. This is done by folding up the ground fruit ^ in pieces of hair-cloth, and piling them up above one another in a fquare frame or mould, and then pulling down the prefs upon them, which fqueezes out the juice, and forms the matter into thin and almoft dry cakes. The firft runnings come off foul and muddy ; but the laft, efpecially in perry, wall be as clear and fine as if filtered through paper. It is common to throw away the refiduum as ufelefs : fometimes it is made ufe of when dry as fuel; fometimes the pigs will eat it, efpecially when not thoroughly fqueezed; and fometimes it is ground a fecond time with water, and fqueezed for an inferior kind of liquor ufed for the fa¬ mily. Mr Marfhall advifes to continue the preffure as long as a drop can be drawn. “ It is found (fays he), that even by breaking the cakes of refufe with the hands only gives the prefs frefh power over it; for though it has been prefled to the laft drop, a gallon or more of additional liquor may be got by this means. Regrinding them has a ftill greater eileft : In this ft ate of the materials the mill gains a degree of power over the more rigid parts of the fruits, which in the firft grinding it could not reach. If the face of the runner and the bottom of the trough were dreffed with a broad chifel, and made true to each other, and a moderate quantity of refiduum ground at once, fcarcely a kernel could elcape unbroken, or a drop of liquor re¬ main undrawn.” But though the wdiole virtue of the fruit cannot be extra&ed without grinding it very fine, fome inconve¬ nience attends this practice, as part of the pulp thus gets through the haircloth,, and may perhaps be inju¬ rious to the fubfequent fermentation. This, however, may be in a great meafure remedied by Braining the firft runnings through a fieve. The whole Ihould alfo be allowed to fettle in a calk, and drawn off into a frelh veffel previous to the commencement of the fer¬ mentation. The reduced fruit ought to remain fome time between the grinding and prefling, that the liquor may have an opportunity of forming an extrafl with the rind and kernels : but this muft not be puftied too far, as in that cafe the colour of the cyder would be hurt; and the moft judicious managers objeft to the pulp remaining longer than 12 hours without preffure. “ Hence flays our author), upon the whole, the. moft eligible Part III. AGRICULTURE. Making of eligible management in this flage of the art appears to qi'rr; ke t^s ' Grind one prefsful a-day; prefs and re/grind uthe refiduum in the evening ; infufe the reduced mat¬ ter all night among part of the firft runnings *, and in the morning reprefs while the next prefsful is grind- 651 ing. Fermenta- IV. Termentation. The common practice is to have the liquor turned \ that is, put into calks or hogf- heads immediately from the prefs, and to fill them quite full : but it is undoubtedly more proper to leave fome fpace empty to be filled up afterwards. No ac¬ curate experiment has been made with regard to the temperature of the air proper to be kept up in the place where the fermentation goes on. Frofl is pre¬ judicial : but when the procefs ufually commences, that is, about the middle of October, the liquor is put into airy ihades, where the warmth is'fcarce greater than in the open atmofphere ; nay, the calks are frequently expofed to the open air without any covering farther than a piece of tile or flat Hone over the bunghole, propped up by a wooden pin on one fide to caufe the rain water to run oft. In a complete manufactory of fruit-liquor, the fermenting room Ihould be under the iame roof with the mill-houfe \ a continuation of the prefs-room, or at lealt opening into it, with windows or doors on every fide, to give a free admifiion of air into it \ fufficient defences againit froft j fruit-lofts over it, and vaults underneath for laying up the liquors after fermentation ; with fmall holes in the crown of the arch to admit a leathern pipe, for the purpole of conveying the liquors occafionally from the one to the other. In making of fruit-liquors, no ferment Is ufed as in making of beer 5 though, from Mr Marfliall’s account of the matter, it feems far from being unneceffary. Owing to this omiftion, the time of the Commencement ot the fermentation is entirely uncertain. It takes place fometimes in one, two, or three days} fometimes not till a week or month after turning : but it has been obferved, that liquor which has been agitated in a car- riage,. though taken immediately from the prefs, will fometimes pafs almolt immediately into a ftate of fer¬ mentation. The continuance of the fermentation is no If is uncertain than the commencement of it. Liquors w hen much agitated, will go through it perhaps in one day 5 but when allowed to remain at reft, the fermen¬ tation commonly goes on two or three days, and fome¬ times five or fix. The fermenting liquor, however, puts on a different appearance according to circum- itances. When produced from fruits improperly ma¬ tured, it generally throws up a thick feurn refembling that of malt liquor, and of a thicknefs proportioned to the fpecies and ripenefs of the fruit ; the riper the fruit, the more feum being thrown up. Perry gives but little feum, and cyder will fometimes alfo do the fame 5 fometimes it is intentionally prevented from doing it. After having remained fome time in the fermenting VeiTel, the liquor is racked or drawn oft from the lees and put into frelh calks. In this part of the opera¬ tion alfo Mr Marftiall complains greatly of the little attention toat is paid to the liquor. The ordinary time for racking perry is before it has done biffing, or fometimes when it begins to emit fixed air in plenty. M lie only intention of the operation is to free the l"i- Yol. I. Part II. quor from its faeces by a cock placed at a little diftanee Making of from the bottom j after which the remainder is to be filtered through a canvas or flannel bag. This filtered .• liquor differs from the reft in having a higher colour^ having no longer any tendency to ferment, but on the Contrary checking the fermentation of that which is racked off 5 and if it lofes its brightnefs, it is no lon¬ ger eafily recovered.—A frelh fermentation ufually commences after racking 5 and if it become violent, a frelh racking is neceffary in order to check it \ in con- fequence of which the fame liquor will perhaps be racked five or fix times : but if only a fmall degree of fermentation takes place, which is fretting, it is allowed to remain in the fame calk ; though even here the degree of fermentation which requires racking is by no means determined. Mr Marlhall informs us that the beft manufafturers, however, repeat the rackings until the liquor will lie quiet, or nearly fo 5 and if it. be found imprafticable to accomplilh this by the ordi¬ nary method of fermentation, recourie muft be had to fumigation with fulphur, which is called JIumtning the calks. For this fumigation it is neceffary to have matches made of thick linen cloth about ten inches long, and an inch broad, thickly coated with brim- ftone for about eight inches of their length. The calk is then properly feafoned, and every vent except the bunghole tightly Hopped 5 a match is kindled, lowered uown into the calk, and held by the end undipped until it be well lighted and the bung be driven in 5 thus fufpending the lighted match within the calk. Having burnt as long as the contained air will fupply the fire, the match dies, the bring is raifed, the rein nant of the match drawn out, and the calk fuffered to remain before the liquor be put into it for two-or three hours, more or lefs according to the degree of power the fulphur ought to have. The liquor retains a fmell of the fulphureous acid ; but this goes off in a Ihort time, and no bad effedt is ever obferved to follow. In fome places the liquor is left to ferment in open calks, where it Hands till the firft fermentation be pretty well over ; after which the froft or yeaft col- ledted upon the lurface is taken oft, it being luppofed that it is this yeaft mixing with the clear liquor which caufes it to fret after racking. The fermentation being totally ceafed, and the lees fubfided, the liquor is racked off into a frelh calk, and the Ices filtered as above diredfed. Our author mentions a way of fer¬ menting fruit-liquors in broad (hallow vats, not lefs than five feet in diameter, and little more than two feet deep 5 each vat containing about two hoglheads. In thefe the liquor remains until it has done riling, or till the fermentation -has nearly ceafed, when it is rack¬ ed oft without Ikimming, the critical jundlure being caught before the yeaft fall; the whole finking gradu- ally together as the liquor is drawn off. In this prac¬ tice alio the liquor is feldom drawn off a fecond time. 6.-2 Cyder is made of three different kinds, viz. rm/p-^, Different yW/, and of a middle richnefs. The firft kind being ki"clsof ufually deftined for fervants, is made with verv little^ ei* ceremony. “ It it is but xeyder (fays Mr Marlhall), and has boay enough to keep, no matter for the rich- nefs and flavour. The rougher it is, the further it will go, and the more acceptable cuftom has rendered it not only to the workmen but to their mailers. A palate accuftomed to fweet cyder would judge the 3 I rough 5 r4 Making of Frnit-Li- auors. .A G R 'I C U L T U R E. <>53 Of correcfl- ing or doc¬ toring the liquors. rough cyder of the farm-houfes to be a mixture of vinegar and water, with a little dtffolved alum to give it roughnefs.” 1 he method of producing this auftere liquor is to grind the fruit in a crude under-ripe date, and fubject the liquor to a full fermentation.—For the fwe;et liquor, make choice of the fweeter fruits : ma¬ ture them fully •, and check the fermentation of the liquor.—To produce liquors of a middle richnefs, the nature of the fruit, as well as the feafon in which it is matured, muft be confidered. The fruits to be made choice of are fuch as yield juices capable of affording a fufficiency both of richnefs and ffrength 5 though much depends upon proper management. Open vats, in our author’s opinion, are preferable to clofe veffel's: but if cafes be ufed at all, they ought to be very- large, and not filled 5 nor ought they to lie upon their fides, but to be fet on their ends with their heads out, and to be filled only to fuch a height as will produce the requifite degree of fermentation : but in whatever way the liquor be put to ferment, Mr Marfhall is of opinion that the operation ought to be allowed to go on freely for the find time ; though after being racked off, any fecond fermentation ought to be prevented as much as poflible. V. Correcting, provincially called doEioring. The imperfections which art attempts to fupply in thefe li¬ quors are, 1. Want of ffrength ; 2. Want of richnefs ; Want of flavour-, 4. Want of colour and bright- nefs. The want of ftrength is fupplied by brandy or any other fpirit in fufficient quantity to prevent the ace¬ tous fermentation. The want of richnefs is fupplied by what are generally termed fweets, but prepared in a manner which our author fays has never fallen un¬ der his notice. To fupply the want of flavour, an in- fufion of hops is fometimes added, which is faid to communicate an agreeable bitter, and at tne fame time a fragrance j whence it becomes a fubflitute for the juices of the rind and kernels thrown aw^ay to the pigs and poultry, or otherwife wafted. The want of colour is fometimes fupplied by elder berries, but more generally by burnt fugar, which gives the de- fired colour, and a degree of bitter which is very much liked. The fugar is prepared either by burning it a falamander, and fufferiug it to drop, as it melts, in¬ to water ; or by boiling it over the fire (in which cafe brown fugar is to be ufed), until it acquire an agreeable bitter ; then pouring in boiling rvater in the proportion of a gallon to two pounds of fugar, and ftir until the li¬ quor become uniform. A pint of this preparation will colour a hogfliead of cyder. Brightnefs is obtained by a mixture of the blood of bullocks or ffieep -, that of fwine being rejefled, though it does not appear to be more unfit for the purpofe than either of the other two. The only thing neceffary to be done here is to ftir the blood well as it is drawn from the animal, to prevent the parts from feparating -, and it ought to be ftirred “ both ways, for a quarter of an hour.” The liquor, however, is not always in a proper condition for being refined with this ingredient: on which account a little of it ought frequently to be tried in a vial. A quart or lefs will be fufficient for a hogfliead. After the blood is poured in, the liquor ffiould be violently agitated, to mix the whole intimately together. This is done by a ftick flit into four, and infeited into the 2 FratfUctS bunghoie ; working it brifely about in the liqubr un- Making ,,! til the whole be thoroughly mixed. In about 24 hours F!u;t~Ll~ the blood will be fubfided, and the liquor ought in-1 ftantly to be racked off; as by remaining upon the blood even for two or three days, it will receive a taint not eafily to be got rid of. It is remarkable that this refinement with the blood carries down not only the faeces, but the colour alio -, rendering the liquor, though ever fo highly coloured before, almoft as lim¬ pid as water. Ifinglafs and eggs are fometimes made ufe of in fining cyder as well as wine. VI. The laying up or {hutting up the cyder in clofe Of laying - cafes, according to Mr Marihall, is as little underftoodyT or caT- as any of the reft of the parts 5 the bungs being com-1 lg- monly put in at forne certain time, or in feme parti¬ cular month, without any regard to the ft ate the li¬ quor itfelf is in. “ The only criterion (fays he) I have met with for judging the ciritical time of laying up, is when a fine white cream-hke matter hrft begins to form upon the furface. But this may be too late j it is probablv a fymptom at leaft of the acetous fermen¬ tation, which if it take place in any degree muft be in¬ jurious. Yet if the cafes be bunged tight, fome crite¬ rion is neceffary -, otherwife, if the vinous fermenta¬ tion have not yet finally ceafed, or fhould recommence, the cafes will be endangered, and the liquor injured. Hence, in the pradlice of the moft cautious manager whofe practice I have had an opportunity of obferving, the bungs are firft driven in lightly, when the liquor is fine, and the vinous fermentation is judged to be over y and home time afterward, when all danger is part, to fill up the calks, and drive the bungs fecurely^ with a rag, and rofin them over at top. Moft rarmers are of opinion, that after the liquor is done ferment¬ ing, it ought to have fomething to feed upon ; that is, to prevent it from running into the acetous fermenta¬ tion. For this purpofe fome put in parched beans, others egg-fhells, fome mutton fuet, &c. Mr Mar- {hall does not doubt that fomething may be ufeful j and thinks that ifinglafs may be as proper as any thing, that can be got. 655 VII. Bottling. This depends greatly on the qua-Bottling, lity of the liquors themfelves. Good cyder can feldom be bottled with propriety under a year old ; lometimes not till two. The proper time is when it has acquired the utmoft degree of richnefs and flavour in the-cafes } and this it will preferve for many years in bottles. It ought to be quite fine at the time of bottling \ or. if not fo naturally, ought to be fined artificially with ifinglafs and eggs. ^ The liquor, called cydcrkin, purre, or perhin, is made Of cyder- of the murk or grofs matter remaining after the cyderkm- is prefled out. To make this liquor, the murk is put into a large vat, w ith a proper quantity of boiled water, which has flood till it be cold again : if half the quan¬ tity of wTater be ufed that there was of cyder, it will be good j if the quantities be equal, the cyderkin will be fmall. The whole is left to infufe 48 hours, and then well preffed 5 what is fqueezed out by the prefs is immediately tunned up and flopped 5 it is fit to drink in a few days. It clarifies of itfelf, and ferves in fami- of Cy(ier lies inftead «f fmall beer. It will keep, if boiled, after wine, ac- preffure, with a convenient quantity of hops. cording to r _ _ „ Dr Ruth’s We muft not conclude this feftion without parti-recipe. cular Bait III. AGRICULTURE. flu Making of cular notice of the liquor called cyder wine, which is ,Jruit-L:- maje from the juice of apples taken from, the prefs , , an(] boiled, and which being kept three or four years is faid to refemble Rheniih. The method of pre¬ paring this wine, as communicated by Dr Rufti of America, where it is much pra&ifed, conlifts in eva¬ porating in a brewing copper the frelh apple-juice till half of it be confumed. The remainder is then immediately conveyed into a wooden cooler, and af¬ terwards is put into a proper calk* with an addition of yeaft, and fermented in the ordinary .way. The procefs is evidently borrowed from what has long been praftifed on the recent juice of the grape, under the term of vin cuit, or boiled wine, not only in Italy, but alfo in the illands of the Archipelago, from time immemorial. This procefs has lately become an object of imitation in the cyder counties, and particularly in the weft of England, where it is reported that many hundred hogf- heads of this wine have already been made : and as it is faid to betray no fign of an impregnation of copper by the ufual chemical tefts, it is conlidered as perfedt- ly wholefome, and is accordingly drunk without ap- prehenfion by the common people. Others, however, fufpedl its innocence j whence it appeared an objedl of no fmall moment to determine in fo doubtful a mat¬ ter, whether or not the liquor acquires any noxious quality from the copper in which it is boiled. With * Bath Pa-this view Dr Fothergill * made a variety of experi- pers, vol. v. ments j and the refult feemed to afford a ftrong pre- P- 339* fumption that the cyder wine does contain a minute impregnation of copper j not very confiderable indeed, but yet fufficient, in the Dodlor’s opinion, to put the public on their guard concerning a liquor that comes in fo very “ queftionable a ftiape.” It is a curious chemical fad!, he obferves, if it be really true, that acid liquors, while kept boiling in copper veffels, acquire little or no impregnation from the metal, but prefently begin to adt upon it when left to ftand in the cold. Can this be owing to the agitation accafioned by boiling, or the expulfion of the aerial acid ? Atmofpheric air powerfully corrodes copper, probably through the intervention of the aerial or rather nitrous acid, for both are now acknowledged to be prefent in the atmofphere. But the latter is doubtlefs a much ftronger menftruum of copper than the former. In the prefent procefs the liquor is properly diredted to be paffed into a wooden cooler as foon as the boil¬ ing is completed. But as all acids, and even common ■water, acquire an impregnation and unpleafant tafte, from ftanding in copper veffels in the cold, why may not the acid juice of apples adl in fome degree on the copper before the boiling commences ? Add to this, that brewing coppers, without far more care and at¬ tention than is generally beftowed on them in keeping them clean, are extremely apt to contradl verdigrife, ("a rank poifon), as appears from the blue or green ftreaks very vifible when thefe veffels are minutely exa¬ mined. Should the unfermented juice be thought in¬ capable of adling on the copper either in a cold or boiling iftate, yet no one will venture to deny its power of walking off or diffolving verdigrife already formed on the internal furface of the veffel. Sup- pofe only one-eighth part of a grain of verdigrife to be contained in a bottle of this wine, a quantity that Making or may elude the ordinary tefts, and ,that a. bottle Ihould T.ruit-Li- be drunk daily by a perfon without producing any vio- < . lent fymptoms or internal uneafinefs j yet what perfon in his fenfes would knowingly choofe to hazard the ex¬ periment of determining how long he could continue even this quantity of a flow poilbn in his daily beve¬ rage with impunity ? And yet it is to be feared the experiment is but too often unthinkingly made, not only with cyder wine, but alfo with many of the foreign wines prepared by a fimilar procefs. For the grape juice, when evaporated in a copper veffel, under the denomination of vino cotto or boiled wine, cannot but but acquire an equal, if not yet ftronger impregnation of the metal, than the juice of apples, feeing that ver- digrife itfelf is manufactured merely by the' application of the acid hulks of grapes to plates of copper. Independent of the danger of any metallic impreg¬ nation, the DoCtor thinks, it may be juftly queftioned how far the procefs of preparing boiled wines is necef- fary or reconcileable to reafon or economy. The evaporation of them mult by long boiling not only oc- cafion an unneceffary wafte of both liquor and fuel, but alfo diflipates certain effential principles, without which the liquor can never undergo a complete fer¬ mentation } and without a complete fermentation there can be no perfeCt wine. Hence the boiled wines are generally crude, heavy, and flat, liable to produce in- digeftion, flatulency, and diarrhoea. If the evapora¬ tion be performed haftily, the liquor contracts a burnt empyreumatic tafte, as in the prefent inftance j if flow- ly, the greater is the danger of a metallic impregna¬ tion. For the procefs may be prefumed to be gene¬ rally performed in a veffel of brafs or copper, as few families poffefs any other that is fufficiently capacious. Nor can a veffel of caft-iron, though perfectly fafe, be properly recommended for this purpofe, as it would pro¬ bably communicate a chalybeate tafte and dark Colour. to the liquor. At all events, brafs and copper veffels ought to be entirely banifhed from this and every other culinary procefs. Sect. X. Of Fences. 658 We (hall conclude the prefent fubjeCI of agriculture Kinds of by taking notice of the various kinds of fences thatiences emK may be found valuable in it.—Robert Somerville, Efq. merate which are conftantly in want of repairs, and redhons for therefore requiring a continual expence, planting Before planting live hedges, it is proper to confider hedges. t]ie nature of the land, and what forts-of plants will L T U R E. Era dice. thrive bell in it ; and alfo, what is the foil from whence Fences, the plants are to be taken. As for the nze, the fets ought to be about the thicknefs of one’s little finger, and cut within about four or five inches of the ground they ought to be frefli taken up, Hraight, fmooth, and well- rooted. Thofe plants that are railed in the nurfery are to be preferred. In planting outfide hedges, the turf is to be laid, with the grafs-fide downwards, on that fide of the ditch on which the bank is defigned to be made 5 and fome ol the bell mould Ihould be laid upon it to bed the quick, which is to be let upon it a foot afunder. When the firll row of quick is let, it mull be covered with mould ; and when the bank is a foot high, you may lay ano¬ ther row of fets againll the fpaces of the former, and cover them as you did the others : the bank is then to be topped with the bottom of the ditch, and a dry or dead hedge laid, to lhade and defend the under¬ plantation. Stakes ihould then be driven into the loofe earth, fo low as to reach the firm ground : thefe are to be placed at about two feet and a half dillance : and in order to render the hedge yet llronger, you may edder it, that is, bind the top of the Hakes with imall long poles, and when the eddering is finilhed, drive the Hakes anew. . The quick mufl be kept conflantly weeded, and fe-ofmana- cured from being cropped by cattle } and in February ging the it will be proper to cut it within an inch of the ground, iiawtllorn* which will caufe it flrike root afrelh, and help it much in the growth. 665 The crab is frequently planted for hedges 5 and if Of the crab, the plants are raifed from the kernels of the fmall wild crabs, they are much to be preferred to thofe raifed from the kernels of all forts of apples without diilinc- tion ; becaufe the plants of the true fmall crab never fhoot fo flrong as thofe of the apples, and may there¬ fore be better kept within the proper compafs of a hedge. 666 The black thorn, or floe, is frequently planted for Black hedges j and the beH method of doing it, is to raife Hlorn- the plants from the Hones of the fruit, which fhould be Town about the middle of January, if the weather will permit, in the place where the hedge is intended j but when they are kept longer out of the ground, it will be proper to mix them with fand, and keep them in a cool place. The fame fence will do for it when fown, as when it is planted. 66y The holly is fometimes planted for hedges ; but Holly, where it is expofed, there will be great difficulty in preventing its being deHroyed; otherwife, it is by far the moll beautiful plant; and, being an evergreen, will afford much better Ihelter for cattle in winter than any ■other fort of hedge. The beff method of railing thele hedges, is to fow the Hones in the place where the hedge is intended ; and, where this can be convenient¬ ly done, the plants will make a much better progrefs than thofe that are tranfplanted : but thefe berries Ihould be buried in the ground feveral months before they are fown. The way to do this, is to gather the berries about ChriHmas, when they are ufually ripe, and put them into large flower -pots, mixing fome fand with them 5 then dig holes in the ground, into which the pots mull be funk, covering them over with earth, about ten inches thick. In this place they mufl re¬ main till the following Odober, when they Ihould be taken Part III. A G R I C U L T U R E. Fences. 66S Of garden 3'.edges. 669 Of flower¬ ing ftrubs. (taken up, and Town in the place where the hedge is intended to be made. The ground fhould be wTell trenched, and cleared from the roots of all bad weeds bullies, trees, &c. i hen two drills fhould be made, at about a foot diftance from each other, and about two inches deep, into which the feeds fhould be fcat- tered pretty clofe, left fome Ihould fail. When the plants grow up, they muft be carefully weeded : and if they are defigned to be kept very neat, they Ihould be cut twice a year, that is in May and in Auguft ; but if they are only defigned for fences, they need only be fheered in July. The fences for thefe hedges, while young, Ihould admit as much free air as pollible j the beft fort are thofe made with polls and rails, or with ropes drawn through holes made in the polls 5 and if the ropes are painted over with a compolition of melt- eu pitcn, brown Spanilh colour and oil, well mixed, they will laft feveral years. Hedges for ornament in gardens are fometimes planted with evergreens, in which cafe the holly is preferable to any other : next to this, moll people prefer the yew; but the dead colour of its leaves renders thofe hedges lefs agreeable. The laurel is one of the moll beautiful evergreens; but the Ihoots are fo luxuriant that it is difficult to keep it in any tolerable ftiape ; and as the leaves are large, to prevent the dif- agreeable appearance given them by their being cut through with the ffieers, it will be the beft way to prune them with a knife, cutting the flioots juft down to a leaf. The lauruftinus is a very fine plant for this pur- pofe ; but the lame objedlion may be made to this as to^ the laurel :• this, therefore, ought only to be pruned wuth a knife in April when the flowers are going off; but the new7 (hoots of the fame fpring muft by no means be ffiortened. The fmall-Ieaved and rough-leaved lauruftinus are the beft plants for this purpofe. The true phillyrea is the next beft plant for hedges, which may be led up to the height of 1 o or 12 feet ; and if they are kept narrow7 at the top, that there may be not too much width for the fnow to lodge upon them they will be clofe and thick, and make a fine appear¬ ance. The ilex, or evergreen oak, is alfo planted for hedges, and is a fit plant for thofe defigned to grow very tall.—The deciduous plants ufually""planted- to form hedges in gardens are, the hornbeam, which may be kept neat with lefs trouble than moft other plants. I he beech, which lias the fame good quali¬ ties as the hornbeam; but the gradual falling of its leaves in winter caufes a continual litter. The fmall- leaved Englilh elm is a proper tree for tall hedges, but thefe ftiould not be planted clofer than eight or ten feet. The lime-tree has alfo been recommend¬ ed for the fame purpofe ; but after they have Hood fome years, they grow7 very thin at bottom, and their leaves frequently turn of a black difagreeable colour. Many of the flowering ftirubs have alfo been planted in hedges, fuch as rofes, honeyfuckles, fweet briar, &c. but thefe are difficult to train ; and if they are cut to bring them within compafs, their flowers, which are their greateft beauty will be entirely deilroyed. A correfpondent of the fociety for improving agriculture in Scotland, however, informs us, that he tried with iuccels the eglantine, fweet-briar, or dog-rofe, when sll the methods of making hedges praaifed in Effex and Hampftiire had been tried in vain. Ris method was to gather the hips of this plant, and to lay them in a tub till March : the feeds were then eafily rubbed out ; after wffiich they were fowed in a piece of ground prepared for garden peafe. Next year they came up ; and the year after they w7ere planted in the following manner. After marking out the ditch, tb,e plants were laid about 18 inches aiunder upon the fide grafs, and their roots covered with the firft turfs that w7ere taken off from the furface of the intended ditch. The earth fide of thefe turfs w7as placed next to the roots, and other earth laid upon the turfs which had been taken out of the ditch. In four or five years thefe plants made a fence which neither horfes nor cattle of anv kind could pafs. Even in two or three years none of the larger cattle will attempt a fence of this kind. Sheep indeed w7ill fometimes do fo, but they are always' entangled to fuch a degree, that they would remain there till they died unlefs relieved. Old briars dug un and planted foon make an excellent fence; and, where thin, it may be eafily thickened by laying down bran¬ ches, wffiich in one year wall make (hoots of fix or fe- ven feet. '1 hey bear clipping very well. ^ . ^ Anderfon, who hath treated the fubjed of hedg-Dr Ander- ing very particularly, is of opinion, that fbme other *°n’s dh'ec- plants befides thofe above mentioned might be ufefully t“)ns’ employed in the conftrudlion of hedges. Among thefe he reckons the common willow. This, he fays, by -Efays on no means requires the wetnefs of foil which is common-A?r,('“^urA ly fuppofed. “ It is generally imagined (fays he),*" &'c’ that the willow can be made to thrive nowhere^ except in wet or boggy ground : but this is one of thofe vul¬ gar errors, founded upon inaccurate obfervation, too often to be met with in fubjedls relating to rural af¬ fairs ; for experience has fufficiently convinced me. that this plant wull not only grow7, but thrive, in any rich well cultivated foil (unlefs in particular circum- ftances that need not here be mentioned), even although it be of a very dry nature. It could not, however, in general be made to thrive, if planted in the fame man¬ ner as thorns; nor would it, in any refpedl, be proper to train it up for a fence in the fame way as that plant. 671 I he willow7, as a fence, could feldora be luccefsfully Of the employed, but for dividing into feparate inclofures any ^illp'v’ extenfive field of rich ground: and, as it is always ne- cefiary to put the foil into as good order as poflible be- Tore a hedge of this kind is planted in it, the eafieft method of putting it into the neceffary high tilth, will be to mark off the boundaries of your feveral fields in the winter, or early in the fpring, with a defign to give a complete fallow to a narrow ridge, fix or eight "feet broad, in the middle of which the hedge is intended to be planted the enfuing winter. This ridge ought to be frequently ploughed during the fummer feafon and m the autumn to be well manured with dung or lime or both (for it cannot be made too rich), and be neatly formed into a ridge before w inter. •u prepared the ground in this manner, it wii be m readinefs to receive the hedge, wffiich ought to be planted as early in winter as can be got conve¬ niently done ; as the willow is much hurt by being- planted late in the fpring. But before you begin to ma e a ence of this kind, it will be neceffary to pro- viae a fufficient number of plants : which will be- beftr done A G R r c u done by prevloully rearing them in a nurfery or your own, as near the field to be inclofsd as you can conve¬ niently have it} for as they are very bulky, the car¬ riage of them would be troublefbme if they were brought from any confiderable diftance, i he belb kinds of willow for this ufe, are fuch as make the longed and dronged ihoots, and are not of a brittle nature. All the large kinds of hood-willows^ may be employed for this ufe ; but there is another kind with dronger and more taper dioots, covered with a dark green bark when young, which, upon the older iLoots, becomes of an alh gray, of a firm texture,^ and a little rough to the touch. The leaves are not fo long, and 3. great deal broader than thofe of the common hoop- tvillow, pretty thick, and of a dark-green colour. What name this fpecies is ufually known by, I cannot tell; but as it becomes very quickly of a large nze at the root, and is drong and firm, it ought to be made choice of for this purpofe in preference to all other kinds that I have feen. I he dioots ought to be of two or three years growth before they can be proper¬ ly ufed, and dlould never be lefs than eight or nine feet in length. Thefe ought to be cut over clofe by the ground immediately before planting, and carried to the field at their whole length. The planter having dretched a line along the middle oi the ridge which was prepared for their reception, begins at one end thereof, thruding a row of thefe plants firmly into the ground, clofe by the fide of the line, at the diilance of 18 or 20 inches from one another } making them ail flant a little to one fide in a direftion parallel to the line. This being finiihed, let him begin at the oppo- fite end of the line, and plant another row in the inter¬ vals between the plants of the former row 5 making thefe incline as much as the others, but in a dire&ion exactly contrary; and then, plaiting tnefe batket-vays, work them into lozenges like a net, fadening the tops by plaiting the fmall twigs ivith one anothei, which with very little trouble may be made to bind together very firmly. I he whole, when finiihed, affumes a very beautiful net-like appearance, and is e\en at mil a tolerable good defence } and, as theie plants im¬ mediately take root and quickly increafe in fize,. it becomes, after a few years, a very drong fence which nothing can penetrate. I his kind of hedge I myielf have employed j and find that a man.may plant and twill properly about a hundred yards in a day, if the plants be laid down to his hand : and, in a fituation fuch as I have defcribed, I know no kind of fence which could be reared at fuch a fmall expence fo quick¬ ly become a defence, and continue fo long in good or¬ der. But it will be greatly improved by putting a plant of eglantine between each two plants of willow, which will quickly climb up and be fupported by them; , and, by its numerous prickles, would effedlu&lly pre- ferve the defencelefs willow from being browfed upon by cattle. * “ As it will be neceffary to keep the narrow ridge, upon which the hedge is planted, in culture for one vear at lead, that the plants of eglantine may not be •choked by weeds, and that the roots of the willow may be allowed to fpread with the greater eafe in the tender mold produced by7 this means, it wiL. be proper to H r the earth once or twice by a gentle ho-rfe-hce in L T U R E. Fra&ice. the beginning of fummer > and, in the month of June, , Fences, ^ it may be fowed with turnips, or planted with cole- worts, which will abundantly repay the expence of the fallow.” ^72 The fame author alfo gives the following ufeful di- Of planting reclions for planting hedges in fituations very much ex-expoi'ed 11- pofed to the weather, and recovering them when outuat;0nSj the point of decaying. “ dhofe who live in an openanc} reco- uncuitivated country, have many difficulties to encoun-^eiing ter, which others who inhabit more warm and (helter-^1^^ cn ed regions never experience j and, among .thefe difn-jj. culties, maybe reckoned that of hardly getting hedges p_ l6> to grow with facility. For, where a young hedge is much expoled to violent snd#continued gulls of wind, no ait will ever make it rife with fo much freedom, or grow with fuch luxuriance, as it would do in a more flickered fituation and favourable expoiure. “ But although it is impoflible to rear hedges in this fituation to io much perfection as m the others, yet they may be reared even tfiere, with a little atten¬ tion and pains, lo as to become very fine fences. “ It is advifeable in all cales, to plant the hedges up¬ on the face of a bank } but it becomes abfolutely ne- celTary in fuch an expofed fituation as that x have now defcribed : for the bank, by breaking the force of the wind, fereens the young hedge from the violence of the blail, and allows it to advance, for iome time at firll, with much greater luxuriance than it otherwife could have done. “ But as it may be expe&ed foon to grow as high as the bank, it behoves the provident hufbandman to prepare for that event, and guard, with a wile forecali, againft the inconvenience that may be expecled to aide from that circumliance. “ With this view, it will be proper for him, inliead of making a fingle ditch, and planting one hedge, to raife a pretty high bank, with a ditch on each fide, cn it, and a hedge on each face of the bank } in which fituation, the bank wall equally Ihel.ter each of the two hedges while they are lower than it} and, wnen they at length become as high as the bank, the one hedge will in a manner afford Ihelter to the other, fo as to enable them to advance with much greater luxuriance than either of them would have done fingly. “ To effefluate this Hill more perfectly, let a row of fervice trees be planted along the top of the bank, at the diftance of 18 inches from each other, with a plant of eglantine between each tw’O fervices. I ids plant will advance, in fome degree, even in this expo- fed fituation-, and by its numerous Ihoots, covered with large leaves, w7ill effectually fereen the hedge on each fide of it, which, in its turn, will receive fome fupport and (belter from them 5 fo that they will be enabled to advance all together, and form, in time, a clofe, ftrong, and beautiful fence. “ The fervice is a tree but little known in Scotland j although it is one of thofe that ought perhaps to be often cultivated there in preference to any other tree whatever, as it is more hardy, and, in an expofed fitu¬ ation, affords more {belter to other plants than almoft afiy other tree I know : for it fends out a great many ftrong branches from the under part ol the ftem, which, in time, affutne an upright direction, and con¬ tinue to advance with vigour, and carry many leaves to Part III. Fences. *73 Of the black alder AGRICULTURE. g-u of the ground; by which means they will flioot out fences, many branches. 1'his tree may be trained into very thick and clofe hedges, to the height of 20 feet and upwards. It will thrive exceedingly on the Tides of brooks} for it growls bell when part of its roots are the very bottom, almoft as long as the tree exifls: fo ; that if it is not pruned, it rifes a large clofe bulb, till it attains the height of a foreft tree. “ It is of the fame genus with the rawm-tree, and has a great refemblance to it both in llower and fruit 5 its branches are more waving and pliant j its leaves un ■ divided, broad, and round, fomewhat refembling the elm, but white and mealy on the under fide. It de- ferves to be better known than it is at prefent. “ But if, from the poornefs of the foil in which your hedge is planted, or from any other caufe, it mould fo happen, that, after a few years, the hedge becomes fickly, and the plants turn poor and Hunted in appearance, the eafiefi: and only effeftual remedy for that difeafe, is to cut the Hems of the plants clean over, at the height of an inch or two above the ground j af¬ ter which they wall fend forth much ftronger flioots than they ever wrould have done without this opera¬ tion. And if the hedge be kept free of weeds, and trained afterwards in the manner above defcribed, it will, in almoll every cafe, be recovered, and rendered frefh and vigorous. “ This amputation ought to be performed in au¬ tumn, or the beginning of winter ‘7 and in the fpring, when the young buds begin to (how themfelves, the Humps ought to be examined with care, and all the buds be rubbed off, excepting one or two of the ftrong- efi: and belt placed, which Ihould be left for a ftem. For if the numerous buds that fpring forth round the Hem arc allowed to fpring up undifturbed, they wdll become in a few" years as weak and Hunted as before j and the hedge will never afterwards be able to attain any confiderable height, Hrength, or healthfulnefs. I have feen many hedges, that have been repeatedly cut over, totally ruined by this circumflance not hav¬ ing been attended to in proper time. “If the ground for fixteen or twenty feet on each fide of the hedge be falloured at the time that this ope¬ ration is performed, and get a thorough dreffing with rich manures, and be kept in high order for fome years afterwards by good culture and meliorating crops, the hedge will profper much better than if this had been omitted, efpecially if it had been planted on the level ground, or on the bank of a (hallow ditch.” Mr Miller greatly recommends the black alder as fuperior to any other that can be employed in moifl foils. It may either be propagated by layers or trun¬ cheons about three feet long. The befi time for plant¬ ing thefe lafi is in February or the month of March, They ought to be fiiarpened at their largefi end, and the ground wTell loofened before they are thruH into it, lefi the bark firould be torn off, which might occa- fion their mifcarriage. They Ihould be fft at leaft two feet deep, to prevent their being blown out of the ground by violent w inds after they have made ftrong Ihoots; and they Ihould be kept clear of tall wTeeds until they have got good heads, after which they wall require no farther care. When raifed by laying down the branches, it ought to be done in the month of Oc¬ tober j and by that time twelvemonth they will have roots Sufficient for tranfplantation, which muff be done by digging a hole and loofening the earth in the place wffiere the plant is to Hand. The young fets muff be planted at leaff a foot and a half deep ; and their top ffiould be cut off to within about nine inches Vol. I. Part II. 674 in w^ater; and may, if planted there, as is ufual for willows, be cut for poles every fifth or fixth year. Its w-ood makes excellent pipes and Haves j for it will laff a long time under ground or in water: and it is likewife in great effimation among plough-wrights, turners, &c. as w7ell as for making feveral of the uten- fils neceffary for agriculture. Its bark alfo dies a good black. The birch is another tree recommended by Mr Mil- Of the ler as proper for hedges 5 and in places where thebil'ch> young plants can be eafily procured, he fays that the plantation of an acre will not cofl 40 Ihillings, the af¬ ter expence will not exceed 20 ffiillings ; fo that the wffiole will not come above three pounds. Afh trees ought never to be permitted in hedges, both becaufe they injure the corn and grafs by their wide extended roots, and likewife on account of the property their leaves have of giving a rank taffe to butter made from the milk of fuch cattle as feed upon the leaves. No aflr trees are permitted to grow in the good dairy-coun- ties. Where there are plenty of rough flat Hones, the Of hedges fences which bound an eflate or farm are frequently™’^ on made with them. In Devonfliire and Cornwall it isthetoPof common to build as it w7ere two walls with thefe Hones^ccs laid upon one another j firff tu7o and then one be- ^ ^ tween : as the walls rife they fill the intermediate fpace with earth, beat the Hones in flat to the fides, which makes them lie very firm, and fo proceed till the whole is raifed to the intended height. Quick hedges, and even large timber trees, are planted upon thefe Walls, and thrive extremely well. Such inclofures are reckoned the beff defence that can be had for the ground and cattle ; though it can fcarce be fuppofed. but they muff be difagreeable to the eye, and Hand in need of frequent repairs, by the Hones being forced out of the way by cattle. The beff way to prevent this is to build fuch wall in the bottom of a ditch made wide enough on purpofe, and Hoped down on each fide. Thus the deformity will be hid; and as the cattle cannot Hand to face the wall fo as to attempt to leap over it, the Hones of which it is compofed will be lefs liable to be beaten down. The earth taken out of the ditch may be fpread on the adjacent ground, and its fides planted with fuch tr£es or underwood as will beff fuit the foil. By leaving a fpace of feveral feet on the infide for timber, a fupply of that valuable commodity may be had without doing any injury to the more valuable paffure. ^ . 'I he following is an excellent method of making a Method of durable and beautiful fence in graffy places. Digconftrudl. pieces of turf four or five inches thick, the breadth o°f inS an ex’ the fpade, and about a foot in length. Lay thefe turfs even by a line on one fide, with the grafs outward, at grally pla. the diffance of ten or twelve inches within the markces. at which the ditch afterwards to be dug in the folid ground is to begin. Then lay, in the lame manner, but with their grafs fides turned out the contrary way, another row7 of turfs, at fuch a diflance as to make" a breadth of foundation proportioned to the intended 3 U height height of the bank. the more fecure are his cattle and crops. But if a ju¬ dicious mixture of cyder fruit-trees were planted in hedges, the profit arifing from them only would abun¬ dantly repay the ccft of the whole without any lofs of ground. It may poflibly be objefted by fome, that the hedges wmiild often be hurt by the boys climb- ing up to get the fruit : but thofe W’ho make it ftiould remember, or be, told, that the beft kinds of cyder-fruit are fo hard and auftere at the time of their being gathered, that nobody can eat them, and even hogs Part IIL AGRICULTU R E , [ liogs will liardly toucli them. But the greateft bene- iit, where no fruit-trees are planted, a rife? from the thorns and wood which quick hedges yield for the fire 6go and other purpofes.” Method of 1 he author of the Effays on Hufhandry recommends hornbeam ^orn^eam P^an*- as one °f the belt yet known for hedges in makin§ fences, according to the method pradifed in Germany. Germany, where fuch fences are common. “ When the German hufbandman (^fays he^ ereds a fence of this nature, he throws up a parapet of earth, with a ditch on each fide, and plants his hornbeam fets in fuch a manner, that every two plants may be brought to iri- terfed each other in the form of St Andrew’s crofs. In that part where the two plants crofs each other, he gently fcrapes off the bark, and binds them w ith ftrawv thwart- wife. Here the two plants confolidate in a kind of in- dufoluble knot, and puflr from thence horizontal fiant- ing fhoots, which form a fort of living palifado or che- vaux de frife ; fo that fuch a protedion may be called a rural fortification. The hedges being pruned annu- elly, and with difcretion, will in a few years render the S»i fence impenetrable in every part. I)r Ander- “ It lometimes happens (lays Dr Anderfon) that a thod3 !Isdge may have been lon£ negle,aed, and be in general mending in a healthy ftate, but full of gaps and openings, or fo decayed and draggling, as to form but a very imperfed hedges. lort of fence. On thefe occafions, it is in vain to hope to fill up the gaps by planting young quicks j for thefe would always be outgrown, choked, and ftarved, by the old plants : nor could it be recovered by cutting clear over by the roots, as the gaps would Hill conti- . 11116 where they formerly were. The only methods that I know of rendering this a fence are, either to mend up the gaps with dead wood, or to plajh the hedge ; which laft operation is always the moft eli¬ gible where the gaps are not too large to admit of be¬ ing cured by this means. “ I he operation I here call plafhing, may be de- fined, “ a wattling made of living wood.” To form this, fome Hems are firft feleded, to be left as flakes at proper diftances, the tops of which are all cut over at , height of four feet from the root. The draggling iide-branches of the other part of the hedge are alfo lopped away. Several of the remaining plants are then cut over, clofe by the ground, at convenient didances; and the remaining plants are cut perhaps half through, fo as to permit them to be bent to one fide. They are then bent down almod to a horizontal pofition, and interwoven with the upright dakes, fo as to retain them in that pofition. Care ought to be taken that thefe be laid very low at thofe places where there were formerly gaps ; which ought to be farther drengtbened by fome dead dakes or truncheons of willows, which will frequently take root in this Cafe, and continue to hve. And fometim^s a plant of eglantine will be able to overcome the difficulties it there meets with, drike root, and gro\y up fo as to drengthen the hedge in a mod effectual manner. “ The operator begins at one end of the field, and proceeds regularly forward, bending all the dems in one cdre&ion, lo that the points nfe above the roots of the others, till the ■whole wattling is completed to the fame height as the uprights. “ expert operator will perform this work with much greater expedition than one who has not feen it done could eafily imagine. And as all the diagonal Fences, wattlings continue to live and fend out fhoots from ~v~”“ many parts of their dems, and as the upright fhoots that rife from the dumps of thofe plants that have been cut over quickly rulh up through the whole hedge, thefe ferve to unite the whole into one entire mais, that fo: :ms a drong, durable, and beautiful fence. “ This is the bed method of recovering an old neglefted hedge that hath as yet come to my know¬ ledge. “ In fome cafes it happens that the young fhoots of a hedge are killed every winter ; in which cafe it foon becomes dead and unfightly, and can never rife, to any confiderable height. A remedy for this difeafe may therefore be wifhed for. “ Young hedges are obferved to be chiefly affefted with this diforder j and it is almod always occafioned by an injudicious management of the hedge, by means of which it has been forced to fend out too great a number of fhoots in fummer, that are thus rendered fo fmall and weakly as to be unable to relid the fevere weather in winter. “It often happens that the owner of a young hedge, with a view to render it very thick and clofe, cuts it over with the {hears a few inches above the ground the firft winter after planting; in confequence of which, many fmall fhoots fpring out from each of the ftems that has been cut over :—Each of which, being after¬ wards cut over in the fame manner, fends forth a dill greater number of fhoots, which are fmaller and fmaller in proportion to their number. “ If the foil in which the hedge has been planted is poor, in confequence of this management, the branches, after a few years, become fo numerous, that the hedge is unable to fend out any fhoots at all, and the utmoft exertion of the vegetative powers enables it only to put forth leaves. Thefe leaves are renewed in a fickly date for fome years, and at laft ceafe to grow at all— the branches become covered with fog, and the hedge perilhes entirely. “ But if the foil be very rich, notwithftanding this great multiplication of the ftems, the roots will dill have fufficient vigour to force out a great many fmall dioots, which advance to a great length, but never attain" a proportional thicknefs. And as the vigour of the hedge makes them continue to vegetate very late in autumn, the foods come on before the tops of thefe dangling (hoots have attained any degree of woody firmnefs, fo that they are killed almoft entirely by it: the whole hedge becomes covered with thefe long dead fhoots, which are always difagreeable to look at, and ufually indicate the approaching end of the hedge. ° t he caufes of the diforder being thus explained, it will readily occur, that the only radical cure is am¬ putation y which, by givirig an opportunity to begin with training the hedge anew, gives alfo an opportuni¬ ty of avoiding the errors that occafioned it. In this cafe, care ought to he taken to cut the plants as clofe to the ground as poffible, as there the dems will be lefs numerous than at any greater height. And particu, lar attention ought to be had to allow very few fhoots to arife from the ftems that have been cut over, and to guard carefully againft fhortening them. “ But as the roots, in the cafe here fuppofed, will 3 U 2 be 524 A G R I C U Fences, be very ftrong, the {hoots that are allowed to fprhig.. from the Items will be very vigorous, and there will be fome danger of their continuing to grow later in the feafon than they ought in fafety to do •, in which cafe, fome part of the top of the {hoot may perhaps be kill¬ ed the firft winter, which ought if poilible to be pre¬ vented. This can only be effectually done by giving a check to the vegetation in autumn, fo as to allow the young {hoots to harden in the points before the winter approaches. If any of the leaves or branches of a tree are cut away while it is in the Jtate of vegetation, the whole plant feels the lofs, and it fuffers a temporary check in its growth in proportion to the lofs that it thus fuftains. To check,therefore, the vigorous vege¬ tation at the end of autumn, it will be prudent to choofe the beginning of September for the time of lopping off all the fupernumerary branches from the young hedge, and for clipping off the fide-branches that have fprung out from it} which will, in general, be fufficient to give it fuch a check in its growth at that feafon, as will prevent any of the {hoots from ad- Trancing afterwards. If the hedge is extremely vigo¬ rous, a few buds may be alkwed to grow upon the large flumps in the fpring, with a view to be cut off at this feafon, which will tend to Hop the vegetation of the hedge dill more effectually, “ By this mode of management, the hedge may be preferved entire through the firft winter. And as the v {hoots become lefs vigorous every fucceffive feafon, there wall be lefs difficulty in preferving them at any future period. It will always be proper, however, to trim the lides of a very vigbrous hedge for fome years while it is young, about the fame feafon of the year, which will tend powerfully to prevent this malady. But ■when the hedge has advanced to any confiderable height, it will be equally proper to clip it during any of the winter-months, before Candlemas.” Lord Karnes, in his work entitled the Gentleman Farmer, gives feveral dire&ions for the railing and mending of hedges conliderably different from thole above related. For a deer-park he recommends a wall of ftone coped with turf, having laburnums planted clofe to it. The heads of the plants are to be lopped off, in order to make the branches extend laterally, and interweave in th'e form of a hedge. The wall will pre¬ vent the deer from breaking through \ and if the hedge be trained eight feet high, they will not attempt to leap over. He prefers the laburnum plant, becaufe 51& beaft will feed upon it except a hare, and that only when young and the bulb tender. Therefore, no ex¬ traordinary care is neceffary except to preferve them from the hare for four or five years. A row of alders may be planted in front of the laburnums, which no hare nor any other beaft will touch. The wTalI he re¬ commends to be built in the following manner, as be¬ ing both cheaper and more durable than one conftrubl- ed entirely of ftone. Raife it of ftone to the height of two feet and a half from the ground, after -which it is to be coped with fod as follows. Firft, lay on the wall, with the graffy fide under, fod cut with the fpade four or five inches deep, and of a length equal to the thicknefs of the wall. Next, cover this fod with loofe earth rounded like a ridge. Third, prepare thin fod, caft with the paring fpade, fo long as to extend, be¬ yond the tbicknefs of the wail, two inches on each fide. green throughout the winter, evidently give it the pre- r^fing ference to all others ; and could it be raifed with equal hedaesT eafe, there is no doubt that it would come into uni- ^ verfal prablice. Befides the above properties, the holly will thrive almofl upon any foil; but thin-foiled Hony heights feem to be its natural fituation ; and it may properly enough be faid, that holly will grow wherever corn will. Its longevity is likewife. excef- five ; and being of flow growth, it does not fuch the land, as the farmers exprefs it, or deprive the crop of its nourilhment, as other hedges do. The difficulty of raifing holly may be obviated by planting it under crabs, which have a tendency to grow more upright than hawthorns, and confequently affording more air, will not impede its progrefs though they afford Ihel- ter. It may even be railed alone without any great diiliculty ; only in this cafe the dead fence, to fecure it, muff b'e kept up at leaff ten or twelve years, inffead of fix or feven, as in the other cafe 5 and indeed, con- fidering the advantages to be derived from fences of this kind, they feem to merit all the additional trouble requifite. The holly may be raifed either under the crab or hawthorn in two ways, viz. by lowing the berries when the quick is planted, or by inferring the plants themlelves the enfuing midfummer. The former is by much the more fimple, and perhaps upon the whole the better method. The feeds, may either be Mat¬ tered among the roots oi the deciduous plants, or be Town in a drill in front: and if plants of holly 3 X be 533 Fences. 704 Hedges of whins or furze. A G R I C U be put in, they tnay either be planted between thofe of the crab, or otherwife in front in the quincunx manner. “ Whins (furze) have been often employed, fays Dr Anderfon, as a fence when fown upon the top of a bank. They are attended with the convenience of coming very quickly to their perfeftion, and of grow¬ ing upon a foil on which few other plants could be made to thrive ; but in the way that they are common¬ ly employed, they are neither a ftrong nor a lading fence. The firft of thefe defers may, in fome mea- fure, be removed, by making the bank upon which they are fowed (for they never Ihould be tranf- planted) of a conliderable breadth 5 in order that the largenefs of the aggregate body, confidered as one mafs, may, in fome meafure, make up for the want of ilrength in each individual plant. With this view, a bank may be raifed of five or fix feet in breadth at the top, with a large ditch on each fide of it ; railing the bank as high as the earth taken from the ditches will permit •, the furface of which fhould be fowed pretty thick with whin feeds. Thefe will come up very quickly : and in two or three years rvill form a barrier that few animals will attempt to break through, and will continue in that date of perfeftion for fome years. But the greateft objeftion to this plant as a fence is, that, as it advances in fize, the old prickles always die away j there being never more of thefe alive at any time upon the plant, than thofe that have been the produce of the year immediately preceding : and thefe thus gradually falling away, leave the ftems na¬ ked below as they advance in height j fo that it very foon becomes an exceeding poor and unfightly fence ; the ftems being entirely bare, and fo flender withal as not to be able to make a fufficient refiflance to almoft any animal whatever. To remedy this great defeft, either of the two following methods may be adopted. The firft is to take care to keep the bank always Hon¬ ed with young plants ; never allowing them to grow to fuch a height as to become bare below : and it was principally to admit of this, without lofmg at any time the ufe of the fence, that I have advifed the bank to be made of fuch an unufual breadth. For if one lide of the hedge be cut quite clofe to the bank, when it is only two or three years old, the other half will jemain as a fence till that ftde become ftrong again; and then the oppofite lide may be cut down in its turnq and fo on alternately as long as you may incline : by which means the bank null always have a ftrong hedge upon it without ever becoming naked at the root. And as this plant, when bruifed, is ene of the moft valuable kinds of winter food yet known for all kinds of domef- tic animals, the young tops may be carried home and employed for that purpofe by the farmer j- which will abundantly compenfate for the trouble of cutting, and the wafte of ground that is occafioned by the breadth of the bank. “ The other method of preferving a hedge of whins from turning open below, can only be pracftifed where fheep are kept ; but may be there employed with great propriety. In this cafe it will be proper to fow the feeds upon a conical bank of earth, Ihoved up from the furface of the ground on each lide without any ditches. If this is preferved from the Iheep for two or three years at firft, they may then be allowed free accefs to L T U R E Practice. it j and, as they can get up clofe to the foot of the Fences. bank upon each fide, if they have been accuftomed to 1 —1 this kind of food, they wall eat up all the young {hoots that are within their reach, which will occafion them to fend out a great many lateral Ihoots : and thefe be¬ ing continually browfed upon, foon become as clofe as could be defired, and are then in no lort oi danger of becoming naked at the root, although tne middle part ftiould advance to a confiderable height. Where furze or whins are'to be ufed either as a fence by themfelves, or in afliftance to another, it is perhaps more proper to ufe the French ieed than that produced in Great Britain, as the former feldom ripens in this country, and coniequently cannot like the latter over¬ run the adjacent inclofure. It may be had at tne ieed- Ihops in London for about I5d. per pound, and one pound will fow 40 ftatute roods. When uled as an afliftant to a hedge, it is more proper to low it on the back of the bank than on the top of it; as in this cale it is more apt to overhang the young plants in the face of the bank ; whilft in the other it is better fituated for guarding the bank, and preventing it from being torn down by cattle. The method of fowing is as follows : Chop a drill with a (harp ipade about two- thirds of the way up the back of the bank, making the cleft gape as wide as may be without breaking off the lip } and having the feed m a quart bottle, itopped with a cork and goofe quill, or with a perforated wooden ftopper, trickle it along the arid, covering it by means of a broom drawn gently above and o\er the mouth of the drill. Clofing the drill with the back of the fpade, fhuts up the feeds too much from the air, and thus keeps them too long from rifing. ^ We do not know that any perfon has yet attempted Gcofeberry to make ufe of the goofeberry for the purpofe of ma-hedge, king hedges, though few plants feem better adapted for that purpofe. It grows readily, dome varieties of it rife to a confiderable height, and by the ftrength and number of its prickles, it would effeaually prevent any animal from breaking through.—It is faid that fome fpecies of the mulberry not only grow and thrive in England, but are capable of being reared to per- fe&ion in Scotland, as has been experienced at Dal¬ keith. As the leaves of this plant are the food of the filk-worm, which produces the moft beautiful and va¬ luable of all the materials that can occupy the loom, it is perhaps worthy of attention how far it might be worth while to rear it as a fence in hedge-rows with a view to its becoming the bafis of a valuable manu¬ facture. # r v r j Dry ftone walls are fometimes ereCled of thofe round Fences of and apparently water-worn ftones which the plough ftone walls, throws out, and which may be gathered in every field. They are ufually coped with fod. This, how¬ ever, is a very indifferent fence. In moft inftances-k is ereCted by common labourers, and is therefore ill conftru&ed, fo ass not even to be ef an uniform thick- nefs from top to bottom. The round figure of the ftones alfo prevents the building from being well bound together. Even the cattle rubbing themfelyes againft it are apt to make confiderable gaps, which render conftant attention necefiary to keep it in re^- pair. It is cheaply executed, however, and aflords the means of at once fencing the land and clearing it of ftones. When dry ftone walls are Ikilifully bulk by Part III. AGRICULTURE. 53i Fences, by ms funs, anu made with quarried hones finifned with a good coping, they look well and laft for many years 5 but the coping ought to be of hone and not of turf or mud. To render hone and lime wralls valuable as fences, they hiould have a broad bafe, and have a foundation fuhiciently deep to prevent their being injured by the loofening of the foil which is produced by froh. This fence is very durable, but it is alfo very expenhve. To be in perfe&ion, it ought to be executed not with com¬ mon hones gathered from the fields, but with hones from the quarry : It ought to be fecured at the top with a coping of hone of the flag kind laid together in fuch a way as to render the wall narrow at top like the roof of a houfe. If the coping is neglefted, the moihure foon finds its way into the heart of the wall, and it is alfo liable to various accidents from idle per- fons climbing over it. The Gallo- The Galloway dike ow^es its name to the county in way dike, tvhich it wras firh ufed. It confifls of a broad building of dry hones tapering upwards. Large flat hones are then laid on like a coping, and project over the wall on each fide. Above thefe Rories large rugged round hones are laid, and fmaller hones above thefe, fo as to admit a free paflage to the winds wdiich whihle through them. The Gallowuy dike is never raifed very high, but its tottering appearance fo terrifies the cattle and fheep, that they dare not touch it j fo that it is a very effedtual fence, though it neither affords flicker nor or¬ nament to the country. It has the advantage, how¬ ever, of being erefted at a very trifling expence; it is not unfuitable to thofe lower parts of the country in which the flielter of high trees and hedges would prove pernicious to the corn crop, and where the confinement of the flock is all that is required. Clay is fometimes ufed inftead of lime for binding ftone walls; but it is a very defective cement; for if frofl fuddenly fucceed to wret weather it is apt to fwell and to tumble down at the next thawu To guard againft the effefts of moifture, thefe flone and clay wralls are fometimes rough-caft or coated over with lime. If the coating is very thick and the w^all pro¬ perly coped, it may laft in this way as long as a wall of ftone and lime. 708 Frame Vails. For the fake of the appearance, dry-ftone walls have fometimes two or three inches at the top of them on each fide lipped or waflied with lime, wdiich adds no¬ thing to their ftrength, but gives them the appearance of being built entirely with ftone and lime. With the fame view, and with the fame effect, they are fometimes alfo broad-caft or coated wdth lime over their whole furface. Dry-ftone walls, after they are finiflied are fometimes pinned and harled, or rough-caft, that is, the mafon fills up all the interftic.es of the building writh fmall ftones, and afterwards coats it over with lime, which adds oonfiderably to its durability. Lowr dry-ftone walls have fometimes a light paling at the .top, wffich gives them a handfome appearance. Brick walls are lometimes ufed where ftones are ex¬ tremely fcarce, but they are chiefly eitiployed for facing garden w^alls. Frame walls are conftru&ed in the following man¬ ner. A frame of boards of the width and heighth in¬ tended for the future wrall is placed upon the line that has been dug for a foundation. The frame is filled to the top with ftones gathered from the adjoining fields, Fences, and a quantity of liquid mortar is poured in amongft * "'4 them fufficient to fill up every interftice. The wdiole is allowed to remain for a day or two, or longer, till the building is dried io far as to have acquired fome liability. The frame is then removed, and placed a little farther on in the fame line, but in contaft with the laft-made piece of wall, and the operation is re¬ newed. This is fuppofed to have been a very ancient mode of building. Turf walls are found very ufeful in upland diftricts for temporary purpofes, fuch as for folds, or for pro¬ tecting young plantations or young hedges. Their ftrength is fometimes increafed, without augmenting the expence of the conftruftion, by intermingling them writh ftones, that is, by forming the wTall of alternate layers of turf and ftone. , yQ9 Mud walls with a mixture of ftraw, are very frequent Mud walls, in many places both of England and Scotland, and they are ufed not only for fences, but alfo for con- ftrucling the walls of farm houfes and oftices, in the poorer parts of the country. They are formed in the following manner. Straw7 and clay are incor¬ porated with each other, like hair with plaifter lime, and formed into large pieces. A ftratum of thefe is laid at the bottom of the intended wall. The different pieces are then firmly kneaded with the hand, and preffed at each fide with a flat board, which not only confolidates, but gives fmoothnefs and uniformity to the work. Succeflive ftrata are added till the w’all is reared to its intended height. If walls thus conftrucfted are. properly coated with lime, to protect them againft moifture, they become very durable; and their appear¬ ance is not inferior to that of a ftone and lime building. Of compound fences, the moft ordinary is the Angle Compound hedge and ditch, with or without paling. The mode fences. 1 of planting thefe hedges has been already ftated on the authority of Lord Karnes and others j and we ftiall only add, that if a hedge is wiihed to rife with rapidity, the fpot in which it is planted ought to be enriched with lime, compoft, or other manures, as hedge plants cannot, any more than other plants, fpring rapidly w ithout culti¬ vation. Where a hedge is planted at the top of a ditch, it may alfo be remarked, that it is doubly neceffary to give the ditch a proper degree of Hope, that it may not be undermined by any accident, which would have the effect to lay bare the roots of the hedge, or entire¬ ly to bring it down. Where it is wiihed to render lands inclofed wuth hedge and ditch fencible at once, a kind of Gallow-ay dike, confifting of fome rows of large coarfe loofe ftones, may be placed upon the top of the bank, which will have the effect of protefting the hedge againlt cattle. The double ditch with a hedge in the front of each, is now pra&ifed, particularly on cold lands, in many parts of Great Britain. It may be remarked, that wdiere thefe double ditches are w7anted for drains, it is undoubtedly a proper praftice; but in other fttuations it is exceptionable, as laying out unprofitably a large por¬ tion of the foil. When a hedge and ditch is ufed, whether Angle or double, the hedge is fometimes placed not at the bot¬ tom of the bank, wffich is the ufual way, but in the middle of it, at fome height above the ordinary furface of the field. In fuch a mode of planting, the hedge is 3X2 expofed AGRICULTURE. Practice. Fences, expofed to great injury from tlie bank mouldering down, *-——1 and from want of proper nourifhment} 'but tire practice is fometimes necelfary upon wet lands, where hedges would not thrive, if placed upon the common furface. Sometimes the face ot a natural declivity is cut down, in a doping dire&ion, to within 18 or 20 inches of the bottom. Here a bed is made and covered with good earth, in which the plants are inferted. A hedge plant¬ ed in this way looks formidable, from the fide facing the bank ; but it is expofed to more accidents^ from a failure of its foil in confequence of frofts, than if plant- yu ed at the bottom of the bank. Hedge and Sometimes what is called a hedge and bank, or hedge bank fence. on the top of a bank, is made ufe of. It confifts of a bank of earth taken from the adjoining grounds, broad at bottom and tapering towards the top, along the fum- mit of which the hedge is planted. Such hedges are extremely liable to decay, m confequence of tire arti¬ ficial mound on which they hand, being unable to re¬ tain lulhcient moifture for their fupport, or being wafli- ed awuy from about their roots. Devonfhire The Devonihire fence refembles the one now defcrib- fcace. ed. It conlifts of an earthen mound J feet wide at bot¬ tom, and 4 feet at the top, and 5 feet in height. In the middle of the top of it a row of quicks is planted, and on each fide at two feet diftance a row of willow flakes, of about an inch in diameter each, and from 18 inches to two feet in length, is ftuck in, doping a little outwards. Thefe flakes take root, and form a kind of live fence for, the prefervation of the quicks in the middle. Palings are frequently employed for the proteblion of young hedges, whether planted on the plain foil or on the top of a ditch : dead hedges, of the kinds for¬ merly mentioned, are alfo employed for the fame pur- pofe. The dead hedge is preferable to the paling, as it {belters the young plants from the inclemency of the weather. The dead hedge, however, ought al¬ ways to be at fome diftance from the living one, to al¬ low the latter freely to put forth its branches. As al¬ ready noticed, walls of different kinds are fometimes eredled, whether Galloway dikes or of ftone and lime, for the prote&ion of young hedges j but there is a Hedge in mode of making a hedge in the middle or in the face the face of 0f a wall which deferves attention. It is executed in a wall. t|ie following manner : The face of the bank is firft cut down not quite perpendicular, but nearly fo. A facing of ftone is then begun at the bottom, and carried up regularly in the manner that ftone walls are generally built. When it is raifed about 18 inches or 2 feet high, according to circumftances, the fpace between the wall and the bank is lilled up with good earth, well broke and mixed with lime or com- poft. The thorns are laid upon this earth in fuch a manner, as that at laft 4 inches of the root and ftem {flail reft upon the earth, and the extremity of the top ftiall project beyond the wall. When the plants are thus regularly laid, the roots are covered with earth, and the -wall continued upwards, a hole having been left which each plant peeps through. .As the wall ad¬ vances upwards, the fpace between it and the bank is gradually filled up : when completed the wall is finilhed with a coping of fod or of ftone and lime. When the plants begin'to vegetate, the young flioots appear in the face of the wall, rifing in a perpendicular direction. 2 It is faid, that Sir James Hall of Dunglafs has adopted Fences, this mode of inclofing to a confiderable extent in Eaft Lothian *, that the hedges have made great progrefs j and that they exhibit, upon the whole, an extremely handfome appearance. _ 7x4 Whatever may bethought of the propriety of plant-Belts of ing trees in hedge-row's, there can be no doubt, that in planting, certain fituations the addition to a hedge or hedge and ditch of a belt of planting is a valuable acquifition to its owner and to the country. It is- certain, however, as formerly ftated, that in low rich foils where corn is chiefly cultivated, particularly when furrounded by hills, belts of planting are not only unneceffary, but even hurtful to the crop. But there are other fitua¬ tions in which they are of the higheft value.. The peninfula, which forms the county ot Caithnefs, is faid to be a proof of this. Its foil is of a good quality, but its value is greatly impaired by its being expofed to fea-winds, w hole feverity checks all vegetation. Many tradls throughout the ifiand are nearly in the fame fi- tuation } and in all of them nothing more is wanted to improve the country than to interiedf it in a judicious manner with hedges and belts of planting. Where belts of planting are meant to remain as an efficient fence, they ought to be of a confiderable breadth. In poor and cold fituations the breadth ought to be fuch as to allow fpace for planting a great number of trees, which, from the fhelter they mutually afford, may pro- te£l each others growth againft the feverity of the cli¬ mate. With the fame view7, in cold and expofed fitua¬ tions, the young trees fhould be planted very thick $ perhaps four or five times the number that can grow to a full fize fhould be planted. This praftice affords a choice of the moft healthy plants to be left when the plantation is thinned. In belts of planting an error is iometimes committed of mingling firs, larches, and pines, with oaks, afhes, &c. with the intention that the ever¬ greens fhould proteft for a certain time the other trees, and thereafter be removed. The effeft of which too frequently is, that when the evergreens are taken away, their growth is not only checked for feveral } tars j but being unable, after experiencing fo much fhelter, to refift the feverity of the climate, they die altoge¬ ther. This is the more likely to happen in confe- quence of the rapidity with which the firs and larches grow ; for the oaks and other trees are drawn up along with them, and acquire, in fome meafure, the nature of hot-houfe plants, unfit to encounter the blafts of a northern climate : hence belts of planting fhould either be made altogether of evergreens or altogether of de¬ ciduous plants, fuch as oak, afh, &c. It tne ever¬ greens are at all introduced among thefe laft, it ought to be fparingly, and at the outfide of the belt, with the view to afford only a moderate degree of fhelter, . . Where fields are meant to remain conftantly m pa- fturage, the belts may be made in a ferpentine, and fometimes in a circular form, both for the fake of or¬ nament, and to afford more complete fhelter; but this cannot be done where the plough p meant to be in¬ troduced. Upon a north expofure, the belts fhould crofs each other at proper diftances to afford more complete fhelter. Upon a fouth expofure, they ought to run from fouth, to north to afford a defence againft the eaft and weft winds which are the ftrongeft m this country. Index, A G R I C U Fences. 7l$ The reed fence. country. fenced. Belts of planting require themfelves to be A fence, which is merely intended to proted their growth, may confift of a mud wall; but if a per¬ manent fecurity is wanted, a hedge and ditch will be neceffary. In fome fituations, inftead of the belt of planting, it is cuftomary to plant only the corners of the fields j and this plan is advilable where the country requires but a moderate degree of fhelter, added to that which it may derive from thriving hedges. It has been propofed, that on all fheep farms of any extent, there ought to be one or more circular belts of planting, inclofing a fpace of about an acre or an acre and a half in the centre, with a ferpentine road leading through the belt into this inclofure, the ufe of which is evident. In heavy falls of fnow numerous flocks are fometimes buried, and the lives of the Ihep- herds are not unfrequently loll in attempting to drive them to a place of fafety. On fuch occafions, the in- clofures we have now mentioned, would be of the ut- moft value. When a llorm threatened, the flieep might be driven to thefe inclofures where the fnow could never be piled up by driving, winds; and they might there be fed and remain with entire fafety. If due care were taken to litter the place, a quantity of valuable dung might be collefted, if the ftorm Ihould remain for any length of time. rh^ iced fence has hitherto been only uled in gar¬ dens. It confifts of a kind of wall, formed by fewing with wrought yarn bundles of reeds, applied perpendi¬ cularly to a railing. This fence feems well adapted for giving temporary {belter to cattle, but as the ma¬ terials of it cannot be everywhere found, its ufe muft be very limited. L T U R E. 533 The entry to every inclofure ought to be fecured by Fences, gate-pofts j which, if circumftances will permit, ought always to be of ftone, and if poffible, of hewn A°ne> Gate pofl'~ as thefe, when properly conftrutSted, will never fail. Trees are fometimes planted for this purpofe, and when they have acquired a certain fize, they are cut ever about ten feet above the furface of the ground. Thefe form the moft durable of all gate-pofts. They fometimes, however, mifgive; in which cafe it is dif¬ ficult to repair the defied. When gate-pofts are made of dead timber they fliould be ftrong, and the wood well prepared by a coat of oil paint, as already men¬ tioned. Of gates for inclofures there are different kinds. Gate's! ^ What is called the fwing-gate,. that croffes the whole breadth of a carriage road, and is of one piece, is by no means an advifable form. The length of its bars renders it expenfive, and its great weight with which it pulls againft the gate-poft, overftrains its own hinges, and is apt to bring down the fide of the gate, unlefs it is ereded in a very coftly and folid manner. For this reafon, a gate wfith two folding doors is preferable : it hangs upon the gate-poft only with half its weight, in confequence of its being divided into two parts. ' Its hinges are not fo liable to be hurt by {training, nor are its joints fo liable to be broke. What is called the Jlip-bar gate, confifting of three feparate bars which are taken out, and put into the gate-pofts every time the entry to the fields is opened and Ihut, is the beft kind of gate, fo far as cheapnefs and durability are concerned j but it does not admit of being locked, which renders it unfit for ufe near a public road, and the opening and {hutting of it are alfo attended with a • confiderable degree of trouble. INDEX. N° 62 I A Ac a 1 lie A millefolium, Agriculture defined, wherein it differs from gar¬ dening,. 2 is a feparate art or employ¬ ment, 3 includes the rearing of cattle, 4 general importance of, ^ advantage of, to the farmer, 6 hiftory of, 7 board of, 8 theory defe£tive, 11 practice of divifion of the fubjeft, 116 Agricultural improvement, obftacles t0> . 115 Agrojlis cornucopue, 406 capillar is, 400 Ar eira fexuofa, ^Oi caryophillea, 402 Alopecurus bulbofus, 394 Anderfon's, Dr, opinion of the nature of mofs, Angora breed of rabbits, rpj Anthoxanthum odoratum, K° 397 Arfenic ufed to prevent the mildew', 102 B Bank of earth fence, 660 Barley, culture of, 261 ribbing, 262 better mode of, 263 advantages of, 264 feed, how managed in a dry feafon, 265 experiments on, 266 time of fowing, 267 general remarks on the culture ^ , 268 culture in Norfolk, 269 vale of Gloucefter, 270 Cotfwold, 271 midland diftridft, 272 culture difficult, 273 in Yorkffiire, 274 importance of, to the revenue, 275 its chief value, from being ea- fily converted into a faccha- rine lubftance, 21 culture of by broad-caft, 282 in drills, 283 Bee/, white, recommended, N° 47 Black cattle, a good breed defirable, 583 properties requifite of, 584 Blight, a difeafe of wheat, 96 Board of Agriculture ' 8 commences its fittings, 9 Bogle, Mr, his mode of wheat-fetting, 225 226, 227, 228, 229 Brake, its ufes, Broom, how deftroyed, Bulbous foxtail grafs, Burnet, recommended, difapproved of, culture of, . Butter, hiftory of, qualities of, rules for making, cream for making, not to be 156 *51 93 394 44 45 46 393 612 613 614 new, 613- churn, 616 not to be put into water, 617 compofitions for preferving, 618 how prepared for warm cli¬ mates, 619 Butter 534 _ A G Buffer preferved by honey, N° 620 Effex or Epping, 621 Weft of England, 622 Cambridgeftiire, 623 Yorkfhire and Suffolk, 624 frauds in the fale of, 625 how kept untainted by cabba¬ ges, 626 trade in extenfive, 626 Butterfly, corn, 112 Buck-wheat, 42 culture of, 276 advantages of cropping, 277 C Cabbages, their properties, 36 render air noxious, 37 turnip-rooted, 38 culture of, 370 quantity produced on an acre, _ 375 of watering thenij 372 cultivated in the midland diftrift, _ 373 diftance at which they ought to be planted, 374 how tranfplanted or earth- e 375 how protefted from cater¬ pillars, 376 .Canary feed, 519 Calves reared without milk, 585 by Mr Young, 586 mode pf rearing in Cornwall, 587 by Mr Crook, 588 in Norfolk, 589 by Mr Bradfute, 590 Cattle, fee Black Cattle, 585 rearing of, included under agri¬ culture, 4 qualities requifite for their food, 35 are paftured 591 or ftall-fed, 592 ftall-feeding in Germany, 593 ftall-fed in two ways, 594 ihould receive all roots in a boiled ftate, 595 rules for fattening, 597 feeding of, not brought to per- fedtion, 68 Carrots, 40 culture of, 342 cultivated in Suffolk and Nor- folk, 343 why the culture of, not extend¬ ed, _ _ 344 fuperiority of, to turnips, 345 difficulty of ascertaining the va¬ lue of, 346 experiments with, recommend¬ ed, . 347 feeding lambs with, 348 compared with cabbages, 349 preferred to potatoes, 350 fuperior to turnips and oats, 351 R I C U L T U Carrots, how ufed to give colour to but- ter, N°352 fown in young plantations, 353 Carfe of Cowrie, mode of draining in, 173 Cheefe defcribed, 628 making, 629 defedts of, 630 runnet for, how prepared, 631 Mr Hazard’s receipt for runnet, 63 2 particulars to be obferved in ma- king, _ 633 different kinds of, 634 double Gloucefter, 635 Ghedder, 636 Cheffiire, 637 Stilton, 638 Parmefan, 639 Chicory, 407 Clover, red, 386 of fowing with grain, 387 white and yellow, 388 Cy nofur us crifatus, 398 Cole feed, fee Rape feed. Coriander feed, experiments on, 518 Corn-butterfy, 112 Coulter of the plough, 130 Cultivator .defcribed, 155 Car/in potatoes, 113 modes of prevention, 114 Cyder, excellence of, ^41 art of making, imperfedl, 642 errors in making, 643 means of improving, 644 mill and houfe defcribed, 645 different kinds of, 641 Cyderkin, 64 5 Cyder-wine, Dr Rulh’s receipt for, 646 D Dairy, importance of, 608 principles on which it ought to be managed, 609 defcribed, 610 wooden veffels to be ufed in the, 611 Difeafes of vegetables ill underftood, 95 of wheat, 96 of faffron, 105 Ditches, 648 Drainage of quarries and mines, 192 Draining, importance of, 168 principles of, as to fprings, 182 difcoverer of the new mode, 183 pradtical rules in the cafe of fprings, 184 the fide of a hill, 185 a bog, by letting the water afcend freely, 186 Dr Anderfon’s rules, 187 Mr Wedge’s mode, 188 of landlocked bogs, 189 landlocked bogs in Germa- ny, 190 in Roxburghfhire, 191 Drains are open or hollow, 170 R E. Index* Drains, hollow, when inapplicable, N° 171 fit for clay foils, 172 in the Carfe of Gowrie, 173 open, rules for making, 174 hollow, nature and hiftory of, 175 rules for making, 176 materials for filling, 177 pipe or fod, 178 hollow, duration of, 179 when the wetnefs ~is caufed by fprings, 180 Drill-hufbandry, advantages of, 489 mode of fowing in, 490 different hoeings in, 491 inftruments ©f the, 492 fummary of operations of the profits of, 494 arguments for the, 495 objedlions to, and an- fwers, 496 where improper, 497 Sir J. Anftruther on, 498 compared with broad- caft, 499 is not a modem in¬ vention, 509 Durno, Mr, his report on flax and hemp, 509 Erfkine of Marr’s mode of preventing limit in wheat, 104 F Fallow-cleanfng machine, 164 Farmers ignorance formerly, 148 Fences, kinds of, enumerated, 658 in graffy places, 676 for deer-parks, 683 of ftone-walls, 706 Gallorvay dikes, 707 of frame walls, 708 of mud walls, 709 compound, 710 of a hedge and bank, 711 Devonffiire, 712 of a hedge in the face of a wall, 713 belt of planting, 714 Fertility of certain foils, 84 of the earth limited, 88 Furt&e, how deftroyed, 93 Fefcue, iheep’s, 49 defcribed, 5 2 purple, 50 its appearance cultivated, 51 ftieep’s, appearance cultivated, 53 foil proper for, 54 Fefuca fuitans, 403 Flax, 5.01 feed-cake, and oil for fattening cattle, 502- culture of, in Yorkfliire, 503 Mr Marlhall on, 504 Mr Bartley’s experiments on, 505 a Dorfetffiire gentleman on, 506 may be cultivated by the poor, 507 Flax, 3 Index. Ftax, vail quantities imported, N° 508 culture of, in Pruffia, &c. 509 culture of, in Ireland, 510 weeded by fheep, 511 Flooding land, fee Watering. Fly, turnip, 109 how prevented, 110,111 Fontana's opinion about the caufe of mildew, l0o Forfyth, Mr, his procefs for converting roots into flour, 33 his fleam-apparatus, 34 Four-coultered plough, 133 Frojl, effedl of, on ploughed land, 251 Foxtail-grafs, bulbous, 394 Fruits not trufted to as human food, 16 ripen (lowly, and are liable to be deflroyed in wars, 17 Fruit-trees, how recovered, 534 culture of, 33 3 in Herefordihire, &c. 336 indolence of cultivators of, 337 excefs of wood on, 538 mifletoe on, how deftroyed, 539 mofs on, 340, 430 fpring-frofls hurtful to, 341 blights on, 342 to deftroy wafps on, 343 excefs of fruit on, 344 duration of, how lengthen¬ in’ Marfltall on the culture of, 346 Fruit-liquors, 640 management of fruit for, 646 fermentation of, 639 corre&ing of, 642 calking, 643 bottling, 644 rnnt, mode or gathering, 647 maturing, 648 grinding, 649 prefling, 630 Fruits, where cultivated chiefly, 326 varieties-of, artificial, 327 not permanent, 328 how procured, 529 nurfery-ground for, 330 how to choofe plants for,. 331 degeneracy of, 332, 333 G Galloway dikes, 707 Garden mould, the nature of, 73 Gardening, wherein different from agri¬ culture,. 2 Gates, 717 Gate-pojls, 716 Geefe, management of in Lincolnlhire, 607 Cowrie, Carfe of, drains, 173 Gram, commonly ufed as human food, t8 its ufe objedfled to, 19 different kinds not effentially different, 22 why in certain cafes p>offponed to rearing of cattle, 7 2 carrying from the field, 463 AGRICULTURE. Grafs, laying down fields in, N° 378 different kinds of, 379 to improve upland paffure, 380 how to fow upland paftures with, 381 advantage of rolling, 382 culmiferous, 383 negligence about right kinds 0^384 kinds of, commonly fown, 383 bulbous foxtail, 394 great meadow, 393 creeping meadow, 396 vernal, 397 crefted dog’s-tail, 398 cock’s-tail or feather, 399 Fine bent, 400 mountain-hair, 401 Silver-hair, 402 flote fefcue, 403 meadow foxtail, 404 annual meadow, 403 tall oat, 408 yellow oat, 409 rough oat, 410 upright broom, 411 blue dog’s-tail, 412 rough cock’s foot, 413 tall fefcue, 414 hard fefcue, 413 meadow cat’s-tail, 416 howto make experiments with, 417 Gracing compared with the plough, 63 66, 67, 70 Crenel's mode of granulating potatoes, 3 2 Grubs, 108. H Ha-ha, or funk fence, 661 Harrow, imperfe&ion of the common, 138 properties of new, 160 cleanfing, 208 Haymaking, 466 of red. clover, 467 different mode, 468 its advantages, 469 cautions requi- fite in, 470 Hay flack's, _ 471 Headrick, Mr, his opinion of the na¬ ture of mofs, 193 Hedges, directions for planting, 663 of hawthornr 664 black thorn, 666 holly, 667 garden,. 668 flowering fhrubs for, 669 Dr Anderfon’s dire&ions for railing,. 670 willow, 671 how planted in expofed fitua- tions, 67 2 black alder, 673 birch, 674 on the top of done fences, 673 elms, 677 quick, 678 ***** Hedges of fruit-trees, N° 679 hornbeam in Germany, 680 Dr Anderfon on mending de¬ cayed, 68 r Kames on, 682 thorn, 684 nurfery for, 683, 696 raifed from old roots, 686 mode of planting thorn, 687 fecuring, 688 training, 689 plafliing, difapproved of, 690, 698 on the fide of the bank, 691 filling gaps of, 692 whins for, when neceffary, 693 Bakewell’s, 694 in ftony foils, 693 repairing, 697 thickening of, 699 cutting down, when improper, 700 Mr Erfkine’s, 701 oak trees in, 702 railing holly for, 703 of whins or furze, 704 of goofeberries, 703 in the (ace of a wall, 713 Hemp, 307,308 culture of, in Pruflia, &c. 309 Hi/lory of agriculture, 7 Hogs, experiments on fattening, cqS Hogfly defcribed, 399 Holcus lanatus, - - Hops, once forbidden in malt liquorSj 3-2 x expence of cultivating, 322 in Effex, * 323 profit of, precarious, 324 in Norfolk, 323 Horfes and oxen compared, 338 fuppofed lofs by keeping, 362 gradually gaining a preference over oxen, 369 calculation in favour of, 370 black cart, 371 Bakewell’s, 372 prices of ftallions, 373 Marfliall on the breed of^ 3 74 Norfolk breed of, 373 Suffolk breed'of, 376 Yorklhire, Lanarkftiire, 378 Norfolk management of, 379 followed in Scotland, 380 expence of keeping, t^8l roots ufed for feeding, 382 whins ufed, 43 Hujbandmen, w’hy led fometimes to pre¬ fer cattle to corn, 72 Hufhandry, horfe-hoeing, 483 I InfeBs deftroy vegetables, 106 deftroyed by lime-water, 107 K Kincardine, mofs of, improved, 196 L Levelling of ridges, 202, 203, 204, 205 Lirrur A C R I C U L Lime deftroys one kind of poor foil, N° 79 enriches another, 80 Anderfon’s opinion concerning, 82 what a proper foil for, 83 Lord Karnes’s theory of, incon- fiftent, 85 water deftroys infe&s, 107 Lucerne, 63 culture of, 392 , M Manure, M. Parmentier upon, 47 2 pradlical rule for forming, 473 Lord Meadowbank’s mode of converting mofs into, 474 more common kinds of, 475 jifed in Norfolk, 476 Midland diftridl, 477 MrMarfhall’s rulesfor railing, 478 lime as a, 479 operation of lime, 480 time of uling lime, 481 quantity of lime, 482 lime on pafture fields, 483 limeftone reduceckto powder, 484 Ihell-marl, 485 clay and done marls, 486 gypfum, 487 fea-fand, 488 Meadows watering, fee Watering. Mildew, a difeafe of wheat, 96 red and black, or fmut, 98 opinions concerning its caufes, 99 Milk vetch, 56 qualities of, 57 Moor, how to be cultivated, 198 Mofs, nature and origin of, 193 black and yellow, 194 of Kincardine, removed by hu¬ man labour, 196 mode of improving by Mr Smith, 197 Moffes, produced by cutting down fo- refts, 195 Mouldboard of the plough, 131 how to be formed, 132 N Nature, procefs by which Ihe fertilizes T U R E, Oaw,calculations in favour of, N° 561 lofs by not keeping, 562 not ufed in Norfolk, 563 objection to in the vale of Glou- cefter, 564 ufed in Cotfwold, 565 moveable harnefs-houfe of, 566 why the ufe of declines in York- the earth, 78 Index. N4 149 I5° Oats, valuable as human food, 20 culture of, 252 in Norfolk, 253 ploughed down, 254 wild, a weed in vale of Glou- cefter, 255 not cultivated in vale of Glou- cefter, 256 culture of, in the midland diftrift, 257 Yorkfhire, 258 mode of threftiing, 259 black, experiment on, 260 Objlacles to agricultural improvement, 115 Opinions about the caufe of mildew, 99 Oxen and horfes compared, 558 preferred to horfes, 559 difficulty ofihoeing, . 560 fibre, 567 fuperiority of to horfes, 568 gradually going into difufe, 569 calculations againft, 570 P Palings, 662 Paring and burning, how far ufeful, 200 Parfnips, the culture of, too much ne- gle&ed, 354 Mr Hazard’s mode of cul- ture, _ _ 355 culture of, wdth beans in Jerfey, Pafurage and agriculture, 65, 66, 67, 70 Pea, everlafting, 61 Peafe, culture of, 278 fetting in drills, 279 crops of, muft not be repeated, 280 Marfhall’s obfervations on 281 drying of, 461 Poultry ought to be confined, 604 proper mode of keeping, 605 Perry, excellence of, 641 art of making imperfect, 642, 643 644 Pickles, to prevent fmut or mildew in wheat, 101 Plants, culmiferous, 214 leguminous, 215 their difeafes ill underftood, 95 Plough, 118 its value, 119 may be improved, 120 the talk it performs, 121 its general form, 122 advantages of this form, 123 its feveral parts, 1 25 its focks, 126 breadth of the foie of, 127 foie ffiould be level, 128 length of, 129 Hope of the coulter, 130 mouldboard of, 131 how to be formed, 132, 135 inftrument for •forming the mouldboard, 133 pofition of the fod turned by the plough, 134 mode of its action, 136 point of its draught, 138 in trim, 139 of Argylelhire, 140 objections to, 141 I5r !52 I53 405 395 39^ Scots, Plough, chain advantages of, fmall fingle horfe, Rotheram, paring, four-coultered, Poa annua, pratenfis, comprefjfa. Population, greateft where vegetable food is ufed, 71 Potato (larch, 31 Potatoes, 41 granulated by Mr Grenet, 32 not prejudicial to mankind, 284 general culture, 285 particular culture, 286 to prevent the grub in, 287 cheap preparation of, 288 culture on fxnall fpots, 289 fmall farms, 290 mode for which a premium was granted, 291 mode of taking up, 292 preferving, 293 clultered experiments, on, 294 greater experiments, 295 advantageous, 296 varieties of endlefs, 297 the curl in,- 113 modes of prevention, 114 how raifed from feed, 299 by Dr Anderfon, 300 if they degenerate, 301 howto obtainan early crop of, 302 planted by fcooping out the eyes, 303 Procefs by which nature fertilizes the chain, defcribed, its properties, where improper, earth, 76 142 143 144 *45 146 Rabbits, value of, 601 enemies of, how deftroyed, 602 Angora breed of, 603 Rape feed, advantage of cultivating, 512 cutting and thrdhing of, 513 fowing of, 514 tranfplanting, 515 (heep fed on, in fpring, 516 culture of, in Brabant, 517 Reapers, 459 Reaping, manner of, 460 Ridges, high, for draining clay foils, 172 how formed, 201 inconvenient modes of levelling, when not to be levelled, 203, 204 proper direftion of, 206 narrow, advantageous, 207 Ripenefs, 458 Roller, 161 Rolling, feafon for, 162 e(Fe£ls of, 163 of fcarcity, culture of, 377 Root a baga, fee Swedijh turnip. Roots ufed as human food, 23 more profitable than grain, y when ufed as food, ' 24 Roots, Index. AGRICULTURE. ifroAr, their defe&s as food, N° 25 the tranfportation of them ex- penlive, 26 are unfit for long prefervation, 27 are too bulky for the ftomach, 28 how they differ from grain, 29 how rendered equal in value to grain, _ 30 Forfyth’s procefs for reducing to flour, 33 when given to cattle, fhould be boiled, 393 cheap mode of boiling by fleam, 396 Rotation of crops, 432 different kinds of plants, 433 nature of the foil to be confi- dered, 434 exceptionable, 433 from pafture advifable, 436 examples of, 437 Rotheram plough, 131 Runnet for cheefe, 620, 621 S Saffron, difeafes of, 103 Sainfoin, culture of, 389 in England, 390 its excellence for cows, 391 Scarcity, root of, 48 how cultivated, 377 Scots plough, 143 properties of, 144 where improper, 143 Sheaves, fize of, 462 Sheep, experiments on feeding with roots, 600 Sheep's fefcue grafs, 49 Shrubs, deftroyed by flooding the land, 94 Single-horfe plough, 130 Smith, Mr, his mode of imp ro ting mofs, 197 Smut, account of, 98 Sock of the plough, 126, 147 Soil, clay, 209 chalky, 210 light poor, 211 light rich, 212 coarle rough, 213 Soils, four kinds of, 74 conjecture about the caufe of their being exhaufted, 77 procefs by which they are fertilized, 7 6 when poor, how reftored, 81 fuppofed perpetually fertile, 84 but never are fo, 86 clay and fandy, 87 fertility of, limited, 88 pulverized by certain vegetables, 89 feemingly enriched by fome, 90 Sole of the plough, 127 Somerville, Robert, Efq. account of blight and fmut, 96 Sowing machine, univerfal, 163 Springs, the nature of, 181 Stacking, 464 Stacks, covering, 463 hay, 466, 467 Stones, importance of removing, 166 modes of removing, 167 Voi.. I. Part II. Swampy lands, how cultivated, N° 199 Swedijh turnip, 367 culture of in Nottinghamfture, 368 T Tare, blue, 39 Theory of Agriculture, firft, defeClive, 10 difficulty of forming it, 11 what it ought to contain, 12 Timber trees, 347 which, moft profitable, 348 advantage of planting, 349 ameliorate the foil, 330 culture of, recommended, 331 increafe of oak, SS2>-553 underwood among, 334 mode of fowing, 331; Earl of Fife’s plantations of, 336 where plantations of, eligible or otherwife, 337 Timothy-grafs, 64 Trees for fruit, fee Fruit trees, Turkeys, how reared in Norfolk, 606 Turnip-rooted cabbages, culture of, 337 value of, ,358, 359 how raifed for tranfplanting, 360 quantity of feed ufed for, 361 experiments with, 362 difad vantages attending, 363 why to be cultivated, 364 number of ffieep on an acre of, 363 experiments with, at Cullen houfe, 366 Turnip, Swediffi, fee Swedifh turnip, cabbage, culture of, 369 Turnip-rooted cabbage, 38 Turnip-fly, 109 remedies againft, no, in Turnips, 39 method of preferving, 341 culture of, 304 time and mode of fowing, 303 different forts of, 306 feed, remarks on, 307 culture in Norfolk, 308 by drill and broad-caft, compared, 309 value of, as cattles food, 310 mode of preferving, 311 culture of, ffippofed unprofi¬ table, 312 compared with other vegeta- t b!f\ . . 3*3 the fly injurious to, 314 feed, fteeps for, if ufeful, 313 fumigation of, 316 to be rolled, 317 early fowing of, recommended, 318 muchfeed ought to befown, 319,3 21 when to be manured, 320 feed, the quality of, 322 fown with grain, 3 23 wheat, 324 beans, 323, 329 objefted to, 3 26 repiy* 327 opinion on, 3 28 537 inflrument for tranfplanting,N° 330 Norfolk culture of, 331 marl with in Norfolk, 332 different manures with in Nor¬ folk, ^ # 335 early, how raifed in Norfolk, 334 mode of fowing and culture in Norfolk, 333 raifed for feed, 336 mode of planting, 337 fearing birds from 338 drawing, 339 fnow-fledge for, 340 V Vegetable mould, apt to be buried, 203 Vegetables, their value is abfolute or relative, 13 are ufeful, direClly or indi- reCtly, 14 produce fruit or roots, 13 profit of, limited by circum- ftances, 69 nature of their growth, 73 are the food of each other, 78 Ibrne pulverize the foil, 89 fome feem to enrich the foil, 90 difeafes of^ are ill under- flood, 93 deftroyed by infeCls, 106 cultivation of, divided into four heads, 113 Vetch, bufh, 60 Vetch ling, yellow, 38 W Watering meadows, when firft prac- tifed, 418 advantages of, 419 improves the land, 420 increafe of produce from, 421 ought to be extended, 422 land capable of, 423 by fprings and rivulets, if preferred, 424 terms .ufed in, 423 principles of, 426 Mr Wright’s mode of, 427 objeftions anfwered, 428 ufed water, not good for, 429 repairing works, ufed in, 430 with muddy water, when preferred, 431 good effefls of, 43 2 Mr Wimpey’s opinion of, 433 Mr Forfyth’s opinion of, 434 Mr Bofwell’s ditto, 433 with land floods, 436 makes pafture preferable to ploughed land, 437 Mr Wright’s dire&ions for, 438 how grafs confirmed after, 439 how it may caufe the rot in ftieep, 440 Mr Bofwell’s rules for, 441 fpringymeadowimproved by,44 2 hill fides improved by, 443 coarfe lands, 444 3 ^ Watering, J38 AG Wateringy management of meadows af- ter _ N° 445 now long to be continued, 446 fpring feeding while, 447 from autumn to Candlemas, 448 not to be too long continued, 449 advantage of rolling while, 450 explained by Mr Findlater, 451 Weedsy annual and perennial, 91 perennial, how deltroyed, 92 ground, how cleanfed of, 204 Wetnefs is caufed by rain or fprings, 168 Wheat, the bell: kind of bread, 18 its ufe obje&ed to, 19 difeafes to which it is liable, 96 fallowing for, 216 drefling, 217 on fandy foil, 215 time for fowing, 219 R I C U L T U R Wheat, fetting of, N® 220 an improvement, 221 method of, 222 advantages of, 223 propagated by dividing the roots, 224 fetting, by Mr Bogle, 225 objefted to, 226 pra&icability, 227, 229 Bath Society’s, obfervations on, 226, 228, 230 culture of in Norfolk, 231 fucceffion of, crops in Norfolk, 232 rice, balking of, 233 manuring for, in Norfolk, 234 time of fowing, in Norfolk, 235 Norfolk mode of preparing the feed, 236 fowing, 237 E. Index. Wheat, Norfolk mode of ploughing un¬ der furrow, N° 238 inftrumentsfor dibbling, 239 dibbling, obje&ed to, 240 midland diftrict, culture of, 241 in vale of Gloucefter, culture of, 24 2 fmall fheaves, 243 in Cotfwold hills, 244 hoeing, good effefts of, 245 cutting, mildewed very green, 246 in Yorkfhire, culture of, 247 varieties of, raifed, 248 prepared with arfenic, 249 and turnips fown together, 250 Whins, food for horfes, 34 Wood, culture of, 520 Y Young, Arthur, Efq. his experiments to prevent the fmut in wheat, 103 A G R Agrifolium AGRIFOLIUM, or Aquieolium. See Ilex, |j Botany Index. Agrigen- AGRIG'AN, or ifland of St Francis Xavier, in Geo- t . U^n‘ . graphy, one of the Ladrone or Marianne iflands. It is 50 miles in circumference, is very mountainous, and has a volcano in it; fituated in N. Lat. 19. 4. E. Long. 146. AGRIGENTUM, in Ancient Geography, a city of Sicily, part of the fite of which is now occupied by a town called Girgenti from the old name. See Gm- GENTI. According to ancient authors, Dedalus, the moft fa¬ mous mechanician of fabulous antiquity, fled to, this fpot for protection againft Minos, and built many won¬ derful edifices for Cocalus king of the ifland. Long after his flight, the people of Gela fent a colony hither 600 years before the birth of Chrift and from the name of a neighbouring ftream called the new city A- cragas, whence the Romans formed their word Agri- gsntum. Thefe Greeks converted the ancient abode of the Siculi into a citadel to guard the magnificent city which they ereCled on the hillocks below. An advantageous fituation, a free government with all its happy effeCls, and an aftive commercial fpirit, exalted their commonwealth to a degree of riches and power unknown to the other Greek fettlements, Syra- cufe alone excepted. But the profperity of Agrigen- tum appears to have been but of ftiort duration, and tyranny foon deftroyed its liberties. Phalaris was the firft who reduced it to flavery. His name is familiar to moft: readers on account of his cruelty, and the brazen bull in which he tortured his enemies. (See Phalaris.)—Phalaris met with the common fate of tyrants, and after his death the Agri- gentines enjoyed their liberty for 150 years-, at the expiration of which term Thero ufurped the fovereign authority. The moderation, juftice, and valour of this prince preferved him from oppofition while living, and have refcued his memory from the obloquy of pofteri- ty. He joined his fon-in-law Gelo, king of Syracufe, in a war againft the Carthagipians 3 in the courfe of A G R v'hich victory attended all his fteps, and Sicily faw Agrigerr- herfelf for a time delivered from her African oppref- turn, fors. Soon after his cieceafe, his fon Thrafydeus was y—J deprived of the diadem, and Agrigentum reftored to her old democratical government. Ducetius next di- fturbed the general tranquillity. He w-as a chief of the mountaineers, defcendants of the Siculi j and was an overmatch for the Agrigentines while they were un- fupported by alliances, but Tank under the weight of their union with the Syracufans. Some trifling alter¬ cations diffolved this union, and produced a war, in, which the Agrigentines were wprfted, and compelled to fubmit to humiliating terms of peace. Refentment led them to embrace with joy the propofals of the A- thenians, then meditating an attack upqn Syracufe. Their new friends foon made them feel that the la- crifice of liberty and fortune would be the price of their protection 3 and this confideration brought them, fpeedily back to their old connexions. But as if it had been decreed that all friendftiip (hould be fatal to their repofe, the reconciliation and its effeCls drew up¬ on them the anger of the Carthaginians. By this ene¬ my their armies wrere routed, their city taken, their race ahnoft extirpated, and fcarce a veftige of magnifi¬ cence was left. Agrigentum lay 50 years buried un¬ der' its owm ruins 3 when Timoleon, after triumphing over the Carthaginians, and reftoring liberty to Sici¬ ly, collected the defcendants of the Agrigentines, and fent them to re-eftablifti the dw-ellings of their forefa¬ thers. Their exertions were rew arded with aftonifhing fuccefs 3 for Agrigentum rofe from its allies with fuch a renewal of vigour, that in a very fliort time we find, it engaged in the bold fcheme of feizing a lucky mo¬ ment, when Agathocles and Carthage had reduced Sy¬ racufe to the loweft ebb, and arrogating to itfelf fiipre- macy over all the Sicilian republics. Xenodicus was appointed the leader of this arduous enterptife 3 and had his latter operations been as fortunate as his firft campaign, Agrigentum would have acquired fuch a preponderance of reputation and power, that the rival ftates would not have even dared to attack it. But a few AGRICULTUllE. I'Ut, VI, t A ( \ 1 ! I < 1 T r i» t x A. (i }\ I c: lrL T V 11 K 1 I Ijl [[L 1 • ( //.>< /// ■< •//. Hute XI . A G i: x c r t. t TJ n i :. mate XII A G R t 539 1 A G R Agrlgen- few brilliant exploits were fucceeded by a fevere over- tum- , throw ; the Agrigentines loft courage, difagreed in Y council, and humbly fued for peace to Agathocles. This commonwealth afterwards took a ftrong part with Pyrrhus •, and when he left Sicily to the mercy of her enemies, threw itfelf into the arms of Carthage. Du¬ ring the firft Punic war Agrigentum was the head quarters of the Carthaginians, and was befieged by the Roman confuls, who after eight months blockade took it by ftorm. It neverthelefs changed mafters feveral times during the cont'eft between thefe rival ftateSj and in every inftance fuffered moft cruel outrages. After this period very little mention of it occurs in hiftory, nor do we know the precife time of the deftruftion of the old city and the building of the new one. See Girgenti. The principal part of the ancient city lay in the vale ; the prefent town, called Girgenti, occupies the mountain on which the citadel of Cocalus flood. It was difficult to be more judicious and fortunate in the choice of fituation for a large city. The in¬ habitants were here provided with every requilite for defence, pleafure, and comfort of life ; a natural wall, formed by abrupt rocks, prefented a ftrong barrier ngainft affailants; pleafant hills ffieltered them on three fides without impeding the circulation of air ; before them a broad plain, watered by the Acragas, gave admittance to the fea breeze, and to a noble pro- fpeift of that aw-ful element j the port or emporium lay in view at the mouth of the river, and probably the road acrofs the flat was lined with gay and populous fuburbs. The hofpitality and parade for which the Agrigen¬ tines are celebrated in hiftory were fupported by an ex- tenfive commerce j by means of which, the common- wealth wras able to refill many (hocks of adverfity, and always to rife again wdth freffi fplendour. It was, however, cruffied by the general fall of Grecian liber¬ ty ; the feeble remnants of its population, which had furvived fo many calamities, were at length driven out of its walls by the Saracens, and obliged to lock them- lelves up for fafety among the bleak and inacceffible rocks of the prefent city. At the north-eaft angle of the ancient limits, upon fome foundations of large regular {tones, a church has been eretted j a road appears hewn in the folid rock for the convenience of the votaries who vifited this temple in ancient days. It was then dedicated to Ce¬ res and her daughter Proferpine, the peculiar patronef- fes of Sicily. At the fouth-eaft corner, where the ground, riling gradually, ends in a bold eminence, -which is crowned with majeftic columns, are the ruins of a temple faid to have been confecrated to Juno. To the weft of this Hands the building commonly called the Temple of Concord; the ftone of which, and the other buildings, is the fame as that of the neighbouring mountains and cliffs, a conglutination of fea fand and (hells, full of perforations, of a hard and durable texture, and a deep reddilh brown colour. This Doric temple has all its columns, entablature, pediments, and walls entire ; only part of the roof is w anting. It owes its preferva- tion to the piety of fome Chriftians, who have co¬ vered half the nave, and converted it into a church confecrated under the invocation of St Gregory bifhop Agrig^i of Girgenti. . tl!in', Proceeding in the fame dire&ion, you wralk between y rows of fepulchres cut in the rock wherever it admit¬ ted of being excavated by the hand of men, or wTas fo already by that of nature. Some maffes of it are hewn into the lhape of coffins •, others drilled full of fmall fquare holes employed in a different mode of interment, and ferving as receptacles of urns. One ponderous piece of the rock lies in an extraordinary pofition ; by the failure of its foundation, or the (hock of an earth¬ quake, it has been loofened from the general quarry, and rolled dowm the declivity, where it now remains fupine with the cavities turned upwards. Only a Angle column marks the confufed heap of mofs-grown ruins belonging to the temple of Hercules. It flood on a projefting rock above a chafm in the ridge, wffiich wras cut through for a paffage to the emporium. In the fame tra£l, over fqme hills, is fituated the building ufually called the Tomb of Tbero. It is fur- rounded by aged olive trees, which call a wild irregu¬ lar fliade over the ruin. The edifice inclines to the pyramidical (hape, and confifts at prefent of a triple plinth, and a bafe fupporting a fquare pedeftal j uporf this plain folid foundation is raifed a fecond order, ha¬ ving a window in each front, and at each angle twro Ionic pilafters crowned with an entablature of the Do ric order. Its infide is divided into a vault, a ground room, and one in the Ionic ftory, communicating with each other by means of a fmall internal ftaircafe. In the plain are, feen the fragments of the temple of Tfculapius j part of two columns and two pilafters, with an intermediate wall, fupport the end of a farm- houfe, and were probably the front of the cella. Pur- fuing the track of the walls tow*ards the weft, you ar¬ rive at a fpot wffiich is covered with the gigantic re¬ mains of the temple of the Olympian Jupiter, minute¬ ly deferibed by Diodorus Siculus. It may literally be faid that it has not one ftone left upon another 5 and it is barely poffible, with the help of much conjefture, to difeover the traces of its plan and dimenfions. Dio¬ dorus calls it the largeft temple in the whole illand: but adds, that the calamities of war caufed the w’ork to be abandoned before the roof could be put on; and that the Agrigentines were ever after reduced to fuch a ftate of poverty and dependence^ that they never had it in their power to finilh this fuperb monument of the tafte and opulence of their anceftors. The length of this temple was 370 Greek feet, its breadth 60, and its height 220, exclufive of the foundations or bafement ftory; the extent and folidity of its vaults and under¬ works wore wonderful 3 its fpacious porticoes and ex- quifite fculpture wore fuited to the grandeur of the whole. It was not built in the ufual ftyle of Sicilian temples wdth a cella of maffive walls and a periftyle, but was defigned in a mixt tafte with half columns let into the wolls on the outfide, the infide exhibiting a plain furface. The next ruin belongs to the temple of Caftor and Pollux : vegetation has Covered the lowor parts of the building, and only a fewr fragments of columns appear between the vines. This wras the point of the hill where the wall ftopt on the brink of a large filh-pond fpoken of by Diodorus: it was cut in the folid rock 3 Y 2 S'* A G R t 54o ] A G R Agrlmonia 30 feet deep, and water was conveyed to it from tlie i| hills. In it was bred a great quantity of fifli for the ^g'VV'1 ^ ufe 0f pUblic entertainments j fwans and various other kinds of wild fowl fwam along its furface, for the a- mufement of the citizens, and the great depth of water prevented an enemy from furpriiing the town on that fide. It is now dry and ufed as a garden. On the oppofite bank, are two tapering columns without their capitals, moft happily placed in a tuft of carob trees. Monte Toro, where Hannp encamped with the Car¬ thaginian army, before the Roman confuls drew him into an engagement that ruined his defenfive plan, is a noble back-ground to this pi£turefque group of obje£ls. —The whole fpace comprehended \*lthin the walls of the ancient city abounds with traces of antiquity, foun¬ dations, brick-arches, and little channels for the con¬ veyance of water; but in no part are any ruins that can be prefumed to have belonged to places of public entertainment. This is the more extraordinary, as the Agrigentines'were a fenfual people, fond of ftiows and dramatic performances, and the Romans never dwelt in any place long without introducing their favage games. Theatres and amphitheatres feem better calcu¬ lated than molt buildings to refill the outrages of time j and it is furpriiing that not even the velliges of their form fhould remain on the ground. AGR'IMONIA, Agrimony. See Botany Index. Hemp Agrimont. See Eupatorium, Botany In¬ dex. Water Hemp Agrimony. See Bidens, Botany In¬ dex. AGRIONI A, in Grecian Antiquity, feltivals annual¬ ly celebrated by the Boeotians in honour of Bacchus. At thefe feftivals, the women pretended to fearch after Bacchus as a fugitive \ and, after fome time, gave over their inquiry, faying, that he had fled to the Mufes, and was concealed among them. AGRIOPHAGI, in Antiquity, a name given to thofe who fed on wild beafts. The word is Greek, compounded of “ wild,” “ favage,” and