in Paes ae gh ie be SH ORCH ARE HOUSE: OR, CULTURE OF FRUIT-TREES IN POTS UNDER GLASS. CONTAINING PLANS AND ESTIMATES FOR CONSTRUCTION, DETAILS OF MANAGEMENT AND CULTURE, AND A LIST OF FRUITS BEST ADAPTED TO THE PURPOSE. ae Se CREE OUuvVE Ase Fe LV, ere SAWBRIDGEWORTH, ENGLAND. ALSO AN APPENDIX, CONTAINING ADDITIONAL DIRECTIONS FOR Growing Trees & Vines in Orchard Bonges, BY WILLIAM SA UN Dag ea: LANDSCAPE GARDENER, GERMANTOWN, PA., With Jliustrations, NEW YORK: C. M. SAXTON, BARKER AND COMPANY. Nis: SSP aR Ges ee 1860. 1°} bs AGRICULTURAL BOOKS ‘ PUBLISHED BY CEM SAXTON, BARKERS. CO. z. D Barker 25 PARK ROW NEW YORK. {x 6. Miler, D. F. Libbey. 95 Park Row. Single copies of any Book upon this List sent by mail, post-pard, to any address, upon receipt of us price. American Farmer’s Encyclopedia,..........++»: $4 00 | Hooper’s Dog and Gun,...........-............ $0 50 American Weeds and Useful Plants,............ 1 50 | Hunt’s (Dr. E. M.) Patient’s & Physician’ s Aid,.. 1 00 Allen’s (R. L.) American Farm Book,........-... 100 | Jobnston’s (James F. W.) Catechism of ‘Agri ie Allen’s vr L.) Diseases of Domestic sea ueeaee aK 75 cultural Chemistry and GeOlOgy: ies ccen os DO Allen’s (L. ¥.) Rural Architecture,.. .... 125 | Johnston’s (James F. W.) Elements of mak : Allen (J. Fisk) on the Culture of the Grape, pee 1 00 cultural Chemistry and Geology,.. 1 00 American ArChiteCt,.... 06. cece eee e eee ceee eens 6 00 | Johnston’s (J. F. W.) Agricultural Chemistry,.. 125 American Florist’s Guide Sade cece SgaU cana 7) | Langstroth (Rev. L. L.) on the Hive & Honey Bee, 195 Barry’s Fruit Garden,......-..+sseessee ees ....- 1 25 | Leuchars’ How to Build and Ventilate Hothouses, 1 25 Bement’s (C. N.) Rabbit Fancier,. olbgten 50 | Liebig’s (Justus) Familiar Lectures on Chemistry, 50 Blake’s (Rey. John L,) Farmer at Home, . peaier-teiet 1 25 | Linsley’s (D. C.) Morgan Horses,.............% » 100 Blake’s Every-day Book, or Life in the Country, 2 25 | Milburn on the Cow and Dairy Husbandry, esis 50 Boussingault’s (J. B.) Rural Economy,.........- 1 25 | Miles on the Horse’s Foot and How to Keep it Browne’s American Bird Fancier,..............- 50 POULT vercyeys larelte’a stebehs eeuse ate eee ear ee 50 Browne’s American Poultry Yard,.. ;.........- 100 | Miner’s (7. B. ) Bee-keeper’s Manual, 1 00 Browne’s Field Book of Manures,.............-. 1 25 | Morfit (C.) on Manures,,. sPrateiile 38 Bridgeman’s (T.) Young Gardener’ s Assistant,.. 1 50 | Munn’s (B.) Practical Land Drainer, 50 Bridgeman’s Kitchen Gardener’s Instructor...... 60 | Nash’s (J. A.) Progressive Farmer, 69 The Same, cloth back, paper sides,........- 50 | Neil’s Practical Fruit, Flower and Kitchen Gar- Bridgeman’s Florist’s Guide, AS dS eS DONO LEE 60 dener’s Companion, spadare Seciase |e e eee eee: 1 00 The Same, cloth back, paper SIGES) -tieyeiecoreves 50 | Norton’s (John P.) Elements of Scientific Agri- Bridgeman’ § Fruit Cultivator’s Manual,......-.. 60 CULUUE Ee ierere cist ate busts sintiae ce ee 60 The Same, cloth back, paper sides, eat ners 50 | Olcott’s (Henry S.) Sorgho and dtopheee, the Breck’s s (Joseph) Book of Flowers,. HOMO REL AAC 1 00 Chinese and African Sugar Canes,. g 1 00 Buist’s (Robert) Am. Flower Garden Dey as 1 25 | Pardee (R. G.) on Strawberry Culture, Garahets wee 60 Buist’s (Robert) Family Kitchen Gardener.. 75 | Pedder’s (James) Farmer’s Land Measurer, . Bae 50 Chorlton’s (William) Grape- -Growers’ Guide,..... 60 | Quinby’s Mysteries of Bee-keeping Pena 1 00 Cobbett’s American Gardener,..... 2.2... +sse00e 50 | Randall’s (Henry S.) Sheep Husbandry,. Ai 5s Cottage and Farm Bee-Keeper..........-..:-.-- 50 | Reemelin’s (Chas.) Vine-Dresser’s Manual,. Seat 50 Cole’s (S. W.) American Fruit Book,...........- 50 | Richardson on Dogs ; their Origin & Varieties ae 50 Cole’s American Veterinarian,............ss0+e 50 | River’s (Wm.) Orchard EIOUSEY so casi LOA CA 40 Dadd’s (Geo. H.) Modern Horse Doctor...... +... 1 00 | Rose Culturist,. eas 50 Dadd’s C00. H.) American Cattle Doctor,....... 1.00 | Robin’s (R.) Produce and Ready ‘Reckoner, Sans 60 Dadd’s (Geo. H.) ey and Physiology of the Saxton’s Rural Hand-Books, in 4 § SUC AB neh each 1 25 Horse, . 4 plain plates..... 200 | Schenck’s Gardener’s Text- Book, Rake eear nse Bee ae 50 The Samé, colored plates... 400 | Shepherd’s Own Book,....... er sishat Reta coh eA 2 00 Dana’s (Samuel H.) Muck Manual, for Farmers, 1 00 | Skilful Housewife,. 50 Domestic and Ornamental Poultry, plain plates,.. 100 | Smith’s (C. H. J. y Landscape Gardening, Parks The Same, . ‘ colored plates 2 00 and Pleasure Grounds,............ 1 25 Downing’s (A. J.) Landscape Gardening,........ 3 50 | Stephens’ (Henry) Book of the Farm, Boao 2 vols. 4 00 Fastwood (B.) on the Cultivation of the Cranberry, 50 | Stewart’s (John) Stable Book,. Apasosacn. Ley Elliott’s (fF. R.) Western Fruit Book,...,........ 1 25 | Stray Leaves from the Book of Nature,. “oe 100 Every Lady Her Own Flower- Gardener, Ses 50 | Talpa ; the Chronicles of a Clay Farm. Hamil DO CHON ie. amcetedacrajal ereiele Silla Fae oORONOD Thaer’s (Albert D.) Agriculture, .. Farm Record, printed and ruled for 25 vate: 3 00 | Thomas (John J.) Farm Implements, ea einate sais Farmer’s Practical Horse AICT retells iroval eisai 60 | Thomas (J. J.) American Fruit Culturist, meerelciats 1 25 French’s Farm Drainage,.............2...0000- 1 00 | Thompson (R. D.) on the Food of Animals, ia 15 Fessenden’s (T. G.) Am. Kitchen Gardener,. 50 | Todd’s (S. E.) Young Farmer’s Manual,.......... 1 25 Fessenden’s or G.) Complete Farmer & Gardener, 1 25 | Turner’s Ge A. =) Cotton Planter’s Manual. -. 100 Field’s (Thomas W.) Pear Culture,.............. 1 00 | Walden’s Soil Culture,. ain scene 100 DESEO UNUTEN Cisiteasayn tele oleia ura jlatsbeimaielsi= fava) nip)s 61a win nre’o\e 1 00 | Warder’s 5. x Hedges and Evergreens,.. crorictovert) Gxt) Flint (Charles Le) ODYGRASSESs atit ye rnicarsperstoerecaae 1 25 | Waring’s (G. E., Jr.) Elements of Agriculture,.. 7 Grant’s (Dr. C. W.) Vine Culture,..............- 1 25 |» Weeks’ (John M.) Manual on Jee SE AGAE SaGAer tio * 50 Guenon on Milch CowS,.........:.eecceereeceees 60 | Wheat Plant,. 1 50 The Same, > in neat paper covers,.8yo, 88 | White’s (W. N. my Gardening ‘for the South,. 1 25 Gunn (John C.) Domestic Medicine,............. 8 00 | Youatt and Spooner on the Horse... BOBS Ra Hall’s (Miss E. M.) American Cookery and Do- Youatt and Martin on Cattle,.......,..........- 1 25 PALES DIC MU COMOMIVYE jisttetalelale ala istoistaleiviaiSjeiaia's sleinta 1 00 | Youatt and Martin on the Hog,.. EBSCO Oa 15 Herbert’s (Henry Wm.) Hints to Horsekeepers, 1 25 ' Youatton Sheep,....... Aucbiooes 6 Sadice sieleleieiate 75 RURAL HAND-BOOKS.—Paper Covers.—25 cents Each. American Bird Fancier. American Kitchen Gardener. American Horse Tamer. Bee Culture. Bee-Keeper’s Chart.——Chemistry made Easy.——Chinese Sugar Cane and Sugar Making.——Culture of Flax. Bement’s Rabbit Fancier.——Cow ; Dairy Husbandry and Breeding. —Dozs ; their Origin and Varieties. Dog and Gun. Domestic Fowls. Hlements of Agriculture. Every Lady Her Own Gardener. Essay on Manures.——Familiar Lectures on Chemistry.——Hogs.——Horse’s Foot, and How to Keep it Sound. « Horse. Hyde’s Chinese Sugar Cane. Hive and Honey Bee.-——Manual on Bees. Pests of the Farm. Perzos on the Vine. Preservation of Food. Rose._——Skilful Housewife. -Vine Dresser’s Manual. Spooner on Grape Vines and Wine-Making.——Vine Culture and Wine-Making. THE ORCHARD HOUSE: OR, CULTURE OF FRUIT-TREES IN POTS UNDER GLASS. CONTAINING PLANS AND ESTIMATES FOR CONSTRUCTION, DETAILS OF MANAGEMENT AND CULTURE, AND A LIST OF FRUITS BEST ADAPTED TO THE PURPOSE. wn, BS > Pie A Win se Gk SMW C= Oh Se aa OY Ap SD Op ge SAWBRIDGEWORTH, ENGLAND. ALSO AN APPENDIX, Growing Trees & Vines in Orchand Aonses, aS WV es ep PAC IVE SS ALOU IN eee Se LANDSCAPE GARDENER, GERMANTOWN, PA, With Dlimatrations, f NEW YORK: C. M. SAXTON, BARKER AND COMPANY. No. 25 PARK BROW. “> ww e CONTENTS. The OreberdBEPOUSeE ep aa cere 2 ajne veiciaale se Loom ae ADU STAM ee Bima Wa aoa Bea Laid mad mot 34 The Lean-to Orchard House............. 7 Sirawernicsanes yen s meat athe een eeemens 34 Builders shmate 4 iw. oo. kk eee ss LOM) Adlinvonds esta Ae Mee SReS sey Lie ore gid 35 PAmMerream Estimates ee adele). 10 The Forcing Orchard House............. 36 Small Span-Roofed Orchard House....... 12 | The Hedge Orchard House.............. 38 Large Span-Roofed Orchard House....... 13 | The Tropical Orchard House... ..02 2220. 38 Beachesyand Niecharines...0 44.) .n ee a. 21 | Insects and How to Destroy Them....... 44 NSIS ON cht esi one MS ENA SIRE We car di vee 2 26 | Monthly Calendar for the Management of (CHIGIE ESI S 9 Site 8S ates te eer 29 the Orchard House throughout the Year 45 PAT OIS scent vratiat Wags Ct cea! Sea ne Ae 2 cA 3 The Brick Arnott’s Stove................ 48 SAS Pewiesd Mea irae vate cysbur a teysicuats eiey din rac aual 3 The Arnott’s Stove Boiler..........-.... 49 GRAS anaes eneeais hie Melony AUN ee en ie.) CS A Select List of Fruits Adapted for Or- BANOS eG ie ei als ia edehis cada, sei aR gu 34 chard-House Culture.......... saleterene fas 50 APPENDIX. Fruit Trees in Orchard Houses..... Col hB BAR Bd aR G5 Ss GOS nolo als boot So or Ho teKoL aoe e 53 Pot Culture of Grapes........ sooodee SOSA eS ca UII SE ana Ne eet at Yel Bang oat Pa 5) EDWARD O. JENKINS, Printer & Stereotpper, No. 26 FRANKFORT STREET. with their genial climate and varied produce. THE ORGHARD HOUSE: A few words of preface and apology to the first edition—It has been, and is, too often the custom of writers on horticulture and agriculture, to write first and practice afterwards,—in other words, to promulgate a pretty theory, and then reduce it to practice: I have not been “to this manner given,” for in this, as well as in other instances, I have Yeduced my prac- tice to writing. The method of culture given in the following pages, has been to me a pleasant relaxation from the cares of an extensive business ; and I feel convinced that it may be made equally agreeable to a numerous class of busy men, who make their gardens a source of untiring, quiet enjoyment. It is very probable that some who may be tempted to read the following | pages will feel surprised that I have made *» separate publication on so trifling a subject, when so many horticulturail © sriodicals are open to those | who cannot write a large book. They may say, ‘‘ Why not occupy a few columns in the ‘Gardeners’ Chronicle, or a few pages in the ‘Cottage Gardener ?”’” My motive must be my apology. For many years our parish church, from causes not proper u» be men- tioned here, was in a fearfully dilapidated state: a partial »cpair has rescued it from serious consequences ; still, much more is re.,uired. A hint from one warmly and actively interested in its restoration has induced me to dedicate the profits resulting from this little publication towards such a sacred and, I trust, praiseworthy object. I hope not to be misunderstood. It is not ostentation that has tempted me to this; no love of fame, but purely the wish to disseminate a taste for refined horticultural pursuits, and a hope that I, a humble agent, may be, through this, enabled to contribute a trifle towards the restoration of the church of my forefathers, and, I trust, of my children’s children. The same to the fifth edition.—When I ventured to publish the first edi- tion of this little work, I scarcely dared to hope that it would meet with a reception so favorable, and fulfil so quickly the purpose to which it was dedicated. Orchard houses are now familiar things: hundreds are rising up all over the face of the country: no garden structures have ever so rapidly advanced in popularity. That they deserve to be popular, I am more than ever convinced ; and I cannot help feeling grateful that, through the exercise of my humble literary ability, so much good, because so much intellectual pleasure, has been derived from this new mode of cultivating fruit trees. In the following pages it will be seen that the idea has not “ erown with my growth,’—for I am old and grey-headed,—but rather with my age. We are, however, as yet only children in orchard-house culture. Every moderate sized garden in England—more particularly in the North—and in Scotland, will, in the course of a few years, have its orchard house. They will glisten on highland and lowland, and gladden many a garden-lover he’ i a Moin =r Es 6 THE ORCHARD HOUSE. a I I I eee I In the present edition it will be seen that I recommend top-dressing to be done in the autumn, instead of in spring, as heretofore. I have found this to be by far the most eligible season ; for, if done too late in spring, it is liable to make the trees shed their blossoms without setting fruit. With apricots, this is more particularly likely to occur. Potted trees, when top- dressed in autumn, commence at once to form fresh roots, which in spring are ready to fulfil their office in supporting the young fruit. Very recently, some cultivators have recommended trees to be shifted and re-potted annu- ally: when they become large, this is a work of much trouble. I can say with confidence, there is no occasion to do this. My finest trees have now been seven years in the same pots; they bore last season large crops of very fine fruit, and are now full of promise, being covered with blossom- buds on short, well-ripened, healthy shoots. THE ORCHARD HOUSE. It was, I think, in the year 1849, that, being very fond of figs, I attempted to grow them in pots in one of my vineries ; but finding they required more room than I could spare, I sought for some method by which I could over- - come the difficulty. The pots 1 used, I ought to state, were not placed on benches, but on raised borders, for I had adopted the sunken paths and raised borders for many years, to avoid the expense of the usual benches of wood. The roots made their way through the aperture at the bottom of the pots, and the plants thus, even in comparatively small pots, obtained enough of vigor to support a crop of fruit. After the crop was gathered, the pots were gently turned up on one side, and the roots cut off with a knife, water was withheld, and the plants were soon at rest with well- ripened shoots. The following spring they were top-dressed with manure, and again placed on the border; but an idea occurred to me to give more room for the emission of roots by enlarging the aperture at the bottom of the pots: this I atonce put in practice, with the most favorable results. I then reasoned, if figs in pots can be made to bear a crop of fruit by thus giving them extra nourishment during the summer, why should not peaches, nec- tarines, apricots, vines, plums, cherries, and pears, be managed in the same way? ‘They can be; and Ihave now much pleasure in giving the simple method by which all these choice fruits can be grown on dwarf bushes in pots, with a certainty of a crop every season. I hope to see the day when hundreds and thousands of our small gardens will be furnished with cheap fruit-tree houses. Glass, timber, and bricks, are now comparatively cheap ; for sheet-glass that, when first brought into notice cost 2s. per foot, can now be bought at 2d. per foot; so we can build cheap houses, which, without the assistance of artificial heat, will give us, in average seasons, the climate of the south- west of France,—without the liability to injury from spring frosts, from which all temperate climates, both in Europe and America, at times suffer so severely. Let us now see how nearly glass structures without fire-heat will approximate to the climate of France in one of its most temperate dis- tricts,—viz., Angers. . The Chasselas de Fontainebleau grape, our Royal Muscadine, ripens there in the open air, in average seasons, on the 25th of August: this is as nearly as possible the time when it ripens here under glass without arti- ficial heat. The black Hamburg grape ripens at Angers on the 25th of @ > wy = ass THE ORCHARD HOUSE. ILLIA ILS. PAP VOL LNAI LIP AL PPP EAL PPP PPP PP LLP PLD LPP PLS DD PPPP I PLR PEEL DAL PAPAL I September: in one of my vineries in a warm situation, I have had them fully ripe on the 15th without fire-heat. We can thus, ata little expense, in our own dear native land, reap the benefits of a warm climate, and enjoy its choice fruits, without suffering by a residence in its oppressive heat. I may here mention that my idea of the approximation of the climate of _ the orchard house to that of the south-west of France is not imaginary, for some of my gardening friends from thence have said, on entering it, “ Ah! Monsieur Rivers, voila notre climat !” I believe that I have more than once described my “ glass-roofed shed,” for [have not ventured to give it too high-sounding a name; still, as it must come into extensive use, a better name may be found expressive of this peculiar structure, which is not a vinery, or pinery, or peach-house,— these all belong to great and grand gardens,——but a place for many fruits ; it may, therefore, I think, without affectation, be called an Orchard House, a place requiring but little expense to erect, but little experience and atten- tion to manage, and yet giving most agreeable results. To the suburban gardener, who has but a small garden, which must be a multwm in parvo,— to the amateur with plenty of gardening taste and but a limited income,— in short, to a numerous class fully capable of enjoying horticultural pleas- ures, but with purses not bountifully supplied, the orchard house will, I feel assured, be a most agreeable boon. I will, therefore, proceed to give such directions as will, I trust, enable any carpenter to build one. There are two descriptions of houses calculated for this mode of fruit culture— the lean-to and the span-roofed. I shall commence with the former, which is perhaps the most simple and most common form of garden structures. THE LEAN-TO ORCHARD HOUSE. Its length may be from ten feet to one hundred or more, according to means and space ; but its breadth and height should be according to the following dimensions, unless any improved plan may be suggested which will ensure greater advantages at the same cost. I will suppose that an orchard house thirty feet long is required. A ground plan, thirty feet long and twelve feet six inches wide, should be marked out : then six posts of oak or good yellow deal, five inches by three, and nine feet six inches in length, or of larch poles sixteen inches in girth, cut in two and the flat sides placed outwards, must be firmly fixed two feet in the ground : the ground ends before fixing should be charred two feet six inches from the bottom, and then have a coat of boiling coal tar, which adds much to their durability. They will form the back line of posts, standing seven feet six inches in height from the surface of the ground. For the front wall six posts of the same thickness, four feet six inches long, must be firmly fixed eighteen inches in the ground, so that they stand three feet out.* Two posts will be required at each end; atone end (if only one door is wanted) these will form the door-posts. On these posts, both at front and back, must be nailed a plate four inches by three, on which the rafters are to rest; the posts are thus arranged in two lines. Now, then, for the rafters: these must be fourteen feet long. A nine-inch deal, 7. ¢., a deal nine inches wide and three inches thick, will make four, each four and a half inches by one and a half, or nearly so. These are light, strong, and * These respective heights of front and back are a matter of choice: they may be exceeded; ‘wus for I find that trees in pots make most vigorous growth. 8 THE ORCHARD HOUSE. : eee PP IIL II I I III the most economical of all. Instead of “ploughing” the rebate for the glass, which is great labor and waste of material, on the upper side of each rafter, exactly in the centre, must be nailed a slip of half-inch board, half an inch wide; this will leave half an inch of the rafter on each side for the glass to rest on—not too much for glass twenty inches in width. The rafters are so far prepared for glazing, but not yet fitted on the plates at top and bottom of the projected house: no mortices must be made, but the rafter fitted to the back plate by cutting out a piece as in fig. 1, and to the front plate as in fig. 2. They must then be strongly nailed to the front Fic. 1. Fic, 2. Top end of Rafter. ~ Bottom end of Rafter. and back plates, leaving a space between each rebate of twenty. inches. A piece of three-quarter-inch deal board, six inches wide, should be nailed along the top to the end of each rafter, so as to be even with their upper edges, and in this should be a groove to receive the upper ends of the pieces of glass. At the bottom a piece of board, one inch thick and six inches wide, must be let in, by sawing a piece out of each rafter for the glass to rest on and to carry off the water. We have thus formed a sloping roof seven feet nine inches (with the plate) high at back, and three feet three inches high in front. The glazing is now to be thought of. The most economical glass is sixteen-ounce British sheet glass, which can be bought at 24d. and 3d. per foot, and the size to be preferred, twenty inches by twelve, placing it crosswise, as the rafters are twenty inches asunder. The laps should not exceed a quarter of an inch, and they need not be puttied, as the ventilation is more free when they are not. I find that scarcely any breakage takes place from frost, owing to the large pieces being elastic. On and outside the back posts, three-quarter-inch well-seasoned deal boards should be nailed. In the back wall thus formed, sliding shutters in grooves, three feet by one foot, must be fixed, to act as ventilators—two close to the _ roof and two about three feet from the surface of the ground, as in the annexed sketch ; if two more be added to the right and left of the lower shutters, all the better: 7 swmmer it is impossible to give too much air. Fig. 3. The front and ends / | ieee (except the doorway) 0 cl | | Uae | must have also three- quarter-inch boards, hem nom [ 7 nailed on outside the posts ; one of them, / i the upper one in the | ‘ front, to be on hinges, eee . so as to let down the Back of Orchard House. 4, a, a, a, Sliding Shutters in Grooves. whole length of the house: these, with the back shutters, when all open in hot weather, will ventilate thoroughly. To add to this, and it is all required in summer ? Bg SA 2) ’ a ; THE ORCHARD HOUSE 5 oa . weer care A I I ey MOE ESE ee I SAO BUDE ee ETO NN De WU Cr ETO BSL aS the boards will shrink and let in air: a fierce sunlight is thus admitted by the large glass, and abundance of air, in which all fruit trees thrive to admiration. The boards and rafters should be painted with stone-colored paint, which will give the house a very neat appearance. So much for the timber and glass; but when one sees that to walk along the centre of the building, which is about four feet nine inches in height, a person must be of very diminutive stature, the inquiry arises, how is head-room to be made ? Simply by making a trench two feet six inches wide, and fifteen or eighteen inches deep in the centre of the ground plan: this will leave a border on each side four feet nine inches wide, and form a path at the same time. The front border need not be raised, as the trees in two or three years will require all the head-room they can have, but the back border should be raised about eighteen inches above the surface, supported by the brick or boarded edge to the path,—for the sides of the path must be supported with boards or four-inch brickwork. It will be found a great improve- ment (for which I am indebted to a friend) to divide the back border into two terraces, by raising the back half twelve or fourteen inches, building a four-inch brick wall, and filling in with earth, so that the back row of trees is elevated, and thus escapes any shade given by the front row; the || effect also is very good. Now, as every thing depends on these borders— for there must be no benches and no shelves—care must be taken to make their surface loose and open: loose materials, such as lime rubbish from old walls, and road sand, mixed with manure, may be laid on them, about four inches deep ; they may then be forked over to about nine inches in | depth, well mixing the above materials with the soil: you thus have two borders not too far from the glass, and oz which your orchard will thrive admirably. It will appear odd to read about trees thriving on instead of in a border ;- but when I explain that this is to be an orchard in pots, it will not seem so contr ary to our usual garden culture. It will be seen, I think, by the description I have given, that the lean-to orchard house is merely a low greenhouse, with its roof sloping to the south or south-west, such as may be seen in many of our small villa gardens ; Fic. rt Section of a Lean-to Orchard House. only, instead of having a path in the centre and a bench on each side for the flower-pots to stand on, it has a sunken path and a border of earth on each side, on which fruit trees in pots are to be placed. The foregoing wy “rough section will perhaps convey an idea of this structure and its use. 7 10 THE ORCHARD HOUSE. LI I I I III BUILDER'S ESTIMATE. By Mr. Burton, Builder, Sawbridgeworth, given in 1857. To An Estimate for erecting an Orchard House, 30 feet 6 inches long, 12 feet 6 inches wide, 3 feet 3 inches high in front, and 7 feet 9 inches at back. 3 feet oak door sill, 4 by 3. 64 feet of fir for plates. 84 feet ditto for end rafters and door posts, &c., 34 by 25. 309 feet ditto for middle rafters and sill, 43 by 14. 110 feet ditto for posts, 5 by 3. 30 feet deal for top and bottom rails, 9 by 1. 560 feet (super.) ditto for boarding fillets, &c. 90 feet (super.) fir for sides of path, piles, latch, joints, and buttons. Painting with anti-corrosion paint, 2 coats. 187 squares, 16 ounce sheet-glass, putty, and labor. ee Hao) Or, By using larch poles instead of squared timber for the posts, a saving may be effected ; by being one’s own carpenter, a larger saving. By using oak for posts, unless Small oak trees can be bought cheaply, £1 15s. must be added to the above estimate. The foregoing estimate and sketch are for a Lean-to Orchard House standing by itself: where there is a brick or other wall to serve as a back wall, it may be built against it, with a great saving in expense; but as sliding shutters cannot conveniently be let into such walls,.ventilators may * The following estimates of the cost of similar houses in America have been kindly furnished us by Richard Morris Smith, architect, of Philadelphia.— AMERICAN ESTIMATES. Fie. 4. Lean-to, or single-pitch Orchard House : 570 feet of hemlock scantling at lge. - ~ - - - - - - =. $7 12 680 ‘“ poplar for boarding, &c., at 2c. - - - - - - - 13 60 450 feet, 15 by 20 glass, (per 50 feet), $1 95 ~~ - - - - - - 17 55 Labor, putty, &c., &e. - - - - - - - = = - 32 00 Complete, without wash or paint, $70 27 Boards to be milled but not hand-planed, and finished in two coats stone-wash if desired,— but the cost of stone-washing not included in the estimate. From $27 to $33 should be added ‘if the work is hand-finished for paint. About $15 should be deducted if it is built against a stable or other wall. Fic. 5. Small span, or double-pitch Orchard House: 456 feet of scantling, (hemlock), at fac: - = aay aie sep acreaprsmre. ety 7/0) 544 “ poplar, at2c. - - - - = - - - - 10 88 550 ‘ glass, (per 50 cee, $1 95. - cies - eta oo Re 21 45 Labor, &e., a&e. - - - - - - - - - - 31 U0 $69 03 $25 to $32 should be added, for hand-finish and painting.’ Fies. 6, 7. Large span, or double-pitch Orchard House : Finished in the first manner as above described, about - Paint-finished = - - - - - - skh (eSIOROO ihe Yates AAS. NS Ces BIO THE ORCHARD HOUSE. RR aes WL I Oe be made at the top of the slope of the roof, by having every alternate square fixed in a wooden frame, with a hinge at top and a flat piece of iron with holes in it suspended to the bottom corner: an iron peg should be placed in the rafter to fit into the holes ; with this, the ventilators can be raised or sunk at pleasure. The most complete house of this kind, built against an old garden wall, with a 8. W. aspect, is in this neighborhood. The wall is 12 feet high, and covered with full grown peach and nectarine trees ; the house is 200 feet long and 15 feet wide, 4 feet 6 inches high in front, with front sashes 5 feet by 3, on pivots, so as to ventilate thoroughly; the rafters are 44 by 13 inches, and fixed 20 inches apart; glass, 20 inches by 169, and every alter- nate square at the top next the wall is framed, and on hinges opening upwards (these should be arranged so as te open all at once with a line and pulley); the path in the centre is 3 feet wide, and on each side, 3 feet from the path, is a row of espalier peaches and nectarines ; between the front row and the glass are bushes in pots, so that in one house are three modes of culture. It is also divided into three seasons by partitions of glass, forming three compartments ; two of these are fitted with hot water pipes, and one left without, as in a common orchard house. In one house forcing is commenced early, so as to have ripe peaches or other fruit in May; the second succeeds it with peaches in June and July; and the third, without heat, gives its crop in August, September, and October : peaches and nectarines are thus in perfection from the middle or end of May till the end of October. The fruit on the wall is the first to ripen, and is very early, owing to the warm aspect. This is the most complete lean-to orchard house I have ever seen; and although 15 feet wide, it can, be built at a less cost than the narrow upright houses in front of the walls at Trent- ham, which are only 5 feet in width. The lean-to house, whether against a wall or standing alone with its boards for walls, forms a most excellent vinery for grapes not requiring fire-heat, such as the Black Hamburg, and the Sweetwater, and Muscadine grapes. The vines should be planted inside the front wall, and 2 feet apart, trained under the rafters, 14 inches from the glass, and managed on the spur system, which is the same as that given for the training of grapes in pots. In the south of England, the sorts above named will never fail to ripen in this kind of vinery. So much do they love free air, that I have for some years opened my ventilators in the middle of July, and have never closed them till the end of September. My grapes have invariably been of the finest quality. I now propose to give a sketch and description of a Span-roofed House, a little wider and cheaper. A house of this form is more agreeable as a promenade, and I think the trees are attended to with more facility. But unless placed in a warm sheltered garden, peaches" and nectarines do not ripen quite so early in it as in a lean-to house. I think, however, it has a more agreeable look, and I must confess a preference to it. The following ig a section of what I shall call the Small Span-roofed Orchard House. Height at sides, 4 feet; at centre to ridge, 8 feet ; width, 14 feet ; rafters, 8 feet in length, 3 inches by 14, placed 20 inches apart; posts of oak, 5 inches by 3*, 5 feet apart; plates, 3 inches by 2; central path, 2 feet 6 oi * Oak posts of this size, I find on referring to the wooden tombs in the churchyard, last a from 50 to 60 years. CL recommend for them the following, which I shall term the THE ORCHARD HOUSE. PLDI IDI LI IDI ID ILE IIL II LI IIL II II PII PD PIII ILI LI LI LIPID PPP DP DP PII PDIP LPP PP PPI PL PIP A PIP IL P-L III LPI ILI PLL PLD SMALL SPAN-ROOFED ORCHARD HOUSE. Section of the Small Span-roofed Orchard House. a, a. Shutters on hinges, 12 inches wide, one on each side. The upper edges should be 1 foot from the eaves. b. Ridge board. ¢. Shutter over the door. ‘inches wide. The borders in this description of house need not be raised, but the path may be sunk 2 or 3 inches, and each side sloped so as not to crumble into it ; the expense of a brick edging is thus saved. The borders should have a dressing of manure and sand, or manure and burnt earth,— in short, of any lose materials,—and be well forked over and mixed to 6 or 9 inches in depth. Two rows of trees may be placed on each border, thus— 3 feet from stem to stem, so that the sun may shine on every leaf. This is most essential ; for I have occasionally had some of my peaches deficient in flavor, and on examination have always found the trees too much crowded, so as to shade each other. In these small span-roofed houses, the trees placed as above form a charming avenue, and are looked down upon by the cultivator, so that every leaf and fruit is seen. It will add some trifle to the expense of building, if the sides, 1 foot or 18 inches from the eaves, are of glass, the wooden ventilating shutter being beneath the glazed part. The doors and ends may be partially glazed: the extra expense is fully repaid by the light and agreeable appearance given by this mode of building. The cost of a plain-boarded house, as given me recently by Mr. Rivett, Builder, Stratford, Essex, is as follows :— A span- roofed orchard house, 50 feet long, 14 feet wide; sides, 4 Bel mid- dle to ridge, 8 feet high ; oak posts, 5 inches by 8 ; close boarded, glazed with 16-ounce glass, painted twice with anti-corrosion paint: complete, £27 10s. The small span-roofed house will be found an agreeable: and economic structure ; but, as large gardens require large houses, I am induced to sas a) Xiges > , THE ORCHARD HOUSE. 13 a> LARGE SPAN-ROOFED ORCHARD HOUSE, My large houses are twenty feet wide, the sides four and a half feet high, and nine and a half feet in height to the ridge; the paths are two and a half feet wide ; the brick beds at the sides are four feet wide and fifteen inches high, the central bed seven feet wide and eighteen inches high. These dimensions may of course be varied at the pleasure of the builder ; I give mine exactly as they are. The posts to support the side plates are of oak, six inches by four ; they are two and a half feet in the ground, and placed four feet apart ; on these are nailed deal boards three-quarters of an inch thick, the upper one of which, on each side, one foot in width, is on hinges to form the shutters for ventilation ; the rafters are four and a half inches by one and a half, and placed twenty inches asunder. (In large span-roofed orchard houses used for forcing fruit, and in which artificial heat is employed, one or two shutters on hinges at the apex of the roof are necessary to let off the heated air in sunny weather ; but I find them quite unnecessary in houses without fire-heat). This is the most economical method of building large span-roofed orchard houses; but they may be varied, and iron, and brick, and glass, employed at pleasure. One recently built at Audley End i is, I think, worthy of a short description: its sides are brick walls, two feet six inches high ; on these, sashes two feet six inches by three feet, are fixed with pivots, so as to admit a large quantity of air ; width twenty feet, length ninety feet, height ten feet ; the roof is suppor ted by a row of two-inch iron pillars along the centre, about seven feet apart ; the central and side beds are twenty inches high, ‘the paths three feet wide. This is really a noble as well as a nobleman’s orchard house, and forms a healthy and most agreeable promenade. In all orchard houses where expense is not heeded, the water should be conducted from the roof into a tank pr tanks underground, either outside or inside. Rain water is the best of all to syringe or to water the trees with. The following is the estimate recently given me by Mr. Rivett for a large span-roofed orchard house, built in the plain manner, as given in figs. 6 and 7 :— Fig. 6 (End Elevation.) “ An orchard house thirty feet long, twenty feet wide; sides, five feet high ; middle, ten feet to ridge; with iron pillars ‘to support roof; oak posts, close boarded, glazed with sixteen-ounce glass, painted twice with anti- corrosion paint, £45. The raised brick bor- ders generally built in a. Shutters, 1 foot wide, on hinges at ends. houses of this size, are Bs oDo: do. on each side. THE ORCHARD HOUSE. POI LCL PLL PIII III PIII LIVI DIL IPL ILI DIDI I rr ree BiG. 7 (20-feet Section). not included in the es- aK timate.” I may add : that raised borders may be dispensed with if half-standard trees are cultivated, with stems from 24 to 33 feet high. The tallest trees should occupy the centre of the house: this kind of house, furnished with nicely - pruned round- headed trees, with a. Beds (supported by 4-inch brick walls, built with cement) filled up with straight stems, would compost. ROUND b. Paths, 24 feet wide. ; have a very orchard- c. Collar beam. These collar beams should be 6 feet apart: iron pillars, |jke look and they which may be formed with 2-inch gas pipes, in a row along ‘the centre, ; support the roof equally well, and have a lighter and better effect: they would be very produc- should also be 6 feet apart.* tive. It is essential that these large houses should stand endwise N. EH. and S. W., or nearly so; for if placed N. W. and S.E., as mine are, owing to the peculiarity of the site, the trees in the north-east border are too much shaded, and do not ripen their fruit well. I also prefer the same position ' for small span-roofed houses. The height of the above exceeds that which I have described in p. 16, but I am inclined to think it more eligible, for it is surprising to see what fine and even large trees can be grown in pots. A very good gardener has asserted that peaches and nectarines from bushes are inferior in flavor to those grown on trellises in peach houses ; and that he could produce more fruit in the same space by the latter mode. I can easily imagine a partial failure in flavor ; not owing, however, to the system, but to the management. The trees alluded to have not had room or air enough ; and, consequently, the fruit has not been high flavoréd. I have had Noblesse and other peaches from bushes in a pot standing in the full sunshine in one of my houses of the most delicious flavor, while those from trees partially shaded were not good. The peach-house trellis system is not adapted for small gardens ; one, or at most two trees, will cover the -roof of a house 20 feet by 12; and nothing can be grown under them. Besides this, three or four years must elapse before they commence to bear to any extent ; and, above all, it will require a good gardener to train and prune them, for no amateur could bear the fatigue of constantly keeping his eyes to the sun. Since the foregoing pages were written, “‘ crystal palaces” have been built. I have written for more humble gardens; but large orchard houses may be built on the ridge and furrow system : still it will require caution, for I am inclined to think that a ridge and furrow house of great width can never be ventilated sufficiently to give flavor to fruit. One of these “ palaces” with raised borders, well furnished with peaches, nectarines, apricots, figs, and even pomegranates, in 20-inch pots, and treated as recommended for ail other orchard-house trees, would realize an Eastern garden, and bring * A lighter and equally eligible mode of supporting the roof is by iron rods (2 inches in cir- umference) in lieu of collar beams; these must be supported by perpendicular rods, hooked n to the centre and fastened to the ridge board by screws. oo mA c THE ORCHARD HOUSE. ree _ PILI III DION er rrr rrr srr. to mind one of the fruit gardens of Damascus, so vividly described by trav- ellers. In short, I know of nothing in eardening more capable of fully gratifying the two senses—sight and taste. Thus in great and grand places, in lieu of a cheap and “simple orchard house, a fruit conservatory, heated by hot-water pipes, may be built, and the trees grown in ornamental ' vases placed on elevated beds. A few tea-scented and other delicate roses, and spring-flowering bulbs, planted in the borders, would make them gay, and have a pretty effect. It must, however, be recollected, that but very few of what are called conservatory plants can ‘be planted in a common orchard house ; for it is necessary that it should be cold and dry in winter to give the fr uit trees their rest. If fire-heat is used, it must only be applied early in spring—towards the end of February—to force the fruit, if early fruit be required, and not in winter, as in greenhouses, to keep out ‘the frost. I have, however, reason to believe that or ange trees and camellias may be planted in the borders with a good chance of success : they should have no water after the middle of October, and about the middle of December some sticks should be stuck in the ground round each tree, and the space between the sticks and the tree filled up with dry hay, and a mat or light woollen cloth (Frigi Domo would answer well) wrapped round the sticks. The mat or outer cover should be taken off by the end of January, leaving the hay, and replaced if severe frost comes on. It would insure success with oranges and camellias planted in the borders, if the house could be gently heated in severe weather, so as to prevent the temperature falling below 26°; this would not stimulate the fruit trees to any extent, and yet would, to a cer- tainty, preserve camellia and orange trees. The most severe frost will not injure tea-scented roses or bulbs, if the house be kept perfectly dry after October. It is very possible that some who read this may say, “‘ Why not plant the trees in the raised beds, rather than in pots or vases?” To this I reply, They cannot be kept under control, unless they are annually lifted and replanted early in November. I had some peach trees which were planted in the raised borders of one of my orchard houses: they bore well; but, in spite of root-pruning, they would grow too rapidly. Now, in pots, the size and growth of the tree may be regulated with the greatest nicety ; the. annual root-pruning can be done with much facility, and there is no occa- sion to dig and disturb the borders, which must be done to a great extent to thoroughly root-prune trees planted in them. Indeed, as far as my expe- rience has gone, I can honestly recommend pots, vases, or boxes, for fruit trees in orchard houses or fruit conservatories. In the “ Gardeners’ Maga- zine,” vol. ii., page 278, peach trees are mentioned as having been in pots twenty years without being repotted: they had been kept in health and fruitfulness only by top-dressing. / I am, however, inclined to think that peach and nectarine trees, planted as pyramids and bushes in orchard houses, would give great satisfaction to the “‘ poor gentleman” who is his own gardener, for it is only such that can and will fully enter into any new mode of gardening. Peaches, nectarines, and apricots thus cultivated should be lifted and replanted, with a little rich compost, annually, the last week in October: they should each have, when replanted, four or five gallons of water, and the same quantity about a week after : no more should be given during the winter. Cu Size of Pots.—In potting trees for this description of culture, pots of Ts ok. 16 THE ORCHARD HOUSE. On ews OO I LO eee different sizes may be used, according to the taste of the cultivator. If large trees for large houses are required, 15-inch pots (15 inches in diame- ter and 15 inches deep) will be necessary ; for moderate-sized trees, 13-inch pots: this on the whole is the most eligible size. For smaller compact bushes, 11-inch pots are convenient, as they are not unwieldy, and the trees may be made ornaments of the side-board in the dining-room ; and beauti- ~ ful objects they are when full of fruit. Miniature, yet fruitful, peach and nectarine trees may be grown in very small pots, for I have some not more than 9 inches high, in 8-inch pots, full of blossom-buds. Trees of this size must not be allowed to bear more than four or five fruit. They are most interesting, and I have no doubt will, ere long, be extensively cultivated by the curious. These very small fruitful trees are grafted, which seems to make them precociously fruitful : peaches and nectarines are generally budded. In remote places, where large pots are difficult to be procured, tubs like those used for orange trees, or more properly boxes, may be employed with success, and for trees of large size, 7. e., when they are from ten to fifteen: years old, they will probably be absolutely necessary. They are easily made: boards, one inch thick, either of oak or deal, should be firmly nailed together so as to form a box fifteen inches deep and twenty to twenty-four inches square ; the bottom should be formed with bars one inch thick, placed about half an inch asunder, to allow the roots to penetrate into the borders. Apricots—Apricots. in pots are very rarely seen, even in large establish- ments ; they are difficult to force, as they will not bear the confined air of a forcing house. I remember, some years since, being much struck with some apricots cultivated as dwarf trees in the South of France: the trees, full of their golden fruit, looked so beautiful,—at the time I wished that our climate would allow us to grow them in the same way. I did not then think of cheap glass, root-pruning, and pot culture. It must always be borne in mind that, without abundance of air and the. full light of an unshaded roof,—by this I mean that no vines must be trained under the glass,—fruit of high flavor cannot be grown; the trees will bear well, but their fruit will be vapid and flavorless. | The best trees for pot culture are those that have been in pots one or two years: if these can be purchased, so much the better. The next best are trees that have been removed and cut down one year in the nursery. If neither of the above can be found, ‘‘dwarf maiden trees” will do. Trees taken from the open ground must not be potted till the end of October. Presuming that potted trees have been procured, they may, early in Octo- ber,—if omitted then, in November or December,—be repotted into pots of the size selected for this system. I have named 11-inch pots, because they are portable, and the trees may then be shifted into large pots as they advance in growth; 1l-inch pots will, at any rate, do well to commence with. October, November, and December, are the best months for potting trees ; they may indeed be potted till March, but then no fruit must be expected the first season. If fruit-bearing trees that have been grown in pots can be procured, they cannot be potted too early in October. I know of no compost better for stone-fruits than two-thirds turfy loam and one-third decomposed manure, to which some road or pit sand may be added. The loam should not be sifted ; if it contains a large proportion of * This is a term applied by nurserymen to trees one year old from the bud or graft. ol ae aaa THE ORCHARD HOUSE. PLL LLL LL LL LL LLL LLL LDS LL LL LLL DL LLL LL I LIL LPP ISLS PLL LLL LLL LLL LILO LLL ODL DLL LLL LPI lumps as big as an egg, so much the better. If you examine an 11-inch pot, you will find it eight inches across at the bottom, and the aperture from one inch to one anda half in diameter. Take a light hammer, and enlarge this aperture to five inches in diameter*; then place four or five large pieces of broken pots or tiles across, so that they rest on the inside ledge left by the hammer, leaving interstices for the free emission of roots: on these place some of the most lumpy part of your compost ; then your tree, not too deeply, but so that the upper part of its roots is a little be- low the rim of the pot: if it has a ball of earth, loosen it ; fill up with com- post; ram the earth down firmly, as you fill, with a stout blunt-pointed stick ; place it on the border where it is to grow during the summer ; give it two or three gallons of water, and a top-dressing of some manure to lie loosely on the surface, and the operation is finished. We will suppose that our tree, a nice dwarf bush, with five, six, or seven branches,t is potted. It may rest till February, and then be pruned,—a plea- sant, simple operation, more easy to show than to tell how to perform. I may as well now state that the pruning recommended here for apricots will serve for all bush fruit trees under orchard house culture, except peaches, nectarines, and figs. Each branch must be shortened with a sharp knife to ten inches: these shortened branches will form the foundation of a nice regularly-shaped bush. In May each branch will put forth three or four shoots: all of these but the topmost one must be pinched off to within about two inches of their bases: they will form fruit-bearing spurs ; these will continue all through the summer to make fresh shoots, which must always be pinched off to a length of two inches. By the end of the first, season the leading shoots of the tree will be probably three feet in length, and, as well as the spurs, be furnished with blossom-buds. The summer is past; the month of October is with us. Its shoots are ripe, and the tree has ceased to grow : it must be put to rest for the winter, by lifting up the pot and cutting off closely every root that has made its way into the bor- der: it is then ready for its top-dressing, the method of giving which I have described further on. The second season:—in February, or early in March, the leading shoot made the preceding year, and which ought to be from two to three feet long, must be shortened to ten inches, and the young shoots as they push forth in summer (all but the leader) be pinched off as in the first season. The third season :—as the tree will have increased in size, its leading shoots may be shortened to six inches, and as it becomes aged and fruitful, annually to four inches, and at last pinched off in summer to two inches, as’ to make a compact round bush.. In the course of time some of the shoots in the centre of the tree will require thinning out with the knife, if at all crowded. The general management of the trees the second year should be as fol- lows :— February is with us, and, if the season be mild, buds are beginning to swell, and flowers to bloom: the trees in your orchard house are, however, dry, dusty, and stagnant ; place them in their stations, three feet stem from * T now have my pots made with five holes, each an inch and a half in diameter. In remote places, where these cannot be procured, the enlarged holes may be used. i + If a tree with only three or four branches is potted, they must be cut into four inches; a duo and the tree must have a season’s growth to form itself. ‘ THE ORCHARD HOUSE. PIPPI I I I On i nr reese stem, give each of them a small quantity, say a pint, of water,——not, how- ever, if the winter is still raging,——let them rest'three days, then give them a quart each—in short, gradually saturate the earth in the pots, and after- wards water them regularly according to the state of the weather. The buds, if the weather is mild, will soon begin to swell, and in March, or early in April if the season be late, they will put forth their full bloom ; and beautiful things they are, for no frost, no storms, will destroy the blos- soms. If the weather be sunny, with sharp frosts at night, as is often the case in early spring, the shutters, both back and front, may be open all day and closed at night; if a wind-frost and cloudy weather, they may be closed day and night ; the ventilation through the joints of the boards will then be amply sufficient. With this treatment nearly every blossom will set. As soon as the fruit becomes the size of a horse-bean, commence syringing the trees morning and evening with soft water, and continue to do this all through the summer till the fruit begins to change color before ripening. Weak liquid manure may be given once a week during the sum- mer. This is, however, almost a matter of choice. My trees grow and bear well without it. Guano water, one pound to twenty gallons, is per- haps as good as any; and a good soaking of this once a week is better than using it more frequently. While-in their young state, the fruit must be thinned, leaving, at first, upon a bush that has been two years in a pot, about three dozen; which, when they attain the size of a small nutmeg, must be reduced to two dozen: the third year, a tree, if it has prospered, will be able to bring three dozen to maturity; it is, however, better to have a few finely-grown fruit than many that are small. If some of the trees are required to’decorate the dessert—and what can be more ornamental than an apricot tree full of fruit ?—they must be prepared for removal by lifting the pots a week previously, so as to break off the roots that have struck into the border: no harm will be done,—it only checks their growth a little prematurely ; they must, however, in such cases, be brought back to the orchard house after the fruit is gathered, and have water till the end of October. To sustain trees in health in pots something more must be done than allowing their roots to go into the border; annually, in October, every tree should have a top-dressing of rich compost. I have employed, with much success, horse-droppings gathered from the roads, and unctuous loam, equal parts. The former I have had saturated with night-soil or liquid manure, and then exposed to the air for two or three months before mixing it with the loam. Some powdered charcoal strewed over this compost will prevent any disagreeable smell. Any kind of rotten manure, however, and loam, seems to answer well for top-dressing, which is done in the following man- ner: take out a portion of the soil, five or six inches in depth, and about four inches in width all around the side of the pot, leaving the central mass of roots undisturbed (a portion of the mould may, however, be picked out from among the mass of fibres with advantage, as fresh food can do them no harm) ; then fill in the compost, and ram it firmly down; keep on filling and ramming till it is on a level with the edge of the pot ; place one or two inches of loose compost on the surface, as it will settle much during the winter ; give one or two good soakings of water; and then place the trees a close together, for you will then have more space for winter parsley, let- a tuces, young cauliflowers, and other matters requiring shelter. Water must be withheld, and the trees suffered to remain dry and completely at z THE ORCHARD HOUSE. OP PP I eee rest during the winter. | This treatment may be continued every year without variation, except as regards pruning. In removing the trees to their allotted places on the borders in spring, I have lately found it beneficial to take out about two shovelfuls of earth on the place where the pot is to stand, and replace it with the same quantity of the compost used for top-dressing: the tree is thus fed from above and below. It will be necessary in very dry winters to watch the trees to see if their shoots shrivel ; if so, they must have a small quantity of water, but not in severe frost ; and if the winter be ex- cessively severe, to ‘‘make assurance doubly sure,” some dry hay or litter may be laid on and around the pots: the dry state of the soil will, however, as far as my experience has gone, perfectly resist the effects of frost. The best implement for top-dressing is a piece of iron rod an inch and a half in circumference and nine inches long, flattened at the end, with a handle of wood five inches long, like the annexed figure. Fie. 8. = Now, let us see what we may expect from this treatment. The apricot, the peach, and nectarine, as is well known, all come from the Hast. We will take Persia or Armenia. The winter there is dry and very severe ; the spring dry, with hot sun and piercing wind, just when peaches and apricots are in full bloom, and yet how they succeed! Let any one go into an orchard house when we have our usual March weather: the wind will whistle through it, and the climate will be dry, sunny, and bracing ; the blossoms, under these circumstances, will all set. Unfortunately, we can- not command sunshine enough to carry us along, to make our fruit ripen in May and June, as in warmer climates ; we must, therefore, wait patiently, for our orchard house climate is slow but sure in its operations. If the above directions are followed, Eastern nature is imitated as closely as our cloudy skies permit. The trees bloom in a dry, airy place; they pass through a comparatively dry, warm summer ; they are, like all trees natives of dry climates, early in a state of perfect rest, which is continued all through the winter, and thus they form healthy shoots and well-developed blossom-buds. Nothing in culture can be more perfect, and all is so simple, that, knowing as I do, with what facility it is done, I feel ashamed of the many words I have used in describing it. It will be seen that I have, to carry out this system, recommended houses of wood and glass ; those, however, who prefer brick to wooden walls, may have them, as any greenhouse may be made into an orchard house, by merely lowering the roof to the height given in page 10*, sinking the path- way, and having sliding shutters, back and front. The grand essentials are, low roof, borders instead of benches, and constant ventilation, more or less, according to the state of the weather, through the shutters ; but in houses with brick walls there will not be that constant, gentle percolation of air which there is through boarded houses, and which seems so highly favorable to the well-being of stone-fruits. * Tt must always be berne in-mind, that a low roof, so that the trees are not too far from the glass, is most essential. My trees, seven years old, nearly touch it,—the nearer the glass the finer the fruit. THE ORCHARD HOUSE. PLDI LLL LILI LL LILI DLL IL DOLD LILI LOLI LLL II PI DDI LLL LIL LDL LILI LI DIL DLP PIP PPP PLL PPI PP I have, I find, omitted to state the number of trees that may be grown in a given space. The trees should be placed in the borders, back and front, three feet apart, stem from stem. A house of the dimensions given in p. 12 will thus hold from twenty-five to thirty trees. Thirty trees will give sixty dozen and upwards of fruit, when in full bearing. , THE ORCHARD HOUSE. CPDL LLL LL LLLP LL LLL LL DLL DLL LLL LL LLL LLL LILI LLL LLL LI III III LI III LLL LLL LLL LLL LLL tarines, may do very well with them. It is a good practice to thin out the clusters of blossoms on the May Duke cherries with sharp-pointed scissors before they open, taking out quite half from each cluster. THE HEDGE ORCHARD HOUSE. Some thirty years since, I planted numerous beech hedges for shelter ; these stand with their ends 8S. HE. and N. W. A few years ago their 5S. W. sides looked such compact green walls, 8 feet high, that I was tempted to rear against them four lean-to houses, each 40 feet long and 12 feet wide, 8 feet high at back, and 3 feet high at front, with a sunken path in the centre. The climate in these houses in the summer months is most delightful. Tea- scented roses, magnolias, and other shrubs liable to injury from our severe winters, thrive admirably, owing to the dryness of the soil and air. Apri- cots and peaches ripen about three weeks or a month later than those on walls ; but, owing to the quantity of cold air admitted through the back hedge in spring, their blossoms often suffer in April, if frosts are severe. I found this to be the case in 1854 and 1855; this induced me to build some small span-roofed houses, 12 and 14 feet wide, 4 feet high at the sides, and, instead of using boards, to plant them with hedges to form the walls,—one with yew, the other with Siberian Arbor Vite. These are clipped twice in the growing season ; they now form compact hedges, and seem to flourish all the better for the drip from the glass which pours into them when it rains heavily. I mention these span-roofed hedge houses, not only because their climate in spring, summer, and autumn, is most charming, and perfect as a promenade for persons in delicate health, but for their convenience in retarding fruits. The trees bloom ten or twelve days later than those in the regular orchard house, and generally escape injury from spring frosts ; there is such a constant percolation of air through the hedges when the sun shines, that the healthy growth is surprising. If Royal George and Noblesse peaches are to be retarded, they may be removed from the boarded orchard house to the span-roofed hedge house from the first week in June till Au- gust; they will ripen about three weeks later than those left init. Apri- cots, plums, and pears ripen well in these houses, and are always perfect in flavor ; cherries are liable to be eaten by birds which creep through the hedges. The great charm of them is, their perfect ventilation without any trouble. For many kinds of greenhouse plants they will be found the best of summer quarters ; the increased temperature in sunny weather, from 15° to 20° above the open air, and the absence of heavy storms, which so often | injure exotics:when placed out of doors in summer, are most advantageous to their well doing. THE TROPICAL ORCHARD HOUSE. An orchard house for tropical fruits has long been with me a favorite idea, and recently, from my having had a daughter return from a nearly two years’ residence in the West Indies, it has received a fresh stimulus. The variety of tropical fruits seems almost endless ; some of them, if I may | judge from description, are too rich, others too insipid for English palates, and of the greater part the trees that bear them would require a house far beyond the means of the amateur not blessed with a large fortune. I will, therefore, for the present, confine myself to a tropical orchard house for fruit trees of yp | }moderate growth, not extravagant in its dimensions, and yet capable of giy- ‘ms, must have suffered severely from having been placed out of doors in summer ¥ THE ORCHARD HOUSE. a ema (PPP LLL Oe —_. ing many luxuries. The small span-roofed house, with some little modifica- tion, (described in pp. 11 and 12,) seems best adapted for this purpose : its sides should be five feet in height, three feet of which should be 9-inch brickwork, and two feet (the upper part) of glass, with sashes tWo feet long, on pivots or hinges, at intervals of five feet for ventilation in hot weath- er; it should be glazed with double crown glass, which is very clear, and rarely gives occasion to scorching. Its height should be ten feet, the path two and a half feet wide, and the borders on each side four and a half feet wide, raised with brickwork to sixteen inches in height. In the centre of each border two 4-inch hot-water pipes should be laid, and then a flooring of slates laid across from wall to wall of each bed, so as to leave a space for a hot-air chamber ; six inches of the brickwork must be carried up above the slates so as to form a hollow bed with 6-inch edgings to support the mould, which must rest on the slates to form the perpetual hotbed, on which the pots are to stand. The compost for this border should be two parts turfy sandy loam, lumpy as possible, one part rotten dung, and one part bricks broken into small pieces from the size of a nut to that of a walnut, with their dust ; these should be mixed with the above, to keep it open and favorable for drainage, and a border of mould made with it on the slates, four or five inches in depth. A perpetual hotbed is thus formed. So far this is a safe and necessary step ; but the hotbed will not heat the air of the house sufficiently in the damp and chilly days of winter. This must be ‘done by two 4-inch hot-water pipes carried round both sides of the house, next to the walls, just above the surface of the borders. The at- mosphere of a house thus heated should range, in spring, summer, and au- tumn, from seventy to ninety degrees (the latter only in sunny weather), and from sixty to seventy in winter, 7. ¢., from the end of November till the _ middle of February. It is well known that orange trees, cultivated in the usual way in France or England, never give fruit at all eatable, solely from the lack of heat at their ripening period late in autumn and winter. In Grenada (West Indies) they commence to ripen towards the end of October in a temperature vary- ing from 70° to 80° or thereabouts ; their flavor there, freshly gathered from the trees, is so delicious that they are far superior to those we receive from St. Michael’s and other places, all of which are gathered before they are ripe. In our tropical orchard house oranges would ripen about Christmas. How agreeable to be able to gather a portion of the Christmas dessert from one’s own trees ! The orange will, I have no doubt, form a distinguished feature in this mode of fruit culture. I will, therefore, commence with directions for its cultivation. As an ornamental tree in the greenhouse and conservatory, it is an old friend ; and perhaps no tree in the known world has suffered, and does suffer, such vicissitudes, yet living and seeming to thrive under them. It glories in a tropical climate, and yet lives and grows after being poked into those cellar-like vaults used for its winter quarters on the Continent ; it gives flowers in abundance under such treatment, and would even give its fruit—albeit uneatable—if permitted. Nearly the same kind of cultiva- tion has been followed for many, many years in England : it has rarely had heat sufficient to keep the tree in full vigor, and its roots in pots or tubs on our cool damp soil, and in winter on a stone floor still more cold. If (: 4] ~A , ms 40 THE ORCHARD HOUSE. RL LLL roots could make their complaints audible, what moanings should we hear in our orangeries all the winter ! In cultivating the orange for its fruit, the first consideration is to* procure some of the most desirable varieties ; such as the delicious thin and smooth- rinded oranges which we receive from St. Michael’s ; the Maltese blood- orange, and the Mandarin: with the present facilities of transport, young trees of these could be procured. The latter, called also the Tangerin or- ange, deserves especial notice, as it proves to be the hardiest, as well as the most excellent in flavor, of any yet introduced. It will do well in a common greenhouse ; and, when placed out of doors in June, it ripens its fruit of fine flavor in September ; which remain good on the tree for six months. This delicious little orange is only eaten in perfection when fresh from the tree. In Lisbon it is sent to dessert in clusters with leaves attached to them: unless these are quite fresh and green when the fruit is served, it is not reckoned in full flavor. If grown in the tropical orchard house, the trees should be placed in the coolest part of it, and have abundance of air in mild weather in winter ; they will then bloom later, and set their fruit with greater certainty. They should be placed out of doors in June (so that the fruit ripens slowly), and replaced in the house in September. There are also some sweet oranges cultivated in France, of which trees could be readily introduced ; but the first-named varieties seem to me most worthy of the careful cultivation to be given them in the tropical orchard house. The first matter of import is the soil best adapted for the orange; there are many receipts given in our gardening books, but the most simple compost of all, and one that cannot fail, is the following : two parts sandy loam, from the surface of some pasture or heathy common, chopped up with its turf, and used with its lumps of turf about the size of large walnuts, and its fine mould, the result of chopping, all mixed together; one part rotten manure at least a year old, and one part leaf mould; to a bushel of this compost add a quarter of a peck of silver, or any course siliceous sand— calcareous sand and road sand are injurious—and the mixture will do for all the fruit trees of the tropical orchard house, as well as for oranges. In potting the orange it is better to commence with a pot too small rather than too large ; for, unlike the peach or the plum, it does not feed rapidly and at once fill the pot with roots. Thus a tree two or three years old, may be potted into a 9-inch pot, suffered to remain for one year, and then removed to a 13-inch pot, perforated as for other orchard-house trees, in which it may remain (unless the house is very large, and a large tree is wished for) six, seven, or ten years : a portion of the surface soil should be annually removed early in February, as directed for other orchard-house trees, but not deeper than from three to four inches, and the pots filled up with the above ccm- post; and about the beginning of March a surface-dressing of manure should be given. I have observed that the French cultivators strew fresh sheep’s manure on the surface; they also place their trees in a pure peat earth. I have not seen this mode of culture in England, but it may be tried where peat is abundant. Two other surface-dressings of manure should be given, one in June, the other the beginning of September. The trees will of course be placed on the hotbed, or plunged slightly two or three inches into the mould. Iam not, however, an advocate for plunging to any extent, unless very rapid growth is required, for I find that trees in pots standing on a bed orp jheated mould and rooting into it, make a healthier, although a slower (A@ THE ORCHARD HOUSE. a EEE PP PL PLP PP LO OLE LL EE LOPE PPA growth. As soon as the fruit is gathered, which ought to be by the begin- ning of February, when foreign oranges commence to be good, the trees should be lifted and root-pruned, as directed for peaches, and top-dressed. } Orange trees should have a portion of the house to themselves, divided by alight glass partition, as they require and will bear more ventilation than other tropical fruit-bearing trees. Thus a portion of the small span-roofed house should be appropriated to them, so that they are placed on both borders, the other part of the house being occupied with mixed trees and shrubs. Air can then be given to them by opening the sashes on one or both sides, without interfering with trees and shrubs requiring less ventilation. Orange trees when grown constantly under glass are liable to a black fungus on the upper surface of the leaves ; this can only be removed witha sponge and warm water; they should be syringed with soft tepid water twice a day (at 9 a.w. and 5 p.m.) during the summer, and once a day in the © morning in sunny weather, in early spring and autumn ; while the fruit is ripening in the winter, syringing: should be discontinued. It is the custom to cultivate orange trees in square boxes made of oak. Iam inclined, how- ever, to recommend pots perforated at bottom, as usual with other pots used for orchard-house trees; the slate pots made by Mr. Beck, of Isleworth, are very neat and even ornamental; with the usual five or seven perforations, they would doubtless answer very well. If wooden boxes are used they should have bars at the bottom to allow the roots to make their way into the hotbed. The Mangosteen (Garcinia Mangostana). There are, it is said, many kinds of this “ most delicious of all fruits,” varying in their size, flavor, and fertility. Penang and Singapore are, according to report, the only places to which it is brought in perfection ; the communication with these places is now much quickened by the Overland Route and steamers. | Young trees of some of the most prolific varieties should be imported, and also abundance of young trees of some of the more common kinds, to be used as stocks for grafting, which, as is well known, often induces a tree to bear fruit. By these means fruit-bearing Mangosteen trees will soon cease to be rarities, and we may even live to see Covent Garden supplied with this rare fruit home-grown. The trees should be planted in the pots usually employed for orchard-house trees, and suffered to root into the hotbed of mould on which they are placed: if they are inclined to grow too vigor- ously, they should be kept in check by lifting the pots ; and when the fruit is gathered, root-pruning and top-dressing, in the usual way, should be attended to ;—in short, to prevent repetition, the treatment recommended for orange trees will, as far as I can see, answer for all other tropical orchard-house trees. The ‘Chirimoya” (Anona Cherimolia). In our estimation this is the Mangosteen of South America. 24 Moppleateeeaa te sated cian eh et 4S 972 3) \ Cherry osiked soe 52 eae 29 Ai) ATOR ee BISIOIe COOLISIO 6.5.0 DiCIIOIO CICIGIC 34 houses’ fOr. «1. css nc cerita ates 99 ES WUE SG (CRBC ORIOEK © ORR ER SUR OU uoanes 16 Sorts. | 2 cui aes ee Ree 29 in borders ....-----+--eeeee eee 20! | Chirimoyal! J). 2. = « sate setae see 41 caterpillar. .....0ee-eeee eerste 46 \\Compontiyad...22:cteese eee 16 compost for... .seeeeeeeeeerereee TG: Govenmnesigacasae veces fe eee toes: 15 potting.........- Sateislarace. cet sytnceats 32 Pp AS REMY Clits tegen ss ae puehest Maden’ Nhl er. nates 32 Lipase ncaa vac iaeeces ah : Retarding J. cis 1. eee me eee ne AOLCING ee Abe tn se caitlin: eee 3D a [ORL os weW obo dss cod obese ae 30 Tee eh ie Oita a ga Siathmeedy C eadillar pene mee Mie ee. Bc LOA eM, Guam gente : (CHE MSE Waco duel Loabaind 5.05 oceunemese 42 for winter pears........+..+++ BOLUS. fepshe cic els ero te elke ieherseteletencee nears ee ne ig oS gal Piuching otha 17, 82 Plaintain alee Miata ial Sram cae ta Matte nS uene Cemune ren alle JAMUATY. 2. eee eee ee eee eee AS OP MTS es REM ee stent: ame Bawodolg dss 40 July ERE en pe eed el cusite ialmiie ieuwhale aceite) scsisi\e) on 47 MOUSE Re ake MEN eat ON a: My 2 RUT eee RUNES Tannen RUE Aas Aare dens (eae 46 ROLES eects BS AINA Me NP a Bay CLV Oe ELUTED Ce ene A) WE ONE SeaMa be ete here +1. cf peiete as SdAccest seo aeeinnits SPR OOHINS VE ct - 50 | POtR.» ee se ice eee eee eee teste eee Lonrateash G2, aa G SS eee 49 | Potting ....... 6... ce cere e eee e ees GPG ULT LA 8 0. 2 MRO 0 aa Rs WALES KETV eer ae ee RII A Ace I lr 16, 22 Mango ........ 0-0 eee e eee eee ees 42)| Red spider./d. aka le, ee nee 27, 45, e MANGOSTEEN: Serie taiiets Gite) sick isle ele mee ee Al! Rose Apple, yaage, S823 4 la Rees veh eh 2 Memimme wiquidis soem pire el. ss cli )er= © 18 VU ean eee ae el S eal ate RN Ts OB SoS Ses A5 Sapodilla PES ant aaa a et May ob BOOTHE GS COLORS Big Sana EPRI cuales 46 September Pi Sek Mh hs: Me MY eda ASR A aiilerry, wane e eee e eect tee eee eee eee 34 | Shoots shrivelling:.........--.......+-- INe chara meet hacen nice es aN eee ese gj | Strawberry... ..-....-+eee sees seen as an ornamental tree.......... 21 COMPOBE . 4060.2 ceeeereee-- for treatment, see Peach....... 21 potting....-.--.+-. yee eee SOEUR Ah Sct Scie aaa oc eats 26 (SOMES iat oe ayoiei ic nie iieas IN OVSUTLNSIA 515 Gayo a oe ae Ie eee A7 | Succession houses... .........+..e0ee0e Sulphuxjand)lime sence serene ee October aicciee ne ilere eines ote A:| Sweet Lime. 5 ie) eek eee eis OVINE); soda aan odo to momo ee 1, 30!| SYRINGE foie doles ee een eee DEVENS INGE Sj ond 6c00 sousen wale 4] COMPOST HONS ence ae es hetTsee 40) Ehinning fruit (oh se) ee ce eee INI TIRSSSY Gis Preis Ae eet meets Sn AN) ABH? Soe gq sa.00n6 side tata Sus ale ean are a hetaee 29, 46 Nikvachiie ss seo odonboe eMHos sane ANAL Obacco SMOKE... ene nee 4 AUS oS oee aoa Con aca waa 40) WALT nine itis olere lelevsroucte tere etches Orchard house, origin of............... Gi Rop-dressing yr ieee eee ee Renae TONCING Eee er Se ee a Nee as 36 | Trees, feeding from below.............- lederey Gis 45 8 os 4 cicla Ria 38 SLATIONS OR) von Me henna poaiah Unies large span-roofed........ 13 number wanteds./. 44 seer VeanetOne nha gee cr tes oe 7 small span-roofed. Alte Sed fa WaeTGLLATONS xia eon vie ea ee ee eRae a en RUNS pene tropical NIE Sa Hele a aaa 38 netting LOT Sie tee ten te eens glare Path, sunken....... {aoe Rienaiuss wien c SH Wiaihense CGR Ree ON Atk SAL Me mere Ae TE era e lA Geo UMASS AISI My ate er 21 as an ornamental tree............ OH ear Ushi ee cuban eek eid eRe eeh eae ‘en COLON ODIMGUC sa \yeveieis hoe = 711 re EM OO PE LAN Sort 2 Dirac ged ce oi |B ad Lae ee e— FRUIT TREES IN ORCHARD HOUSES. BY WILLIAM SAUNDERS, GERMANTOWN, PA. Fruir trees of all kinds flourish so luxuriantly in the open air in America, that it would, at first sight, seem perfectly unnecessary to provide them with glazed roofs, and nurse them up in pots ; but when we recollect that the curculio destroys most of our plums and nectarines, that both them and the peach are prone to a luxuriance incompatible with the highest degree of fruitfulness, that mildew in various forms continually insinuates itself and makes sad havoc with our calculations ; not to more than mention grubs and borers, late spring and early autumn frosts, the cutting, blight- ing winds of spring and wilting droughts of summer, quite a formidable array of calamities can be enumerated, without infringing upon truth, as every grower of these fruits has but too good reason to know. In the orchard house, all these conflicting opponents to success may be avoided ; the curculio is too cunning to be caught under roof, and the borers will seldom be found under glass if the trees are free of them when intro- duced ; the atmosphere is so completely under control that mildew and all other maladies consequent upon sudden and extreme changes may be prevented. Many of these advantages, however, are only incidental. LHarliness of bearing and continued productiveness are the essential characteristics ; the certainty of the crop, as well as the ready means of accelerating the ripen- ing, are also subjects worthy of note. In all fruit-bearing trees a certain maturity has to be attained before fruit is produced ; and the period when this takes place depends much on local | circumstances. ‘‘ Whatever produces excessive vigor in plants is favorable ak a a RR RR to the production of leaf buds, and unfavorable to the formation of flower | buds ; while, on the other hand, such circumstances as tend to diminish | luxuriance, and to check rapid vegetation, without affecting the health of the individual, are more favorable to the production of flower buds than of leaf buds.” When a tree is planted in a deep, rich soil, in a climate con- genial to its growth, the fruiting period will be the longest deferred ; from the encouragement to the extension of roots, branches will be produced with a barren luxuriance for many years. Whereas, a tree set in poor ground will make feeble growths, but will blossom and fruit at an early period, although such fruiting may be the means of seriously weakening it ; some trees will thus fruit themselves to death. This is a well-known law, be THE ORCHARD HOUSE. aaa as and has been acted upon by various expedients, such as root pruning, bend- ing down branches, ringing, etc. The most popular, because most available, method of inducing fruitfulness at present, is that of modifying excessive vigor by grafting, or otherwise introducing those of robust growth on stocks of weaker habit, familiarly known as the “dwarfing system.” This practice is followed with more or less success, according as experience dis- covers the peculiarities of growth and constitutional vigor of individual trees. It is very obvious that the limited amount of soil in a pot will speedily be interwoven with roots ; growth will then be checked and fruit buds formed ; it is equally apparent that these conditions must limit the quantity of fruit that can be matured. Here the orchard house system becomes valuable ; the pots being set on a border of soil early in their growth, young roots find S\ SSS attite SS an (tt ein’ HAHE A] OOF |= as SEAS Bs zs ws, DILL _ FN Z =} Sn ; = SS (Se eae SECTION OF AN ORCHARD HOUSE. access into it through openings left for that purpose, and thus the plant is provided with an extra supply of nourishment during the period of formation and ripening of the crop; the roots thus produced being removed when the crop is perfected, all tendency to redundant wood-growth is checked, and the branches are again thickly studded with fruit buds. The greatest objection to this course of culture is its expense, involving, as it does, much care and time, in watering and other necessary attentions, neglect of which will inevitably be followed by failures. These objections might be partly obviated by setting out the plants in permanent borders ; and to guard against over luxuriance in the first stages of growth, and defi- ciency of nourishment in the future, let spaces be left between the plants for root pruning and additions of fresh soil, as either of these operations is demanded. The following figure shows the section of an orchard house arranged according to the above suggestion. The trees are planted in the spaces a a a. The spaces 6 Od to be filled » with soil during summer, removed altogether after the crop is gathered, or al ft ‘ial { Bae THE ORCHARD HOUSE. OOP ee eee turned over so as to disturb the roots sufficient to check growth. The walls each side of these spaces to be built pigeon-hole fashion, so that a communi- cation may be provided for the roots. The shelves ¢e will be useful for strawberries in pots, or other similar purposes. The heating apparatus, if any is required, is placed at d. This arrangement secures all the advantages of a system of pot culture, and would be equally productive and easier of management. The larger body of soil would retain moisture for a longer period, and daily visitations of the watering pot would not be required. —}r-— & eo -+4¢ Bo Ove SC U LT Ui Res OM Gak Agrabnen BY WILLIAM SAUNDERS, GERMANTOWN, PA. We doubt whether the culture of grapes in pots will ever become popular or general, as it is a costly mode of producing fruit. It is true that, under a given surface of glass, as much fruit may be raised from vines in pots as from the best established and permanent plants ; but then, allowance must be made for the previous preparatory growth of the pot vines, as they require to be grown under glass for two seasons before fruiting, and during the second year they will occupy as much space as when in fruit. Two houses, therefore, are required to get one crop ; and when we take into con- sideration the amount of time and labor required in potting, watering, and general management, it will be found that the cost of production is more than double that of border vines ; and even to insure these results it is necessary to prepare a new set of fruiting plants yearly ; for although it is perfectly practicable to take a crop yearly from the same plants even in pots, yet the crop is so small that it will not repay labor, and, so far as com- parative economy is considered, more will be realized by fruiting young, well-prepared plants, even at the expense of a second house, the increase in the crop more than remunerating the increased expense. A thorough trial | of these methods has led to this conviction. The labor and constant watch- fulness inseparable from pot culture in a climate so varied and intense in its extremes as ours, may ultimately lead us to adopt a modification of the system, combining all its advantages on much more economical principles. The principal object attained by growing fruit trees in pots is the entire control which the cultivator has over the root growth; and with reference to forcing into fruit before the natural season, there is a very great advantage in having the soil into which the plants are growing, surrounded by the same temperature in which the branches are exposed; for when the branches of a plant are stimulated by a greater degree of heat than that influencing the roots, a species of exhaustion ensues highly detrimental to growth. With reference to complete isolation from external influences, it is evi- dent that the same conditions may be secured by"preparing a small border . inside the house, and planting out the vines with a view to permanence. In other words, plant a number of vines in a large pot, instead of placing them separately in more contracted spaces; for a border placed in this posi- # tion is as much dependent upon the care of the cultivator as the pot, with my the additional advantage of being better guarded against extremes either of heat, drought, or moisture. The border once prepared will require little further care, and the plants will produce good crops yearly without the con- stant renewal demanded by exclusive pot culture. The accompanying sketch is introduced, the better to illustrate the above system. It will be observed that the soil in the pit a, Fig. 1, is wholly inside the house and completely isolated from the walls, so that it is sur- rounded by the same temperature as the branches. The soil is placed upon a stratum of drainage; oyster shells, brick, rubbish, and such like will answer well for this purpose, and insure porosity and dryness when required. The arrangements of the plants 6 will be understood from the section and ground plan, Fig. 2. The position of the heating apparatus is Yo Zs ZA AAT SLLLL EE LLG Le ey LZ. LLL LLG YE: GLLZZ indicated at ¢. Large-sized draining tiles or flues built with brick, pigeon- hole fashion, for the admission of air and heat into the soil, should be placed across the bottom of the border through the drainage, as shown at the dot- ted lines d. These may be placed six or eight feet apart, and left open at the ends, that the air may more effectually permeate the soil ; by this means the | soil will be kept at a suitable temperature, if ordinary care is exercised in the application of water. The drainage will always prevent anything like stagnation of water, but in the early stages of growth the soil should be kept rather dry, which will increase its temperature. During active growth, water will be required more freely, and increased vigor may be imparted by manurial solutions ; these applications should, however, be administered with caution, and only when the plants most require it; the majority of vine borders are made too rich and extensive at the outset, a ’ Gis i Weel aa THE ORCHARD HOUSE. Ne ORR A_RRPREAD ASSESS PRP PR AIR INEAP LRP Ss fruitful source of maladies, the cause being seldom suspected or recognized. Again, when the fruit approaches maturity the ripening process will be accelerated by gradually withholding water from the roots of the plants. It is well to remember that, just as we remove plants, as it were, from the hands of nature, the necessity increases for a thorough knowledge of the principles of vegetable growth, and the application of its agencies; hence we may expect to hear of failures in orchard houses ; the successful produc- tion of crops from this highly artificial state of culture will at once draw a broad line of distinction between the scientific cultivator, and the mere routine practitioner. \ G Ob o oN x (YQC\Q WUC UZ. Mir pele 522 0, el aie a olive oles fem ick = Vn a ae a WY STR a harks WN Cc \ 7 De ueMaNe aynin CRC ee ENT AS OO \ \s QWWwoE RRM I U_Aaa_ im ak Fig. 2. , It will be observed that the plants are placed two feet from each other, in rows three feet apart; the object in planting thus closely at first is to secure a good crop at once, and, as occasion demands, the plants may be thinned by drawing out the least valuable. It also affords an opportunity of occasionally cutting a plant close by the surface in order to procure young, strong shoots, which are the most productive ; heavier crops can be taken from the same surface, from young, vigorous canes, than from old and rigidly spur-pruned stems, according to the present prevalent system of management, and I feel convinced that this mode of renewal in graperies will ultimately become popular, as its advantages become known. When a plant of two or three years’ growth is cut down, a robust growth will follow ; this shoot, if allowed to proceed unchecked, would grow to an xy unnecessary length, and if pruned back in winter the most mature and best | | i THE ORCHARD HOUSE, ee OI ee fruit buds would be removed. To insure fertility near the base the shoot should be stopped by pinching out the extreme point when about two feet in length. Lateral shoots will now push, and the uppermost should be removed entirely, so as to cause the top bud to break. This treatment will cause the lower buds to fill up; the laterals should be stopped at the second or third leaf. from the stem. The same course should be followed when the shoot has grown four or five feet more, keeping the laterals checked, but not entirely removed until the wood commences to ripen, when they may gradually be removed, cutting out the lowermost first. The same treatment is applicable to the preparation of fruiting plants in pots. . The quantity of fruit that can be grown by this arrangement will be much greater than could be secured by any other system, and for early forc- ing it combines all that is necessary for complete success. Indeed, fruit may be produced at all seasons, allowing the plants a few weeks’ rest after ripening a crop, and started again to grow, thus producing more than one yearly crop. Four crops have been thus taken from the same plants in thirty-two months. How long plants would survive such treatment we have no means of ascertaining, but on the renewal mode it might be followed for an indefinite period. THE END. Wire, Cok ANS Ilnoy GRAPE Boers VINE CULTURE FOR THE VINEYARD AND THE GARDEN: INCLUDING PLAIN DIRECTIONS FOR PROPAGATION, PRUNING, TRAINING, PREPARATION OF THE SOIL, &c., AND EMBRACING THE IMPORTANT PARTS OF THE GERMAN WORK OF REUBENS. ALSO, FULL DIRECTIONS FOR WINE-MAKING. BY DR. C. W. GRANT, OF IONA ISLAND, N, Y. WITH NUMEROUS ILLUSTRATIONS. Copies by Mail, post-paid, $1 25. ce AD