LIBRARY OF THE GRAY HERBARIUM i = . JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY EDITED BY THE REV. W. WILKS, M.A. SECRETARY AND MR. JOHN WEATHERS. ASSISTANT-SECRETARY ~ Oe, LONDON Qrinted for the Royal Horticultural Society BY SPOTTISWOODE AND CO., NEW-STREET SQUARE, E.C. 1896-7 Digitized by the Internet Archive in 2014 https://archive.org/details/journalofroyalho20roya CONTENTS OF VOL. XX. —_eSe—_—_ PAGE MELONS By Wiare dA EEA. ED, Sic oo). acreameetes vaetcecheenccenrasetse i SUMMER SALADINGS. By Mr. W. IGGULDEN, F.R.H.S. ............00. 8 CULTURE OF THE PINH-APPLE. By Mr. H. W. WARD, F.R.H.S: ... 16 THE SPECIES AND VARIETIES OF TULIPA. By Mr. J. G. BAKER, EES VERVE S21. ccswesissisenns siedelotstcias Neltcincensib Ne Memanternes eaten nancies 24 PRISH See Ve WEP a WN sds © AR AMENG Pe con sclawecedsssoccondes ootenseecdcecdecsbetecen es 26 THE MOVEMENTS OF PLANTS. By the Rev. GEo. HENSLOW, M.A., MMs oie ARMM E VOR recjaice uiaiorersetacctealae ae nee tne nn eeetce soc on aocateldedeac'e sbiews 34 GARDENERS—PAST, PRESENT, AND FUTURE. By Mr. 8S. HEATON, RPE Otg trans Che ecvate focatdasece Bn uN a adeeb oid Toe ataener tes etos ceneevee 40 REVIVAL OF THE OLDER Roses. By Mr. GEO. PAUL, F.R.H.S. ... 53 MXAMENATION. IN HORTICULEURBRE, USOC! oo gacccdeenesd cis lanes scsessdceees 58 REPORT ON PEAS GROWN AT CHISWICK, 1896 ..........e00 san bowers sate 64 REPORT ON SPINACH GROWN AT CHISWICK, 1896 ............ccc0ssse0 69 REPORT ON STRAWBERRIES GROWN AT CHISWICK, 1896 .........006 a DETAT SP ROPOSED Al CHISWICK, V897) j icici cockecocacensioassie'stdaveacees (Os THE ROYAL HORTICULTURAL SOCIETY. BySir TREVOR LAWRENCE, Alte, EROS Chis MEEL Sai crtcemaadtpitecen\ sth nac@ eau ciasiet ov ieeaeelsvevecdad ke GARDEN ORAFT. By the Very Rev. Dean HOLE, F.R.HLS. ............ 89 GARDEN LITERATURE. By Mr. F. W. BURBIDGE, M.A., F.R.H.S.,&c. 100 REFERENCE BooKS ON ENGLISH GARDENING LITERATURE. By Bite We BWR TOG NEAT MAR oSr ccsinuosenseciensdeneessssasesacnen 109 GARDEN LIBRARIES. By Mr. F. W. BURBIDGE, M.A., F.R.H.S. ...... 126 CEYSTAn PARACE WRUIT SHOW, [896 \....ccsccccscccesccnccscsvenes cate nee 128 IMPORTANCE OF BRITISH FRUIT-GROWING FROM A Foop PoINnt OP VIEW by Mrs J: BATELEE, WLS... sch esiesnscnne Seren 167 THE CIDER AND PERRY INDUSTRY. By Mr. C. W. RADCLIFFE CE OO ahi recs ae ranca cen ouiiclneaivaees s/oisie seis sss vnbaic’s gaiei casa eeaeiteardanite 181 GATHERING, STORING, AND PROFITABLE UTILISATION OF APPLES AND PEARS. By Mr. JOHN WATKINS, F.R.H.S. ... 200 AE ASUS Ui Cit NSE Es MOVIN UP SON 5 oe cis aia'vele a n:atiaiv aoa vieaieclone adele ee eoamcece reap .ecs 213 GUND REN IEN EP ANEVE rarer siya sssiatfoWotpes cess taken Raisins aati Dade soa oiaasaesoancsecde 214 lV . CONTENTS OF VOL. XX. PAGE REPORT ON TOMATOS GROWN AT CHISWICK, 1897 ........ ihe mene ccve lie REPORT ON BEETROOT GROWN AT CHISWICK, 1896 ............ ceeseel | ee REPORT ON POTATOS-GBOWN AT CHISWICK,’ [896% c.tc.0..c-ce sone = Bae REPORT ON TURNIPS GROWN AT CHISWICK, 1896 ....:...0...cc0eeeeee 232 NEw RossEs.. By the Rev. H. J. PEMBERTON, M.A. ........0.-000cse00s - Bat FEEN GENHRATION.. By Mr. C.oT, DBUEBRBY, FY GIS. 4.0. ike ds-haeeps os See FoRcING LILIES OF THE VALLEY. By Mr. T. JANNOCH............ ss 200 GhADIOLI....By Mr. J. BURRWWLiaia cree. .-seeo-eeeaseeeeee ficne cas seid seaee sae ee HARDY SUMMER FLOWERS. By Mr. E. BURRELL..................00086. 266 CHERYSANTHEMUMS. (By Mr. W. El WUHES. 25. comcenn seme seats ae atin . 273 PEED-GROWING.. By Mr. Re WIPE? S.c5.00s.taseteseseencs: enema Getter: ite bee FLORAL DEMONSTRATION. By the Rev. G. HENSLOw, M. A., F.R.H.S. 294 EXTRACTS FROM THE PROCEEDINGS OF THE SOCIETY :— ‘ ANNUAL GENERAL MEETING, REPORT, AND BALANCE SHEET i GENEBAL -MBETINGS) fii.s:ccsdeceseosecovscn0e sss cetest) ICSI RS (C MxeeIVERGUERIEN TEMPLE SHOW, 1896...cbc-.buscre-besseet thee bar tN Le eis tae dao XVili DEPUTATION T0' YORK GALAGL cs. ee Ae eek ee fl alt ae DEPUTATION TO CHESTER SHOW........0. Lenktateekeet shee oats CXXX SCIENTIFIC COMMITTEE MEETINGS.......css0e-00. .». “EEK, CExEv rclexy FRUIT COMMITTBE . MEBTINGS..cccloteees Saree xlvi, cxxxvii, clxxxv FLORAL COMMITTEE MEETINGS .......... Jb. sseebes 2 LEVEL, Clava exevat ORCHID COMMITTER MERTINGS ,..dc0.c.kisianetscesn es . xcili, clxiv, ccix NARCISSUS. COMMITT EH (MBB TINGE. C8 s saves acs aarti’ shee) COREY INDEX. JOURNAL OF THE RoyvaL HORTICULTURAL SOCIETY. Von. »& 42.1896, Part I, MELONS. By Mr. James Barxuam, F.R.H.S. [Read March 10, 1896.] Tue Melon (Cucumis melo), Natural Order Cucurbitacee, is an annual climber where its tendrils meet with support, trailing where this is not the case, and a native of the hottest parts of Asia, and probably also of Africa. It is said to have been carried from Armenia to Rome by Lucullus, and according to M. Jacquin, the Cantaloup varieties were originally brought from the same region by some missionaries to Cantaluppi, a villa belonging to the Pope, and situated a few miles from Rome. Afterwards they were introduced into France in 1495 ; thence they passed into - Spain, and from that country into England. In Persia, Melons are exceedingly plentiful, and their cultivation in the open air in the plains of Ispahan and at Bokhara is considered unsurpassed. According to Downing, the climate of the Middle and Southern States of America is remarkably favourable to Melons; con- sequently they are raised as field crops by market gardeners, who sow the seeds in the open air early in May, and obtain ripe fruit in August. In our climate Melons cannot be successfully erown without artificial heat. Hence we have to resort to such means as heated structures for producing early crops, such as properly constructed Melon A 2 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. houses, or frames placed on prepared hot beds composed of fermenting materials such as leaves and stable manure; although for later crops ordinary pits and frames may be utilised for their cultivation. In very favourable seasons, some of the more hardy ~ varieties can be grown and ripened in the open air. In the summer of 1876 I ripened in the open air fruits of Munro’s Little Heath weighing six pounds each; also fruits of Golden Perfection, it being an exceptional season. Generally speaking, our seasons are far too short and uncertain for the successful cultivation of this fruit in the open. Of late years much has been written on Melons and their culture, and a number of first- class varieties have been raised in the Scarlet, Green and White fleshed sections. And as the Melon takes an important position among the choicest of our dessert fruits, perhaps a few practical remarks on its cultural requirements would be acceptable to those, the uninitiated, by whom the question is so often asked, How can Melons be successfully grown ? ! It is to such as these that need and ask for information that I shall endeavour to detail as briefly as possible my method of cultivation. The following remarks apply to the cultivation of Melons generally :— Sow1nc.—The seeds for the earliest crops should be sown early in January, using perfectly clean pots and crocks ; for this 3-inch pots are the most suitable size. Put a crock hollow side downwards over the hole, then a layer of small crocks; on this place a little moss, which will insure perfect drainage, three parts filling the pots with a mixture consisting of three parts of fibrous loam, one of leaf-soil and sand. Place one seed to the depth of a half-inch in the centre of each pot. In making the hole for the reception of the seed a little silver-sand should be used to imbed the seed : this prevents decay, especially in the case of very early sown seeds. I prefer this method to sowing several seeds in a pot, as when the young plants require potting the roots get disturbed in the process, which often causes a check to the plants. The pots should be plunged in a bottom heat of 70 to 80 deg. As soon as the seedlings appear remove them toa shelf near the glass, so as to allow the young plants all the light possible; shift into larger pots as the plants require more root MELONS. 3 space, now using a stronger compost. The leaf-soil may be dis- pensed with, using a little manure from an old Mushroom bed. Those for planting in the houses should be allowed to grow with- out stopping, placing a neat stick to each plant as a support, and those plants intended for planting in pits and frames will require stopping at the second rough leaf, or rather the growing point should be taken out before a third leaf is developed. If sowings are made at intervals of ten days it will afford a supply of young plants for succession. We plant from January to July; the first date for planting will give fruit for cutting in May, and the latter date for cutting in October. Soru.—With regard to soil for Melons, I am convinced that without suitable soil good crops cannot be had, as Melons require a good substantial loam. The top spit from an old pasture is what I prefer if such is obtainable, soil such as a good strong yellow loam being most suitable. This should be broken up with the spade to about the size of a duck’s egg. Do not use any manure, but to every cartload of loam add two barrowloads of old mortar or plaster, broken up and run through an inch mesh sieve, and one barrowload of half-decayed leaf soil, turning the whole two or three times so as to thoroughly mix it. Mistakes are often made in preparing soil for Melons by making it too rich by adding manure, which encourages a too luxuriant growth. When this is so it is an impossibility to obtain satisfactory results, as the growth becomes so succulent that instead of the fruit setting it turns yellow and decays. PraNtTING.—Whether preparing beds in the houses or pits a good quantity of Oak and Beech leaves and long stable manure should be prepared and put in to the depth of 2 or 3 feet, -according to the depth of the beds or pits. On this should be placed fresh-cut turves 2 inches in thickness, the grass side down- wards. On this the prepared compost is put from 10 inches to 1 foot in depth; it should be fairly dry, so as to allow its being made firm by treading, as a firm soil is conducive to a firm and short-jointed growth. Planting should not be done until the soil has become sufficiently warmed, which will be in a day or two. By this time its temperature will be nearly the same as that of the house or pit in which the plants are growing. Planting on the ridge is to be preferred to planting on the flat, as it allows the water to pass away more readily from the stem A 2 4 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. and base of the main shoots of the plants. These parts being somewhat elevated keeps them drier, and this being so wards off an attack ofcanker. This applies more especially to pit and frame culture, when the growths have to be trained over the surface of the beds. I adopt the plan of placing pieces of tough fibrous loam or peat when planting and surfacing around the stem of the plants so as to encircle each plant: this prevents any superfluous moisture settling at the base or collar of the plants through watering and syringing during the season, which so often pro- duces canker, thereby causing the death of the plant and loss of the crop. From 2 feet 6 inches to 3 feet apart is a good distance for house work, and for pits and frames one plant placed in the centre of each light will be sufficient, as this distance allows the plants to extend without the growth being crowded—a most im- portant point to be considered. REGULATING THE GRrowTH.—Train the plants toa neat stake until the trellis is reached; rub off all growths as they show from the stem below the trellis; train the growths right and left and allow the leading stem to grow up without stopping to within a foot of the top. If the side shoots are likely to be crowded, pinch out some at first sight, as the Melon will not endure thinning so severely as the Cucumber; therefore the growths should be stopped and thinned early enough for those remaining to just cover the trellis with well-developed foliage and no more. The first laterals which are formed at the bottom of the trellis should be stopped at the second or third leaf, and by the time the sub-laterals show fruit other fruits will be showing on the first laterals higher up. The plants, whether growing in houses or pits, should be gone over twice or three times a week for the purpose of stopping and removing any superfluous growth so as to allow of the principal leaves being fully exposed to the light, Stop at the first joint beyond the fruit and remove all weak erowths and laterals not showing fruit. Overcrowding is the greatest evil in Melon culture because the excessive foliage must be thinned, and its removal results in exudation from the wounds, gangrene sets in, and the affected parts perish through “ wet-rot’’ (bacteria and bacillus growths). To arrest these, antiseptics must be used: the safest is quicklime, rubbing it well into the affected parts, and repeating as necessary. MELONS. 5 But the worst effect of removing a large quantity of growth is giving a check to the fruit, not unfrequently causing it to cease swelling, and it becomes hard in the flesh; fungoid germs fasten upon the exudation, and the fruit decays when it should ripen. These disasters are generally preventible by attending to the thinning and stopping of the growths in time. SETTING THE FRvuIT.—The Melon is moneccious, that is, it bears male and female flowers on the same plant; the former are essential for the fertilisation of the latter, therefore a sufficient portion of them should be retained for that purpose. When the weather is fine and plenty of air can be given, the female blossoms usually become fertilised without artificial means being resorted to, but the process of setting the fruit, that is, fertilising the blossoms, is generally thought necessary. This operation should be performed when both male and female flowers are fully expanded, and consists in taking some of the pollen when it can be readily dusted from the anthers, and applying it by means of a camel-hair pencil to the stigma, or a male blossom may be stripped of its corolla and inverted over the female one ; this should be done if possible when the weather is fine and bright—between the hours of eleven and two o’clock will be found the best time for this operation. Never commence ferti- lising the blooms until there is a sufficient number ready at one time, or within an interval of three days, to furnish the crop. If one or two fruits are allowed to swell off first, the later set fruit will not swell, but die away. Indeed, if only one fruit is set in advance of the rest, it will monopolise all the strength of the plant, and prevent any more fruit appearing. When a sufficient number of fruits are set, select the largest and best shaped, _ taking off all small and misshapen ones. If large fruits are wanted, leave from four to six fruits to each plant, or if smaller fruits are desired, allow eight or ten to remain. WatERING.—Melons do not require much water until the fruit begins to swell, and then they must have liberal supplies. When the young fruits have attained to the size of pigeon’s eggs, give the beds a good watering with liquid manure; repeat this once or twice a week according to the weather—in very hot and sunny weather the plants naturally require more moisture at their roots—also give the beds a good sprinkling of bone- meal; over this place a layer of fresh loam pressed down firmly. 6 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Surface roots will now multiply freely, and if the hillocks are surface-dressed about every ten days with bone-meal and loam, it will keep the surface roots active, which will greatly assist in keeping the foliage fresh and green—a great point in Melon erowing. I like the foliage to remain as fresh as possible until the last fruit is cut. In cases where the foliage decays prema- turely, I have seen the fruits cut when not half matured and placed upon shelves, exposed to the sun to ripen, but the flavour has been poor and insipid. Syrincinc.—Although syringing is supposed by some to cause the foliage to decay, I must say that I have never found it to act injuriously, but to have the desired effect of keeping the foliage clean and healthy ; which is of. vital importance, as without good, healthy foliage well-flavoured fruit cannot be obtained. During bright, warm weather the plants should be syringed twice and three times a day, for if the atmosphere of either houses, or pits, or frames is allowed to become arid, red spider will soon make its appearance, and when this formidable . enemy once gains a footing, it is very difficult to entirely eradi- cate it, whole crops often being destroyed by its ravages. During periods of dull, sunless weather syringing should be discontinued, and the walls, paths, and other available surfaces’ may be damped down, which will insure the requisite degree of atmo- spheric moisture. Water should never be given direct from wells or the main, but should be used as nearly as possible of the same temperature as that in which the plants are growing ; both for watering and syringing purposes, cold water is most injurious to the roots of the Melon. TEMPERATURE.—For early crops fire-heat or fermenting materials are absolutely necessary. If a temperature of 55 to 60 deg. can be maintained at night, and from 65 to 70 deg. through the day, during January and February, it will be sufficient, increasing it as the season advances. Later on fire-heat may be dispensed with by economising the solar heat, but during damp, sunless weather a little fire-heat should be given to maintain a buoyant atmosphere. As the - season advances admit as much air as can be given without causing a draught. It is a good plan to leave a little air on at night, and increasing it early in the mornings on fine days, when the temperature advances to 75 deg., and gradually increase it MELONS ft with the rising heat, keeping it through the day at from 80 to 90 deg., and closing sufficiently early to rise to 95 or 100 deg. Before nightfall admit a little chink of air at the top of the house: this is very beneficial when the fruit is setting, to pre- vent the disposition of moisture on the fruit or blossoms through the night. When the fruit is ripening both front and top air should be constantly left on. Of course this will need regu- lating according to the weather. Before the fruits become too heavy they will need supporting, most growers having their own method of doing so. Some prefer using strips of bass, or wire netting ; the nets made for this purpose make good supports, as they are not likely to mark or injure the fruits when swelling ; being of a soft, elastic nature, they expand with the growing fruits. Weuse pieces of deal wood about four inches square, with a hole of one inch in diameter in the centre to allow the moisture to pass away from the crown of the fruit. As the fruit approaches the ripening period less moisture will be required both in the at- mosphere and at the roots. Only sufficient water should be given to prevent the plants from flagging. At this stage also, when syringing must be discontinued, take about a half-pound of the flowers of sulphur and well stir it in a three-gallon can of water, using it to syringe the under sides of the foliage. I have found this to be an excellent prevention of red spider. The time for cutting is when the stem commences to part from the fruit, or when the aroma is first perceived. When cutting, if possible, leave a good length of stem to the fruit, as this adds greatly to its appearance. Any fruits, as they mature, that are not required for immediate use should be taken to the fruit room, placing them on patent wood wool or dried moss, where they wili keep _ for a week or ten days. Insects.—Black aphis and red spider are two destructive pests. Iumigating will destroy the former, and sulphur will check and destroy the latter. _ CANKER is a disease dreaded by most cultivators of the Melon, and is very disastrous in its effects, often destroying the entire crop. Severe pruning and a too humid atmosphere, with a low temperature, is often the cause of this disease, although it is inherent in some varieties. Prompt measures should be taken on its first appearance to prevent its spreading. Apply fresh slaked lime to the parts affected, or powdered charcoal. I have 8 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. found the former remedy very effectual. In the case of plants growing in pits or frames great care should be taken in watering, and especially at closing time not to syringe too heavily, only just damping around the edges of the frames or walls of the pits. Increase the temperature by renewing the linings. VARIETIES OF Metons.—Scarlet Flesh Varieties.—Blenheim Orange, Triumph, Al, Hamstead Park seedling, and Beauty of Sion, the last-named variety being excellent for pot culture. Green Flesh.—Monarch, La Favorite, Golden Perfection, and High Cross Hybrid. White Flesh Varieties—Hero of Lock- inge, Longleat Perfection, and Osmaston Manor Hybrid. Two good Melons for market purposes are Hero of Lockinge and Sutton’s Al. SUMMER SALADINGS. By Mr. W. IaaurpsEn, F.R.H.S. [Read March 24, 1896.} We are not a salad-eating nation, or, at any rate, we cannot compare ourselves in this respect with some of our Continental neighbours; we are, for instance, immeasurably behind the French both in our appreciation of saladings and also in our methods of culture. But, for all that, a good salad, composed of a few well-grown materials, and accompanied by a dressing not over-done with oil, never goes a-begging among us; and if it were more often forthcoming, it would tend to still further popularise saladings. It is during the summer months that salads are most appreciated, and when too, fortunately, there is, or ought to be, a wealth of suitable materials for making them within an easy reach of all. What these materials are, and how to produce them, is to form the subject of this lecture. They consist principally of Lettuce, Onion, Mustard and Cress, Cucum- ber, and Tomato; and Lettuce, forming as it does the basis of almost all good salads, must be spoken of first. As far as the metropolitan and principal provincial markets are concerned we may safely assume that they are well supplied with good Lettuces all through the summer. So also are the majority of private places where professional gardeners are SUMMER SALADINGS. 9 employed. But the case is very different in cur small country towns and with amateur gardeners, and even with the owners of the majority of small gardens. in these the supplies are fitful, and the quality after hot weather has set in for a few weeks decidedly inferior. There is probably an undesirable glut at one time, and no Lettuces worthy of the name for days and weeks later on. In order to have a continuous supply of perfect Lettuces something more than ordinary or haphazard cultivation is required. Poor ground will not grow them satisfactorily at any time of the year. What they appear to stand most in need of is rich food, warmth, and moisture—at any rate if grown on the level—though, curiously enough, some of the very finest Lettuces are obtained from the flat-topped ridges between early-dug Celery trenches. In ‘these positions they get no fresh manure, and moisture is none too plentiful; yet when once well established they thrive amazingly during quite the hottest weather. But if Lettuces succeed thus well on ridges they must have an abund- ance of solid manure when planted on the level. Market growers appreciate this fact, and act upon it to a greater extent than do the majority of private gardeners. A medium soil rather than a cold, retentive one best suits Lettuces, and they ought always to be grown in the full sunshine. The earlier sowings for early plants to grow on sheltered sunny borders should be made under glass early in March. If sown thickly in pans or boxes they ought to be first pricked out in other boxes or else in nursery beds, where they can be taken care of; but those raised more thinly in frames may be hardened off and planted out direct in April, where they are to grow to their full size. If the selection - comprise quick-hearting Cabbage varieties, good hearts ought to be available from these early-raised plants in May or the early part of June, according to circumstances. The next sowing should be made on a warm border early in April in drills five inches apart, and the seedlings protected from slugs by means of - occasional dustings of soot and lime. The plants thus obtained ought, in common with those earlier raised, to be planted out rather extensively, as they will heart in at a time when Lettuces are in universal demand, and when they will not run to seed so quickly as they do later in the season. Those left standing moderately thinly on the seed bed will be the first fit to cut, and 10 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. probably do good service. Yet another sowing may be made on a border three weeks later, and transplanting take place; but it should be remembered that Lettuces move badly in hot, dry weather. The simplest and best plan, therefore, to pursue is to frequently sow seed (in one or more long or short rows, according to the requirements of the place) where the plants are to attain their full size. If this is done during April, May, and June, at intervals of about three weeks, and the plants duly thinned out, there is not much fear of Lettuces being scarce even during quite the hottest summers. Cos Lettuces may be grown in rows one foot apart and thinned to distances of from 6, 9, or 12 inches apart in the row, according to whether they are wanted small, medium-sized, or large. Cabbage varieties require rather less room. The rows of the compact growers may be 10 inches apart and 6 inches to 9 inches between the plants in the rows; while the Neapolitan types require nearly the same space as Cos varieties. Early Paris Market, Golden Queen, and Commodore | Nutt are very quick growers, the first ready to cut, and are all of superior quality. All the Year Round and Perfect Gem give a good succession, the last named being particularly good in every respect. For hot weather the Neapolitan, Marvel and Continuity are reliable and good. The two last named have coloured outer leaves. Good selections of either Paris White or Paris Green Cos are suitable for summer culture, but in my estimation are both inferior to the old Black-seeded Brown Cos. Those who have not yet tried the latter as a summer Lettuce have a treat in store. Sown and planted with one or more Cos varieties, the Brown Cos will give a natural succession and be slower in run- ning to seed. It sometimes requires to be tied up in order to have perfectly blanched hearts, but it well repays one for the trouble. The hearts are nearly white and crisp, and the flavour is the most delicate of all. It more nearly approaches the ideal than any other variety I know, and must have been known to the American who wrote: ‘Lettuce is like conversation— you scarcely notice the bitter in it. Lettuce, like most . talkers, is, however, apt to run rapidly to seed. Blessed is that sort which comes to a head, and so remains, like a few people I know, growing more solid and satisfactory and tender at the same time, and whiter at the centre, and crisp in their maturity.” SUMMER SALADINGS. 11 The Onion comes next on my limited list of salad vegetables, and I may perhaps be blamed for including it. Young Onions, however, are popular in some establishments, either for eating separately or for flavouring salads. For either purpose they must be young, and if more small Onions were forthcoming many more would be eaten, especially as they are said to be good for the blood. Of these, again, the American writer just alluded to makes some sprightly remarks, a few of which I shall venture to quote. This is what he says :—‘‘I doubt not that all men and women love the Onion; but few confess their love. Affection for it is concealed. Some people have days on which they eat Onions, which you might call ‘retreats.” The act is in the nature of a religious ceremony, an Eleusinian mystery; not a breath of it must get abroad. On that day they see no company ; they deny the kiss of greeting to the dearest friend; they retire within themselves, and hold communion with one of the most pungent and penetrating manifestations of the moral vegetable world. Happy is said to be the family which can eat Onions together.’’ I shall not attempt to combat the not unreasonable prejudice against the Onion, but will merely repeat that if more young Onions were grown more would be eaten, in spite of their admitted drawbacks. ‘They ought to be used when from 6 inches to 9 inches in height, and preference should be given to white- skinned varieties. Sow a pinch of seed every fortnight or three weeks, from March to August inclusive, on rich ground, as they must be grown quickly. Mustard and Cress, though popular enough, is not often seen good during the summer, and, in any case, I prefer it served separately as a morning salad to having it with other salad - ingredients saturated with dressing. The reason why it is so often short, and none too free of grit, is because those who are responsible either use stale or too poor soil, or else they fail to shade heavily. Sow once a week all through the late spring and summer months on freely manured soil. Old Mushroom bed manure forked into the surface, rather than burying it deeply, answers well. Thick sowing on a fine, level, well-moistured sur- face is advisable, pressing in the seed, and covering the Mustard only, and that very lightly, with soil. Cover the beds with benders and mats until the Mustard and Cress is nearly 2 inches in height, and then gradually expose it to the light. Treated in i= JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. this way the stems will be long, crisp, and blanched, thereby adding not a little to the value of this small salading. The Cucumber is, perhaps, the least wholesome of any kind of salad vegetables, no one, to my knowledge, venturing to ascribe any very good properties to it, at any rate as an article of diet. In spite of its doubtful reputation the Cucumber is very popular, few people accepting a certain doctor’s advice, that Cucumbers ought to be skinned, sliced, salted, and then thrown on therubbish heap. Fresh, quickly grown fruits only should be used, over-grown or stale ones not digesting properly. A paper on saladings is scarcely the place to speak very fully or at length on the cultivation of Cucumbers; I shall therefore content myself with offering a few brief hints only. During the summer months Cucumbers can be most successfully grown in pits and frames, where they are less liable to be overrun with red spider and other insect pests than they are in forcing-houses. The old Rollisson’s Telegraph would appear to be still one of the best for frame culture, but what now passes for Tender and True is more robust, and is a favourite variety with many growers. About the middle of April sow seeds singly in 38-inch pots, and place them to germinate in a warm frame or pit, rather than in a house where insect pests probably abound. At the same time some stable manure should be shaken out and thrown together into a heap to ferment with a view to getting rid of its rank heat and foul gases. ‘Two or three turnings are needed, each time before the centre of heap attains a fierce or ‘‘ white’’ heat. Dead leaves mixed with the manure will increase the bulk and serve to moderate the heat. A solid hotbed from 8 feet to 4 feet deep at the back with a gentle slope to the south is required, setting the frame on this and placing a layer of short manure inside. In the centre of each frame-light place about ‘a bushel of light loamy soil, or a mixture of the best loam procurable, nearly fresh horse droppings, and “burn bake.’ ‘Trial stakes ought to be kept plunged in the centre of the bed and drawn out, and the heat tested occasionally. If they can be comfortably borne in the hand the plants may be put out directly the heap of soil is well warmed through; but if the bed is violently hot, form a few deep holes in it, and let out vapour at the back of the frame, planting when the heat has sufficiently declined. Open out holes with the hand, laying a single plant in each heap in a sloping direction, SUMMER SALADINGS. 18 and then there will be less likelihood of snapping them when training. If not already done, stop the plants beyond the second rough leaf, and train the four resulting shoots two up and two down the bed, stopping these again at the fourth joint. In this way abundance of fruiting haulm will be obtained, none of which should be allowed to travel far before it is stopped otherwise much haulm will have to be cut out occasionally which represents so much wasted energy. In the meantime more soil should have been placed in the front of the frame or pit, as the case may be, to warm through, in readiness for dis- tributing lightly over the roots as these spread outwards and onwards, a thin layer eventually covering the whole of the bed. Never let the plants suffer for want of water, and never use eold water. Ventilate from the back, sparingly at first, never admitting rushes of cold air. Shade lightly from strong sun- shine, removing it in the afternoon and gradually reducing the air, and closing after watering or freely syringing the plants in time for the temperature to run up to about 90°. Cover the frames with mats during cold nights and renew the heat in the bed by means of linings of prepared manure, this being especially needed during dull summers. The fruits must be kept cut closely whether wanted for use or not, as the leaving them on the plant after they are fully grown causes a needless strain. Tomatos are a great improvement to a summer salad, though they are more often eaten by themselves with simple dressings only. They are at their best directly they are cut from the plants, losing acidity and richness of flavour according as they become soft and flabby. Red varieties are, as a rule, superior to yellow ones in point of flavour, but the latter add to the appear- - ance of a salad, and the variety Blenheim Orange is of good quality too. House-grown Tomatos are generally to be pre- ferred to those ripened in the open air, though when we have American summers the quality of the latter is by no means to be despised. In order to have ripe Tomatos in June strong plants ought to be ready for planting out or shifting into fruiting pots early in March, and it need hardly be added that a considerable amount of fire-heat will have to be expended over them. They will give early and heavy crops if trained up narrow span-roofed houses. A narrow ridge of good loamy soil will be sufficient for them, placing the plants 15 inches or rather 14 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. less apart in it. In wider, higher houses the heaviest weight of fruit is had by planting in deep borders, putting the plants 15 inches apart, in rows 3 feet apart, across the house, and training them up bamboos or strings until the roof is reached. Those who cannot devote a house wholly to Tomatos might yet grow a few in pots or boxes along the front of greenhouses, and placing them in their fruiting quarters early in May. Tomatos may also be successfully grown in newly planted vineries and in the lighter positions in older vineries. A temperature ranging | from 55 deg. to 70 deg., accompanied by a chink of air when the nights are warm, and a good circulation of air whenever the outer temperature permits, suits Tomatos well. There must be no stewing or keeping them closely boxed up after the manner that suits Cucumbers so well, or heavy crops will fail to set, and disease will soon be rampant. Starvation, again, is a mistake. Feed those in pots and boxes liberally long before they give signs of wanting extra assistance, and let those which are planted out be also fed frequently and have a mulching of ~ manure. Keep all superfluous side shoots closely pinched out, but do not greatly reduce the size of the primary leaves, as too much zeal in that direction has a most weakening effect, and also impairs the quality of the fruit. I ought perhaps to add that a perfect set of fruit can be most readily effected by smartly tapping the stems with a padded stick towards noon on dry days, or after the pollen has become dry enough to distribute. Tomatos can be had ripe on open-air plants in August. Plant early in June against sunny walls and fences or quite in the open, treating the plants much as advised in the case of those cultivated under glass. Beet is not much in demand during the summer, but affords a good change to Tomatos. Tender, richly coloured roots can easily be had in June by sowing seed of the Crimson Ball or other form of Turnip-rooted Beet in heat, hardening them off and planting out ona warm border late in April or early in May. More seed of the same type should be sown any time during April. As before hinted, a summer salad should be largely composed of well-grown Lettuce, with only just enough Onion and Tarra- gon leaves to give it a sprightly flavour. Some people prefer Cabbage Lettuce, as it is the tenderest, and it also absorbs the SUMMER SALADINGS. 15 oil or dressing to a greater extent than Cos Lettuce does. Others, again, prefer the Cos as being crisper, and occasionally a mixture of the two is used. Mustard and Cress I would not use in a summer salad, but either Tomatos, Cucumbers, or Beet (only one of them at a time), sliced and distributed on the surface or asa garnish. The materials, notably the Lettuces, cannot well be too fresh, and the best portion of them, that is to say the blanched heart, ought to be broken up coarsely in preference to using a knife or mincing it, as is sometimes done mistakenly; but keep out the stalks and tougher portions of the leaves. Ifa salad must be prepared some time before it is wanted for use, put it into the bowl, then pour in the dressing, SO that this collects at the bottom, and not stirring it up until it is served. It should be kept cool and closely covered. Those who take extra pains with their salading dry the Lettuce by swinging it in a cloth before they place it into the bowl, andin not a few cases the dressing is sent to the table in a separate vessel to be used at the discretion of those caring for it. For the benefit of those who like to make a good quantity of salad dressing at a time and store it for daily use I append one of the best recipes I have yet met with. Put into a basin the yolks of two raw eggs, add a teaspoonful of salt, and whisk well together. Then, by small quantities, a drop or two at a time, add one pint of the finest Florence or salad oil. Give plenty of time over this, as everything depends upon the thorough mixing and blending of the eggs with the oil. It ean only be accom- plished by very slow degrees. Next add one tablespoonful of nicely made mustard, one tablespoonful of Tarragon vinegar, the same quantity of elder vinegar, and three tablespoonfuls of the ‘best ordinary vinegar; mix all well and add a small spoonful of caster-sugar, a little Cayenne pepper (which must be regulated by quality and taste), and a little salt, continuing to mix each in- eredient with diligence and care. Then bottle for use, or use at once if required ; but it improves by being kept a few days. 16 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. CULTURE OF THE PINE-APPLE. By Mr. H. W. Warp, F.R.H.S. [Read April 21, 1896.] THe Pine-apple (Ananas sativus) is a native of the West Indies. It is grown extensively in Jamaica and the other islands, where the mean temperature of the year is about 80°, - the mean of the hottest month being about 83°, and that of the coldest 77°. It also succeeds fairly well in Southern Florida and Southern California. It was introduced into England by way of Holland by a Mr. Bentinck as far back as 1690, and since then it has been cultivated with more or less success in the principal gardens in Great Britain and Ireland, no garden of any size being considered complete that does not include pineries among its forcing-houses. In recent years, however, Pine-growing has been abandoned in not a few places on the ground of the expense incurred in the production of British Pines being excessive when compared with the price at which fine fruits of foreign growth can now be purchased of all the leading fruiterers all over the kingdom. But this idea of great expense being necessarily incurred in the production of British-grown Pines is more imaginary than real, and is not in accordance with facts based upon practical ex- perience, inasmuch as the annual cost of production (after the initial expense) is comparatively small, so that, considering their quality, the value of British-grown Pines is far above that of any imported fruits, from which the bright colour, rich aroma, and fine flavour characteristic of all well-developed British Pines when ripe are almost invariably absent. In order to secure the most satisfactory results of cultivation suitable accommodation must be provided for the growth of the plants, and a sound knowledge of their cultural requirements in all stages of growth must be possessed by the cultivator. If these two things are supplied Pine-growing is an easy and simple matter, involving less trouble and attention than any other kind of fruit grown under glass ; and when once a small stock of plants is established, the number is easily and quickly increased. CULTURE OF THE PINE-APPLE. 17 Structures——Low span-roofed houses running north and south are the best, with a raised bed about 12 feet wide down the middle, and a pathway a little more than 2 feet in width on either side. Hach house should be provided with four rows of 4-inch pipes fixed on each side close to the front and end walls for top heat, four similar pipes being laid along the bottom of _ the central bed at about 24 feet from the side walls, the same distance separating pipe from pipe, which should be covered with brickbats. This will suffice to produce and maintain the necessary degree of heat in the material into which the pots containing the plants in their several stages of growth are to be plunged to the rims. Ventilation should be provided in roof and front-lights. Houses thus constructed are suitable for the summer growth of fruiting and successional plants. But for the remaining nine months of the year, when artificial means have to be employed to produce and maintain the necessary degree of heat, the expense incurred in the consumption of fuel is in proportion to the area of glass exposed to external influences. So, on the whole, lean-to houses of the following dimensions are to be recom- mended :—For succession and fruiting plants I prefer lean-to houses, running east and west, about 9 feet high at the back and 4 feet high in front from the ground-line, with a raised bed, 10 feet wide, running along the middle of the house, and a path- way 8 feet wide at the back and 2% feet wide at the ends and front, the latter being 2 feet lower from the ground-line than the former, with three steps descending thereto at each end of the central bed, thus giving a space of 9 feet from floor to glass at back, and 6 feet in front, and a roof angle of about 34°. The surface of the bed should be about 3 feet from the roof-glass, and from 25 to 3 feet deep inside, a space of one foot being allowed for the bottom-heat pipes, and their covering of brick- bats (broken somewhat small on the top), to allow of the heat percolating through the plunging material, the remaining space being reserved for tan or fermenting leaves for plunging the pots to the rim. The length of individual houses should be governed by the number of plants which it is intended to grow and fruit each year, and this is simply a question of demand and supply. However, I may say, for the guidance of any who may feel disy osed B 18 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY to add a pinery to their existing ranges of glass structures, that a house of this kind, 120 feet long, in four compartments, three of 32 feet each for summer fruiters, succession plants, and suckers, and one (nearest the heating apparatus) of 24 feet for winter fruiters, would meet all ordinary requirements for Pines. It is an easy matter to double, treble, or quadruple the number of houses if necessary. The three first-mentioned divisions should be provided with four rows of 4-inch pipes, set at equal distances along the bottom of the central bed for supplying bottom-heat to the plants when plunged therein, and three rows of piping in front and two at the back for top-heat; adding two extra pipes, one in the front and one at the back, for extra top- heat in the house set apart for winter fruiters. The division set apart for suckers should be the farthest from the heating apparatus, and be 2 feet lower at the back and 1 in front than the three preceding compartments. It should also have a space ranging from 18 inches in front to 2 feet at the back between the surface of the bed and the roof-glass, in order to bring the suckers well up to the glass when plunged in the bed. There should be a screw-down valve in the flow-pipes in each of the four divisions of the house, and also in the flow-pipe at the point where it enters the bed in the first division, to enable the gardener to regulate the bottom-heat. There are various kinds of thoroughly reliable heating appara- tus to choose from nowadays, from the plain saddle, gold medal, Trentham, Cornish, Horizontal Monarch, Champion Horizontal Tubular, up to the celebrated Patent Duplex Upright Tubular Boiler, any one of which, of sufficient capacity for the piping attached thereto, will give more or less satisfaction if DngDEEY set and well stoked. There can be no question in the minds of practical men as to the advantages which modern pineries have over the old-fashioned structures for growing and fruiting the plants in, although some of these are still doing fairly good service in different parts of the country. At the same time there is no doubt whatever but that men of equal ability in the culture of Pines, but one having old-fashioned pineries and the other houses such as I have described, are unequally matched, and the man who has the most approved appliances will produce the better Pines, simply as the result of superior accommodation. CULTURE OF THE PINE-AFPLE. 19 In arranging the plants in old-fashioned Pine pits towards the end of July or early in August, fresh fermenting leaves (of the previous autumn’s gathering), to the depth of 5 or6 feet, are placed in the pit and trodden firmly together. The plants freshly potted in the pots in which they are to fruit are then plunged up to the rim, with their leaves within an inch or so of the glass. But long before the following April, when the plants generally have to be rearranged for the summer, owing to the decomposition and consequent subsiding of the leaves, the plants will have sunk perhaps as much as 38 feet from the glass. They must therefore be taken out, 3 feet deep of fresh leaves added to the bed, and the pots replunged in order to bring them up to the glass again; thereby subjecting the plants to a more or less unavoidable check whilst the work is in progress, not to mention the disadvantage resulting from their having been so far from the glass, and from the beneficial influence of ample light during the winter and early spring. In the case of modern pineries, all this is reversed, for when once the plants are placed into their fruiting pots and plunged into the bed of tan, there they remain until the fruit is cut, and instead of sinking away from the glass they get closer to it, if anything, making sturdy and robust growth in consequence. A very important point in the successful culture of the Pine- apple (or, indeed, of anything else) is the obtaining of clean stocky young plants to begin with. Great care should therefore be exercised in procuring suckers only from perfectly clean, healthy, sturdily grown plants. These should have the jagged ends cut off, and a few of the short leaves which surround the base removed with the hand, so as to liberate the young brownish roots concealed beneath. In doing this, it is as well to place the suckers in separate lots, according to their respective Sizes, in readiness for potting up forthwith. A compost, consisting of sound fibrous sandy loam, which has been cut and stacked for twelve months, mixed with fresh soot, 4-inch bones, and fine charcoal, in the proportion of an 8-inch potful of each to an ordinary-sized wheelbarrowful of the loam, the whole being well mixed before being used, will prove congenial to the requirements of the plants in all stages of growth. The loam should be simply chopped down with a spade, and for use at this time of year (April) several barrows of B2 20 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. it should be stood in one of the hottest houses for twenty-four hours to get warmed through before being used. More especially is the observance of this precaution necessary in the case of potting established plants, as the bringing of their roots in con- tact with soil much colder than that in which they are growing gives them a serious check. In potting the plants in every stage of their growth, it is absolutely essential that they should have good drainage and clean pots. This being so, potsherds to the depth of from 1 inch in 6-inch pots up to 2 or 25 inches in the case of the fruiting (10 to 12-inch) pots should be used, putting a large piece of crock, hollow-side down, over the hole or holes, and over this smaller pieces to the required depth, placing the smallest ones (those which have been passed through a 4-inch- and 3-inch sieves) on the top, following these with a sprinkling of fresh soot (to prevent the ingress of worms) and a covering of thin turves, grass-side down, or dry moss, thereby securing perfect drainage. The potting of the suckers, as well as of larger plants, should be proceeded with according to size, beginning with the largest and finishing with the smallest, the plunging of the pots being done in the same order, keeping the plants in all cases within 1 or 2 inches of the roof-glass, and allowing sufficient space between the individual plants to ensure sturdy growth. Pots from 6 to 8 inches in diameter and depth should be used for the strong rootless suckers, and the ends of these should be buried from 2 to 3 inches, making the soil firm about them with a wooden rammer, and allowing a space of rather more than half an inch from the rims of the pots for water when its application at the roots is considered needful. As soon as the roots begin to push freely into the soil, supplies of diluted liquid manure, at a temperature of about 85°, should be given at. the roots up to the time the fruit begins to change colour; and occasional surface dressings of some good artificial manure, immediately before giving clear tepid water during the fruit- swelling period, will greatly assist in the development of large handsome fruit. Change of diet with plants, as with men, sharpens the appetite, and so promotes and maintains a healthy and vigorous constitution. The plants should not be allowed to become pot-bound before being placed in the fruiting pots. Those CULTURE OF THE PINE-APPLE. oT put into 8-inch pots in the spring may, as a rule, be shifted into their fruiting pots the following August, the plants in 6-inch pots being given a shift one or two sizes larger, according to circumstances, loosening the soil round the balls a little with a pointed stick to liberate any roots that may have become matted, but in every case ramming the fresh soil firmly with flat and round rammers. After being potted, and plunged at from 1 foot to 2 feet apart, according to size, the plants should be shaded during the heat of the day for a fortnight or three weeks, and syringed slightly overhead and between the pots with tepid water before putting on the shading in the morning and after removing it in the afternoon, until signs of fresh growth are observed, when the shading may (except for two or three hours—say from eleven to two o’clock— in the hottest part of the day during very strong sunshine) be dispensed with, and instead a gradually increasing free cir- culation of fresh air should be admitted during the heat of the day, that is, from the time the thermometer registers 80° in the morning until it indicates 85° or 90° in the afternoon, say from half-past two in March up to four o’clock in June, July, and August, when the houses and pits should be closed, the plants dewed overhead, and the plunging material and house generally well damped over. A bottom-heat of 85° should be aimed at during the first nine months of the year, but it may be allowed to drop 5° or 10° (ex- eeptin the case of winter-fruiters) during October, November, and December. The plants should be kept uniformly moist at the roots during the same nine months; but water should be applied very sparingly in any form during October and the two following months—a time when the plants should be resting. The night temperature should range from 60° in October to 55° and 50° in November and December, with a rise of 5° by day with fire-heat, and 10° by sun-heat. The minimum temperature during the first nine months of the year should range from 65° to 70°. Winter- fruiters should, asa matter of course, be afforded a night tempera- ture of 70° to 75° by day with fire-heat, and 80° to 85° with sun- heat, running it up to 90° at closing time when the sun is sufficiently powerful, and distributing moisture in the house at the same time. The plants, too, should be kept well supplied at the roots with stimulating fare in a liquid state at a temperature of 85°, 99 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Each fruit should be secured to two sticks—one on each side —by two or three ties, the top ties being at an angle of about 35° from the top of the fruit, to prevent its upright growth being hampered. In distributing moisture in the house, avoid letting water get into the crowns of the fruits, as this encourages the production of unduly large crowns, which detract from the size and general appearance of the fruit. On the other hand, should any of the crowns give promise of being under-sized—that is, not in pro- portion to the size of fruit, tepid water may be purposely applied to such crowns with a view to increasing their size. The Queen Pine naturally produces suckers with great free- dom ; therefore in applying water at the roots of successional plants care should be taken to only pour the water over the soil; and not into the axils of the leaves, as this would unduly tend to the production of suckers. In the case of the Smooth-leaved Cayenne, Providence, and Charlotte Rothschild varieties, which are shy in producing suckers, there is no necessity for this pre- caution being observed. On the contrary, water may be poured into the axils of the leaves in watering as an inducement to the production of suckers. The latter should, however, be removed as soon as they appear from all successional plants, so as to con- centrate all the energies of the individual plants into the build- ing up of good fruiting specimens, potting up the suckers if necessary. ‘Tepid liquid manure or weak guano water may with advantage be poured into the axils of the plants in watering fruiters, as the young roots coiled round the stems of the in- dividual plants beneath the leaves will benefit thereby. When cills appear on the stems at the base of the fruit, they should be removed forthwith. Plants of the three last-named varieties should have their leaves trimmed:back to the stems after the fruit is cut, and be kept in heat to produce suckers, affording water sparingly at the roots in the meantime. The ripening of Pine-apples can be retarded, and the fruits kept nice and fresh for three weeks or a month, by removing the plants to a vinery, in which the grapes are ripe or ripening, as soon as the fruits begin to change colour, standing the pots on inverted ones, as a precaution against mice. In such a position I have frequently kept back Pine-apples for fully a month longer than could otherwise have been done. ‘The fruits thus retarded CULTURE OF THE PINE-APPLE. 93 generally assume a brighter colour than those ripened in the pine-stove in the ordinary way, the drier and airier atmosphere maintained in the vinery at this particular time contributing to this result. . Varieties.—The best sterling varieties are The Queen, Smooth-leaved Cayenne, Charlotte Rothschild, Black Jamaica, - Lady Beatrix Lambton, White Providence (a variety remarkable for the size of its fruit), Enville, and Prince Albert, and of these the first five are the best. Three years ago I received by post from a friend engaged in fruit-growing in the neighbourhood of Waldo, Florida, three small gill-like suckers of a variety called Porto Rico, which is said to yield fruit, averaging 8 lb., of good quality. I have succeeded in saving two of these plants, one of which I hope to fruit this year. It is strong, tall, and erect in erowth. At Longford Castle I used to fruit twenty-three plants of Providence every year until I was unfortunate enough to get white scale through infested “ crowns ’”’ from fruit received from another place having been unwittingly sent up to the gardens from the Castle, as was customary with “‘crowns”’ of our own Pine-apples. These, in blissful ignorance of the fact, were placed among our, until then, perfectly clean stock of plants, with the result stated, and having tried several supposed remedies quite unsuccessfully, I destroyed all the plants and made a fresh start with clean ones; but I have not been able to obtain any plants of Providence since then. JI may remark that a fruit of the Pro- vidence Pine-apple, said to have weighed 14 1b., was sent to Her Majesty the Queen by the late Karl of Radnor many years ago. Insects.—The Pine-apple is subject to the attacks of white and brown scale and mealy-bug. Therefore great care should be exercised not to introduce stove or greenhouse plants into the pine-stove. Pot-strawberries, French Beans, Melons, and Cucumbers may, however, be safely grown on any available space in hip-roofed pine-stoves. Brown-scale may be got rid of without very much trouble, but mealy-bug (of which I have not had experience in any way during the last twenty-five years) and white-scale are most destructive and difficult pests to eradicate without at the same time destroying the plants in the process. My experience of white-scale on Pines is such as to lead me to strongly recommend any gardener who may be unfortunate enough to get it to obtain 24 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. clean suckers at once and make a fresh start, growing the plants in pits or houses by themselves away from the affected plants, and destroying the latter as soon as they have fruited. I am of opinion that whatever nostrum is applied strong enough to kill white-scale on Pines, as in the case of vines infested with Phylioxera vastatriz, will also prove fatal to the plants. In my case, I had the affected plants immersed in lime-wash at a tem- perature of 130°, hanging them up by the heels for six hours to drain and dry before being potted up, but without effecting a cure. | Some weeks previous to dipping the plants in liquid-lime I had them dusted over while damp with a mixture of fine new soot and sulphur with a like absence of any good result. ON THE SPECIES AND VARIETIES OF TULIPA. By Mr. J. GiInBERT Baker, F.R.S., Keeper of the Herbarium, Kew, [Read May 5, 1396.] Tse genus Tulipa, unlike its near neighbours Lilium, Fritillaria, and Krythronium, is entirly confined to the Old World, whilst Calochortus is confined to the New World. The Tulips which have been cultivated for a long time in gardens belong to a limited number of species, but within the last generation a great number of new species have been discovered, principally through the explorations of the Russians in Central Asia. There are at the present time not less than 100 specific names to be taken into account, and I propose here to briefly enumerate the groups into which the species are classified. The first separate group is that of the true Tulips from Orithyia. Of the latter sub-genus eight species are now known, and as the flowers are small and not brightly coloured these are only worth cultivating as curiosities. They all come from Japan, China, and Siberia, and differ from the true Tulips in having the ovary narrowed into a distinct style, as in Gagea ; whilst the true Tulips have stigmas sessile on the ovary. The Tulips may be divided into two sections, according to ON THE SPECIES AND VARIETIES OF TULIPA. 25 the absence or presence of the tuft of hairs at the base of the filament. The section Hriostemon, of which sylvestris may be taken as the type, possesses this. tuft of hairs; and the section Leio- stemon, of which Gesneriana may be taken as the type, is without the tuft. The Leiostemes may be separated into four groups as follows :— I.—Hriobulbe, which has woolly outer bulb-coats, compara- tively broad leaves, and bright red flowers with a large patch of black at the base. The old well-known species of this group are Oculis-solis, precox, and montana. Of this latter chrysantha and Lehmanniana are only yellow-flowered varieties. Little known species of this group are maleolens and lanata, the latter closely allied to Ocwlis-solis and lately discovered in Central Asia. TZ. sogdiana, Boiss, is a doubtful species, of which I have only seen a small and incomplete specimen. II.—Clusiane, which has woolly bulbs, narrow leaves, and clabrous stamens. Only two species are known, Cluszana and stellata, which perhaps. may run one into another. Stellata is Himalayan, and Clusiana extends from Portugal to Persia. Ill.—The Gesneriane, to which group the great mass of garden Tulips belong. This group is marked by its glabrous leaves and peduncle, and by the outer bulb-coats having only a few short adpressed hairson the inner side. Of this group there are two sets of species, one with acute and the other with obtuse perianth-segments. The two best known garden species of this group are Didieri, a native of Savoy, of which Billietiana is a yellow-flowered variety, and acwminata or cornuta, the Turkish Tulips, with its very narrow, acuminate perianth-seg- ments. Two fine new Central Asian species are allied to Didiert, viz. Kolpakowskiana (B. M. t. 6710) and Kesselringu (B. M. t. 6754) and ZT’. violacee (B. M. t. 7440) lately introduced into cultivation from Southern Persia by Leichtlin. Less known species or garden forms allied to Didieri are retroflexa, elegans, undulatifolia, Sintenesti, concinna, Dammanniana, EHlwesi, cruciata, vitellina, viridiflora, ciliatula, brachystemon, triphylla, aristata, and oxypetala. Gesneriana is distinguished from Didiert by its later flowering and by having its perianth- segments rounded at the apex. It is very variable, and has been 96 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. cultivated for s6 many years that it is impossible to decide with certainty which of its near allies are true species and which are mere garden forms. Amongst the allies of Gesneriana I may enumerate macrospila, platystigma, Ostrowskiana (B. M. t. 6865), Mazximowiczu, Batalim, Korolkowi, Schrenkii, Boissieri, and tetraphylla. IV.—The Scabriscape differ from the Gesnerianz by their pubescent leaves and peduncles. The best known garden species of this group is suaveolens, to which belong many of our dwarf. early-flowering forms with glaucous hairy leaves. 7’. pubescens comes midway in character between pubescens and Gesneriana, and is probably a garden hybrid. Many garden forms fall under pubescens, such as the Brides of Haarlem and the Duke of York, of taller habit and less acute segments than suaveolens. Other species of this group are strangulata, betica, Kolpakowskiana (B. M. t. 6887), altaica, maculata, Eichleri, Alberti, and Greigi (B. M. t. 6177). The last named of these has bright, orange- scarlet fiowers and distinctly spotted leaves, and is the finest of the new Russian discoveries. Of the true Tulips with hairy stamens there are two groups, one with red or lilac and the other with yellow flowers. To the first group belong Haageri, Sprengeri, saxatilis, bithynica, pulchella, polychroma, violacea, and Aucheri, and to the latter sylvestris and its very numerous allies, some of which have the flowers tinged with green and the others with red on the back. I have not mentioned all the published species. My main object has been to indicate what are the principal characters of the seven groups under which they may be arranged. x A SHORT PAPER ON IRIS. In CONNECTION WITH THE E|}XXHIBITION OF A LARGE NUMBER OF PAINTINGS OF THE GENUS. May 5, 1896. [By W. J. Cararn.] WE all know the Iris as an historical flower under its name of Fleur de Lis, Fleur de Luce, perhaps flower of Louis. Louis VII. of France adopted it as the emblem of his shield during the A SHORT PAPER ON IRIS. 27 Crusades, and strewed it on the mantle of his son when conse- crated at Rheims. After the battle of Crecy it was united with the arms of England, and remained so until, on the union with Ireland, the shamrock took its place. But from the earliest times it was the symbol of power in Eastern countries. A fleur de lys, exactly like that of the emblem of the French Monarchy, was found surmounting a sceptre on a monument of the highest antiquity at Dendera in the heart of Egypt. Herodotus and Strabo relate that the kings of Babylon formerly bore it at the extremity of their sceptres. Montfaucon also speaks of that of David found in the miniature of a tenth-century manuscript which is surmounted by an Iris. It was placed on the brow of the Sphinx, and the ancients regarded it as the emblem of eloquence. A glance at the geographical distribution of the species of Tris will, I think, assure us of their adaptability to our climate and our gardens. There is, I believe, no meridian of longitude in the land of our northern temperate zone untenanted by Ivis in one, at least, of its many forms and species. In latitude the greatest abun- dance appears towards the warm temperate region of 40°, whilst they rapidly thin out below 30° or beyond 60°. This gives us the knowledge that the majority of Irises are hardy plants. I am not sure that I could find half-a-dozen that are not perfectly hardy as far as our cold is concerned; and with the exception of some of the Asiatic section, notably the Oncocyclus group, which inhabit a peculiar climate of extremes to which they seem especially adapted, and without which they cannot go through life, they are, on the whole, very reliable plants to grow. - Starting from England, we have two native species, Pseuda- corus and fetidissima, both of which spread right across the continent as far as Afghanistan and Northern India, in fact seem happy anywhere or, as they say in catalogues, ‘“ will grow under trees.” In France and towards its southern coasts we find at least ten species. Portugal and Spain soon add to the list with bulbous ones. The drier and warmer the soil in summer the greater need for the bulb form of plant. Morocco, Algeria, and Northern Africa add more bulbous ones, to which summer roasting, sun, and light are essentials of culture ; but they thin off 298 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. to a couple of varieties of J. alata in the Atlas Mountains and I. dwersifolia in Abyssinia. As this bulbous group goes eastward, its character of fibrous, annual, dying-away roots changes more into the thick, fleshy, persistent, nourishing roots of the Juno section. Towards Syria, Palestine, and Asia Minor begins the reticulata group with netted, handsome bulbs and quaint, strange flowers. Again, starting from Spain along the northern shores of the Mediterranean, France, Riviera, Switzerland, Tyrol, Italy, Austria, Hungary, Turkey, and Greece, we find a race of dwarf spring flowering Iris mostly mountainous plants, of whose great garden value I will speak later on. Germany, the Black Forest, Austria, Hungary, South Russia, Turkey, and Turkey in Asia give us the tall summer flowering species, many of whose hybrids and varieties are to be seen in English gardens, but by no means too plentifully. The largest development of these seems to culminate in Asia Minor, which has furnished those enormous flowers of Germanica, Amas, Sivas, Orientalis, and Kharput or Asiaticus. In Asia Minor these give way to the very curious, beautiful, and extraordinary types of the Oncocyclus, many of which, thanks to Dr. Foster’s and the Rev. H. Ewbanks’ success with them, and personal kindness, I have been able to represent, though as yet I cannot say that they like my care in the garden. Together with these Irises that I have mentioned is a race, more numerous perhaps in the northern part of our zone, characterised by narrow long leaves, narrow segmented long flowers, wiry and — not fleshy roots, and without that particular character of a beard which we shall come to speak of afterwards. These, I say, are thinly scattered towards our side of the hemisphere, but they increase greatly in number as we go eastward through Russia, Siberia, China, and Japan, and reach their greatest development in America, a country in which the other or old-world forms, of which we have hitherto spoken, are scarcely, if at all, represented. Throughout the southern temperate zone there are other genera of bulbous and rhizomatous plants which have often somewhat similar flowers, and which may be called Ivrids, as Gladiolus, Morea, Dietes, Ixia, but amongst which no true Iris is to be found. Thus we see that Iris is an entirely northern genus of temperate limits. Mr. J. G. Baker, in his admirable text-book, the ‘ Monograph A SHORT PAPER ON IRIS. 99 of Iris,” published first, I believe, in the Gardener’s Chronicle during 1876, but since revised and enlarged, gives, as a suitable method of distinguishing the various groups into which Ivis falls, the varying characters of that very conspicuous raised line running along the middle of the outer or drooping petal-fall of the flower. In the two groups of bulbous and “ beardless ”’ this line is a raised or convex ridge. In two other groups there is a more or less thick line of hair-like bristles, coloured to attract attention, and making believe that it is covered with pollen. In a fifth, the Oncocyclus group, the ridge of hair is spread out as a broad, flat cushion. Joining in with this are one or two which have hairs ridged upon both falls and standards, outer and inner petals re- spectively. A sixth section has the line produced into a crest or comb, cut and frilled very much in the same manner as a cock’s. In each and all of these groups there are slight exceptions, as you might expect, which serve, perhaps, to unite the whole. Bulbous Iris, for instance, as Dr. Foster’s work * upon this branch of the subject shows us, develops a crest in one or two species in the South Caspian region; in one species, that of Iris Boissert in Spain, it develops hair ; and, lastly, in I. nepalensis, its bulb is reduced to a resting bud. This has also a branched inflorescence, which connects it in a manner to the beardless rhizomed species. The beardless again makes a change in J. hexagona, which is furred as though connecting with the true bearded. The bearded Irises again connect with Oncocyclus in lawpina, which has the hairs collected to a ridge, but its inner petals have scattered hairs towards the base, asin other members of that section. A tendency to the same is observable in germanica, pallida, and other tall bearded Iris. _ The real use in all these varying developments of this, one might almost say, organ is apparently to make an insect step high upon entering the flower (although I have observed small flies feeding apparently in a persistent manner upon some pos- sible exudation at the base), so that its back shall perforce rub against the just pouted lip of the overhanging stigma, and so deposit any pollen it might have previously collected upon it before entrance into the flower itself. In my own garden, when I first grew Iris, no humble-bee in my locality could understand the flower at all, and after climbing all over the * See Advertisement pages. 30 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. outside for a minute together, it would fly away in dudgeon, and, having failed to find any good in such an object, would never again waste time upon it. This I found very advantageous, for I could always count upon the fact that an Iris would never set seed with me unless I fertilised it myself; but I grow many Iris now, and the Bombi who now resort to my garden have very greatly increased in numbers and species, and, what is more, have learnt the lesson perfectly. So that Iris now seeds freely, and especial care has to bea observed with fertilised flowers to prevent insects undoing my work of hybridising. To return. In Bearded Iris there are two very distinct and well-defined groups, one having solitary or few flowers to a stem, which is short, so that the whole plant in flower is seldom more than one foot in height in the largest of this section. The flowers in nearly every case are large for the size of the plant, and, alas! fugitive. The majority of Iris blooms have a three days’ span of existence. Some few bulbous and early spring and summer flowering ones have six days’, and one species, J. sesyrynchiwm, a real gem, the oldest Iris, as far as is known or surmised, and the one with greatest geographical range, blooms from mid-day to three o’clock, when, worn out with old age, and perhaps effort in beauty, it curls and dies. Of course other individuals keep up the show, and especially when there are, as in most species, many buds to a stem, for as long a season as the majority of other plants, but you never will have Iris flowers to tire of; it is a pageant that is always changing. Members of this dwarf group of Iris are always spring bloomers, that is to say, they begin in March, with the little pumila, or one of its varieties, a plant two inches high at flowering time, and covered—so covered that nothing but a blaze of colour is to be seen, no leaves or plant—with blossoms of red purple in the type, pale blue, white, indigo, and yellow; and as these charming little spring varieties have every year a neck-and-neck race for earliness, sometimes one, sometimes another coming in first, they must all be grown for an early show of bloom in March or April. Following upon these are virescens, ® Vigorous garden plant which has given me excellent results; Chameiris, biflora, Statelle, olbiensis, italica, Pieberi, and, in fact, the whole race of these dwarf-bearded ones. They A SHORT PAPER ON IRIS. 31 give such a profusion of flowers, and light up the garden with masses of bloom, in a way one cannot describe. They like a very sunny spot, a bank for choice; soil not very particular, but perhaps light; and for climate, a wet spring with no frosts, a hot, dry summer, the hotter the better, and a hard, dry winter. I have, by way of experiment, taken up a number, and kept them exposed to air in a covered shed from November to February, no soil whatever about them, and they flourished after it as though they liked it. This is not their culture, observe ; it is simply an illustration of dry winter. But when they are happy they erow in such a cumulative way that, being hungry plants, they must be taken up and divided, and given fresh soil every three or four years, their chief enemies being autumn and winter wet, wood- lice, which burrow under the rhizomes and eat the growing points of the new roots, and snails, which are very fond of the flowers. In raising hybrids in this section my aim has been (1) to extend the range of colour, (2) to add to the number of flowers on a, stem, (3) to extend the season of blooming and make it con- tinuous. The size of flower I place last. The other beardless group is very different in manner of erowth, as well as in inflorescence, and time of blooming, being of much larger stature and distinctly summer blooming, com- mencing the latter half of May, through June, and ending in July. These are for the most part comprised in half-a-dozen species, of which Germanica is the earliest, and blooms in end of May and early June. Well known by the typical Blue Flag of gardens, it has several varieties, the greatest flowers and most remarkably vivid colours being found in those forms which come from Asia Minor. Following these are the half-dozen marked species—pallida, squalens, variegata, amana, sambucina, neglecta—marked always by manner of inflorescence, character of spathe valves, the green or, in pallida, paperlike envelope to the unopened flower bud. The width of leaf is great and colour glaucous in Pallida, ribbed and green in Ameena and neglecta, strongly tinged with purple at base in Variegata, which is the smallest and latest plant of this group; and under one or other of these heads chiefly are to be found the numerous beautiful varieties that go to make garden Irises so beautiful. They have wonderful developments of colour harmonies—a greater range perhaps than 32 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. any other flower—the texture of their petals and the variety of surface in the same petal make up a picture that I believe one must have a few failures in trying to represent before properly appreciating. One sees sometimes a mass of rhizomes and but few blooms in gardens, but that is not the fault of the plant, in all Iris the blooming point, and making of seed after it, is the end of life for that individual, be it rhizome or bulb, and no plant of them will flower again unless a reserve of strength has been built up for the support of a previously developed progeny. In bulbous Xiphions often several, in rhizomes at least two, capable of separate existence are produced, one on each side of the parent which is soon to terminate existence. To make the plant flower each full-grown rhizome must be matured and ripened by exposure to direct sunshine; this means no over- crowding, and I fear that from its power of being able to exist, even under trees, it has often been ruthlessly planted there, to lead a spoilt life, for it is essentially a child of the sun, and that has something to answer for in the want of popularity in Tris as a flower. With the next group, the Oncocyclus, we find that sun is such an all-powerful factor that any trifling neglect on our part to get, store, preserve, or imitate the effects of his Asiatic rays quickly ends in collapse and direful loss. When we get their rhizomes they are not very much to look upon, but if we are not careful they will be very much less before long, though from the prices which now obtain for them we see that this very wild child of the desert 7s being made to perform in some gardens. April and May, with those happy people who can grow the Oncocyclus group of Iris, is the cream of the whole flower year. The plants all seem to live within a certain radius of the Caspian Sea, and develop most in number around what is sometimes called the Cradle of the World. A glance at the table of distri- bution at once shows us the jump in number of species, not only of Oncocyclus, but of others, that takes place in Persia, Mesopotamia, Armenia, Syria, &c. When we look at the flowers themselves of these species and see that here of all places are congregated the most refined, perfect in form and colour, of all this great family of plants (their colours are not by any means so gay as their neighbours on either hand), we can well realise that when those early potentates gave the flower the place of A SHORT PAPER ON IRIS. 33 honour upon their sceptres, they did it rightly and with good sense of appreciation, and in a country where there was no lack of material to compare with in other flowers. There is still remaining the small group of Crested Iris, of about half-a-dozen species, the largest of which, I. tectorwm, Miles, and yaponica, or fimbriata, may be to the majority of us considered greenhouse plants, will not stand hard frost, and like their own treatment. J. tectorwm, whichis planted on the top of thatch in Chinese houses, requires a wet spring growing time, a hot summer, and a quite dry winter under glass. I. japonica requires wet or damp perhaps all the year through, also under glass for success. Such, at least, is my experience. I. cristata and J. lacustris are charming dwarf plants, the first from the hills of Kentucky and Carolina, the second from the shores of Lake Huron. Finally there is the group of Beardless Iris, having, as we saw before, the most extensive range of any. Though limited in number of species it has great variety in form and size of plant and flower, from the quite dwarf J. ruthenica and curious I. hunulis to the Ochreoleuca gigantea, six feet high, and, needless to say, treatment varies with them. A light and well-drained soil suits some species— notably the smaller ones—while the taller ones require a strong soil, with here and there the chance of getting their feet in water, as in the case of Iris Kempferi, which the Japanese have done so much with from I. lavigata as a garden flower. Irises are, I believe, on the whole averse to manure, but like rich soil, with frequent division and replanting, that is, every three or four years: this gives their rhizomes full chance for sturdy growth and maturation. The moving, too, is best done, at any rate for all beardless Irises, immediately after flowering, as the plant then begins to send out its new roots, which build up the flower of the next year, and if these roots then go down to their right soil, there is no fear of check at transplanting or loss of time in getting established. 84 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. THE MOVEMENTS OF PLANTS. By Rev. Grorce HEnstow, M.A., F.L.S., &e. [Delivered June 9, 1896.] Intropuction.—The old distinction between animals and plants, that the former could move and the latter could not, was based on very limited observations. For, not only have very many of the lower forms of vegetable life motile reproductive bodies, as the zoospores of the Potato fungus and Alge, but even all the higher plants can move their various organs, though they be rooted in the ground. The object of the lecture was to illustrate this fact by a small selection of characteristic examples. Motions of plant-organs can be either the result of and during growth, as in the development of leaves during the expansion of leaf-buds; or the result of certain irritations taking place periodically or otherwise, after the organ is completely formed, as in the foliar sleep of plants, in flower-stalks, &c. Excepting the bursting of capsules and other cases, where usually life ig extinct, the motions are due to the inherent properties of living protoplasm. GEOTROPISM AND CIRCUMNUTATION.—The first evidence of germination in seeds is seen in the protrusion of the radicles, and in all ordinary dicotyledons growing in the soil the apex elongates and forms the tap-root which grows downwards, 7.¢. in the direction of the action of gravity, this being the exterior exciting force. Darwin found that the tip of the radicle of a cabbage seed was only acted upon by gravity upon its “‘ growing point,” i.e. for a length of from ‘02 to ‘03 inch; but the influence can be conducted to some higher point where the bending may take place. The property of an organ growing or bending under the influence of gravity is called “Geotropism,”’ or “ turning earthwards.’’ When the cotyledons appear above the soil by the growth and elongation of the radicle (the plumule being for a time arrested), the radicle now takes the name of ‘ hypocotyl,” being “‘ below the cotyledons.” If the radicle be arrested while the plumule begins at once to grow, as in the bean, the plumule is now called the ‘ epicotyl,” as it is “ above the cotyledons.” THE MOVEMENTS OF PLANTS. oD In either case the young stem issues from the seed-coat more or less in the form of an arch. The radicle soon begins to “ circumnutate,” 2.¢e. ‘ bows around,’’ causing the tip of the root to move more or less in a circular manner, enabling it to find a point of least resistance. The apex of the root would seem to continue to grow with a circular motion, as far as possible, beneath the soil, as is indicated by the spirally-twisted condition which sometimes obtains between two roots in close approximation. As long as the arching stem is below the soil this motion aids the ascent by freeing it from the pressure of the earth. As soon as it is free the concave side grows more rapidly than the convex, so that it soon becomes straight. Hyprotrorism.—This term, signifying ‘turning water- wards,’ is given to roots, &c., which are influenced by the presence of moisture, and are thereby induced to grow in the direction of it. An experiment of Sachs’ of growing beans, &c., in a sieve full of damp materials, through the meshes of which the roots protruded at first vertically, but then applied themselves to the wet surface of the sieve again, proves that water more powerfully influences the tips than does gravity. It is due to this property that roots of trees have been known to grow to ereat lengths to reach a distant water supply, the vapour coming from the source having apparently induced the root to grow in the direction of it. PHOTOTROPISM AND HELIOTROPISM.—Turning ‘ lightwards ’’ and “turning sunwards”’ are the terms indicating the well- known property of plants being ‘drawn to a source of light.’’ The first term applies to the growth of stems upwards towards the generalillumination of the sky ; the second term to every case when an organ is illuminated more in one direction than another. The first is probably the original cause of the erect growth of stems; for an experiment made by Mohl* of growing plants in a box on a, perforated shelf and illuminated solely from below showed that they now grew vertically downwards. Erect growth is generally attributed to “ negative geotropism,”’ or “ apo-geotropism,”’ fT as being in the opposite direction to the action of gravity ; but there * The Vegetable Cell, p. 146. + It must be remembered that these and other like terms only express observed facts, but in no way account for them. C 2 86 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. is no such force-action from above (other than light), as gravity acts from below.* REPULSION BY OBSTRUCTION.—According to Darwin, the tip of a root will try to turn away from an obstruction. He showed this by fastening a piece of card to one side of root-tip, as well as by other methods. This gave rise to a good deal of criticism, the idea of his critics being that the motion was a result of injury to the delicate tip. The root, however, is deflected away from the obstruction, so that it looks as if the irritation causes a greater growth to take place on the same side as the obstruction. If so, this would imply an increased vigour at the spot. Moreover, this would be quite in keeping with what takes place in climbing stems, &c., that as soon as pressure is exerted at any point the tissues begin to thicken in response to it. The enormous power which roots acquire to overcome obstructions, as, e.g., when grow- ing under a wall, is probably the result of the effort induced by the obstruction itself, which causes it to develop tissues in response to the pressure. If, therefore, Darwin’s peas had been able to have a fulcrum, instead of growing in air, results perhaps might have been different; but this suggestion requires experimental verifica- tion. | CrIMBING Puants.—These supply an abundance of illustra- tions of motion. The climbing property of stem-twiners is the result of their circumnutation, perhaps coupled with some slight degree of sensitiveness to contact. In the greenless stem of the parasitical dodder both properties are in evidence, and some branches, as of Strychnos, are known to be modified like tendrils,’ which both circumnutate and are sensitive ; but it is not certain whether the latter property is possessed by ordinary green- stemmed twiners. Circumnutation is‘ well seen in long slender- stemmed plants as the hop. The motion appears to be the result of a combination of forces. First, there is, or believed to be, the spiral growth of the stem itself, so that the apex is, so to say, being continually pushed over to the opposite side by growth at one point at a time; as the successive points of growth are supposed to take place in order round the stem, the ultimate result * T would refer the reader, for a further discussion of this subject, to my Origin of Plant Structures, p. 197 seqq. + See a paper by F. Miiller, Jowrn. Linn. Soc., ix. p. 344. THE MOVEMENTS OF PLANTS. Si is a continual ‘‘ bowing around” of the apex.* At the same time gravity is always trying to pull the tip to the ground. This in turn tries to stiffen itself by putting on tissues of wood in opposi- tion to the strain. Then,.if the plant happen to be unequally illuminated, there will be another ‘ pull ’’ in the direction of the stronger source of light. The result is that the shoot moves in irregular ovals, zigzags, &e. As a leaf-climber, Solanwm jasminoides may be taken. Darwin tells us that a long shoot made four revolutions against the sun at an average rate of 3hrs. 26 mins. In a hothouse a stick was clasped by a petiole in seven hours. After three or four days the petiole increased much in thickness, the three isolated fibro-vascular cords becoming united and forming a cylinder like that in a stem. ‘This increase is due to response to the strain felt. An analogous but not identical growth is seen in a horse-chestnut petiole ; for in this there is a complete cylinder of wood, but the three cords, usually only occurring in petioles, are embedded in the middle of the pith. Im all cases the extra growth of wood indicates the amount of strain to be met by the petiole. GiLoriosA.—This plant has a stem which describes an irregular oval in about three hours. The leaves are horizontal, the end of each forming a slender hook-like extension. If it catch anything, it at once anchors the plant, which is somewhat over-weighted above, and stops the circumnutation. The inner surface of the hook is sensitive, so that in from one to three hours it curls inwards and permanently seizes an object in from eight to ten hours. If it does not catch anything, after a time the tip curls up into a helix and loses its sensibility. - TENDRILS are the results of modifications of more than one kind of organ. They are generally metamorphosed leaflets ; but in vines and Ampelopsis they are homologous with flowering branches. Strychnos may have its branches in the form of tendrils; while Dissocheta has adventitious roots similarly metamorphosed. Circumnutation coupled with a sensitiveness to contact are the usual means by which these organs effect their purpose. VERNATION.—This term is given to the way the young leaves * If a hazel shoot be split vertically, the surfaces are never flat, but show a twist. 38 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. are packed up within the bud. As the buds open and the leaves begin to grow, they endeavour to secure two objects, viz. to protect their upper surfaces and to grow in as perpendicular direction as possible. The advantage derived from this position is to reduce or counteract the ill effects of a chill by radiation, which is much greater from a horizontal surface than a vertical one. The leaves and leaflets are generally conduplicate, 7.e. folded together, with their upper surfaces inwards. This results from the lower surface growing faster than the upper in the earliest stages of development; so that the two upper halves of a leaf are pressed together. The vertical position is acquired by one side of the petiole growing faster than the other; so that half-developed leaves are either erect or dependent. Sub- sequently the rates of growth are reversed, so that the leaf assumes its final and horizontal position with the upper surfaces most exposed, more or less at right angles, to the light. SieEP.—The positions assumed by growth in young leaves are analogous to those which are sensitive to varying degrees of intensity in the solar radiations. In Clover, e.g., the three leaflets are conduplicate, and they are all compressed together in the immature stage and hang down vertically; but when mature and “going to sleep’ at sunset the two lateral leaflets rotate till they are vertical. They then approach each other and press their upper surfaces together, while the terminal leaflet passes through half a circle and comes down over their upturned edges like a roof. THAumMoTROPISM.—If the soil be warmer than the air just above it, plants will often grow with their stems and branches prostrate upon the ground, and so become creeping plants. Thus the common Mallow is usually erect when surrounded by other plants ; but in the barren, rocky soil of Malta it is quite prostrate, creeping over the ground to considerable distances by road-sides. Similarly, plants with a rosette of leaves as Plan- tains and Daisies on lawns, Blue-bells in early spring, &c., have their foliage flat upon the ground from a similar cause, “ turning heatwards.” The same peculiarity is particularly common in dry Alpine regions.* MovreMENTS OF FLoRAL OrGans.—These are very numerous, and may occur in the flower-stalks or among the floral organs, * See Origin of Plant Structures, p. 104. THE MOVEMENTS OF PLANTS. 89 &e. Thus in Szlene nutans the petals unfold and curl up, re- opening again as night approaches. It thus renders the flower visible to nocturnal visitors, as moths. In some leguminous plants, as Genistas, the corollas “explode.” This is due to the claws of the petals being in a high state of tension when the flower is just ready to expand. Others, as in the Medicagos, the staminal tube is irritable, and causes the flowers to burst open in an analogous but not identically the same way. In Berberis and Helianthemum vulgare, the rock Rose, the stamens are highly irritable to a touch, approaching the pistil in the former, but receding from it in the latter case. Inthe Musk and allied plants the two flap-like stigmas move together if touched, while in Stylidiwm the style swings violently from one side of the flower to the other if it be irritated at the base. Complicated movements occur in the fruiting stages of 7’771- folium subterranewm, fully described by Darwin.* MovVEMENTS DURING THE DEHISCENCE OF F'Ru1TS.—These cases are mostly of a quite different class of phenomena, and are not characteristic of living protoplasm; for the organs are quite dead and the movements are due to loss or gain of water, elasticity of tissues, &c., and are mechanical. This is well seen in the twisting of the awns of the fruit of Hrodiwm, in the elastic and twisting valves of Balsams and of Cardanune hirsuta, as well as in the bursting of anthers and sporanges of Ferns. Conctusion.—All the movements referred to, excepting the last, and many more might be described, illustrate but one of the many properties possessed by living protoplasm, viz. its sensitiveness or irritability, by which it can respond to external forces ; and, while doing so, it proceeds to build up tissues which permanently supply the plant. with highly adaptive structures. For all the phenomena of climbing, of the metamorphoses of organs into climbing structures, have undoubtedly come into existence in response to the direct action of the environment. Since there is no evidence that any structure in plants has ever been originally developed before its use existed, or in anticipation of such use, but solely in consequence of it. * Movements of Plants. 40 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. GARDENERS—PAST, PRESENT, AND FUTURE. By Mr. 8. Heaton, F.R.H.S. [Read June 23, 1896.] I nreepD not here apologise for stating that my experience and observations convince me that the Horticulturists in general expect something novel and something tangible from the gentle- men who from time to time read papers at the meetings of the Royal Horticultural Society. They look to this the leading horticultural society in the world (and to which all similar societies ought to be affiliated, so as to bring the people in every county, in every town, and in every village, into closer contact with the work it is doing, and to the facilities it offers to the horticultural aspirant, be he amateur, cottager, or professional) for wrinkles, ideas, and suggestions on the various subjects dealt with that are not common to every cultivator; therefore, along with other essayists, I find a diffi- culty that can be better imagined than expressed to meet the wants of a critical gardening fraternity. Criticisms have been common in all ages, to all peoples, in every position of life, and upon all subjects, and undoubtedly if they are rightly and justly expressed may be productive of much good, though we cannot. overlook the fact that oftentimes those who have the most to say know the least; nor must we forget that all good work will be subject to storms of abuse, but if rightly established and properly conducted will live and prosper. Through it all ‘ truth and right must prevail.” The object of the present paper is to put forth a plea for a better training and education of our present journeymen and apprentices in whatever branch of gardening they may under- take; whether it be as florist, market gardener, seedsman, land- scape gardener, nurseryman, park and gentleman’s gardener, or _ even the humble and often despised jobbing gardener, who is generally “jack of all trades,” and is supposed to know and to do anything or everything. It is essential to so equip the rising generation, who will become the future gardeners, that they may be able to retain the GARDENERS—PAST, PRESENT, AND FUTURE. 41 reputation already earned by the past and present gardeners, and to successfully compete against the importations of foreign produce which are gradually on the increase. Hvery opportunity should be given and concession made so as to develop the horticultural industry of the old country. The education of foreign gardeners is much superior to our own; they not only possess a knowledge of horticultural and kindred subjects, but. they have a good all-round education, and every assistance is given them if they show special abilities for learning, and becoming useful men in their profession. When the writer was an apprentice he was told that he wanted more back work and less head work; and, when ajourney- man, that if he didn’t stop writing to the papers he would have to find a fresh place. Is such treatment rational? Is it encouraging and advantageous to an individual or the nation ? Is it English? If our young men had the training and the education that their foreign rivals have, I believe they would hold their own against any country in the world; for their energy, perseverance, and determination is unequalled, much less surpassed. In all trades and professions may be found second- and third- rate workmen; but these have not, as a rule, had a special desire for the work they are engaged in, and for which they seem totally unfitted; but force of circumstances, favouritism, and premiums are generally the cause of the glut of inferior workmen. GARDENERS—PAST. We are told that previous to the Roman Conquest gardens worthy of recognition in our own country were conspicuous by their absence; consequently we can logically argue that gardeners of special ability would be equally as conspicuous by their absence. Horticultural progress from this period till the 17th century was very slow and little, through the invasions, agitations, and local wars which kept the country more or less upset and unsettled. In times of peace and plenty there would be, undoubtedly, as in our own day, an increase of gardens, which, along with those already in existence, would be kept in an efficient state; but at the relapse of trade and the appearance of an approaching war the efficiency of the gardens would be 49, JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. the first to suffer. The wages in those early times were even smaller than in our day, for in the majority of instances they are now much below that of an ordinary mechanic (though there are two sides to the wage question) ; for digging and ordinary garden work twopence to threepence per day was paid, and for the head gardener about £5 per year with many perquisites, which would most probably make it a fair situation in those early times. We are told in Miss Amhersi’s ‘‘ History of Gardening”’ that the earliest original known work written in English on gardening is by John Gardener ; the MSS., which is dated 1440, is still to be found at Trinity College, Cambridge. It may not be altogether without interest to briefly refer to a few of the more prominent gardeners of the past, the work they have done, and the difficulties they had to fight against. In the writings of Thomas Hill, who was a compiler of books and a prolific writer on all subjects, we find many absurdities on horticultural matters which need pointing out to those who are totally uninitiated in the art of gardening. In one of his works he states that ‘‘ when the first of Januarie beginneth on the Wednesday, then shall the winter be warm and calme, the spring wette, and disposed to sicknesse, the summer hotte, and the harvest unprofitable. Yet plentie of oyle and wines.” In referring to grafting he says that if the small end of the scion is inserted in the stock the “ fruit shal have no core,’ and that ifapples be grafted on elm or elder “it shal beare red apples.’”’ He also recommended planting when the moon was in Taurus; and the “ sowing of pepins and kernels,” so that the end which was next the root should be placed to point north-east. From his writings we should imagine he was more theoretical than practical. John Gerarde, who was born at Nantwich, Cheshire, 1545, and died 1607, was undoubtedly the most practical gardener of the 16th century. He founded the first regular establishment for the scientific cultivation of plants, and laboured unceasingly for many years in the true interests of horticulture. He was for many years gardener to Lord Burleigh, to whom he dedicated his great work on the “ History of Plants.’’ The principles he adopted in the cultivating of plants, the objects he aimed at, and the assiduousness with which he laboured are worthy examples for present and future gardeners to adopt. Speaking GARDENERS—PAST, PRESENT, AND FUTURE. 48 of himself he says: ‘‘Myself one of your servants (referring to Lord Burleigh), and under your lordship, I have served now by the space of twenty years. To the large and singular furniture of this noble island I have added from foreign parts all the variety of herbs and flowers that I might any way obtain. I have laboured with the soil to make it fit for plants, and with the plants to make them delight in the soil, that so they might live and prosper under our climate as in their native and proper country ; what my success hath been and what my furniture is I leave to the report of them that have seen your lordship’s gardens, and the little plot of my special care and husbandry.” Again, speaking of his own garden in Holborn, which was then a village outside the walls of London, Gerarde says: ‘I have here set down not only the names of sundry plants, but also their natures, their proportions, and properties, their affects and effects, their increase and decrease, their flourishing and fading, their distinct varieties and several qualities, as well as those which our own country yieldeth, as of others which I have fetched further.”’ What better example can be recommended or adopted, or one more likely to result in success, than that practised by John Gerarde ? The names of London and Wise will ever be connected with the gardening of the 17th century. Of the birth and education of George London little is known ; but during the four years he was under Mr. Rose, gardener to Charles IL, he was obliging, energetic, and persevering, so much so that Mr. Rose sent him to France to improve himself in the various branches of horticulture. On his return he was appointed gardener to Dr. Compton, Bishop of London, whose gardens con- tained the finest collection of plants of any horticultural establishment then in England. But it was in connection with the Brompton Park Nursery and as superintendent of all the Royal Gardens that his name became famous. He and Wise, a fellow pupil whom he took into partnership after the death and retirement of his former partners, seem to have had at that time the charge of nearly all the gardens and parks of note in the kingdom, in addition to the aforementioned nursery, which we are told covered over one hundred acres, and that if the plants had been sold at one penny each the stock would have realised nearly forty thousand pounds. 44 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. London was a skilful cultivator of all vegetable produce; a man of perseverance and industry ; whose labours and works will be an impetus to those who are beginning to flag in the good work in which they are engaged. In the execution of his duties, we are told, he was accustomed to ride fifty to sixty miles a day on horseback. This activity and continued exertion brought on a fever which caused his death after a short illness of a fortnight’s duration. Stephen Switzer, though born in the 17th century, did not really become prominent as a horticulturist till about the year 1702. He was for many years employed under London and Wise, and in 1706 assisted in laying out Blenheim. He afterwards held several situations as ‘gardener, and finally became a general gardener and seedsman at Milbank. During his early years he tells us that cucumbers were seldom seen before the end of May, and melons had rareiy been cut before the middle of June; but still the more industrious were striving to outvie each other as to the earliest date at which these subjects could be obtained. The backward state of horticulture in general in his day he attributed, so we are told, to the ignorance of its practitioners, and that ignorance to the want of encouragement by their employers and the people in general. Many, he says, there are in good places ‘who never open a book, nor can they either read, spell or pronounce rightly the names of the plants and herbs they every moment have in view.” His works and labours are undoubtedly evidences that he was a thoroughly sound and practical gardener. But even in the time of Switzer we find that jealousy and un-English spirit present which is still to be found ; and his opinion of London’s abilities as a designer was not very great, nor the abilities of Scotchmen as gardeners, about which he says: ‘These Northern lads, which whether they have served any time in this art or not, very few of us know anything of, yet by the help of a little learning and a great deal of impudence, they invade these Southern provinces, and the natural benignity of this warmer climate has such a wonderful influence on them, that one of them knows, or at least pretends to know, more in ~ one twelyemonth than a laborious, honest Southcountryman does in seven years.”’ The position Philip Miller, author of the “ Gardeners’ Dictionary,”’ attained is an example of what some of our young GARDENERS—PAST, PRESENT, AND FUTURE. 45 men and apprentices may attain if they only receive the timely and kindly help of some friend, along with their own endeavours and exertions. Born of humble parents, his father being a market gardener near Deptford or Greenwich, he was cradled in the craft for which he afterwards became famous. Working his way through many difficulties and hindrances, he eventually became Curator of the Chelsea Botanic Gardens, which position he held for forty-nine years. The reading of biographies of such men is encouraging, and of a stimulating nature, so that an impetus is given to the reader which develops new life and zeal, oftentimes of permanent endurance, which results in the success and fame of a life which at one time may have appeared blighted through in- difference to grasp the golden opportunities offered. No calcu- lation can be made as to the amount of good that would be done by placing within the reach of the young gardeners of to-day the chief incidents connected with the success of their prede- cessors in the craft who have made themselves famous. Time forbids further reference to gardeners of the 18th century, and I shall conclude my remarks on gardeners of the past by a brief mention of a few who lived in the 19th century. John Claudius Loudon is a name that will ever be asso- ciated with horticulture and its literature. From his earliest years he had a love for plants and flowers, paying special at- tention to their requirements, and to the making of beds and walks in the little garden given to him by his father. This natural taste was fostered and encouraged, and every oppor- tunity possible was given to him for acquiring knowledge that would help him on his selected course. At fourteen he was placed under a nurseryman and landscape gardener. In 18038, being then twenty years of age, he moved from Scotland, his native country, to London, and obtained a situation as a land- scape gardener. He afterwards became an agriculturist of note and a voluminous writer. He had that energy, determination, and perseverance which are found in few men, and no small obstacles would thwart him from attaining the object he had in view. His “ Encyclopedia of Gardening” appeared in 1822, followed by encyclopedias on agriculture, plants, and architec- ture, the last of which appeared in 1832. Mrs. Loudon says: ‘““The labour was immense, and for several months he and I 46 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. used to sit up the greater part of every night, never haying more than four hours’ sleep, and drinking strong coffee to keep ourselves awake.’’ In 1826 he established the ‘‘ Gardeners’ Magazine,’ and the “ Magazine of Natural History,” followed in 1884 by the “Architectural Magazine,” and in 1836 by his ‘Suburban Gardener.’’ In addition to editing these periodicals, he sent out in 1838 his ‘‘ Arboretum et Fruticetum Britannicum,” a _ work containing a mass of valuable information on the trees and shrubs, native, or introduced into this country. Here is a life worthy of imitation. Is it possible for a man to have more energy, determination, and enthusiasm than John Claudius Loudon, and to attain a higher and more noble position against such obstacles and hindrances as loss of. money, sickness, and amputation of his right arm ? Sir Joseph Paxton was not only an excellent engineer, but a very able horticulturist, who rose from the ranks to one of the highest positions in the profession. The then Duke of Devon- shire seems to have had a very high opinion of him, for we are told that he said, “I never knew Mr. Paxton (afterwards Sir Joseph) resolve to undertake what he did not fully accomplish.” Shirley Hibberd, an eminent horticulturist and _ prolific writer, possessed many virtues worthy of imitation; but along with many others of gardening fame we could mention, he has passed away, but left us a store of valuable information in the books he wrote, which will be handed down to posterity as useful and reliable guides in the cultivation of horticultural produce. GARDENERS—PRESENT. During the past fifty years great and rapid strides have been made in the cultivation of horticultural produce in general, and we have amongst us many eminent gardeners of all classes who are deeply interested in the development of horticulture. In the more northern and smoky towns we find a gradually increased interest being taken in gardening; so much so that school gardens are becoming very numerous, even in such a manufac- turing district as the West Riding of Yorkshire, where there are several horticultural specialists; notably Messrs. Bb. Simonite (Sheffield) and T. Lord (Todmorden) for Carnations, and Charles- worth & Co. (Bradford) for Orchids. The number of exhibitions are becoming more numerous throughout the country every year, GARDENERS—PAST, PRESENT, AND FUTURE. 47 and the exhibits grown and staged are gradually improving in quality, and the exhibitors are steadily on the increase, till, in a few years’ time, there will scarcely be a village, much less a town, without its horticultural show. Such exhibitions are either the outcome of or lead to the formation of Horticultural Improvement Associations, where meetings are held periodically for the reading of papers and the discussion of horticultural subjects. Such organisations for the development of gardening are backed up or assisted by an increased number of gardening journals, which are at such a price as to be within the reach of all (however poor) who love a garden. The more energetic and persevering can now avail themselves of the examinations held annually under the auspices of the Royal Horticultural Society ; which, under proper management, can be placed within the reach of all desirous of being examined. These examinations will undoubtedly become more popular and useful as their value becomes appre- ciated and gardeners in general have a better elementary education than at present. It may scarcely be credited that near the close of the 19th century there are many gardeners who can neither read nor write, and who look upon any organisation for the improvement of future gardeners as a farce and a fraud. What they know they think is sufficient for all time and all people, and what they do not know they think is not worth knowing. Of the gardeners of to-day one can say a great deal by having practical experience amongst and observations of their labours, customs, and manners. Many of the cottage gardeners have great taste and skill in the cultivation of horticultural produce, and at their respective local shows will succeed with distinction, oftentimes staging produce that would be a credit to a profes- sional gardener. Of such energetic and persevering men we cannot speak too highly, particularly when we take into considera- tion the long hours many of them have to work and the small wages they receive. Any working man who shows such taste and love for the cultivation of plants should receive every encouragement and assistance from those more favourably situated. On making enquiries we find many instances of cottage gardeners developing into prosperous horticultural tradesmen. All honour is due to such men. My opinion of the amateur gardener is very considerable ; for with such men we generally find they have leisure to devote to 48 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. their pet subjects and ample means to procure every essential requisite for their cultivation. Many of them are also of an experimental turn of mind, and do incalculable good towards the development of horticulture by recording in the various gardening periodicals the results of their labours. Of market gardeners we observe a wonderful difference as regards tact, energy, and perseverance in the acquiring of know- ledge, and putting that into practice so as to increase the turn- over at little or no extra expense. Foresight is a great factor in the success of such a business, and for a person to enter the race with any chance of success he must either have had a good practical training or be especially endowed with business abilities. Of all the various branches of horticulture this is one which demands our greatest attention, particularly if we are to hold our own against the increased importations of foreign produce. It is not for me to say what can or ought to be done to encourage the development of home-grown produce at such a price as to ensure the support and patronage of our own people. But I can say that, even amidst the keen foreign competition of the present time, I know many English growers who are making a living, and who are from time to time enlarging their business pre- mises. As Englishmen we cannot afford to be daunted by the depressed state of commercial horticulture, but must fight against it with renewed energies, and eventually victory will be ours. As to the gentleman’s gardener, I look upon him, if properly trained and interested in his work, as an all-round man, and one that can undertake the management of any branch of horticulture with credit to himself and satisfaction to his employers. Perhaps it would be invidious to individualise, as there are so many good men and true who have done invaluable service in the interests of horticulture. But I may be pardoned for stating what a gentleman’s gardener’s qualifications are expected to be. First of all, his character must be able to bear the strictest in- vestigation ; his integrity and uprightness irreproachable. His general appearance should have a commanding influence, and his countenance of a drawing rather than of a repulsive nature ; a man you can approach with the confidence and assurance of having meted out to you justice tempered with mercy. As to his abilities, he must not only be thoroughly practical in all GARDENERS—PAST, PRESENT, AND FUTURE. 49 branches of the profession, but he must have good managing abilities, and be thoroughly educated so as to converse on any or all subjects with the ease and comfort of a barrister-at-law. A typical gentleman’s gardener I look upon as one of England’s greatest sons. As to the prospect of women gardeners I cannot speak with - any practical experience, but the following points may be worth discussing, viz.:—(1) What influence will they have on the future prospects of young men gardeners? (2) Will their physical strength allow them to become thoroughly practical in all branches of gardening? (3) What are their prospects for positions as head gardeners and managers ? GARDENERS—FUTURE. The principal object of this paper, as already stated, is to put in a plea for the better training and education of the apprentices and journeymen of to-day, who will in the future become the head gardeners and managers of our various horticultural establishments. Many of the points raised may be contentious; but it will undoubtedly amply repay for any discussion there may be on such an important subject, if it leads to a greater interest being taken in the welfare of our young men by their employers and head gardeners. If the integrity and calibre of the profession are to be main- tained, nay, improved, we must endeavour to bring the best men to the front without fear or favour, and with the manliness of true Englishmen. Some gardeners, unfortunately, immediately suppress any signs of enthusiasm or special ability any of their subordinates may display, thinking that their ideas are premature and considerably in advance of their years and practical expe- rience, and that they want to override their superiors. This is not always the case, and they may be nipping in the bud what would have developed into a valuable bloom and a great acquisition to the profession. It certainly requires a great amount of tact and judgment to manage a number of men judiciously. Head gardeners have a great influence on the future of their young men, and ought to treat them and be as interested in their future welfare as if they were their own sons, rejoicing in their successes and sympathising with them in their misfortunes. D 50 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. A thorough education of our young gardeners should be of a threefold nature: /There must be an education of the head. Every young man ought to be taught to think and reason for him- self, and not work like a machine, a system which unfortunately is much too common amongst all classes of artisans: they are set on and off either with a bell or whistle, they go through the same or similar operations day after day without adding one scrap of knowledge to their store, and take it as a matter of course. Then a thorough education of the hands is indispensable to the future of any young man; it is necessary we should be taught to work, or else how can we teach others? Our horticultural establishments are excellent schools, as a.rule, in which to receive a practical training in the various branches of gardening. Finally, we must have an education of the heart, a branch of education which is too much neglected; the example shown the apprentices by the journeymen and even by the head gardener in a good many places is to be deplored. A good moral character is a valuable testimonial to the young gardener: he must be sober, honest, and trustworthy. To be trained under a good gardener who is a disciplinarian is an advantage young men ought to prize. . We may now profitably note a few of the hindrances to a young gardener obtaining such an education, however anxious and persevering he maybe. Tirst, there may be the indifference of the head gardener to his future welfare; second, the in- ability of the head gardener, who may have taken up gardening through force of circumstances, and consequently never had a proper training; third, the long hours which are worked in most gardens give little time for study in the summer, without saying anything of the recreation which ought to be an important factor in his training. ‘All work and no play makes Jack a dull boy.” Fourth, isolation or the inconvenient distance from towns some gardens are situated, thereby making it impossible for the young men to attend the various classes held on subjects of material value, with which every gardener ought to make himself acquainted. Fifth, domestic circumstances have more or less influence on the education of a young man. If he has a small wage, and a portion of it has to go towards supporting his parents or relatives, it prevents him from obtaining the necessary ¢ GARDENERS—PAST, PRESENT, AND FUTURE. 51 books to pursue a course of study, or from attending lectures and classes on subjects in which he is interested, and this will have an influence on his future position in life. Sixth, a deficient elementary education is one of the greatest hindrances to the success of any young gardener, and it must be a source of eratification to all interested to see the improved system of elementary education compared to that of even twenty years ago as given in country schools. Not only is there an improved method of teaching, but the scholars must be regular and punctual in their attendance, in addition to a longer school period. The future prospects of those who are indifferent and half- hearted in their work are handicapped by having a limited ex- perience. They may go as a boy to help a single-handed gardener, and instead of moving at the end of two years they remain till manhood is reached, and then they are thrown into competition with those who have had a varied experience in many horticultural establishments of note throughout the country, to find, to their disgust, they must either remain as journeymen, or at the best be contented with a single-handed place where the gardener is expected to make himself generally useful. The company a youth keeps will have a great influence on his succegs or failure. If he becomes associated with those who frequent music-halls and gin-shops his chances of attaining an honourable position in his profession are few and very uncertain. The leisure time any young gardener may have should be well and judiciously utilised, and not wasted in frivolity and sin. Early marriages are not always conducive to the future success, prosperity, and happiness of a gardener, and it would be well for every young man to give the matter his serious con- sideration before entering the matrimonial state. For he will find many of the advertisements for gardeners close with a special request that there be no family, or if a family is allowed it must be a small one. Among the many facilities for obtaining horticultural in- struction, I would particularly recommend those interested to take every advantage of horticultural improvement associations, local exhibitions (which from an educational point of view can be greatly improved, and it is for some prominent society to lead the way), county council lectures, which can be attended with little D2 52 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. or no expense, and horticultural literature, which is so plentiful and cheap. ) To those who have the privilege or can afford it, I should re commend a two years’ experience at either Kew, Chiswick, or a horticultural school. But, alas! the majority of those who enter the gardening profession have no such golden opportunities ; therefore, in addition to accepting the general privilege above named, make as many visits to horticultural establishments of note as you can afford, and, above all, two hours a day at the very least should be devoted to the study of such subjects as draw- ing, botany, geography, &c. In conclusion, I may be pardoned for suggesting that the Council of the Royal Horticultural Society consider the question of improving the educational conditions of our young gardeners. It is true that the bona fide gardener can be a Fellow of the Society with all its advantages for a small fee, but I am afraid this is not sufficiently well known; therefore it might be an advantage to have this information placed on a fly-sheet and posted to every known gardener in the United Kingdom. Then, again, as to the Society’s examinations, I have found many young gardeners who would like to go in for a certificate or scholarship, but having had no coaching and never having sat at an examination they felt afraid. If the Council could make arrangements for Fellows of the Society to give preparatory lessons and conduct examinations in every town and parliamentary division in the country, I feel convinced that not only the examinations would be better appre- ciated, but the success of the Royal Horticultural Society would be assured. By such an arrangement the examinations could be made more practical, which would greatly enhance their value, and book knowledge alone would not be sufficient to obtain the Society’s certificate. It is pleasing to note a deputation from the Council visiting provincial shows and making awards according to the merits of the produce shown. 53 REVIVAL OF THE OLDER ROSES. By Mr. Gro. Paut, F.R.H.S. [Read before the Horticultural Club, 1896.] THOSE who have read Mr. Jeans’s interesting and learned articles in the Quarterly Review on ancient Rose growers need not fear that I shall weary them by helping to trace back the varieties which supplied the florists’ shops of Rome in the time of the Emperors, or which were grown by the florists of Pestum and Palestrina to send to the Roman Covent Garden—Palestrina, a Florentine suburb, the scene of one of Ouida’s idyllic stories— ‘‘a, winter city’’ where (as she describes it) for. a few francs, in midwinter, every corner of her heroine’s rooms was filled with pot Roses, and the atmosphere scented with their perfume. I suppose the only Rose Mr. Jeans identifies as coming down to us from that ancient town is the old R. centifolia, single or double, of which the old Red Burgundy Rose and the miniature Burgundy are the existing representatives, which reached us, so he says, and I am told that Dean Stanley in his letters confirms it, by means of the Crusaders via Provence, of which, however, somewhat more anon. My subject is rather the revival of the taste for the old- fashioned garden Roses, which were put on one side by reason of the florists’ zeal or other causes, and have recently been rescued from their hiding places and brought again into general cultivation. I shall speak first of the Roses which grew in English gardens from Gerarde’s time, about 1600, to the close of the last century, and secondly of the Roses which were the favourites, and the products of the raisers’ skill, of the first forty years of the present century ; produced in the earlier years by Vilmorin, Cels, and Dupont, and later on by Victor Verdier and Laffay in France, and by Rivers in England, up to the days of the elder Guillot and Lacharme, including also the later Roses recorded in Redoute, and by Andrews and Miss Lawrence in England. The seventeenth-century Roses are given, several of them, in Gerarde, but I have not had time to search his volumes. Aiton, however, quotes him in his “ Hortus Kewensis”’ (1789), and I find he grew so many of the Kew sorts that I feel inclined to 54 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. think that not much progress was made with the production of new ones to interest us between Gerarde’s and Aiton’s time. Of kinds now sought after and much in request then growing at Kew, we find of Moss Roses only one, the common mosgsed form of the Provence. This was cultivated by Farber in 1724, and has been more asked for during the last two years than for many years past. Of the Musk Roses the double white has been regained, and is well deserving of culture. Of the Alba section, the first of which is reputed to be a natural hybrid, the large Maiden’s Blush has become suddenly asked for. We can understand its popularity from its beautiful colours; it never left old-fashioned gardens for this. reason. The small form which Aiton grew is, I fear, lost. Gerarde grew the Austrian briar in 1596, and they had f. sulphwrea, the old yellow Provence, both at Kew and at Versailles. De la Quintinie gives its culture much as Gilbert grew it at Burleigh, and its old name of Yellow Provence (though it has nothing to do with Provence Roses proper) points to its having reached us through Provence. I would suggest to Mr. Jeans that he should turn his scholarly attention to the Provence poets, as it is in the poems of the langue d’oc that he would probably find more of the poetry of the{Rose than in either the Greek or Roman poets. In the Cabbage or Provence Rose proper we are no richer now than then. The Red, blush, and white, and:the De Meauwa and large De Meaux (our Spong), have, though never lost, risen again into favour. It is understandable. What makes a more lovely vase decoration than a handful of Cabbage Roses with long stalks? I believe skilled Rose botanists, such as Crépin, think Lf. centifolia (Provence) and &. gallica almost one. I have quoted the Single Burgundy ag a type of the old Provence, but this July we have flowered the Single Provence; of &. gallica a typical form is the old Red Damask, and its striped form Rosa Mundi—Queen Rosamund’s Rose. Closely related is the York and Lancaster Rose, of which Mr. Jeans speaks. The red and white are from the same 2 qouaee grafted plants from one original plant. Somerset.—“ Let him that is no coward, nor no flatterer, But dare maintain the party of the truth, Pluck a red Rose from off this thorn with me.’’ Warwick.— I pluck this white Rose with Plantagenet.”’ REVIVAL OF THE OLDER ROSES. 55 Poor Louis XIV. was richer in Carnations, of which he had three hundred sorts, than in Roses. De la Quintinie, in 1727, erew only &. centifolia of Holland (I wonder if this is the Rose des Peintres or Rose de Cels of Redouté), Damask, Gallica, Alba, Provence, Rose de tous les mois, Double Yellow _(R. sulphwrea)—not a large collection for so great a monarch. In England we had the marbled and double white and red Sweetbriars; and Janet’s Pride, refound by Mrs. Whitwell of Denbigh, seems to be the double sweetbriar of Aiton’s collection. Of the second series, the old Roses which since the beginning of the century came and went, and have recome, we owe much to the monumental work of Redouté, unquestionably the finest book on Roses ever published. We have in Miss Lawrence’s and Andrew’s Roses no reason to be ashamed of our Rose literature of that period. One is pleased to find Redouté quotes them with approval. Ido not know if the Versailles Rose de tous les mois was Li. semperflorens or Ft. indica, or the later received China Rose, but I find the common double pink China Roses were introduced in 1793 into a Hertfordshire garden, and I have heard my father say that it was by means of the successful culture of this and the later coming crimson China Rose that my grandfather, Adam Paul, in the first years of the century, made the early reputation of the Cheshunt nursery for Roses. In Redouté’s times the Gallica Roses were what the Hybrid Perpetuals have been to the growers from 1840 to now. He has a long enough list to fill the whole of the Greek alphabet, and at the end to begin numbering, and when in 1845 you turn to the Rose catalogues of the period, and find the culmination of the family from 1807 to 1845, there are three pages of names. The Pope, King Louis Philippe, and William IV. grace, or are graced by their names being attached to Roses; there are Grands and Glories, tragediennes and heathen gods in the Gallica Roses as well as among the H.P.’s. I came just as they were disappearing. I recollect Ohl, which mostly had a green eye; Boule de Nanteuil, which had shorter petals towards the edge of the flower. As far as lam ‘concerned, I do not wish to see any of them back again. In the words ot the Mikado, ‘‘ They’ll none of them be missed.”’ The Provence Roses had become nearly as numerous as the Gallicas. ‘To the old kinds had been added Crested, the Lettuce- 56 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. leaved Rose. We have regained this, and the smaller flowered Provence. The Crested Moss Rose was raised by Colvile. Imagine Roses in the King’s Road, Chelsea ! The Damask Rose and Alba were of this period. One regrets them for their charming colouring, and is glad to find that the Painted Damask (Leda), Madame Hardy, and Madame Zoetman (whites), amongst the Damasks, and Blush Hip and Feélicité amongst the Albas with the single and semi-double forms, have been regained from cottage gardens of our own neighbourhood. The Hybrid Chinas were a special product of the early years of the nineteenth century, and have been retained and brought greatly into notice again for pillar Roses. The finer sorts, like Blairii No. 2, raised on Stamford Hill,, Coup d’Hébé, Madame Plantier (of which there is an old Cheshunt legend to the effect that a big bush frightened a timid Londoner back to town—ghosts being frequent in those days), Fulgens, and General Jacqueminot: to the last we owe an obligation, for my father always thought that his Duke of Edinburgh, still one of the most brilliant H.P.’s, was the result of crossing the hybrid perpetual General Jacqueminot with the old hybrid China of like name, Wolsey, the foreman who did it, being evidently a man in advance of his time. We have refound besides those named Paul Perras, Paul Ricaut, and Brennus. Double Scotch Briars I have tried to get back, but if they are not lost they have lost their names even in the far north, and though we have got now the double white, purple, pink, blush, and yellow, we have only been able to trace of named sorts James’ purple and William IV. The fine single FR. altaica of Kew (and F. grandiflora of Canon Ellacombe) looks like a large variety of the Burnet Rose of the West Welsh and Scotch coasts. The Austrian Roses have developed Harrisonii and Persian Yellow, the only doubles produced. I am always a strong supporter of the climbing Roses, their uses are so manifold. The Boursaults and Ayrshire clothe our tumbledown buildings. Evergreen Roses cover up the ugly wires on which we base our arches, and the Multifloras (or Polyanthas) have produced Turner’s Crimson Rambler. I will not weary you with the earlier H.P.’s. They played their part, and do not want recalling. But amongst the smaller classes, the big single Macartney Rose (bracheata alba simplex REVIVAL OF THE OLDER ROSES. 57 is one of the best south wall clothers. R. microphylla with its hedgehog bud is curious, especially the double form. The Perpetual White Moss (Moussewx des quatres saisons) has the prettiest buds of any Rose. Stanwell Perpetual is the first Rose to flower of any. Of the Damasks we have old Du Roi back again. Old Phillipe Noisette, when he raised the Crimson Noisette in America, and sent some plants east to France, little thought the family would culminate in Maréchal Niel. The man will live rather through being chairman of the day when the Rose was first shown in Paris than through his martial achievements. Bourbons have begun again since their first hybrid was found in an island in the Indian Ocean. Malmaison has never retired. Armosa is par excellence the dwarf hedge Rose. Sir Joseph Paxton and Bourbon Queen have been found and propagated. Lastly we come to the Chinas and Teas. To the first I have already alluded. The early forties added Mrs. Bosanquet, still the best light China, Archduke Charles, Cramoisie, and Abbé Miolan Fellenberg and La Vesuve have been recalled. Of Tea Roses we have no revival. I should hke to find Originale. It existed in 1854, and is, I believe, identical with Redouté’s “Tea.” Of older Teas, except Adam, and perhaps Vicomtesse de Cazes, there does not seem to be much worth revival. There is a moral to everything. This is mine. Wanted a refuge for old Roses, where they may be found again when tastes change. When at the Floral Committee of the Royal Horticultural Society a plant occurred that did not suit the florist’s taste ; it was met by “Send it up to the Scientific Committee.” May I suggest that botanic gardens would be useful as custodians of the ‘old Roses,”’ keeping them ready for the next change of fashion in flowers ? EXAMINATION IN HORTICULTURE May 6, 1896. EXAMINERS’ REPORT. To the President and Council of the Royal Horiicultural Society. Gentlemen,—We beg leave to report that we have examined the papers submitted to us—in all 152. Of these we selected 16 as worthy to be placed in the first class, 58 in the second, and 49 in the third. The remainder were passed over. The candidates were distributed over the whole of Great Britain, but no papers were received from Ireland. The Examination, as a whole, shows, in our opinion, that a more intelligent appreciation of the principles underlying prac- tical horticulture is prevalent than was the case in previous years; nevertheless there is abundant evidence to show that if the hands are trained to work, the eyes are not correspondingly taught how and what to see. Correct observation of the most common objezts is still rare except among those who have had the advantage of adequate training. We have the honour to be, Gentlemen, » Your obedient servants, MaxwkEtu T. Masters, JAS. Douauas. June 20, 1896. The names andaddresses of the successful candidates, together with the number of marks assigned to each, are given in the following Class List, to which is appended the questions set by the Examiners :— STS St BR a bo co @ 10. i, 12. 13. 13. le 16. _ OWINIWNN NP RP Ree EXAMINATION IN HORTICULTURE. Cuass List. Maximum number of marks obtainable, 300. First Class. Mr. EK. T. Hearn, Central Laboratory, Chelmsford Mr. W. Pratchett, Central Laboratory, Chelmsford Mr. W. H. Patterson, me Mr. W. G. Martin, Central Laboratory, Chelmsford Mr. Joseph Mitchell, Haslington, Crewe . Miss Gertrude Cope, Horticultural College, Syanlay . Mr. Frederick J. Chittenden, Central ye ORE Chelmsford . Mr. J. W. Dupré, National Schaal Handforth i . Miss F. M. G. Micklethwait, Horticultural raneee Swanley : ‘ Mr. H.:° Ward, Eromlall Brie. Deuee . Mr. Fredk. C. Stacey, Central Laboratory, helene Mr. Arthur H. Beeby, Central Laboratory, Chelmsford nr oe L. Seen, Central yd cmee Chelms- or Mr. H. W. Heten. Horeetienny Calidad, Sirariley Mr. John R. Giles, Swindon, near Dudley . Miss A. Geoghegan, Horticultural College, Swanley S ee Class. . Mr. J. Laws, Church Road, Wimbledon Mr. J. H. Annear, Central Laboratory, Cheeawiend Mr. A. Owens, St. Clere Gardens, Kemsing, Sevenoaks . Miss Lloyd Saunders, Central Laboratory, Chelmsford . Miss Lina Barker, Horticultural College, Swanley Mr. C. J. Langley, Central Laboratory, Chelmsford . Mr. J. Hyatt Williams, Great Sanghall, Chester Mr. H. Swain, Glynne, Kingswinford, Dudley . Mr. E. W. Cork, 83 Dale Street, Leicester . Mr. Jas. Hill, Central Laboratory, Chelmsford . Miss O. Field, Horticultural College, Swanley . Miss EK, Malden, Slad Road, Stroud, Gloucester . . Mr. B. F. Mason, Wordsley, Stourbridge * Wins the Society’s Silver Gilt Medal. 59 No. of Marks gained. 255 240 237 235 230 227 225 yD f 215 213 210 207 205 205 205 200 195 195 195 195 195 195 190 190 190 190 190 190 185 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. No. of Marks gained. . Mr. H. Brook, Every Street, Nelson, Lanes. : 8S . Mr. R. Bellerby, Grange Gardens, Askham Richard, York 2 2 185 . Mr. A. D. Henderson, Hortons Galieue. Braley" 185 . Miss E. A. Ford, Horticultural College, Swanley. > 185 . Mr. W. E. Stevens, New St., Brierly Hill, Stourbridge 180 . Mr. J. Poulter, Clayton-le-Moors, Accrington . 2180 . Mr. J. Child, 61 Navigation Road, Altrincham . 2w.180 . Miss N. Quinn, Horticultural College, Swanley . =e.1 88 . Miss H. N. Payne, Horticultural College, Swanley . 180 . Miss L. A. Dunington, Horticultural College, kgs 175 . Mr. N. Warren, 3 Pitville Street, Darwen . : 175 . Miss L. Udall, Horticultural College, Swanley . ae Sf . Mr. Edmund Smith, Edgend, Brierfield, ia LF . Mr. A. Randall, Aigburth . 5 170 . Mr. Hans Trier, 6 The Terrace, Ghalipion ‘Hill, 8. E. 170 . Mr. M. Paton, Rigg Street, Stewarton, Ayrshire, N.B. 165 . Mr. W. J. Butler, Horticultural College, Swanley ,. 165 . Mr. R. Oddie, Long Butt, Lymm : 160 . Mr. A. D. Thompson, Horticultural Gallezer Swanley 160 . Mr. Arthur A. Stevens, Hale, Farnham ; » 60 . Mr. G. Sherman, Alderton, Woodbridge, Suffolk . ; os , #60 . Mr. E. Jackson, Aigburth . ‘ -) oO . Mr. H. 8. Langford, Horticultural Gilles, Swanley s/ £60 . Mr. A. J. Cocks, Horticultural College, Swanley . +, 160 . Mr. G. Atkey, Horticultural College, Swanley . 160 . Mr. J. Ettle, Glais House Gardens, Swansea Valley . 157 . Mr. C. Lawrance, Horticultural College, Swanley 186 . Miss E. M. Groome, Horticultural College, Swanley . 155 40. Mr. Isaac Godber, Hill Top House, Palterton, Chesterfield 155 40. Mr. G. W. Brookbank, 62 Queen’s Road, Wimbledon. 155 40. Mr. A. N. Pierce, Redhill, Surrey . 0 165 45. Mr. H. Greenfield, Horticultural College, mene «180 45. Miss Elsie A. Benians, Horticultural College, Swanley 150 45. Mr. A. George, Pear Cottage, Milton, Cambridge . . 150 45. Mr. A. D. Morris, Barrowmore Hall Gardens, near Chester . : . 150 45. Mr. F. Pownall, ileal Elise: Gicwsi Hagetisails »- 150 45. Mr. W. Bygrave, Royston, Herts ; > ‘ » 1650 45. 45. 45. ADAG rer He EXAMINATION IN HORTICULTURE. Mr. J. Slack, Jodrell Hall Gardens, Holmes Chapel Mr. C..E. Walter, Horticultural College, Swanley Mr. Joseph Read, Jodrell Bank, Holmes Chapel . Third Class. Mr. Leo Farmar, Horticultural College, Swanley . Mr. J. Collett, New Street, Wordsley, Stourbridge Mr. H. J. Smith, Royal Promenade, Clifton Mr. C. H. Burden, Horticultural College, Swanley Mr. C. J. George, Horticultural College, Swanley . Mr. E. Allard, Botanical Gardens, Cambridge . Miss C. L. Verney, Kingston Hill . Mr. T. Lyon, Grassendale, near Aigburth . : . Mr. G. H. Wicking, Montague Road, Clarendon Park: Leicester . Miss Margaret White, @ehtral abo vatony; Chéluford . Mr. G. P. Selden, Reigate . A . Mr. §.. Andrews, Heatherdene, racic . Mr. H. Phillips, Kingswinford, Dudley . Mr. F. R. Willey, Pearcefield Avenue, Forest Hill, oe E. . Mr. T. Woof, Wall Heath, Dudley . Mr. A. Evans, Grappenhall, Warrington . Mr. F. Lazenby, Cambridge . Mr. Arthur Jewell, Horticultural @olibad: ae . Mr. Martyn Tucker, Horticultural College, Swanley . Miss E. Barratt, Central Laboratory, Chelmsford . Mr. J.C. Scammell, South Street, Wilton, Salisbury . . Mr. J. W. Thompson, Holywath Cottage, Coniston, Fv.0-0), . Mr. H. Blundell, EFoutigulbticel Colleze, Se dnleys . Mr. J. W. Bamforth, Swindon, near Dudley . Mr. John Sutton, Old Swinford, Stourbridge . Mr. G. Underwood, Leicester ’ . Mr. John Snell, Grimston Park Gardens, Tadcaster . Mr. O. D. Carter, Central Laboratory, Chelmsford . Mr. W. Walker, Lacey Cottage, Coulsdon . Mr. G. Cole, Bulbridge Lodge, Wilton, Salisbury : . Mr. N. E. Hopkins, 81 Peterborough Road, Fulham, §.W. 61 No. of Marks gained. 150 150 150 145 145 145 145 145 149 140. 140 140) 140 140 140 135 135 135 135 135 130 130 130 130 130 125 125 125 125 120 120 120 120 129 62 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. 32. Miss A. Morison, Horticultural College, Swanley 1 ESS 32. Mr. A. Sowman, Woodbridge, Suffolk . é : ‘. as 32. Mr. W. Pascoe, Hamble, near Southampton ‘ « 115 32. Mr. Francis Holt, 9 Hollins Lane, Accrington . 115 36. Mr. James Barkham, Haven Street, Ryde, I. of Wight 112 37. Miss N. V. M. Baker, Central Laboratory, Chelmsford 110 37. Mr. G. H. Hodgson, Elsham House Gardens, Grantham 110 37. Mr. W. G. Cole, 2 Dynevor Place, Richmond, Surrey . 110 37. Mr. W. Jennings, Middlewich Road, Holmes Chapel . 110 37. Mr. Jos. Loder, Abingdon Union, Abingdon : » 110 37. Mr. J. 8. Thompson, Horticultural College, Swanley . 110 37. Miss Jessie Newsham, Horticultural College, Swanley. 110 44, Miss A. N. Roach, Warford, eo Bdge, near Manchester . 105 45. Mr. Walter Pilcher, Ethetaenlbaenl Colldpe; Swanley 280 45. Mr. W. Sproston, Great Haywood, Stafford P « 100 45. Hr. H. D. Prosser, Glasbury, Breconshire . r -' 100 45. Mr. J. K. Elsie, Merstham, Surrey . : ; a 0010) 45. Mr. G. F. Dale, Little Haywood, Stafford . ! - 100 ROYAL HORTICULTURAL SOCIETY’S EXAMINATION IN HORTICULTURE, MAY 1896. QUESTIONS. Fight questions only to be answered : four from Division A and four from Division B. Division A. ELEMENTARY PRINCIPLES.’ 1.—What are the objects sought to be obtained by digging the soil? Of what use is it to the crops ? 2.—What do plants do when exposed to bright sunshine, and what takes place when they are subjected to total darkness ? 8.—Of the elements and compounds that go to make up the constitution of plants, a few occur in much larger proportion than others. Which are they, and whence are they obtained ? 4.—What are the “ reserve materials’’ of plants? Where are they stored? What use is made of them ? EXAMINATION IN HORTICULTURE. 63 5.—What are the essential points in the structure of roots as contrasted with that of stems ? 6.—What are the special effects produced by nitrogenous manures and by mineral. manures respectively ? 7.—Describe the shoot of a Peach tree and the arrangement of its buds. 8.—What part of the plant furnishes the vegetable known as Asparagus ? 9.—What are the main differences between the “ seed’’ of a flowering plant and the “ spore”’ of a fungus ? Division B. HorTICULTURAL PRACTICE. 1.—Describe the preparation of the ground for the Onion crop; the method of sowing the seed and subsequent treatment ; also the most suitable soil. 2.—What are the circumstances which should regulate the frequency of watering and the amount of water to be given to plants in pots ? 3.—Describe the most suitable soil, and the method of culture, for such tap-rooted vegetables as the Carrot and Parsnip. 4,—Say what you know about the origin of the Cherry and Apricot ; the soil and manure most suitable to each ; the diseases they are subject to, and the most effective remedies. 5.—Give the names of the best varieties of Strawberries. What is the most suitable soil for their culture? Describe the culture (in detail) for forcing and the open garden. 6.—What is the origin of the Carnation and the garden Pink ? How maya supply of flowers be obtained from these plants all the year round ? Describe the diseases and the methods of prevention and cure. 7.—Describe the culture of the Daffodil; its propagation ; the diseases and other enemies that attack the plants, and the best treatment. 8.—Describe the general details of Orchard House Culture, and state whether there are any advantages in growing fruit trees in pots. 9.—What are the best methods for ventilating hothouses and for shading the plants? Give general details. 64 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. REPORT ON PEAS GROWN AT CHISWICK, 1896. Sixty varieties of Peas were sent to the Gardens for trial, and, with two exceptions (seed received very late), they were all sown on March 17 on ground that had been trenched three feet deep, and well manured. The season being so dry proved very trying, and no doubt if the usual amount of rain had fallen the haulm would have been taller. On the whole the growth was very satisfactory, and the crops a success. Two meetings were held by the Fruit and Vegetable Committee to examine the stocks. The first was held on June 15, to inspect the early varieties, and the second on June 29, to examine the later sorts. x X X =HiaHLty COMMENDED. xX X =COMMENDED. (1) The Sutton Forcing (Sutton & Sons). Good cropper ; haulm, pods, and peas pale green, averaging five peas in a pod; of good flavour. Height of haulm 9 inches. Ready for use June 15. Seed wrinkled. (2) Selected American Wonder (Sutton & Sons). A good type of this well-known variety, averaging five peas in a pod. Height 9 inches. Ready for use June 15. Seed wrinkled. : (3) Sutton’s Excelsior (Sutton & Sons). Moderate cropper ; haulm, pods, and peas light green, averaging six pea3 in a pod; of good quality. Height of haulm 9 inches. Ready for use June 15. Seed wrinkled. (4) Sutton’s Seedling Marrowfat x x (Sutton & Sons). Excel- lent cropper, the best of the very dwarf section ; haulm, pods, and peas pale green, averaging eight large peas in a pod ; very sweet in flavour. Height 9 inches. Ready for use June 15. Seed wrinkled. r (5) English Wonder (Sutton & Sons). Much like American Wonder, but taller and a heavier cropper, averaging six peas in a pod; of good flavour. Height 15 inches. Ready for use June 15. Seed wrinkled. (6) William Hurst ( Sutton & Sons). Good cropper; haulm, pods, and peas light green, averaging five peas in a pod; sweet in flavour. Height 12 inches. Ready for use June 13. Seed wrinkled. (7) Sutton’s May Queen (Sutton & Sons). Heavy cropper ; REPORT ON PEAS GROWN AT CHISWICK, 1896. 65 haulm, pods, and peas pale green, averaging six peas in a pod; of good flavour. Height 3 feet. Ready for use June 18. Seed wrinkled. (8) Sutton’s A 1 (Sutton & Sons). Profuse bearer; haulm, pods, and peas pale green, averaging eight peas in a pod; of good flavour. Height 8 feet. Ready for use June 12. Seed ~ wrinkled. (9) Exonian (Sutton & Sons). Great bearer; haulm, pods, and peas dark green ; pods small but well filled with an average of eight peas; quality fair. Height 3 feet 6 inches. Ready for use June 15. Seed wrinkled. (10) Sutton’s Bountiful x x x(Sutton & Sons). An abun- dant bearer ; haulm, pods, and peas grass green ; pods well filled with an average of seven peas in each; flavour sweet and excellent. Height 3 feet 6 inches. Ready for use June 15. Seed slightly wrinkled. (11) Kelipse (Sutton & Sons). Very similar in appearance to Exonian, but a little earlier than that variety, and the seed more wrinkled. Ready for use June 13. (12) Sutton’s Productive Marrowfat (Sutton & Sons). Heavy cropper ; haulm, pods, and peas pale green ; podsin pairs, averaging five peas in each; flavour sweet and good. Height 2 feet. Ready for use June 17. Seed wrinkled. (13) Sutton’s Favourite Marrowfat (Sutton & Sons). Moderate cropper ; haulm, pods, and peas light green ; pods. usually single, with an average of five large peas in each; flavour sweet and good. Height 2 feet. Ready for use June 18. Seed wrinkled. (14) Advancer (Sutton & Sons). Heavy cropper; haulm, pods, and peas light green; pods small, averaging four peas in each; flavour fairly good. Height 2 feet 3 inches. Ready for use June 23. Seed wrinkled. (15) Sutton’s Prizewinner x x x (Sutton & Sons). Moderate bearer, pods single; haulm, pods, and peas a beautiful dark green ; pods long, straight, and averaging six large peas in each ; flavour excellent; a fine exhibition variety. Height 2 feet. Ready for use June 24. Seed wrinkled. (16) Sutton’s Eurekax x x(Sutton & Sons). Profuse cropper, pods in pairs; haulm, pods, and peas grass green; pods long and averaging eight peas in each; flavour very good. Height 3 feet. Ready for use June 25. Seed wrinkled. E 66 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. (17) Yorkshire Hero (Sutton & Sons). Excellent bearer, pods in pairs; haulm and produce pale green; flavour good; a well-known old favourite. Height 2 feet. Ready for use June 24. Seed wrinkled. (18) Sutton’s Magnum Bonum Marrowfat (Sutton & Sons). Good cropper, pods in pairs; haulm, pods, and peas dark green ; pods well filled with an average of seven in each; flavour good and sweet. Height 3 feet. Ready for use June 29. Seed wrinkled. (19) Sutton’s Exhibition Marrowfat (Sutton & Sons). Moderate cropper, pods in pairs; haulm and produce dark green ; pods straight, averaging seven large peas in each; flavour fair ; fine exhibition sort. Height 3 feet. Ready for use June 29. Seed wrinkled. ‘ (20) Dr. McLean (Sutton & Sons). and .Nos:-1; 4,6, 7, 10; 16, 19,-21, 27, 32, as above. The Second Collection contained: 47, ‘ Potts’ Seedling,’ and Nos. 8, 4, 7, 10, 11, 15, 16, 21, 22, 38, 45, as above. The Third Collection contained: 48, ‘Barnack Beauty’ ; 49, ‘ Tyler’s Kernel’ ; and Nos. 1, 3, 4, 6, 13, 16, 19, 21, 27, 35, as above. 148 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Class 25.—Apples, 9 dishes, distinct, 6 Cooking, 3 Dessert. First Prize, £1. 10s., to Mrs. Crawford (gr. W. Slogrove). Second Prize, 15s., to Mr. T. Turton, Reading. Third Prize, 10s., to C. R. W. Adeane, Esq. (gr. J. Hill). The First Collection contained: Nos. 3, 4, 9, 10, 15, 16, 17, 38, 45, as above. The Second Collection contained: 49, ‘Striped Beefing’ ; 50, ‘ Adams’ Pearmain’; and Nos: 5, 10) 11> 16: 27, $2247eae above. The Third Collection contained: 51, ‘Claygate Pearmain’ ; 52. “Tower of Glamis”; and Nos. 4; 5; JO> 11, 1G; ieee above. Class 26.—Cooking Apples, 6 dishes, distinct. First Prize, £1, to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 15s., to Mr. T. W. Startup, Maidstone. Third Prize, 10s., to T. Oliverson, Esq. (gr. W. Lewis). The First Collection contained : Nos: 2, 8, 4, 6, 10, 11, as above. The Second Collection contained: 58, ‘ Belle de Pontoise,’ and Nos. 4, 10, 28, 45, 47. The Third Collection contained: Nos. 4, 7, 10, 11, 18, 29. Class 27.—Cooking Apples, 8 dishes, distinct. First Prize, 10s., to H. H. Hurnard, Esq. (gr. J. Bowery). Second Prize, 7s., to Sir E. G. Loder (gr. G. Goldsmith). Third Prize, 5s., to Mr. G. H. Sage, Richmond. The First Collection contained: Nos. 3, 4, 18. The Second Collection contained: 54, ‘ Hollandbury,’ and Nos. 10, 13. The Third Collection contained: Nos. 3, 6, 13. Class 28.—Dessert Apples, 6 dishes, distinct. First Prize, £1, to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 15s., to J. Colman, Esq. (gr. W. King). Third Prize, 10s., to Sir EK. G. Loder (gr. G. Goldsmith). The First Collection contained: 55, ‘ Calville Precox,’ and Nos. 15, 16, 17, 21, 48. The Second Collection contained: Nos. 16, 19, 21, 81, 32, 38. The Third Collection contained : 56, ‘ Cornish Gilliflower,’ and Nos. 16, 19, 21, 32, 33. GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 149 Class 29.—Dessert Apples, 8 dishes, distinct. First Prize, 10s., to G. H. Field, Esq. (gr. R. Edwards). Second Prize, 7s., to Mr. F. B. Parfitt, Reading. Third Prize, 5s., to Mr. A. Kemp, Horsham. The First and Second Collections contained: Nos. 16, 17, 21. The Third Collection contained: Nos. 16, 19, 21. Class 30.—Dessert Pears, 24 dishes, distinct. High quality to rank before size. (Prizes given by Messrs. George Bunyard & Co., the Royal Nurseries, Maidstone, as Bunyard Centenary Prizes.) First Prize, £6, to R. Leigh, Esq. (gr. G. Woodward). Second Prize, £4, to Col. Brymer (gr. J. Powell). Third Prize, £3, to Sir E. G. Loder (gr. G. Goldsmith). The First Collection contained: 1, ‘ Baltet Pére’; 2, ‘ Marie Louise’; 8, ‘Doyenne du Comice’; 4, ‘ Pitmaston Duchess’ ; 5, ‘Superfin’; 6, ‘Emile d’Heyst’ ; 7, ‘ Marie Benoist’; 8, ‘Beurre Diel’; 9,‘ Passe Crassane’; 10,‘ Beurre d’Anjou’; 11, ‘ Duron- deau’; 12, ‘ Vineuse’; 13, ‘ Beurre Hardy ’; 14, ‘ King Edward’; 15, ‘Fondante Thirriott’; 16, ‘ Princess’; 17, ‘ Winter Nelis’ ; 18, ‘Soldat Laboureur’; 19, ‘ Baronne de Mello’; 20, ‘ Louise Bonne’; 21, ‘Bon Chrétien’; 22, ‘Conference’; 28, ‘ Brown Beurre’; 24, ‘ Josephine de Malines.’ The Second Collection contained : 25, ‘Beurre Bachelier ’ ; 26, ‘Duchesse d’Angouléme’; 27, ‘Gansel’s Bergamotte’ ; 28, ‘Glou Morceau’; 29, ‘Napoleon’; 30, ‘Thompson’s’ ; 31, ‘Beurre Rance’; 32, ‘Beurre d’Aremberg’; 33, ‘ Easter Beurre’; 34, ‘Knight Monarch’; 35, ‘Bergamotte Esperen’ ; 36, ‘Zepherin Grégoire’; and Nos. 2, 8, 4, 5, 6, 8, 9, 11, 17, 20, 23, 24, as above. The Third Collection contained: 37, ‘Magnate’; 38, ‘ Sou- venir du Congrés’; 39, ‘Alexandre Lucas’; 40, ‘ Urbaniste’ ; 41, ‘Maréchal de Cour’; 42, ‘ Beurre Fouqueray’; and Nos. DO Ome ole onlon | 72024, 26.28) 30.833, oo. Class 81.—Dessert Pears, 12 dishes, distinct. First Prize, £2. 15s., to J. K. D. Wingfield-Digby, Esq. (gr. W. J. Pragnell). Second Prize, £1. 15s., to Mr. John Warren, Crawley. Third Prize, £1, to Sir W. Geary (gr. W. Cotterell). The First Collection contained: 48, ‘General Todtleben’ ; 150 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. 44,‘ Marie Louise d’Uccle’; 45, ‘ Chaumontel’; and Nos. 2, 3, 4, 6, 8, 11, 20, 26, 41. The Second Collection contained: 46, ‘Jean Van Geert’ and Nos, 2, 8, 4,8, 11,18; 25; 27, 28; 33, .89° The Third Collection contained: 47, ‘Brockworth Park’ ; 48, ‘ Beurre Bosc’; 49, ‘ Van Mons Léon Leclerc’ and Nos. 2, o4,0, O11, 26-297, 26: Class 32.—Dessert Pears, 9 dishes, distinct. First Prize, £2, to J. R. Brougham, Esq. (gr. W. Jones). Second Prize, £1, to Mr. G. Fennell, Tonbridge. Third Prize, 15s., to Earl Percy (gr. G. Wythes). The First Collection contained: Nos. 2, 4, 5, 25, 26, 28, 33, 40, 41. The Second Collection contained: 48, ‘Nouveau Poiteau’ and Nos. 2, 3, 4, 6, 8, 28, 25, 88. The Third Collection contained: Nos. 1, 4, 8, 11, 18, 23, 25, 28, 48. Class 83.—Dessert Pears, 6 dishes, distinct. First Prize, £1. 10s., to Mrs. Crawford (gr. W. Slogrove). Second Prize, 15s., to Hon. W. Lowther (gr. A. Andrews). Third Prize, 10s., to H. St. Vincent Ames, Esq. (gr. W. Bannister). The First Collection contained: 49, ‘ Fondante de Cuerne ’ and Nos. 8, 4, 11, 20, 26. The Second Collection contained: 50, ‘Hacon’s Incom- parable’ and Nos. 3, 4, 18, 88, 48. The Third Collection contained: 51, ‘ Beurre d’Anjou,’ and Nos. 3, 4, 8, 11, 38. Class 834.—Dessert Pears, 3 dishes, distinct. First Prize, 15s., to A. O. Smith, Esq., East Grinstead (gr. C, Harris). Second Prize, 10s., to Mr. T. W. Startup, Maidstone. Third Prize, 5s., to Mr. J. W. Abrahams, Beckenham. The First Collection contained: Nos. 4, 8, 438. The Second Collection contained: Nos. 38, 4, 16. The Third Collection contained: No. 52, ‘Belle Julie,’ and Nos. 2, 48. GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 151 Class 35.—Stewing Pears, 3 dishes, distinct. First Prize, 15s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 10s., to Sir E. G. Loder, Horsham (gr. G. Gold- smith). Third Prize, 5s., to Sir W. Geary, Bart., Tonbridge (gr. W. Cotterell). The First Collection contained: 53, ‘Grosse Calebasse’ ; 54, ‘Uvedale’s St. Germain’; 55, ‘ Catillac.’ The Second Collection contained: 56, ‘ Bellissime d’Hiver,’ and Nos. 54, 55. The Third Collection contained : 57, ‘ Verulam’; 58, ‘ Vicar of Winkfield’; and No. 48. Class 36.—-Stewing Pears, 1 dish, of one variety. First Prize, 7s., to Capt. Carstairs (gr. C. Ross). Second Prize, 5s., to H. W. Stock, Esq., Petersham (gr. H. Beames). Third Prize, 3s., to A. O. Smith, Esq. (gr. C. Harris). The First and Second won with No. 54. The Third won with No. 55. Class 37.—Peaches, 3 dishes, distinct. First Prize, £1. 10s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, £1, to Col. H. Walpole (gr. A. Maxim). Third Prize, 10s., to Sir Joseph Pease, M.P., Guisborough (gr. J. McIndoe). The First and Second Collections contained: ‘Sea Eagle,’ ‘Nectarine,’ ‘ Salway.’ Class 88.—Peaches, 1 dish of one variety. First Prize, 10s., to R. Sneyd, Esq., Newcastle, Staffs (gr. J. Wallis). Second Prize, 7s., to F. Burnaby-Atkins, Esq., Sevenoaks (gr. A. Gibson). Third Prize, 3s., to Lady H. Somerset (gr. F. Harris). The First won with ‘Thomas,’ a variety much grown in Florida. The Second dish was unnamed. The Third won with ‘ Lady Palmerston.’ Class 89.—Nectarines, 3 dishes, distinct. First Prize, £1. 10s.; Second Prize, £1; Third Prize, 10s. No competition. 152 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Class 40.—Nectarines, 1 dish of one variety. First Prize, 10s., to Sir J. Pease, M.P. (gr. J. MeIndoe). Second Prize, 7s., to Messrs. de Rothschild, Acton (gr. G.. Reynolds). The First won with ‘ Biron.’ The Second won with ‘ Victoria.’ Class 44.—Plums, 4 dishes of Dessert, distinct. First Prize, £1, to Sir J. Pease, M.P. (gr. J. McIndoe). Second Prize, 15s., to Mrs. Wingfield, Ampthill (er. W. J. Empson). The First Collection contained: ‘Coe’s Golden Drop,’ ‘ Jefferson,’ ‘Grand Duke,’ ‘ Bryanstone.’ The Second Collection contained: ‘ Coe’s Golden: Drop,’ ‘ Jefferson,’ ‘Grand Duke,’ ‘ Kirke’s.’ Class 42.—Plums, 1 dish of Dessert, of one variety, not Gages. First Prize, 7s., to Lady H. Somerset (gr. F. Harris). Second Prize, 5s., to Mr. H. C. Prinsep, Uckfield. Third Prize, 3s., to Lady Fortescue (gr. C. Herrin), The First, Second, and Third won with ‘ Coe’s Golden Drop.’ Class 43.—Plums, 4 dishes of Cooking, distinct. First Prize, £1, to Sir Joseph Pease, M.P. (gr. J. McIndoe). Second Prize, 15s., to Mrs. Wingfield (gr. W. J. Empson). The First Collection contained: ‘ Diamond,’ ‘ Magnum Bonum,’ ‘ Pond’s Seedling,’ ‘ Belle de Septembre.’ The Second Collection contained: ‘Diamond’ ‘ Monarch,’ ‘Cox’s Emperor,’ ‘ Grand Duke.’ Class 44.—Plums, 1 dish of Cooking, of one variety. First Prize, 7s., to Mr. H. C. Prinsep, Uckfield. Second Prize, 5s., to Mr. G. Fennell, Tonbridge. Third Prize, 3s., to Dowager Lady Freake, Twickenham (gr. A. H. Rieckwood). The First won with ‘ Monarch.’ The Second won with ‘Grand Duke.’ The Third won with ‘Impérial de Milan.’ Class 45.—Gage Plums, 1 dish. First Prize, 7s., to C. R. W. Adeane, Cambridge (gr. J. Hill). Second Prize, 5s., to Prince Hatzfeldt (gr. J. Gibson), Third Prize, 3s., to Lady Fortescue (gr. C. Herrin). GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 1538 Class 4§.—Damsons, Prunes, and Bullaces, 4 dishes, distinct. First Prize, 15s., to Mrs. Wingfield, Ampthill (gr. W., J. Empson). Mr. Empson showed ‘King of the Damsons,’ ‘Common Damson,’ ‘ Prune,’ ‘ Bullace.’ Class 47.—Morello Cherries, 1 dish. First Prize, 7s., to Lady H. Somerset (gr. F. Harris). Second Prize, 5s., to Lady Fortescue (gr. C. Herrin). Third Prize, 3s., to Col. Horace Walpole, Winchfield (gr. A. Maxim). Class 48.—Nuts. Collection of six varieties, may include Filberts, Cobs, and Hazel, all in Husk, and Walnuts and Chestnuts; one dish of each. First Prize, £1. 10s., to Mr. G. Chambers, Mereworth. Second Prize, £1, to Mr. T. Turton, Reading. Third Prize, 10s., to J. Colman, Esq. (gr. W. King). Class 49.—Quinces, 1 dish. First Prize, 7s., to Mr. H. C. Prinsep, Uckfield. Second Prize, 5s., to J. W. Fleming, Esq., Romsey, Hants (gr. W. Mitchell). Third Prize. 3s., to Sir E.G. Loder, Horsham (gr. G. Goldsmith). Diviston IV. Single Dishes of Fruit grown im the Open Air. Open to Gardeners and Amateurs only. DESSERT APPLES. Class 50.—Allen’s Everlasting. Second Prize, 5s., to Hon. F. W. Buxton (gr. G. H. Godden). Class 51.—Baumann’s Red Winter Reinetie. First Prize, 7s., to F. 8. W. Cornwallis, Esq. (gr. J. McKenzie). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to Messrs. de Rothschild, Acton (gr. J. Hudson) Class 52.—Braddick’s Nonpareil. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Mr. T. W. Startup, Maidstone. 154 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Class 58.—Brownlee’s Russet. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to T. L. Boyd, Esq., Tonbridge (gr. T. Bennett). Third Prize, 3s., to Mr. John Nowell, Abergavenny. Class 54.—Claygate Pearmain. First Prize, 7s., to Mr. H.C. Prinsep, Uckfield. Second Prize, 5s., to H. St.Vincent Ames, Esq. (gr.W. Bannister). Third Prize, 3s., to R. Leigh, Esq. (gr. G. Woodward). Class 55.—Court Pendu Plat. First Prize, 7s., to Capt. Carstairs (gr. C. Ross). Second Prize, 5s., to Mr. A. Kemp, Horsham. Third Prize, 3s., to Mr. W. Mills, Shoreham, Kent. Class 56.—Cox’s Orange. First Prize, 7s., to J. Colman, Esq. (gr. W. King). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to J. W. Fleming, Esq. (gr. W. Mitchell). Class 57.—Fearn’s Pippin. First Prize, 7s., to F. S. W. Cornwallis, Esq. (gr. J. McKenzie). Second Prize, 5s., to H. St. Vincent Ames, Esq. (gr.W. Bannister). Third Prize, 3s., to 0. R. W. Adeane, Esq. (gr. J. Hill). Class 58.—-Kerry Pippin. First Prize, 7s., to Mr. T. W. Startup, Maidstone. Second Prize, 5s., to Mr. J. Nowell, Abergavenny. Third Prize, 3s., to T. Oliverson, Esq., Staplehurst (gr. W. Lewis). Class 59.—King of the Pippins. First Prize, 7s., to J. K. Wingfield-Digby, Esq., Sherborne (gr. W. G. Pragnell). Second Prize, 5s., to J. Colman, Esq. (gr. W. King). Third Prize, 3s., to Col. Brymer (gr. J. Powell). Class 60.—Mabbot’s Pearmain. First Prize, 7s., to F. S. W. Cornwallis, Esq. (gr. J. McKenzie). Second Prize, 5s., to Mr. T. W. Startup, Maidstone. Third Prize, 3s., to Mr. H. C. Prinsep, Uckfield. Class 61.—Mannington’s Pearmain. First Prize, 7s., to Mr. J. Turton, Reading. Second Prize, 5s., to R. Leigh, Ksq. (gr. G. Woodward). Third Prize, 3s., to Mr. H. C. Prinsep, Uckfield. GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 155 Class 62.—Margil. First Prize, 7s., to Sir E.G. Loder, Horsham (gr. G. Goldsmith). Second Prize, 5s., to Mr. G. H. Sage, Richmond. Third Prize, 3s., to H. C. Moffatt, Esq., Ross (gr. T. Spencer). Class 68.—Mother (American). First Prize, 7s., to F. 8. W. Cornwallis, Esq. (gr. J. McKenzie). Second Prize, 5s., to H. C. Moffatt, Esq. (gr. T. Spencer). Third Prize, 3s., to R. Leigh, Esq. (gr. G. Woodward). Class 64.—Ribston. First Prize, 7s., to C. Lee Campbell, Esq., Ross (gr. C. A. Bayford). Second Prize, 5s., to Mr. A. Kemp, Horsham. Third Prize, 3s., to Mr. G. H. Sage, Richmond. Class 65.—Rosemary Russet. First Prize, 7s., to Mr. J. C. Tallack, Bury St. Edmunds. Second Prize, 5s., to Mr. Startup, Maidstone. Class 66.—-Scarlet Nonpareil. First Prize, 7s., to Messrs. de Rothschild (gr. J. Hudson). Second Prize, 5s., to Mr. Turton, Reading. Third Prize, 3s., to R. Leigh, Esq. (gr. G. Woodward). Class 67.—Sturmer Pippin. First Prize, 7s., to Mr. G. Chambers, Mereworth. Second Prize, 5s., to Capt. Carstairs (gr. C. Ross). Third Prize, 3s., to H. St. Vincent Ames, Esq. (gr. W. Bannister). Class 68.—Williams’ Favourite. No competition. Class 69.—Worcester Pearmain. First Prize, 7s., to Mr. J. Culton, Dildawn, Castle Douglas. Second Prize, 5s., to Sir E. G. Loder (gr. G. Goldsmith). Third Prize, 3s., to Mr. H. C. Prinsep, Uckfield. Class 70.—Wyken Pippin. First Prize, 7s.,.to Hon. F. W. Buxton (gr. W: H. Godden). Class 71.—Yellow Ingestrie. Second Prize, 5s., to H. C. Moffatt, Esq. (gr. T. Spencer). Third Prize, 3s., to Capt. Carstairs (gr. C. Ross). \ 156 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Class 72.—Any other variety. First Prize, 7s., to H. C. Moffatt, Esq. (gr. T. Spencer). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to Mrs. Crawford, Reigate (gr. W. Slogrove). The First won with ‘ Melon.’ The Second won with ‘ Crimson Queening.’ The Third won with ‘ Washington.’ CookING APPLES. Class 73.—Alfriston. First Prize, 7s., to Capt. Carstairs, Newbury (gr. C. Ross). Second Prize, 5s., to R. Leigh, Esq., Maidstone (gr. G. Woodward). Third Prize, 3s., to Mr. J. Nowell, Abergavenny. Class 74.—Beauty of Stoke. No competition. Class 75,.—Bismarck. First Prize, 7s., to F. 8. W. Cornwallis, Esq., Maidstone (gr. J. McKenzie). Second Prize, 5s., to R. Leigh, Esq., Maidstone (gr. G. Woodward). Third Prize, 3s., to Mr. F. B. Parfitt, Reading. Class 76.—Blenheim Orange. First Prize, 7s.,to H. St. Vincent Ames, Esq. (gr. W. Bannister). Second Prize, 5s., to J. Colman, Esq., Reigate (gr. W. King). Third Prize, 3s., to Hon. F. W. Buxton, Sawbridgeworth (gr. W. H. Godden). Class 77.—Bramley’s Seedling. First Prize, 7s., to Prince Hatzfeldt, Chippenham (gr. J. Gibson). Second Prize, 5s., to Capt. Carstairs, Newbury (gr. C. Ross). Third Prize, 3s., to J. Colman, Esq., Reigate (gr. W. King). Class 78.—Cellini. First Prize, 7s., to Capt. Carstairs, Newbury (gr. C. Ross). Second Prize, 5s., to Mr. J. Nowell, Abergavenny. Third Prize, 3s., to F. 8. W. Cornwallis, Esq. (gr. J. McKenzie). Class 79.—Cox’s Pomona. First Prize, 7s., to J. Colman, Esq., Reigate (gr. W. King). Second Prize, 5s., to Third Prize, 3s., to Lady Fortescue, Maidenhead (gr. C. Herrin). GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 157 Class 80.—Duchess of Oldenburg. First Prize, 7s., to Mr. J. Nowell, Abergavenny. Second Prize, 5s., to T. Oliverson, Esq., Staplehurst (gr. W. Lewis). Class 81.—Dumelow’s Seedling (syn. Wellington and Normanton Wonder). First Prize, 7s., to Capt. Carstairs, Newbury (gr. C. Ross). Second Prize, 5s., to Lady Fortescue (gr. C. Herrin). Third Prize, 3s., to F. S. W. Cornwallis, Esq. (gr. J. McKenzie). Class 82.—Ecklinville Seedling. First Prize, 7s., to F. S. W. Cornwallis, Esq. (gr. J. McKenzie). Second Prize, 5s., to R. Leigh, Esq., Maidstone (gr. G. Woodward). Third Prize, 3s., to J. T. Charlesworth, Esq., Nutfield (gr. T. W. Herbert). Class 88.—Emperor Alexander. First Prize, 7s., to R. Leigh, Esq., Maidstone (gr. G. Woodward). Second Prize, 5s., to F.S. W. Cornwallis, Esq. (gr. J. McKenzie). Third Prize, 3s., to Sir E. G. Loder, Bart. (gr. G. Goldsmith). Class 84.—Gascoyne’s Scarlet. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Mr. T. W. Startup, Maidstone. Third Prize, 3s., to Col. H. Walpole, Winchfield (gr. A. Maxim). Class 85.—Golden Noble. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to J. T. Charlesworth, Esq. (gr. T. W. Herbert). Third Prize, 3s., to F. 8S. W. Cornwallis, Esq. (gr. J. McKenzie). Class 86.—Golden Spire. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Mr. J. Nowell, Abergavenny. Third Prize, 3s., to T. Oliverson, Esq. (gr. W. Lewis). Class 87.—Grenadier. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Mr. T. W. Startup, Maidstone. Third Prize, 3s., to Lady Fortescue (gr. C. Herrin). Class 88.—Hawthornden (New). First Prize, 7s., to J. T. Charlesworth, Esq. (gr. T. W. Herbert). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to Lady Fortescue, Maidenhead (gr. C. Herrin). G 158 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Class 89.—Hormead Pearmain. First Prize, 7s., to F. 8. W. Cornwallis, Esq. (gr. J. McKenzie). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to. Mr. T. W. Startup, Maidstone. Class 90.—Lane’s Prince Albert. First Prize, 7s., to Capt. Carstairs (gr. C. Ross). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to Mr. G. H. Sage, Richmond, Surrey. Class 91.—Lord Derby. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). * Second Prize, 5s., to Mr. G. H. Sage, Richmond. Third Prize, 3s., to Mr. T. W. Startup, Maidstone. Class 92.—Lord Grosvenor. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to Mr. J. H. Salmon, Rowton, Chester. Class 98.—Lord Suffield. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Mr. T. W. Startup, Maidstone. Third Prize, 3s., to T. Oliverson, Esq. (gr. W. Lewis). Class 94.—Meére de Ménage. First Prize, 7s., to Mr. T. Turton, Reading. Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to Capt. Carstairs (gr. C. Ross). Class 95.—Newton Wonder. First Prize, £1 (presented by Messrs. J. R. Pearson & Sons, Chilwell, Notts), to Messrs. de Rothschild (gr. J. Hudson). Second Prize, 5s., to Ph. Crowley, Esq., Croydon (gr. J. Harris). Third Prize, 3s., to T. Oliverson, Esq. (gr. W. Lewis). Class 96.—Peasgood’s Nonsuch. First Prize, 7s., to Horticultural College, Swanley. Second Prize, 5s., to Mr. J. Morter, Upper Norwood. Third Prize, 3s., to F. S. W. Cornwallis, Esq. (gr. J. McKenzie). Class 97.—Pott’s Seedling. First Prize, 7s., to Mr. J. H. Salmon, Rowton, Chester. Second Prize, 5s., to Mr. T. W. Startup, Maidstone. Third Prize, 3s., to R. Leigh, Esq. (gr. G. Woodward). Class 98.—Royal Jubilee. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Capt. Carstairs (gr. C. Ross). Third Prize, 3s., to Ph. Crowley, Esq. (gr. J. Harris). GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 159 Class 99.—Sandringham. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Mrs. Crawford (gr. W. Slogrove). Third Prize, 8s., to F. 8S. W. Cornwallis, Esq. (gr. J. McKenzie). Class 100.—Seaton House. Second Prize, 5s., to Mr. T. Turton, Reading. Class 101.—Spencer’s Favourite (syn. Queen Caroline). First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Class 102.—Stirling Castle. First Prize, 7s., to H. St. Vincent Ames, Esq. (gr. W. Bannister). Second Prize, 5s., to Mr. J. H. Salmon, Rowton, Chester. Third Prize, 3s., to Capt. Carstairs (gr. C. Ross). Class 108.—Stone’s (syn. Loddington Seedling). First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to F. 8. W. Cornwallis, Esq. (gr. J. McKenzie). Third Prize, 3s., to Capt. Carstairs (gr. C. Ross). Class 104.—The Queen. First Prize, 7s., to Mr. T. W. Startup, Maidstone. Second Prize, 5s., to Mr. G. Chambers, Mereworth. Third Prize, 3s., to R. Leigh, Esq. (gr. G. Woodward). Class 105.—Tower of Glamis. First Prize, 7s., to Capt. Carstairs (gr. C. Ross). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to F. 8. W. Cornwallis, Esq. (gr. J. McKenzie). Class 106.—Warner’s King. First Prize, 7s., to F. 8. W. Cornwallis, Esq. (gr. J. McKenzie). Second Prize, 5s., to Mr. H. C. Prinsep, Uckfield. Third Prize, 3s., to Mr. T. W. Startup, Maidstone. Class 107.—Any other variety. First Prize, 7s., to Mr. W. Mancey, Merstham. Second Prize, 5s., to F. S. W. Cornwallis, Esq. (gr. J. McKenzie). Third Prize, 3s., to R. Leigh, Esq. (gr. G. Woodward). The First won with ‘ Hollandbury.’ The Second won with ‘Striped Beefing.’ The Third won with ‘ Waltham Abbey.’ a 2 160 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. DESSERT PEARS. Class 108.—DBergamotte Esperen. First Prize, 7s., to Rev. O. L. Powell, Weybridge (gr. A. Basile). Second Prize, 5s., to J. R. Brougham, Esq., Carshalton (gr. W. Jones). Third Prize, 3s., to Sir E. G. Loder (gr. G. Goldsmith). Class 109.—Beurre Bosc. First Prize, 7s., to Hon. W. Lowther, Wickham Market (gr. A. Andrews). Second Prize, 5s., to C. R. W. Adeane, Esq. (gr. J. Hill). Third Prize, 3s., to H. St. Vincent Ames, Esq. (gr. W. H. Bannister). Class 110.—Beurre Diel. First Prize, 7s., to Earl Percy, Brentford (gr. G. Wythes). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to H. St. Vincent Ames, Esq. (gr. W. H. Bannister). Class 111.—Beurre Dumont. No competition. Class 112.—Beurre Hardy. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Hon. W. Lowther (gr. A. Andrews). Third Prize, 3s., to Mr. J. Spottiswood, Brighton. Class 118.—Beurre Superfin. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Sir E. G. Loder (gr. G. Goldsmith). Third Prize, 3s., to Sir W. Geary (gr. W. Cotterell). Class 114.— Bon Chrétien (Williams). No competition. Class 115.—Conference. First Prize, 7s., to J. W. Melles, Esq. (gr. J. Nicholson). Class 116.—Maréchal (or Conseiller) de Cour. First Prize, 7s., to Rev. O. L. Powell (gr. A. Basile). Second Prize, 5s., to H. St. Vincent Ames, Esq. (gr. W. H. Bannister). Third Prize, 3s., to Sir E. G. Loder (gr. G. Goldsmith), GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 161 Class 117.—Doyenne du Comice. First Prize, 7s., to Col. Archer Houblon (gr. B. Calvert). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to G. H. Field, Esq. (gr. R. Edwards). Class 118.—Duchesse de Bordeaux. First Prize, 7s., to Sir E. G. Loder (gr. G. Goldsmith). Class 119.—Durondeau. First Prize, 7s., to J. K. D. Wingfield-Digby, Esq. (gr. W. J. Pragnell). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to Sir W. Geary (gr. W. Cotterell). Class 120.—Easter Beurre. First Prize, 7s., to Col. Brymer (gr. J. Powell). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to J. R. Brougham, Esq. (gr. W. Jones. Class 121.—Emile d’Heyst. First Prize, 7s., to R. Leigh, Esq. (gr. G. Woodward). Second Prize, 5s., to Sir &. G. Loder (gr. G. Goldsmith). Third Prize, 3s., to Rev. O. L. Powell (gr. A. Basile). Class 122.—Fondante d’Automne. Second Prize, 5s., to Rev. O. L. Powell (gr. A. Basile). Third Prize, 3s., to Sir E. G. Loder (gr. G. Goldsmith). Class 128.—Glou Morceau. First Prize, 7s., to R. Leigh, Esq. (gr. G: Woodward). Second Prize, 5s., to Sir W. Geary, Bart. (gr. W. Cotterell). Third Prize, 3s., to Mr. C. W. Chard. Class 124.—Josephine de Malines. First Prize, 7s., to Capt. Carstairs (gr. C. Ross). Second Prize, 5s., to R. Leigh, Esq. (gr. G. Woodward). Third Prize, 3s., to Col. Brymer, M.P. (gr. J. Powell). Class 125.—Louise Bonne. First Prize, 7s.. to H.H. Prince Hatzfeldt, Chippenham (gr. W. Gibson). Second Prize, 5s., to H. H. Hurvard, Esq., Attleboro’ (gr. J. Bowery). Third Prize, 3s., to R. Worsley, Esq., Cuckfield (gr. F. Potter). Class 126.—Marie Louise. First Prize, 7s., to C. R. W. Adeane, Cambridge (gr. J. Hill). Second Prize, 5s., to W. A. Cook, Calne, Wilts. Third Prize, 3s., to Col. Brymer, Dorchester (gr. J. Powell). JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Class 127.—Marguerite Marrillat, No competition. Class 128.—Nouvelle Fulvie. First Prize, 7s., to H. C. Moffatt, Esq., Ross (gr. T. Spencer). Second Prize, 5s., to Karl Perey, Brentford (gr. G. Wythes). Third Prize, 3s., to Rev. O. L. Powell, Weybridge (gr. A. Basile). Class 129.—Pitmaston Duchess. First Prize, 7s., to Horticultural College, Swanley. Second Prize, 5s., to W. Mancey, Esq., Merstham. Third Prize, 3s., to A. O. Smith, Esq., East Grinstead (gr. C. Harris). Class 180.—Seckle. First Prize, 7s., to Capt. Carstairs, Newbury (gr. C. Ross). Second Prize, 5s., to Col. Archer Houblon, Bishops Stortford. Third Prize, 3s., to Col. Brymer (gr. J. Powell). Class 181.—Souvenir du Congrés. First Prize, 7s., to H. St. Vincent Ames, Esq., Westbury-on- Trym (gr. W. H. Bannister). Class 182.—Thompson’s. First Prize, 7s., to Lady H. Somerset, Ledbury (gr. F. Harris). Second Prize, 5s., to Col. Brymer (gr. J. Powell). Third Prize, 3s., to H. St.Vincent Ames, Esq. (gr. W. H. Bannister). Class 183.—Triomphe de Vienne. No competition. Class 184.—Winter Nelis. First Prize, 7s., to G. H. Field, Esq., Sevenoaks (gr. R. Edwards). Second Prize, 5s., to R. Leigh, Esq., Maidstone (gr. G. Woodward). Third Prize, 3s., to Mr. H. C. Prinsep, Uckfield, Sussex. Class 185,—Any other variety. I"irst Prize, 7s., to Mr. W. Sanders, Andover. Second Prize, 5s., to Mr. Prinsep, Uckfield. Third Prize, 3s., to Mr. W. Pope, Newbury. The First and Second won with ‘ Duchesse d’Angouléme.’ The Third won with ‘ Marie Louise d’Uccle.’ GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 163 Division V. (Prizes presented by Messrs. J. Veitch & Son.) Class 186.—Best Flavoured Apple. First Prize, 10s., to Mr. H. C. Prinsep, for Cox’s Orange. Second Prize, 5s., to Mr. 'T. W. Startup, for Ribston Pippin. Class 137.—Best Flavoured Pear. First Prize, 10s., to Sir W. Geary, Bart., for ‘ Thompson’s.’ Second Prize, 5s., to Sir W. Geary, Bart., for ‘ Beurre Hardy.’ MISCELLANEOUS EXHIBITS. Perhaps the finest exhibit of Apples in the wkole Show— certainly the finest from an amateur—was that of Major W. Bythway (gr. Mr. Wilkins), of Warborough, Llanelly. It con- sisted of 100 dishes, and it is hardly too much to say that there was not one even second-rate dish amongst them—all were excellent, and many surprisingly so, in cleanness, evenness, size, and colour. In the face of such a collection it is hardly possible to consider South Wales a bad district for Apples. The Gold Medal offered by the Worshipful Company of Fruiterers, which was withheld in Class 14, was, by permission of the Company, awarded to Major Bythway for this magnificent exhibit. From the Society’s own Gardens came a collection of Grapes, intended to illustrate the characteristics of the different varieties : Gros Colmar, Royal Muscadine, Canon Hall Muscat, Gros Maroc, Mrs. Pearson, Mrs. Pince, Muscat Hamburgh, Golden Queen, Muscat of Alexandria, Black Hamburgh, Gros Guillaume, Raisin de Calabre, Dutch Hamburgh, Foster’s Seedling, Black Monukka, and Alicante. There were also exhibited for the same purpose about 30 dishes of Pears of the less well-known varieties. The Horticultural College at Swanley sent a large collection of fruit and nuts. The fruit was of good quality, but much alteration was required in the naming of the varieties. The collection sent by Messrs. Rivers & Son, of Sawbridge- worth, Herts, was most beautifully set out, having little bush- trees in pots, in the centre, laden with fruit; and below, small clumps of different varieties of Apples, Pears, Grapes, Peaches, and Plums laid out without plates upon a carpet of fresh green moss. Messrs. James Veitch & Sons, Chelsea, sent a magnificent 164 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. exhibit, consisting of 100 dishes of Apples, 90 of Pears, 10 of late Plums, and a few dishes of Figs, Medlars, and Cherries. But what, perhaps, most attracted the attention of the general public was the beautiful and exquisitely coloured fruiting sprays of Physalis Francheti, the new and enlarged ‘ Winter Cherry’ of gardens, recently brought from Japan by a member of the firm. Gardeners, however, were at least equally attracted by a tray of 48 simply superb fruits of Cox’s Orange Pippin, the like of which for culture have seldom if ever been seen. Messrs. Veitch also contributed a large table of ornamental fruited and berried plants, for which the thanks of all lovers of such decorative autumnal subjects must have been most cordially awarded. ‘They were not only lovely in themselves, but most instructive ; and it must have come as a surprise to many, if not to most, that we have such a wealth of beautiful berry-bearing plants growing in England. The following plants were repre- sented in the group, the English names being added when well known :— Alnus cordifolia. The Heart-shaped Alder. » pendula. Amelancluer floribunda. The Canadian Grape Peay. Arbutus procera= A. Menziesit. Unedo. The Strawberry Tree. Asparagus officinalis. Berberis vulgaris. The Barberry. o Thunbergit. of aristata. a asiatica. Cerasus lusitanica. The Portugal Laurel. - laurocerasus. ‘The Laurel. Colutea arborescens. The Woody Bladder Senna. Cornus sanguinea atrosanguinea. ‘The Dark Blood-red Dogwood. » mas. The Cornelian Cherry. Cotoneaster uniflora 5 Simonsit. Ee bacillaris. ms buxtfolia. i. microphylla. i horizontals, ' i frigida. affimis. 99 Crataegus orientalis. The Eastern Hawthorn. ne Aronia=C. Maura. The Mediterranean Hawthorn. % qlandulosa=C. flava. The Yellow-berried Hawthorn. ; prunfolia = C. crus-galli. Mm melanocarpa. The Black-fruited Hawthorn. rr oxyacantha. The Hawthorn. = Laelandi. . cordata. 'The Washington Thorn. coccinea corallina. GREAT EXHIBITION OF BRITISH-GROWN FRUIT. 165 Crategus punctata splendens. orientalis sanguinea. tomentosa. pyracantha. The Evergreen Thorn. es coccinea. The Scarlet-berried Thorn. Euonynus japonicus. The Japanese Spindle Wood. if europeus. The Spindle Wood. ie a fructu-albo. White-fruited Spindle Wood, Gleditschia triacanthos. The Honey Locust. Hedera helix arborescens chrysocarpa. 'The Yellow-berried Tree Ivy. Hippophe rhamnoides. 'The Sea Buckthorn. Hypericum androsemum. Sweet Amber. ns pyranudatum. Pyramidal St. John’s Wort. Ilex Aquifolium flavum. The Yellow-berried Holly. » Lerado, Laurus nobilis. The Bay Tree. Leycesteria formosa. Magnolia purpurea. Mespilus germanica. The Medlar. Pernettya mucronata. The Prickly Heath. 45 + speciosa. 3 angustifolia. Pterocarya caucasica. The Caucasian Walnut. Pyrus Malus var. The Fairy Crab Apple. os » spectabilis alba. » TLoringo. The Toringo Crab. ,» torminalis. The Wild Service Tree. coronaria. The Sweet-scented Crab. » Malus Berlin. Bertin’s Crab. » salvifolia. 5, Malus mgra. se Calis. a » var. The Dartmouth Crab. » aria. The White Beam Tree. » floribunda =arbutifolia. Quercus Ilex. The Evergreen, or Holm, Oak. Rhamnus cathartica. The Buckthorn. $5 frangula. ‘The Berry-bearing Alder. fiosa rugosa alba. , rubiginosa. The Eglantine or Sweet Briar. » rugosa. » simplex. Sambucus racemosa. The Scarlet-berried Elder. Skimmia japonica. A fragrans. Staphyllea pinnata. St. Anthony’s Bladder-nut. Styrax japonica. The Twiggy Storax. », Obassia. Symphoricarpus racemosus. The Snow Berry. Trochodendron aralioides. Viburnum Opulus. The Guelder Rose. $9 rugosum. The Wrinkled Laurestinus. Xanthoceras sorbifolia. Messrs. J. Cheal & Sons, Crawley, showed 150 dishes of very fine Apples and Pears, and some most interesting little two-year- old trees of ‘ Bismarck’ bearing wonderful crops of Apples. 166 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Messrs. J. Laing & Son filled a large table with boxes and baskets of Apples and Pears, some of the latter being of great size and beauty. Grapes were also included. Messrs. Paul & Son, Cheshunt, exhibited very fine Apples and Pears and some Royal Muscadine Grapes which had been grown out of doors. Messrs. J. R. Pearson & Sons, of Chilwell, Notts, brought only one variety of Apple, ‘Newton Wonder,’ but of it they had 20 magnificent dishes and three large basketfuls. It isa very fine, large, solid, late-keeping, cooking Apple of sterling merit. Mr. J. Watkins, of Hereford, showed a large and interesting collection of named Cider Apples, most of them being of superb colour. Although most of them were very inferior as dessert Apples, they were said to be far more valuable for cider-making than any of the choicest table fruits (see p. 199). Messrs. Chas. Lee & Son, Hammersmith, sent a fine collec- tion of 100 dishes and baskets of Apples and Pears. Messrs. 8. Spooner & Sons, Hounslow, staged their Apples and Pears in pyramids. The fruit was clean and of good quality. Messrs. J. Peed & Son, Norwood, sent a very interesting collection of Apples and Pears of fine colour and quality. Messrs. Gaymer & Sons, Attleborough, Norfolk, sent a large and varied collection of Cider Apples. Messrs. Young & Dobinson, Stevenage, sent a collection of Tomatos, chiefly ‘ Young’s Eclipse.’ Messrs. Fellowes & Ryder, Orpington, Kent, exhibited a magnificent display of upwards of 800 fruits of Tomato ‘ Duke of York.’ The fruits were all perfectly clean and free from spot, and remarkably even in size and appearance. Mr. W. Horne, Perry Hill, Cliffe, Rochester, showed 12 varieties of excellent Apples and Pears. Mr. B. Wells, Crawley, sent a collection of very fine Apples. Mr. H. Becker, Jersey, exhibited ‘Royal Jersey Pear- main,’ a finely coloured Apple, and several other Jersey-grown fruits. Mr. Crump, Leamington, showed a new black Grape, ‘ Royal Leamington,’ a variety with handsome bunches and large dark oval berries. They were not fully ripe, so that it may possibly BRITISH FRUIT GROWING FROM A FOOD POINT OF VIEW. 167 prove to be a useful addition to our late-keeping varieties. This remains to be seen. Mr. H. A. Orr, of Bedford, exhibited specimens of his most handy and compact Trays for storing Apples, Pears, &c. THE JUDGES. The following gentlemen kindly acted as Judges, and the best thanks of the Society are due to them for their labours :—Messrs. H. Balderson, N. Barnes, A. IF’. Barron, W. Bates, J. Cheal, W. Crump, A. Dean, J. Douglas, T. Glen, C. Herrin, J. Hudson, W. Jarman, J. MacIndoe, H. Markham, G. Norman, A. H. Pearson, W. Pope, T. I. Rivers, J. Smith, O. Thomas, J. Watkins, J. Wright, G. Wythes. CONFERENCE. THURSDAY, OcTOBER 1. The Chair was taken by Mr. George Bunyard, I’.R.H.S., of Maidstone, at 3.80 P.m., who at once called on Mr. Edmund J. Baillie, F.R.H.S., F.L.8., of Chester, who read the following paper :— THE IMPORTANCE OF BRITISH FRUIT GROWING FROM A FOOD POINT OF VIEW. By Mr. Epmunp J. Baruuin, F.L.S. The subject upon which I have been asked to write a short paper is one which suggests consideration in a direction some- what different from that in which, usually, the thoughts of the Fellows of this Society are invited. The papers read before us usually deal more or less with aspects of practical produc- tion, and deal, in the main, with facts bearing upon various features of horticulture or of botanical science, whilst the paper I am permitted to read to you to-day treats more of an economic subject, bearing more indirectly than directly upon the question of production ; though I wish to show that, if fruit production is to be what we as horticulturists would wish it to be, we cannot afford to lose sight of the circumstances connected with the economic aspect to which I have referred, nor yet of some other features to which I wish more particularly to direct your attention. 168 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. +H In considering all questions bearing upon ‘ life’’ and its activities it is useful, and indeed necessary, to observe and pre- serve a proper balance ; in other words, everything must proceed in relationship to its surroundings, and in a well-ordered state as in a well-ordered life, or vice versd, right advancement depends upon right relationship—upon a properly maintained balance. If by any chance one section of circumstance or one set of cir- cumstances should receive over-attention, and be forced unduly out of place, the reaction is the more extreme and the rebound the more serious. The great law of average will not be despised, and in the evolution of the world this law acts as an unperceived safety-valve on the one hand, and as an impelling force on the other. Thus we are constantly compelled to remind ourselves of a right relationship between theory and practice; between science and art; between what is roughly (but probably incorrectly) called capital and labour; and within the sciences the ‘‘ologies”’ must keep due place side by side with each other. So following this line of thought into the practical field of bodily need and human requirements for the daily life, we find the pro- duction of honey, the preservation of fruit, by bottled process, by crystallisation, and by evaporation, not only finding a place in the programme of the annual exhibitions of the Royal Horticul- tural and Royal Agricultural Societies, but practical demonstra- tions are given in these departments and in other departments more or less closely connected with domestic arrangements, and with household economy. And these have proved features of interest and instruction, adding emphasis, in a field so practical, to the great axiom in art principles—testifying to the unity of art over the wide area of its varied range and the complexities of its adaptation in the phrase “ Art is one.”’ It is perfectly right to assist education in the matter of pro- duction in all its varying aspects, for though Nature is helpful and beneficent, her laws are inexorable, and the successful culturist must, with his operations, assist, and not attempt to defeat, her beneficent aims; yet, after all, it will be found necessary in turn to assist production, or rather the producer, by turning our thoughts and attention away from the direct question of practical production itself to that necessary aspect which produce demands—namely, “ distribution”; for the accumula- tion of perishable produce necessarily compels the provision of BRITISH FRUIT GROWING FROM A FOOD POINT OF VIEW. 169 markets, and the attendance of purchasers, in order that money returns for expended labour may find their way to the pockets of the fruit farmer. The attendance of purchasers in turn betokens the existence of consumers, and therefore whilst we educate persons to produce fruit, we must also educate persons in the direction of fruit consuming when it zs produced. That briefly is the field over which my paper would seem to take us this afternoon, ‘‘The Importance of British Fruit Growing from a Food Point of View.” First, then, let us briefly consider what will immediately be a very obvious fact, namely, that we are dealing with a necessary requirement of the great human family—Food. There may be different views as to what may constitute the necessaries and the luxuries of life. Some people may so distort desire and indulge appetite as to believe they see wonderful force in the eccentric expression of the French philosopher who declared that, if he could have the luxuries of life, those who wanted them were welcome to the necessaries. This opens up a very wide question, and one upon which a great deal has been said and written, sometimes in a spirit of banter, at other times in sober earnest. On the other hand a learned professor, endeared to all who have the honour of his acquaintance or the delight of his friendship, has declared, ‘‘ Give me good bread and pure water, and I have the necessaries of life; add an apple, and I have its luxuries.”” This was not spoken in jest, for the same individual with a noble aim lived for months on a few pence a day to show to the poverty-stricken people of the Hast End of London that for the maintenance of life but little was really needed. Not long ago a discussion was carried on in which some witty jokist wondered why it was that folk like these did not live on sawdust; the rejoinder was, I remember, somewhat in these words: “ If your wooden-headed correspondent likes to live on sawdust him- self nobody will object; but it is thought by those to whom he directs his wit that there are other elements in the vegetable kingdom more suitable as articles of diet.’’ But the letter pro- duced some other correspondence, pointing out upon what odd material many of the people of the world found it possible to preserve existence. All this, however, lies outside the range of our thoughts to-day. Food mainly comes, then, from the two kingdoms which we 170 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. broadly designate the animal and the vegetable. I see here an excellent opportunity for advancing the claims and the ethical teaching of the Vegetarian and kindred Societies, whose aims are directed to the inculcation of the notion that the proper food for man is to be obtained entirely from the vegetable kingdom. But whilst I wish to be true to myself, and to my principles, by pro- fessing that I most heartily agree with this doctrine, having put its ethics into the practice of my own life for over twenty years, still I must not take up the time of a meeting of this character with the elucidation or advocacy of the principles of vegetarianism any more than it serves my immediate purpose. But, according to the title I have already quoted, we have nothing to do with the animal kingdom in our consideration and discussion of our subject, and we may therefore come at once to the region of the vegetable world, whilst we take a somewhat closer view of all that it embraces and implies. The food stuffs from the vegetable world are far more im- portant than appears without some consideration. The order Graminew, for instance, dealing with the grasses over the whole face of the globe, holds a wonderful place in the production of foods for the human race. There is a remarkably wide range in the field purely vegetable; thus we may be reminded how we take the tubers of one family of plants and the tuberous roots of others, the leaf stalks of some, such as Rhubarb, the flowering stems of others, and the seed vessels or the fruit of most; and this all constitutes an interesting subject for closer study ; but to-day we are speaking of fruit. Now fruit, botanically speaking, I need not remind you, would include al! the cereals, or the marketable produce of cereals, such as Wheat, Barley, Oats, and so on, as well as the legumes and pulses—Peas, Beans, and the like—and in this relationship, in common with a good number of persons who have studied dietetics, [ hold that fruit is the highest form of food for the human family. That is to say, those portions of plants which do not come into direct contact with the soil or with manurial agents, but which are borne, carried, developed and matured in the air and sunlight, and, as a rule, have within them the vital properties of the renewal of the life of the species in some form or other. These portions of the plants and trees about us form a most valuable contribution to man’s physical needs in the direction of appetite. But to-day we do not take so ‘BRITISH FRUIT GROWING FROM A FOOD POINT OF VIEW. wal wide a range as this would indicate, for I take it that the word “fruit,” as generally understood by the popular mind, restricts us to pomes, drupes, berries, and nuts. Now, in dealing with the food question, one has to consider it from various points of view. There is the range over which it extends, briefly indicated by the divisions into which we classify members of the animal kingdom as carnivorous, herbivorous, omnivorous. We know quite well that man is to be found, practically, in all these divisions; that is to say, there are races of men who are nearly allied to the carnivora; others, as I have pointed out to you, are eaters of herbs; whilst the great bulk of people over the civilised globe, if not omnivorous, are, at any rate, advocates of a mixed diet, selected from the animal and the vegetable kingdoms in varying proportions. But we must not lose sight of the fact that, as a broad principle, the savage nations are more closely addicted to carnivorous habits, and there are students—biblical and otherwise—who haye held that the nearer a man approaches to a state of primitive innocence, or, indeed, innocence of any kind, the more likely is he to select his diet entirely from the vegetable kingdom. Whilst, then, it is an admitted fact—and this is important to our argument—that it is quite possible to sustain healthy, vigorous, and active life, physical and mental, upon a diet of herbs and fruits, and whilst there are thousands of people who adopt this diet as a matter of principle, there are also millions of people who are in reality, if not in name, vegetarians simply on account of the economic character which this system of diet favours. Until recent years almost the entire labouring population of Ireland and the greater part of Scotland were largely vegetarians in practice, whilst whole nations in different parts of the habitable world maintain life without having recourse to flesh diet at all. I am simply now speaking of what—I take it—is a neceseary item to prove, namely, that fruit has a food value that has never been over- rated, but in the majority of instances is sadly wnder-rated, and in the actual practice of daily life is, broadly speaking, in this country hardly realised at all. Now, it would be quite within my province here to produce statistics to uphold the view I have just submitted; but anyone interested in this particular aspect of the question can obtain information from the Vegetarian Society or from a little pamphlet by Mr. A. W. Duncan, F.C.S., called 172 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. “Foods and their Comparative Values,” from which the following tables and statistics have been taken :— CLASSIFICATION OF FOOD. The letters refer to the authorities for the analyses :—/. B., James Bell; W. B., A. W. Blyth; A., Konig, mean of 70 analyses ; C., Cameron; H., Otto Hehner ; J., Johnstone. The other analyses are nearly all taken from Professor Church’s useful work on “ Food” (published for three shillings by Chapman & Hall), to which the inquirer is referred. CLASS I— NUTRIENTS. Division I.—IncomBustTIBLE CoMPOUNDS. | Quantity foundin | Quantity found in | plant food | animal food Group 1. WATER . ‘ : .| Verylarge. | Very large. Group 2. SALTS— | Phosphate of lime . : .| Abundant. | Bones large, flesh | | small. Chloride of soda 5 | Small. | Abundant. Potash salts, &c. ; : : Abundant. Small. Division II.—CompBvustTIBLE CoMpPouNDs. Quantity found in Quantity found in plant food animal food Group 3. CARBON Compounds— | I. CARBO-HYDRATES— | Starch : : : 5 Very large. Minute. Sugar, gum, pectose, &c. . Abundant. In Milk. Il. Far anp O1L— Nuts, large; fruits Generally large. generally small. Group 4. NITROGEN Compounds— I. Ausumtnorps or Proteids — Albumin, Fibrin, &c. . . | Cerealsand Nuts, Very large. large. Casein, Legumin , .| Pulse large. Cheese and Milk, II. Non-ALBUMINOIDS — | large. Gelatin, Ossein, &e. . m None. Bone, skin, &c. CLASS IIl.—FOOD ADJUNCTS. Group 1. VonariLE or Essentian Os. , | In Condiments, Spices, &c. Group 2. Vrcrrasie Acips (citric, tartaric, &c.) | In Fruits, &c. Group 3. ALKALOIDS ‘ ; ; ‘ . | In Tea, Coffee, Cocoa, &c. Group 4. ALcoHoL . . . ; . . | In Fermented Liquors. | CLASSIFICATION OF FOOD. 173 GRAINS. Heat-producers 100 Parts contain | Flesh- St: ae Mineral | ae | Wat arts conta lage perl ee ee are | ee ater &e. Wheat, White English a ett Oi 1, .69°0 12 iy 2:6 14:5 Fine Flour, from white soft | Wheat » WhOrbe | 743 0:8 0:7 0-7 | 13:0 Coarse Bran : BreliasO | 44-0) 4-0 6:0 °|.17:0 | 14:0 Household Flour, J. B. Pek 2 Ouse. abel he Oey 03) LES Oatmeal, fresh Scotch PGE WP OorOn Or (| S2ak 8) 37 5°0 Bucky beat. husk free 152 63°6 3°4 aa | Qed 13°4 Pearl Barley . . .| 62 |760 | 13 | 11 | 08 | 146 Barley Meal : : cele Nr sge 0 ihe 5%, |, (O02 We tS:0 Rye Flour . 1 20° | LO 16 Oe 323) tod Maize. : : oO) alba 5:0 2-0 5:0 | 14:5 Rice, cleaned . ‘ : | U5 76:0 0:5 0:5 0-9 14:6 = _BULSE. th Pee et oot eras 957) Gil 65 | 165 Hemtile, 0 2) \ |. | 940 ' |) 49-0 | FG, | 800 | 6:9 | 14r5 Haricots . : : : | 23°70 | 52:3 | 9:3 2°9 5 oo | Ae) LE Cae a Eee ie Walnuts ft f ‘ a eceee-o S97 31-6 ET) Filberts { {£ : ey OA SLED 28"5 15 Cocoa Nut, solid kernel. | 5°d Sl Tai 309 1:0 toto S CO O@ Dae io 2) (3) ROOTS AND it UBERS.. Potatos, K. ; ; 5 | LS) 20:6 0:2 1:0 One oar Turnips, white . ai OED 4:0 O-1 0:8 By 92-8 CEST IM Mie ee 05 | 50 02 | 10 | 43 | 89-0 Parsnips 1-2 Sif, eo 10 56 | 81:0 Beetroot O24) TSA Ort 3°0 09" | 82-2 Jerusalem Artichokes 20 | 144 | 0°5 ala & 20) 18050 Onions : 15 ASS LOO Condensed Milk, H.** ./| 10:1 | 54:8 94 | 20 iets 23°7 Cheese, double Glo’ster, J. | 38°0 | 22:0 N20. |. case 35°8 Cheese, American, W. B. oe tl 85°4 4-8) 22°6 Hens’ Eges*f . 14:0 | Le Nees 71:7 Mr. Alkert Broadbent, of Manchester, has written an interesting little book upon “ Fruits, Nuts, and Vegetables,’ from which I have extracted the following particulars, which will give an idea of the food value of some of the most com- monly used articles of diet :— Potatos . .40z.solid foodin 11b. | Cucumber. . 20z.solid food in 1 1b. Carrots 0 ” ” ” Asparagus ok ” ” ” Parsnips 05) ‘ af A Cauliflower . 13 .5 a5 Beets . 23 ” ” ” Melon * 3 ” ” ” Cabbage . 1} ” ” ” Onions . 2 ” ” ” Spinach . 12 ” ” ” Tomato mp ” ” ” Celery . hs aes » yy Green Peas .3 3 % a Lettuce at &y, 9 9 + Malic acid. t Citrie acid. || Tartarie acid, + + Without stones. * + Extractives, &c., 2‘0 per cent. ** Mean of 13 analyses,7 brands. Milk sugar, 13°1 per cent. ; cane sugar, 41°7 per cent. CLASSIFICATION OF FOOD. 1yV5 Nuts. Chestnuts. .14}0z. food in 1 lb. Pea -nuts or Walnutes 4.145 ,; 3 x Monkey-nuts 13 oz. food in 1 lb. Hazel-nuts .143 ,, ss es Coco-nuts Sito; A Hi ‘SSweetAlmonds 145 __,, 5 > Fruits, FRESH. Apples . .20z. food in 1 lb. Gooseberries . 12 0z. food in 1 lb. Apricots & 2 ”” 9 ” Pears Cv 2 ” ” ” Blackberries .12 _,, S 3 Pliaigs io h gy ves 05) z3 9 Bananas As rf i Peaches. .. 22 ‘ 5 < ‘Cherries ae A ‘. Raspberries . 1 ‘i ‘ 7) Cranberries . 3% o a Pr Strawberries .12__,, sf o Currants . 12 ” ” ” Grapes . 3 ” ” ” Fruits, DRIED. Pranes. “+. 'ls-oz. food im PE tb) |) Raisins. < +11 0z-food in 11d: Pearse. 15) i084, . a Sy tp aladg bk O ied bas A Apples Sep a ” ” ” Datesas 2 yak ” ” ” Cherries . . 8 ” ” ” | All who have been brought up in the country know how slender a part heavy meals of flesh-meat played in the life of the farmer’s kitchen as apphed to the broad-shouldered, big-muscled men who had to be up with daylight and get through a hard, rough day’s work in harvest, or any other time, when men did not work so much to the clock as they did with an eye to the necessities of the occasion. Iam speaking now of perhaps five- and-twenty years ago, when I was a great deal in the farmer’s kitchen myself, and I know at those times the “ fleetines’’ from the cheese-tub, or the milk from the churn, together with bread- stuffs, formed the chief staple of the morning and evening meals ; whilst on the dinner-table the Apple-dumpline, made in dishes that would fill the boiler, formed the first feature towards which forks and spoons were directed—for knives did not enter very largely into the table cutlery—and I know this, after the farmers’ men had had a fair turn at the dumpling there was not room for much more ; and upon diet mainly of this character in many of the large farm-houses the hard work of ihe long labour day was carried out ina healthy way by good-hearted, merry, con- tented fellows, whose very looks were an inspiration. ‘Thus, then, in actual practice and fact, fruits have for long years past played an important part in dietetics, and have proved their value from the point of view which those mostly concerned in physical endurance would first consider. H2 176 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Another important element which must have its due place in our argument is the medicinal value of a diet in which fruits are largely employed. Of late years it has become fashionable with the medical profession to suggest the Grape cure, and other cures of like nature, the basis of cure being found in the fact that an almost exclusive diet of fruits is needful, or at least beneficial, to the patient. If time permitted, andif I might venture into the field of literature and poetry, we should be able to see how the ‘seers of the past accepted very largely the truth of the position I have thus briefly put before you, whilst they sang the praises of the Apple especially, but of other fruits also; and it would be an easy matter to cull from authentic literary pro- ductions an anthology which would put every fruit in a place of prominence in considering the inherent virtues possessed by each, and in view of such facts it seems pitiable—I had almost said criminal—that the use of fruits should be restricted to such a narrowed area of the population. There is the added evidence of the recognised value of fruit as a marketable commodity borne out by statistics from a different source, but readily obtainable by those who desire to have them, that we, as a nation, pay millions of pounds annually for the foreign importation of such articles as could readily be produced at home. Let me be clearly understood. I am not one of those mortals who, with pessimistic outlook and a narrowed philosophy, regard every imported article as a bogey. I realise thankfully the splendid addition to our National resources of true wealth and health by the Grapes, the Oranges, Lemons, Apples, and other choice products of nature which come to us from over the seas; but the fact still remains, that there is no necessity for us to import, say, a single barrel of Apples; and whilst I thankfully realise and joyfully admit that the question of fruit as food is too narrow to be only National, but wide enough to be gloriously International, yet I also maintain that there are no fruits for Britishers to compare with British-grown fruits; so that, even as we stand now as to the laws of demand and supply, there is room enough yet for the production of home-grown fruit in much greater abundance than is at present possible. There is another aspect which we must not overlook, for whilst up to this point I have advocated the use of fruits purely CLASSIFICATION OF FOOD. 177 from a point of view suggesting benefit to the users or the con- sumers, the production of fruits is the healthiest, happiest occupation to which man can lend himself. The proper pro- duction of fruits necessitates also the employment of labour in a degree which is not approached by agriculture, or by those methods of culture which are engaged and expended upon the coarser products, and therefore permitting the employment of coarser methods. I need not follow this argument further, and have merely introduced it to strengthen the case from a point of view which, to my mind, is one of its most important aspects. There is one other point which I must not altogether omit. The importance of home-grown fruit will never be rightly realised until the great masses of the population, especially in the denser centres, are better educated in questions, first, of household thrift and economy; and, secondly, in habits of domestic cleanliness and in the realisation of the importance of happy, healthy environment; and until, thirdly, they are schooled and practised in the better methods of cookery, which would imply and compel the immediate revision of their pre- conceived notions of the relative values of foodstuffs, and would introduce them forcibly to the importance of right dietetic principles as applied to cottage homes and to the needs of the working population generally. Whether we agree with the extreme notion that fruit is the most important item in the dietary list of the people or not, we shall all, I feel sure, agree upon two points: first, that even in most well-ordered households flesh foods at present form a too important and constant item of diet; and, secondly, with regard to the working classes fruit as food is practically unknown. This is no exaggeration. I have made personal inquiries. I have had statistics prepared for me over different districts, and as bearing upon different conditions of the population, and it is a lamentable fact that when home- erown fruits have been so plentiful that they have been allowed either to rot on the trees or spoil upon the orchard floor, there are cottage homes that have not laid out one penny upon fruit during the weeks in which it was so superabundant; and if you ventured down a street crowded with children, little and big, in various degrees of neglect, and with squalor and thriftlessness everywhere apparent, a basket of Apples or Plums would make you the centre of a clamouring crowd. The great advance made 178 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. in the so-called education of the people in recent years by our system of technical instruction and other advanced methods of modern political economy are doubtless commendable, but even. with these improved conditions there is yet a lamentable lack of that better teaching, that higher education, in the particular direction to which I have endeavoured to draw your thoughts, and one has only to gain access to the home of an ordinary working-man, or to become sufficiently friendly to get near him at his dinner-time, to see upon what sorry stuff he has to bear the burden and heat of a labour day. I think that the Royal Horticultural Society, a society which has done such noble work, and which, with the increased zeal and enthusiasm of the later years, is so actively promoting fruit: growing as an important industry, will add still greener laurels to its wreath, if it will help the work of existing organisations: bent upon the improvement of the economic aspect of the condi- tion of the people by advocating methods of instruction in the arts of cookery—no, indeed, but in the Art of Life—by pointing out that whilst the Society is engaged in the fair field of nature, and in the gay gardens of the horticultural world, it estimates—and estimates rightly—that the production of all that is possible and beautiful from the realm of nature is, after all, but means to an end. If we overlook the importance, nay, the sacredness, of the end, our advocacy of means and method is of little avail. On the one hand, the claims that we as a Society advocate tend to the employment of labour in healthy occupation; on the other, the energies of labour so happily and wisely directed, and so bene- ficently assisted, have for the ultimate end the healthier, hap- vier, brighter life of the peoples of the earth, and in this noble crusade we can well inscribe upon our banners “ Health, con- tentment, and peace.”’ All this opens up the way to a widely extended programme. It takes us through the open country, where the gardens and the orchards are responsive to the activity and care bestowed upon them. We advise, suggest, and direct as to what may best be done, and how to do it. We examine, compare, select, and bestow the mark of praise upon all that seems to us best; but it would be well if we found it our pleasure, or our duty, or both, to devise means and methods to help the producer to get over difficulties which meet him sternly in the face—difficulties of CLASSIFICATION OF FOOD. 179 carriage, say, and of market methods—which he cannot fight single-handed, and under the burden of which he cannot make fair head-way. Then the wide question of education in the direction of the encouragement of a more general use of fruits and their proper preparation ; and the side issues to which we are thus introduced—philanthropical, educational, commercial, and national—all these come in; and I would fain hope that you will determine that these considerations are well worth your closer and more serious attention. Unless we grapple with them—unless we meet them and try to deal with them favourably and earnestly—we can never rightly realise ‘ The Importance of British Fruit Growing from a Food Point of View.”’ DISCUSSION. Mr. W. Roupsrtt, speaking as an experienced fruit-grower, said he always listened with the greatest pleasure and profit to Mr. Baillie. Alluding specially to Tomatos, he said the fact that such large quantities were being consumed was something to be thankful for. Nothing had surprised him so much as the rapid growth of the taste for that fruit. He remembered the time when Tomatos were looked upon as very little superior in flavour to the Potato-apple, but now the demand exceeded the supply. Of course, he was speaking of sound, ripe fruit, and not of the rubbish that was put upon the market. With refer- ence to the views of vegetarians, he could not help thinking that a Norfolk dumpling was greatly improved by the addition of a little bit of beef-suet ; and he noticed that vegetarians spoke as if they eschewed everything but vegetable food, while at the same time indulging in milk, cheese, and sometimes good beef gravy. With regard to the planting of Apples, he said his experience had shown that if they had a fairly good soil and used the Para- dise stock, they could get a crop the second year after planting, and might look for an average crop every year after. If one sort did not bear, another would, and it was only necessary to select those of good quality. The old varieties were many of them now out of date, and a nurseryman would be only too glad to obliterate them from the list altogether. That, however, could not be done, because gardeners are continually asked by some old- fashioned persons for a particular variety they were fond of when 180 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. boys. With Cox’s Orange Pippin, the American Mother, and one or two other varieties, they could dispense with the old Ribston. A dozen varieties of Apples might be grown in an average garden, but care should be taken that the soil was not exhausted, as was too often the case, before the planting took place. Mr. BasHam spoke of the enormous benefits which would accrue to the coal-miners and other hard workers in Monmouth- shire and South Wales if they made a freer use of the Apple. He considered growers had got beyond the stage of carping criticism, and he was certain they could outdo the foreigner in the way of cultivation. Of his own exhibits at the present Show not a single tree was planted nine years ago, and he was so satisfied with his experiments that he would continue them. Most of his exhibits were grown on the Paradise stock, which was much better than the old Crab-tree stock. A very much finer fruit was obtained, and they could depend upon it that if they were to hold their own in face of the large importation of foreign fruit, they must make up their minds to grow something superior to the foreign article. If they did that, he had con- fidence in the future of the British fruit-grower. Major BytHway, who had some of the finest Apples in the Show, said he had never grown under giass, and he certainly did not believe in walls. He considered that South Wales was the country for Apple-growing, on account of its moisture. America had the colour, “ but,’’ added the speaker, ‘‘ I beat the Americans this time. I might say,’ he added, “ that I live in a gale of wind ; and if I can grow, anyone with the needful enthusiasm and love for the calling can do as well.” Mr. A. H. Pearson proposed a vote of thanks to Mr. Baillie, and said that the fruit they saw that day showed that Mr. Byth- way had the assistance of something other than the gale of wind which he spoke of. The vote having been carried, thanks were also accorded to Mr. Bunyard for presiding, and the Conference adjourned till the following day. FRIDAY. In the unavoidable absence of Sir Trevor Lawrence, President of the Society, through illness, the Chair was taken by Mr. George Bunyard, I’.R.H.S., at 8.80 p.m., who, after a few words THE CIDER AND PERRY INDUSTRY. 118i expressive of the general regret felt at Sir Trevor’s absence called upon Mr. C. W. Radcliffe Cooke, M.P., who read the follow- ing paper :— THE CIDER AND PERRY INDUSTRY. By Mr. C. W. Rapctirre Cooks, M.P. {Ir is no doubt in consequence of the public interest I have taken in the promotion of the cider and perry industry that I have been honoured with an invitation to read a paper on the subject before your Society. It is natural that I should be interested in this branch of agriculture, because I was born and bred, and have lived most of my life, in one of the most noted eider-producing counties of England—to wit, Herefordshire, where cider and perry are the ordinary every-day drinks of the bulk of the population, and because I have also the distinction of representing the capital city of my native county in the House of Commons. I have long been of opinion that the cider industry is one capable of considerable development, and from which farmers might consequently derive more profit than they do now. [iverywhere, in the remains of once flourishing orchards and in the clumps and single specimens of great pear-trees, there is throughout the County of Hereford, as likewise in other cider- producing districts, ocular demonstration that the industry was formerly one of great importance, and this at a time when the taste of theage as regards liquors resembled that of the present day. That is to say, our orchards were most extensive and at their best, and the demand for cider and perry greatest, when the light wines of France and Germany were preferred before heavier beverages. Dr. Beale, a distinguished. horticulturist who wrote in the second half of the seventeenth century, declared that Herefordshire orchards were “‘ a pattern for all England.” ‘ From the greatest person,” he says, “‘to the poorest cottager, all habitations are encompassed with orchards.”” Evelyn, who wrote somewhat later in the same century, says: ‘“ By the noble example of Lord Scudamore and of some other public-spirited gentlemen in those parts, all Herefordshire is become in a manner but one entire 182 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. orchard.” The same Dr. Beale, whom I just now cited, thus extols the cider which these orchards produced: ‘I must not,” he says, ‘‘prescribe to other palates by asserting to what degree of perfection good cider may be raised, or to compare it with wines, but when the late King Charles I. (of blessed memory) came to Hereford in his distress, and such of the gentry of Worcestershire as were brought thither as prisoners, both king, nobility, and gentry did prefer it before the best wines those parts afforded ; and to my knowledge that cider had no kind of mixture. Generally, all the gentry of Herefordshire do abhor all mixtures.’ The industry of cider and perry making was a profit- able one throughout the eighteenth and into the early part of the nineteenth century. About 100 years ago an Irish gentleman, making a tour through the cider-producing districts, mentions that at that date good cider fetched from 10 to 15 guineas a hogshead (of 100 gallons) in the neighbourhood of Ross, and that one farmer there had sold in one year 50 hogsheads of his own making at the former figure. Even so lately as 40 or 50 years ago cider was sold straight from the press at one shilling a gallon. Now, or until quite recently, the price of new cider has been from 2d. to 3d. per gallon—inferior no doubt to that just mentioned, but yet given away at theprice. Subsequently, the industry declined for two main reasons. During the French war the price of corn and meat was very high; and farmers, turning their attention to corn-growing and cattle-raising, grubbed up their orchards, many of which, and generally the most prolific, were on plough land; and as other agricultural produce became more profitable neglected to keep up such orchards as were allowed to remain. They also became careless in the making of cider and perry when these products of the farm were of less value. Then for the second reason I allege the selfish and suicidal conduct of the cider merchants and middlemen who, after buying the liquor from the farmers at a low price, thinned it with water, making, as the saying went, five hogsheads out of three, and then doctored and fortified it in order to disguise their malpractice, and make stuff sufficiently palatable to sell in Bristol and London, which were the chief centres of the trade. The result of the spreading abroad of this thin doctored stuff for pure cider was to bring the drink into general discredit with the public, and ultimately lessen the demand for it, and injure the trade. Hence also, good THE CIDER AND PERRY INDUSTRY. 183 genuine cider and perry were rarely if ever to be found outside the cider-producing districts, and even in them the bulk, partly through carelessness in making and want of cleanliness, and partly from the inferior quality of the fruit, was hard and acid, and palatable only to those inured to it. But although this was the condition to which the industry was reduced until quite lately, there has always been a prospect, anda very fair prospect, of reviving it. The soil and climate are the same as existed in the seventeenth century; the orchards, though neglected and reduced, are there; and amid a host of worthless varieties of fruit many sorts of approved excellence are still to be found. Moreover, the branches of agriculture which had, so to speak, ousted the cider industry are themselves on the decline. Besides, there is this to be said for the cider and perry industry. It is at the present moment the only agricultural industry which appears to be capable of development to an almost unlimited extent, and in which we are not as yet in any great degree endangered by foreign competition. It is therefore what I venture to term a hopeful industry; and as it once flourished in an age when light liquors were preferred to heavy, there is, in my judgment, every reason to believe that once the merits of good cider and perry become generally known, the demand, which is already increasing every day, will ultimately result in these drinks taking the place, not indeed of good, whole- some pure beer, but of the many artificial beverages by which the taste of the public is now so sadly vitiated. It should be noted, too, that, despite the decline in the industry, it is still one of much more importance than is generally supposed. The principal cider- and perry-producing counties of England are Devon, Hereford, Somerset, Worcester, and Gloucester. The following table, taken from the latest agricultural returns, zives the area under orcharding in those counties in the years 1894 and 1895 :— 1894, 1895. Acres. Acres Devon shite shee ie si 26,846 eh 26,955 Hereford ... bat ae She 26,278 fe 26,538 Somerset ... as aoe Shs 24,376 ain 24,520 Worcester ... coe aos ve 19,419 ae 19,665 Gloucester... aa par fe 18,126 Ae 18;514 115,045 eee (LLG, 192 Increase in 1895 over 1894, 1,147 acres. 184 PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. _ Cider is also made in the five neighbouring counties of Cornwall, Dorset, Monmouth, Shropshire, and Wiltshire. Taking these counties into account, and omitting some produce made in Norfolk and Kent, and a little elsewhere, it has been calculated that the area under orcharding amcunts to about 140,000 acres. If from this we make a liberal deduction of one-fifth for fruit- trees other than apples and pears exclusively used for cider- and perry-making, we shall find the net acreage of cider and perry orcharding to be 112,000 acres. The authors of that great work, the ‘‘ Herefordshire Pomona,” give as an average yield (a low average) of liquor per acre 200 gallons, and the averge price 8d. per gallon. I consider this considerably below the true figures. Somersetshire and Devonshire orchards are, as a rule, planted much more thickly than Herefordshire orchards, and 3d. a gallon is too low an average price, seeing that good ‘cider fetches from 8d. to 1s. a gallon, and the juice as it runs from the mill 23d. to 8d. I therefore put the yield as 300 gallons per acre, and the price 5d. per gallon. The total produce then would be 33,600,000 gallons, and the value £700,000. Mr. Sampson, the late secre- tary of the National Association of Cider-makers, who is well acquainted with Somersetshire and adjoining counties, puts the yield at 55,448,200 gallons, and the value £1,000,000. These are necessarily estimates, and estimates only, but I have said enough to indicate that the industry is a considerable one, and, as I shall presently show, an increasing one. I must now very briefly describe the liquors themselves and the process of making them. Cider is the expressed and fermented juice of the apple, and perry the expressed and fermented juice of the pear; or, in other and stricter words, they are the vinous liquors produced by fermentation of the juices of these fruits before acetous or vinegar fermentation has succeeded. It is not, however, all apples or all pears whose juice will make good cider and perry. Go into a Herefordshire fruit-yard when cider-making is proceeding, and out of the heaps of apples and pears you would see there you would scarcely find one that you could eat, and very few tbat you would not at once reject in disgust by reason of their harshness, tartness, acidity, or astringency. The experience of all makers in the cider districts of Hngland and France, where the industry has existed for centuries, points to the conclusion that good cider and perry possessing the flavour, THE CIDER AND PERRY INDUSTRY. 185 the quality—what old writers term the smartness on the palate— and the long keeping property which commend the liquor to cider drinkers can only be made from special varieties of apples and pears, varieties for the most part too harsh and astringent for table use, and too small to be saleable for consumption. The astringency which is the chief characteristic of good cider and perry fruit is due to tannin, which next to sugar and alcohol (into which the bulk of the sugar is converted) is the most important element in the fresh juice. ‘It makes,” say the authors of the ‘* Herefordshire Pomona,” “the liquor ‘ fine’ more readily by causing the albumen, the pectine, and the yeast plants to be deposited, and thus acts indirectly as an antiseptic, regulates the fermentation, and prevents the after tendency to ropiness, so apt to appear in the liquor from fruits of great rich- ness.” French writers and chemists also agree in this opinion. The process of cider- and perry-making is simple, and resembles that of wine-making. The ripe fruit is crushed or ground ina mill to a greater or less degree of fineness. The old-fashioned mills in which a huge stone roller, or runner as it is called, shaped like a grindstone, revolves by horse-power in a circular stone trough grinds the pulp exceedingly fine, and some of the best cider and perry to be found in the world is made in such mills ; but the system, though suitable enough on a farm, is too slow for manufacture on a large scale; and for this purpose a mill some- thing like a turnip cutter, in which the fruit, after being broken up by toothed rollers or scratchers, is passed through stone rollers, is to be preferred, and can be worked either by hand or by power. The crushed fruit or pomace, as it is sometimes termed, is pressed through hair or manilla cloths or layers of straw, and the juice extracted. The juice is then placed in vats to ferment, and when it has thrown up a crust and thrown down lees, and is a more or less clear liquid between the two lees, it is drawn off into casks, in which regular fermentation proceeds. The process of fermentation I need not describe to this audience. Suffice it to say that its effect is to render the liquor vinous by the conversion of the sugar of the fruit into alcohol. The fer- mentation is the most difficult stage in the process of cider- making. Hither it is unduly delayed by cold or by a deficiency of sugar in the fruit or, what is more often the case, it is too persistent, and continues so long as ultimately to exhaust 186 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. all the sugar in the cider and render it hard; and it may proceed a stage further, and become acetous, when, of course, the liquor is ruined as cider and becomes vinegar. Experienced cider- makers by long practice are enabled by attention to temperature, by frequent racking, by filtering, and by sulphuring the casks to regulate the fermentation and stop it at the right point; but their knowledge is more or less empirical, and not being founded on scientific principles too often dies with them. What is wanted in the cider industry is instruction in the scientific principles which underlie the practice. All manufacturers on a large scale do as a rule work scientifically, but even they have much to learn. Great credit is due to the Bath and West of England Society, and one of the most distinguished of its members, Mr. Neville Grenville, of Butleigh, near Glastonbury, on whose estate and at the instance of the Society researches into the science of cider-making have been conducted under the super- vision of the eminent chemist, Professor Lloyd. You will find an exhaustive account of the experiments at Glastonbury written by Mr. Lloyd in the fifth volume of the fourth series of the Journal of the Bath and West of England Society, which will well repay perusal, and for the science and chemistry of the subject I refer you to that paper. I think it well, however, to say that there are now what I venture to term two systems of cider-making originating in the endeavour to overcome the difficulties of fermentation, especially the tendency to the conversion of all the natural sugar of the fruit into alcohol. By the first system, which I call the natural system, fermentation by any of the means I have mentioned is checked before all the sugar has been converted into alcohol, and the resulting liquor is bottled or sent out on draught with a sufficient portion of its natural sweetness remaining in it to render it palatable to the general public, who, as all purveyors know, do as a rule prefer the liquor with some sweetness in it. By the second system the liquor is fermented to dryness; that is to say, all the sugar is converted into alcohol, and in order to render it acceptable it is afterwards sweetened by the addition of a substance such as saccharin, which will not set up fresh fermen- tation; and if it has been pasteurised and so rendered flat and dead, it will have to be artificially aérated or carbonated by the forcing into it of carbonic acid gas; and if, as is often the case, THE CIDER AND PERRY INDUSTRY. 187 it is wanting in flavour, some flavouring substance is added also. Both systems have their votaries. The second is the easier of the two, but-I greatly prefer the first, and it is of cider and perry so made that I venture to extol the merits as wholesome beverages. Now having procured our good cider and perry, why do I recommend them? Because they are natural drinks made from the juice of ripe fruits without the admixture of any foreign substance, or of any drug or flavouring, pleasant to the palate, refreshing, and of low alcoholic strength. Although old cider and perry, especially perry, may when fermented to dryness con- tain as much as 10 per cent. of absolute alcohol, this is quite ex- ceptional. The ordinary cider, such as would be acceptable to the general public, rarely contains as much as 4 per cent. This was demonstrated—as I pointed out in a recent letter to the Times, at the Show of the Bath and West of England Society this year at St. Albans. A rule having been made that all cider which did not contain 4 per cent. of alcohol should zpso facto be dis- qualified, the result was the exclusion of all the exhibits from the most noted cider-producing counties of England, Devon, and Hereford, none of which came up to the required standard, while the strongest cider shown only contained 6°60 per cent. of alcohol. Indeed, out of a total of forty-seven exhibits tested, no fewer than thirty-one were disqualified in pursuance of the rule above mentioned. In the majority of cases the makers, aware that the general public hke a somewhat sweet liquor of low alcoholic strength, had stopped fermentation before it had developed the full amount of aleohol that the drink would have yielded. I consider therefore cider such as would be readily saleable on draught or in bottle to be a temperance drink pre- ferable to all so-called temperance beverages. First, because it is a natural and not an artificial liquor; and, secondly, because it contains much less alcohol than has over and over again been proved to exist in those beverages. The wholesomeness of cider and perry is derived to a great extent from malic acid, an acid found in other fruits also. The acid of wine is tartaric acid, which when combined with lime forms precipitates or insoluble particles, which are, I believe, the principal cause of gout, rheumatism, and kindred disorders. Malic acid, in itself a health-giving product, has no power to form such precipitates, and it is possibly for this reason that cider is now so often 188 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. recommended for gouty people. Although I am now brought to the medical aspect of the subject, it is not to be supposed that I can personally speak with authority thereon. I can only state facts such as have for generations come under the observation of residents in cider-producing districts. For instance, in Herefordshire no single case of true Asiatic cholera has ever been known, whilst all medical men prac- tising in the county—and I believe this holds good of other cider counties as well—know that among the working classes, whose habitual drink is cider and perry, diarrhoea and such-like disorders are singularly rare. Stone also and gravel are almost unknown in the county. A medical man attending the Hereford Infirmary for many years informs me that during his experience only two cases of stone had come under his notice, one being that of a child. In Normandy, where cider constitutes the staple drink of the lower classes, gout is said to be unknown save among the wealthy, who indulge in wine. Gravel and stone in the bladder are likewise very rare, and medical men are satisfied that the immunity from both these forms of disease should be placed to the credit of cider. Medical men, as reported to me by the patients themselves or their friends, are largely recommending cider as a remedy for and a preventive against gout and rheumatism, and lately its action on the digestive organs was the subject of a paper read before one of the Bordeaux Con- eresses, by two French physicians, MM. Carrion and Cautru, who say, as a result of their observations, that sparkling cider is endowed with the property of prolonging the digestive process, whilst at the same time it adds greatly to its intenseness. Cider, moreover, they add, is essentially diuretic, and it also exercises a favourable influence on nutrition. It would seem, therefore, says the Lancet, that this old-fashioned beverage may with advantage be recommended for use at meals to sufferers from that form of dyspepsia in which the stomach evacuates its contents too quickly, to the detriment of the thereby overworked intestines. In addition to the good qualities already mentioned, well-made cider is reputed to be an efficient corrective of the uric acid diathesis. I believe this to be a scientific way of describing a gouty tendency. A correspondent of the Daily Telegraph, signing himself THE CIDER AND PERRY INDUSTRY. 189 “ Medicus,” having lately stated that the use of cider affected the teeth injuriously, and that decayed teeth and toothache prevailed in the cider districts, I made inquiries of a medical man who has long practised in Herefordshire, as the statement of ‘ Medicus ”’ was diametrically opposed to my own experience. The gentle- man to whom I wrote replied that ‘“‘ Medicus’”’ was mistaken, no injurious effect of cider on the teeth having been observed by him. My informant added that, although mineral acids, such as sulphuric and nitric, are undoubtedly destructive to the teeth, fruit acids, the chief of which is malic acid, not only had no such effect, but were, on the contrary, preservatives of the teeth by neutralising the alkaline secretions of the mouth. I may also mention in this connection the fact, without drawing any strained inference from it, that natives of Hereford- shire are noted for their longevity. A remarkable instance is mentioned by old authorities, and to this day the county retains its reputation in this respect, as in the Report of the Registrar- General it is one of the four in which the duration of life is longest. On the point of the wholesomeness of cider and perry I have now said enough, and I proceed to consider the industrial value of the trade. The benefit to the farmer who has orchards is obvious. In years of abundance, fruit—apples and pears—is too often left to rot on the ground for want of a demand. When cider and perry become popular drinks, two courses lie open to the farmer. He can either sell the fruit to the cider merchant, or make it himself into liquor, which he can store away until the season or an opportunity arrives for disposing of it. When he has the appliances and the skill his most profitable plan will be to make it into cider and perry, the return from the sale of the drink if sound and well made being much larger than that he would receive for the fruit. A gentleman, writing to me this spring from Kent, where last year they set up a cider-making plant, says: ‘“‘ How many thousands of pounds should we have been in pocket if all the Kent apples literally thrown away last autumn (1895) were now stored in liquid form in the shape of wholesome cider!’’ But even the sale of the fruit is not such an unprofitable business, even in years of abundance, when, of course, the price is low, for the quantity makes up for the reduced value. I have here a table showing the prices given by cider r 190 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. manufacturers for cider fruit from the years 1889 to 1895 inclusive, ranging from £5 aton in a scarce year to as low as 20s. a ton when fruit was plentiful. Selected sorts kept separate fetch 10s. a ton more than the average, and for a few choice varieties, as the Foxwhelp and the Kingston Black, my informant tells me he can generally give from 5s. to 6s. per cwt. Also in comparing cider fruit with other fruit for profit, it must be borne in mind that the expenses are much less than they are with choice table or cooking fruit. The former is shaken down, and is neither handpicked nor packed in hampers. It is also most frequently now grown in grass orchards, where the under crop of erass is worth as muchas, and sometimes (because being sheltered it is earlier) more than, if there were no trees. Now as to the saleability of cider and perry. All experi- enced cider-makers who know what they are about will tell you that they have no difficulty in selling really good, sound liquor. When introduced into districts where it is practically unknown except by name, such as parts of the North of England, it takes well. Being a year or two since in Buxton, I made inquiries there, and was told by an innkeeper that he had lately obtained a supply of draught cider from Hereford, and that in the summer months he found quite as ready a sale for it among the working classes as for beer, and at the same price. Perry is less known than cider, though I do not doubt that much is sold under the name of cider, for some perry, such as that made from the Longland Pear, is in- distinguishable from cider. It also mixes very well with cider, and personally such a mixture is one that for ordinary drinking I prefer. Perry is also an excellent winter drink, being more warming than cider. Even in districts where cider-making has but recently been introduced, as in Kent, there appears to be no difficulty in disposing of the produce. The same gentleman of Kent from whom I quoted just now says of the venture in cider- making lately made there: “In the result we have had several thousand gallons which we have disposed of locally, proving beyond question that there is no lack of demand for genuine cider in our own neighbourhood ; and knowing as much as we do now, our regret is that we did not make four times the quantity. Most of it has been sold in casks, none less than ten gallons, and all at remunerative prices.”’ THE CIDER AND PERRY INDUSTRY. 191 It gave me, I must say, much gratification to find in the letter from which I have just cited the following passage: ‘ The venture originated from the interest awakened by your letters to the Times.” In former days both Surrey and Kent were cider- producing counties, and Dr. Beale, who, as I have said, wrote in the seventeenth century, speaks of having tasted cider from both Kent and Essex. In Norfolk cider has been made for genera- tions. In the case, however, of the Kent cider it is admitted that the table fruit from which it is mostly made would be bettered by the admixture of sharper and more astringent vintage fruit ; and I should recommend the Kent cider-makers to plant a good selection of such fruit, and in the meantime to improve their cider, as they already are doing, by the purchase of vintage fruit from the West country until their own newly planted trees begin to bear. In further illustration of the increase of the industry in parts of the country where it has not hitherto formed a branch of farming or of commercial business, I may instance a gentleman in Hertfordshire who has set up a cider-making plant, and that just lately I received a letter from a landowner in Scotland asking me where he could send his bailiff this season to be instructed in the business. I have also received several com- munications from the colonies, some, as in New Zealand, telling me of establishments already in work there, and others, as in several of the Australian colonies, asking for information and instruction. My own opinion is that there is room in the trade for the farmer cider-maker and the cider manufacturer. The latter will probably.in the future make and supply the bulk of the cider consumed by the general public, who demand, foolishly as I think, that what they drink, be it beer or cider, shall always be uniform in quality ; while the former, if he be, as he should be, instructed in the science of the business, will make the choicer brands from selected sorts of noted merit, which he will dispose of to private customers and locally among those who know and appreciate really good cider. I think the number of these will increase, and that the day may come when prime cider will on the tables of the wealthy displace the commoner and often adulterated sorts of foreign wines, and when country gentlemen, especially in the cider-producing districts, will take a pride, as they evidently did in former days, in always having some good 12 - 192 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. samples of the wine of the country wherewith to entertain their friends. I said at the beginning of my address that one reason why I considered the cider and the perry industry to be the only branch of agriculture capable of almost unlimited development was that, unlike other products of the farm, such as corn and cattle, we had not to fear competition from abroad to any serious extent. I shall be asked to justify that opinion in the face of a con- siderable importation from America, our only rival worth naming. In a paper I read before the Society of Arts in 1895, and also, I think, in my evidence before the Royal Commission on Agri- culture, I expressed a fear that importations of cider from America were largely on the increase. And truly, if one were to take for gospel all that the dealers in American cider report, one would conclude that the English markets were in immediate danger of being swamped by their wares. The Board of Trade returns which have been supplied to me from the Department up to date for the purposes of this paper do not support this view. The following are the figures for the last three years and for eight months of this year, ending August 31 :— ImpoRTATIONS OF CIDER AND PERRY INTO GREAT BRITAIN FROM THE UnitTED STATES AND OTHER COUNTRIES IN GALLONS. US. Other ‘ countries. 1893 y . : : 3 5 531,174 20,934 1894 . : . 5 : : 409,447 21,708 1895 3 . : ‘ ; ‘ 579,290 23,900 Kight months ending } 246,881 8,447 August 31, 1896. i From these it will be seen that in the year 1894, when I and others anticipated an importation from the United States of at least a million gallons, the acfual amount fell short of half a million, and showed a decrease over 1893. Although there was a substantial rise in 1895, the imports this year exhibit, so far, a ereat falling off, due in some measure perhaps to the partial failure of the apple crop in the States last year and the abundant crop in these islands. I hope, however, that the real reason why the importation of American cider has not increased to the extent with which we were threatened is to be found in the inferior quality of the article compared with that which we produce at home. I have already mentioned the demand for THE CIDER AND PERRY INDUSTRY. 193 draught cider among the working classes at Buxton. It was there also that a wine merchant told me that, running short in the hot summer of 1893 of English cider, he bought American, but discovered, to his loss, that his customers would not touch it after English, and so found himself at the end of the season burdened with forty dozen of unsaleable liquor. The fact is, as an American writer of a handbook on cider-making says, ‘“ very few indeed are the American orchards which have been planted with reference to cider-making.’”’ Consequently, American cider is, for the most part, made of the inferior grades of table fruit not good enough to market. In an article on cider-making in the American Agriculturist for the 8th of last August, the writer says of American cider, “It is commonly made of refuse apples of all varieties, little attention being paid to their condition when taken to the mill, as to degree of ripeness, freedom of insects, or the proportion of tart to sweet apples. The result is a juice which quickly begins to ferment, then acidify, being often un- palatable and insipid.” Ibelieve also that much of the American cider imported into this country is pasteurised, and so has to be artificially aérated after its arrival. If not pasteurised, a chemical preservative, such as salicylic or boracic acid, has to be added to it in order to enable it to bear the voyage. Some American cider analysed in the laboratory of the Agricultural College, Cirencester, was found to be impregnated with salicylic acid. Jam not sufficiently versed in chemistry or medicine to say what may be the effect on the human system of continued doses of these drugs, which form the basis of most of the secret nostrums sold to cider-makers for the doctoring of the liquor; but as the object of using them is to make inferior drink or drink already on the turn pass for good, I think their use should either be prohibited, as is already the case in some countries, or that a statement of the kind and quality of the agent employed should appear on a label attached to the article sold. My belief, therefore, is that with our abundance of orchards full of vintage fruit, much of it consisting of varieties of approved excellence, we ought, if we pay attention to the quality of our produce, not only to hold our own against our American rivals, but oust them from those markets in which they may have already obtained a footing. I now turn to another branch of the subject—namely, to the 194 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. steps that should be taken in order to secure a regular supply of good English cider and perry equal to the demand for those drinks which is increasing day by day, and promises to assume gigantic proportions. First and foremost we must renovate our — orchards, destroy the old and worthless trees, and replace them with better sorts and plant new orchards of the most approved vintage fruits, which experience has shown to be suited to a given locality. Because our orchards have been suffered to fall into decay, and to restore them would be a work from which no return could be expected for some years, ought we to take no steps to improve them? Surely not! Forty years ago French orchards were much neglected. The attention of the Govern- ment was drawn to their condition, and State assistance was given towards their renovation. fimilar neglect was about the same time observable in American orchards, and a writer, James Thacker by name, urged the necessity of restoring them. His advice was followed, with the result that a noted agriculturist, writing in 1871, was able to say, ‘‘ American farmers are now beginning to recognise the fact that no farm is complete without a well-selected and well-cultivated orchard.’’ Many English landlords are replenishing their estates with fruit trees. One nobleman tells me that he plants 200 young trees annually, and intends to continue the practice; whilst another, who has been a great planter all his life, expresses himself as much dis- heartened by the little care the tenants take of the trees after he has planted their orchards for them. Another step necessary is the eradication of insect pests by sreasing the trees in the autumn and spraying them in the spring. Many occupiers do pursue these methods now, but with- out concerted action of all residents in a locality the labour of a single individual is lost; for, take what steps he may to clear his orchards, they are always open to infection from the trees of more negligent neighbours. The failure of the apple crop this season is due, I believe, as much to the ravages of insects as to the late frosts which undoubtedly blighted the hopes raised by a magnificent show of bloom. In Tasmania an Act of the Legislature has been passed compelling owners and occupiers under penalties to clear their orchards of destructive insects and keep their trees in a healthy condition. This Act will be found summarised in the Board of Agriculture’s Journal for 1894. It THE CIDER AND PERRY INDUSTRY. 195 has already, I am told, worked wonders, and, muchas our people dislike State interference in their concerns, I think it would be advisable in the interest of a great and growing industry to ask Parliament to confer on local authorities powers to deal with the subject something on the lines of the colonial measure. Next to the renovation, restoration, improvement, replanting, and preservation of our orchards of vintage fruit will come instruction in the science of cider-making, in the scientific principles underlying the practice, and the reasons why attention, care, and cleanliness are so essential to the success of the process. Here, I think, we ought not to depend on the enter- prise and publhe spirit of private individuals. Not only are such persons not numerous enough—you may find one in a century or so—but the matter is of sufficient importance to be dealt with by the State. In giving my evidence before the Royal Commission on Agriculture I suggested the establishment at the cost of the State of at least two experimental fruit farms, with appropriate buildings, plant, and staff, for the carrying on in them also such research into the science of cider-making as has been conducted for some time past on the estate of Mr. Neville Grenville. I would have one such experimental farm in Herefordshire, from which the adjoining counties of Gloucester and Worcester would benefit, and another on the borders of Devon and Somerset for the cider-making district dominated by those two counties. When, however, we have done what les in our power or in the power of the State to secure a supply of good cider and perry, there will yet remain obstacles in the way of the distribution thereof to the consumer. Foremost among these is the cost of carriage. J have been furnished with an exhaustive table of the rates charged by certain railway companies for the conveyance of cider in cask. Without troubling you with these in detail, I may say that, broadly speaking, these rates increase the cost to the consumer by from 4d. to 5d. a gallon; an enormous percentage when we remember that few care to pay for the best draught cider more than 1s. or 1s. 2d. a gallon. In the recent revision and lowering of rates made by some of the railway companies, ostensibly for the advantage of agriculturists, no alteration has, I am told, been made in the rates for the con- veyance of cider and perry. The matter is, however, under consideration by the railway companies, who will I hope see 196 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. that it will be to their interest, as well as to the benefit of an important industry, to make a substantial concession. I suggested to the Royal Commission on Agriculture that the most effective way of dealing with the subject without constant and expensive litigation would be for the State to acquire the canals, improve them, and work them under State control, and so, by competi- tion, effect a reduction in the rates of carriage by other routes - and I still think the scheme, though an ambitious one, quite feasible. Then the Adulteration Acts require to be more rigidly enforced than they now are, and possibly also would need amendment and strengthening. Those who sell American cider, or who are agents for the sale of it, should be compeiled to state these facts on their bill-heads, cards, and advertisements. All admixture of foreign substances with cider and perry should be forbidden ; or, if that be considered too drastic a provision, it should be incumbent on all sellers of cider or perry to which foreien substances, whether preservatives or not, have been added, to state on the labels attached to the casks or bottles what those substances are, and in what proportion they have been used. I doubt if any Acts for the prevention of adultera- tion will ever be effectively enforced if prosecutions are left to be instituted by private individuals or by the police. Such a duty should be undertaken by an association founded for the protection of the trade against the sale of foreign cider for English, andagainst the sale of an adulterated for a pure article. The National Association of Cider-makers, which I had the honour of founding, would, I hoped, have been sufficiently supported to be enabled to undertake this duty—a duty neces- sarily entailing a considerable amount of expense. The financial position of the Association is not, however, I am sorry to say, strong enough for the purpose, though I hope, as the industry develops, the persons engaged in it will be convinced that they can never effectually cope with practices which bring discredit on the trade and hinder its development, except through the medium of some organisation of the kind. There are many other suggestions, both for fostering the demand for cider and perry, and for affording increased facilities for their distribution in the localities where they are now unknown, which have been brought to my notice by various correspondents. THE CIDER AND PERRY INDUSTRY. 197 To deal with all of them, however, in the compass of a single lecture would be impracticable. That task, therefore, must be left for another occasion. Meanwhile, I have endeavoured in this address to deal necessarily in a somewhat cursory manner with the more important matters relating to the development of the industry, and if any gentleman wishes to put questions to me on points arising out of the paper I have now had the honour of reading, I will do my best to answer them. DIscussION. The CHAIRMAN asked how soon young cider-apple trees came into bearing. Mr. JoHN WATKINS said that very few sorts of cider-apples were early bearers, but if a good fruit was wanted it was worth waiting for. They must all be thankful to Mr. Radcliffe Cooke for his comprehensive paper. He himself was a cider-maker, and he found no difficulty in selling his best cider-—the demand, practically speaking, was unlimited. Of course, in a large business there was always a certain amount of liquor which had to be sold at a cheaper rate than the best, but if was not that class of cider which he wished to develop. If the public required a good article they should be prepared to pay for it. Much cider was sold that was quite innocent of apple-juice at all. Mr. GAYMER expressed the pleasure he had experienced in listening to the paper. He spoke of some American cider having been analysed. He would not, he said, state what the result of the analysis was, but if the public would only have some analysed —and the cost was next to nothing—they would be surprised at the result. © Mr. Truu asked if an apple could be recommended that would do for cider as well as for culinary purposes. Mr. WATKINS said there were several varieties, and promised to supply a list to the Secretary of the Royal Horticultural Society. (See p. 199.) Mr. A. Dean suggested that no licence for alcoholic liquors should be issued in this country unless the person seeking the licence would undertake to sell cider. That would put the brewers on their mettle, especially as they were doing all in their power to ‘“ tie’’ as many houses as possible. 198 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. Mr. Rapcuirre CooKE said the question of “tied ’”’ houses was one he had considered. He had been informed that certain brewers were going to take up the trade and sell cider as well as beer. Mr. Dean: Not their own manufacture ? Mr. Rapcuirre Cooke replied that he hoped not. He added that the middleman derived too great a benefit from the cider trade at the expense of the farmer. At a certain hotel in London he had to pay 2s. a quart for cider, 7.e., 8s. a gallon! He wrote to the directors, who said that a mistake had been made—it had been going on for some years—and the price was reduced to one-half. In Ross, where they ought to know better, he had been charged 1s. 6d. a quart; and in another town he had to pay for American cider at the rate of 5s. 8d. a gallon, although it was sold to dealers in this country at from 8d. to 10d. a gallon, and in large quantities at still lower prices. The CHAIRMAN, in proposing a vote of thanks to Mr. Radcliffe Cooke, said they were all indebted to that gentleman for the energetic action he was taking to raise the industry. ~He was glad to see that Mr. Radcliffe Cooke was going in for a really good article, for, as had been said, there were some sorts of cider that should only be approached with prayer and meditation. He hoped a taste would be revived for a good, wholesome liquor from which both the health and the pocket of the community would mutually benefit. The vote was carried enthusiastically, and the Conference adjourned. 199 THE CIDER AND PERRY INDUSTRY. ‘OUO POOS JOYOUL ST SOMMUIOY Sop oUIOY *aAITYSpIOJoIOFT Ul Tor Mor puv doszo ype oy], “Av 09 ormsodxa Joye YSTY oy} puv ‘ouo Youory oyy St UaATS sishTeuv oyy, “qnt{O edoyjoo a oy9 Aq FEgT avok a} Jnoqe olLysplojorayy “ULUUB OPTAOA 07 sqoaA\s-10941q OY} JO OUTOS TATA paxtuT qsoq o1v Loy anq £ oytINOAR Toysoo10 MA ‘SuIddrg oy} Jo sury Buyosog orryspaxoyoroyy ‘“qyng woy—: Joplo poos oYVUL 0} UMOUY ore poyeAymo ATTeI po4se} SuTod 07 10 oyvurITo 09 onp oq Avut AzIsuap OUT poonporqUr sonora APUVUTION ona, ~ dT Sseyong pure ‘yoo osurig ‘ureutvsag ood satjorwA Apavy SULMOTL[OF oJ, “BUIYOOT-OATJOVIYVAIAA “TTA SYOON ‘o[ddv azapro vse ploy -o10F] PUB Io4{SeONOTLH 4¥ Soztid ysIy poprVae ‘AJOIIVA MOU VW “TOpld PaIMo[oo-YSty “Joos “YoII V SayV]Y “yooss-10991q V ‘IOplo LOF JSoq OY} JO 9UQ “YooA\S-109}IG VW ‘T[PM SYOOD “Leplo pornoavy-auy soyeyy “LOPlO YOM SoYVY “JooMs-10}}1q W ‘AyorrvaA ApuvULION ond} Vy “Laplo pomnoavy-poos suryeur ‘seiddv rapro yseq oy} Jo auQ " — ‘Topto Suoays TOA B SOYLIY “INOTOO YSty JO “opto yort ATA VsoyVY *Joo\s-1099Tq YW “AjatIva plo AIBA W ‘AyorvA APUBULION ond, SoAoidur Aapio oy, ‘Torveq Ays {Ajorrva pro snowy y 908 UIA] ‘AaIIvA PTO poos y “Ayotiva APUVULION onIJ, “IOpPlO JOOMS YOM soyVy “OoMs-1EqJIq W ‘a5¥ YA] “Iaplo potnoavy-ouy soyeyy ‘aumospuvy A104 Serordurt yor a yng “ooMs {0A JOU opto SOYVUT Y [JOM SOOO ‘SUTPCI LOF UVF PUL [[OM SYOOQ “Lopto pornoavy-poos sayeyy ‘o[dde Jepto ssvpo-qsay W “yooMs-10191q V ‘OITYSPlLOJOIOFT UL [TOA yMaz puv dorg ‘YOUSLY ST UdAIS sisA[VUy ‘sotjortva Apuvw4oN ona, 4Soq OY} JO 9UQ “AOpPTO Jo AdjJovIvYO oY} Jo Ar10d soyvy, “OUTMO}S IOF| ‘sesodand rayjo 107 ssejasn ynq ‘Aai1od A0F SetporIVA 4Soq oY} JO XIS aIv asouy, Sy IV UAT 0-878 L6-G98 66-TS8 0-498 0-978 8-1€8 68-698 LG-0F8 0-698 0-TLL 0-868 0-082 V-698 0-198 0-198 0-€98 46-098 €1-F18 9-618 96-V&8 99-088 6-6&8 0-198 49-998 O00T ted 197A 0-6E €8-9E TL-0T 69-9§ 88-97 66-L9 IL-P 86-07 9-66 0-98 69-99 0:16 9-0 OFT G-8T 0-06 61-06 18-1P ¥:86 66-06 60:66 T-L§ F8-66 69-L6 OO0T aod “op ‘sqyBs ‘o8e[Ionur 0-08T L-LOT 96-LET 8&-S9T GI-LOT 86-001 0-0T 0-611 P-G6L 0-FFT T6-SOT 0-€61 0-0FT 0-611 8-06 0-L6T 6-861 0-48 0-66 TL-FET GP-L8 9-0€T 19-611 4-901 0001 10d aresug * SUTTPIBG 104S94STAA UBUIION LO OV oI AA UBULION 10 plojoro py AIIOQMvIyG UVUUION 10 e , Jouley s,ouItyg " * BUIPTIAA Tehoy ; » WQANIG VsNo0yy ; * *10.P 2TTf@ pa : * WOVlg uojssury ; : qeig Aqoor pAlojoleyy ‘outospuvy, : : : TO4IVD * » O1AQTIpPNY umnb9a 7 : ona, ‘djoya xo : * aIA44Q UOjo[SdTy : * OTA} NOG og UVULION LO plojyoaoTy ‘AurINg “ . * poy “eursMop ; : * 99980009 * ureurreveg «11049 UVULION 10 parojotozy A1I0qg ; * x pOpUBI_ * 4 Soyivd-sop-uvpag : ° 4 OSIIS OTISIV ‘SHIddy wadig : : * puv[suory : * pe uoysangy, : ysenbg uoqudey, : ; * weg pory ; ‘ * PIPFPTIO : : * 4JOLOLOOTN : ‘ * puvplieg ‘suvdg AuUudg aomnl yso.ay jo Aqtavis oyroedg ‘ULNUe,, eae ‘SHITddv WAdIO CNV SUVaAd AYU ‘SHU ‘SsNpiivA “¢ “ap Ag 200 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. On Saturday, October 8, the Chair was taken by Puinir Crow .ey, F.L.S., F.Z.8., at 3.80 p.m., who called upon Mr. J. Watkins, of Hereford. GATHERING, STORING, AND PROFITABLE UTILISA- TION. OF “APPLES AND ~ PEARS. By Mr. Joun Watkins, F'.R.H.S. [Read October 3, 1896.1 Everyone looking round the grand collection of fruit exhibited during the last three days at the Crystal Palace, under the auspices of the Royal Horticultural Society, must be struck by the fact that our growers know how to, and can, grow as good fruit as any other growers in the world, and it may well be asked why we let the foreigner capture our markets. We can grow the fruit, but this is only one part of the business of fruit-growing for profit; even of more importance is the subject I have to deal with, namely, gathering, storing, and profitable utilisation of this fruit. In dealing with a subject of so much importance as this, I do so with some diffidence, as I have to follow in the steps of so many experienced growers, and naturally shall have to repeat many old and well-known methods and practices. In some few things some of my experienced gardening friends may not agree with me, but I ask them to remember that I am treating my subject from the point of view of how to make the most money of apples and pears after they are grown, and not altogether from a gardener’s point of view, who has to consider what is most suitable for private use, and has not got to keep profit so much in view. You have all of you heard and read much of late years on the importance of growing more fruit and better fruit, and so many and various have been your advisers, and the advice they have given you, that the inexperienced have doubtless found some little trouble to sift the grain from the chaff, some of them even having to give up in despair. I have known many excellent growers fail to make both ends meet from ignorance how best to harvest and to turn their apples and pears into money. A grower can easily throw away all his previous trouble and expense by the way he performs this last essential part of fruit-growing for profit. GATHERING AND PROFITABLE UTILISATION OF APPLES AND PEARS. 20] The Time of Gathering Apples. This to a great extent depends upon the variety, and also the season and the state of the market, but, as a rule, most large, early, soft-fleshed apples, such as Heklinville Seedling, Lord Suffield, and others of the same class, should be gathered early, before they are fully ripe; they then travel much better. LHarly dessert apples, on the other hand, are generally best left on the trees until fully ripe. They then develop their best flavour and colour. Both should be marketed as quickly as possible after being gathered. It is wonderful how quickly the early apples lose their freshness, and, therefore, their marketable value, after being gathered. If your trees are cropped very heavily, it is a good plan to thin them very considerably (even to half the crop) before they are nearly fully grown, and market those picked. It is more than probable the remaining crop will develop so much better, that you will make more of it with less strain for the future welfare of the trees than if you had left the whole crop to ripen. The best time to gather mid-season apples depends much on the season and the siate of the markets. To make fruit-growing a commercial success, you not only require to study crops and markets at home, but also the best reports you can get of crops and prospects abroad. If apples are selling well, and there is a prospect of heavy importations from abroad, they should be gathered early and marketed with the early sorts; but if, on the other hand, English crops are heavy, and there are prospects of light importations later on, let your mid-season apples stop on the trees to fully colour and mature, and they will then keep longer for later markets, and be more attractive when sold if carefully packed. Last year the general quality of the American and Canadian fruit was not good; consequently when the glut of our fruit was over, the English grower, who kept his fruit well, was rewarded by a large advance in price. This year, however, there is a prospect of heavy importations of good fruit from these countries, and I should advise growers to market early and keep only their best late keeping sorts. It was stated last month in an American trade paper that Canada alone will have 1,500,0CO barrels available for export, and that the United Kingdom is looked upon by exporters as their best 202 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. market. Late apples should always be left as long on the trees as possible and carefully stored; especially does this apply to a season of heavy crops. Year after year have I known apples sold in the autumn with the early or mid-season varieties which, if kept a month or two longer, would have made fifty or even a hundred per cent. more money; they also help to glut many an already over-flowing market, and lower prices of fruit which must be sold. Besides these reasons, late apples will not keep fresh and plump if gathered before they are ripe, and must be marketed with the early fruit, whatever the price. In hot, dry seasons much fruit ripens prematurely, and often in such a season there are a great many maggoty fruits, which fall and cause inexperienced growers to think the crop wants gathering, but it is better to pick up and market the windfall apples frequently, and leave the rest to fully mature. It is often wonderful how late apples will colour up and improve in appearance the last few days when nearly ripe. The general opinion is that apples should be perfectly dry when picked, but, from my own ex- perience of about twenty-five years in marketing and storing large quantities, I have never found any harm done to the apples for market purposes if picked when a little damp, so that they are not very wet and stored so thickly as to heat ; indeed, in many cases I believe they have kept fresher and plumper, though, perhaps, at the expense of their best flavour if used for dessert ; probably I shall not have all gardeners agree with me on this point, but I speak from my own experience as a grower for market. Pears in gathering do not require quite the same treatment as apples. Early pears should always be gathered for market before fully ripe, and marketed rather under than over ripe. Late pears should, like late apples, be left to fully mature on the trees, or they do not ripen or keep well. Mode of Gathering Apples and Pears. You cannot do this too carefully; much loss is incurred by carelessness in gathering. All fruit should be carefully placed in the basket (which is preferably lined or padded, and if with a swing-handle all the better) ; fruit should never be dropped into the basket, but placed by the hand; every time a fruit drops on another it not only bruises itself, but bruises the one it falls on. GATHERING AND PROFITABLE UTILISATION OF APPLES AND PEARS. 203 If very choice pears or specimen apples are being gathered they should be gathered into very shallow baskets, better if in single layers and taken singly out of the baskets. With large crops of commoner fruit when emptying the fruit out of the basket it should be let roll out gently and steadied by the hand; in fact it should always be kept in mind that fruit is easily bruised, and cannot be too carefully handled. I have often in country dis- tricts seen pickers (gathering fruit from standard trees) use a bag slung round their bodies as a receptacle. Nothing can be worse, as every movement of the picker rolls the fruits against one another, and bruises them more or less according to the tenderness of the variety. For dwarf trees of course no ladder is required, but for standard trees the ladder should be long and light, so that it can be easily reared by one man. For tall bushes, pyramids, or young standard trees the best contrivance I have seen is made by three very light ladders fastened together at the top by hinges to a piece of iron made in the form of a triangle. This will stand alone without support, does not break or bruise the trees, and can be easily shifted round them. A full description, illustration, and mode of making it was given by a correspondent in the Journal of Horticultwre of a recent date. Stormg. As I said before, to make the most money of your fruit you will sometimes want to store it, probably for some months, and upon the construction of your store or fruit room, to a great extent, depends the condition and therefore the market value of your fruit. You may take it as a general rule that apples have the greatest market value if plump and fresh looking, without a trace of shrivelling at the time of marketing; but a large pro- portion of the apples marketed after Christmas are not in this condition ; hence the more care should be taken that you know how to properly store if needful. For high-class or specimen fruit a properly constructed fruit- room with shelves is necessary: this need not be an expensive structure, but it should be made so that a low and uniform temperature can be maintained. It should be made so that it can be kept quite free from draughts, but capable of being ventilated when necessary. I find as a rule apples require to have good ventilation for the first three weeks or a month after 204 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. being gathered; but after this time the more securely they are kept from the air and draughts the better they will keep. Apples too are best kept from the light, and darkness does not interfere with their colouring after being stored. The fruit-room should be constructed so that it can be kept perfectly frost-proof. Apples keep best just above but never below freezing point. A store to answer these requirements can be made in several ways, one of which is by making your room with double walls, double windows, and doors. The frost will-‘not pass between two such walls, even if thin, as the air between effectually stops it; but creat care must be taken in constructing such a room that the inner wall does not touch the outer at any point, or the frost will enter at that point. This construction is for a store-room above ground. Or the fruit-room can be con- structed half under ground, the chief drawback to this being a little more difficulty in ventilation. It is also better if the room has a rather damp atmosphere, so that it is not actually wet. A good model of a high-class fruit-room is the well-known one in the nurseries of Messrs. Geo. Bunyard & Co. This is built above ground, is of wood, and is thickly thatched, has double doors, windows with shutters, ventilation being in the apex of the roof, and it is fitted with shelves: the cost, it is stated, was about £30. A full description how to make a similar store was published by Mr. Bunyard in the Royal Horticultural Society’s Jowrnal, vol. xvii. page 147, and the splendid collection of fruit shown by his firm at the Temple Show in May last, to which a silver cup was awarded, had been kept in this room. My own fruit-room was originally built for a silo, has concrete walls, is half underground in the side of a bank, it has a packing-room above, entered from the fruit-room by a trap-door, the two being parted by a double ceiling to the fruit-room: this latter room is entered by double doors. I can keep fruit in this room if required fresh and plump until June, July, or later, and I had over forty varieties in it in good condition last June, hot as that month was. Ihave often had specimen fruit from two seasons in the room at the same time, and can always find fruit to make a fair display at the Royal Agricultural Society's Show held in June. The only drawback I find is a little difficulty in getting sufficient early ventilation, but after the fruit has reached a certain stage no trouble is experienced. It large quantities of GATHERING AND PROFITABLE UTILISATION OF APPLES AND PEARS. 205 fruit have to be dealt with, apples will keep wellif laid on the floor about 12 or even 18 inches deep, and covered up from the light (I had over fifty tons in January last stored in this way), or they ean be packed in barrels which are best laid on their sides after being filled; but whatever form of store you have keep it at a low temperature and as close and free from draughts as possible, giving ventilation only early in the season when the fruit is first stored. Be sure that the store is frost-proof; but if by any means the frost does enter do not disturb the frozen fruit until it has thoroughly thawed ; let it thaw untouched and in the dark, and your loss may not be so much as you would expect. I have known apples in a plentiful year kept well in the open air in heaps, covered up with straw and earth, much the same as potatos, and come out fresh and plump in the spring (I do not say the flavour would be first-class). These latter modes are, of course, for dealing with large quantities of ordinary fruit. A very ingenious and useful system of storing fruit has been patented and introduced by Mr. Orr, of Bedford. This consists of a series of trays into which the fruit can be placed direct from the tree; and these being formed so that they can be placed one upon another, a large quantity can be placed in a small space. With a few slight improvements, and if the question of cost can be satisfactorily got over, I have no doubt it will be largely adopted. In storing take care that none but carefully hand-picked and sound fruit is stored, or great loss will most likely be incurred. The less an apple is handled after being picked the better will it keep, and I find no necessity for following the old-fashioned method of frequently wiping the fruit to remove the moisture. Pears do not require quite the same treatment as apples in storing. To bring out their best flavour they require a rather higher and dryer atmosphere. I now come to the most important step of all in connection with commercial fruit-growing, that is the marketing and profit- able utilisation of your fruit; here you have to study the different markets. In certain markets certain classes and sorts of fruit sell best ; in one market high-class dessert fruit sells best, in another large cooking apples, in another quality is not so much consideration as high colour. It is no use sending common fruit to Covent Garden Market, but there are markets which will take K 206 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. -_ them. Large coarse sorts of apples, such as ‘‘ Catsheads,’’ will not sell in the London markets, but they will sell well in Wales or the North. Some sorts, again, are favourites in particular markets ; that grand dessert apple ‘‘ Cox’s Orange Pippin”’ will make a high price in London; but send it to Manchester, where it is not so well known, and it will not sell nearly as well. ‘‘Wyken Pippin,’ a high-flavoured but not very attractive- looking dessert apple, will sell well in Birmingham (where its good qualities are well known); but buyers will hardly look at it in most other markets;, and so I could go on and give other instances. Grading. This most important part of your work—‘ marketing and utilisation of your fruit for profit ’’—I can almost say, all pivots round the one word ‘‘ grading.’’ I have been harping on this string for the last fifteen years or more, and have heard many others urge the importance of grading. Depend upon it, the future of the fruit trade of the United Kingdom lies in the direc- tion of grading. We can, I believe, grow as good fruit as other countries; then how and why do they beat us? Not by growing better fruit than we do, but by only sending us the best, in quantity, and of sorts and qualities which they know suit our markets, utilising the other classes of fruit for other purposes cr other markets. Far be it for me to advise anyone to grow inferior fruits for profit ; but no grower, however proficient, can grow all best, and it is as important to profitably utilise the second rate as the best, if you wish the balance sheet to be on the right side. There is a market for the best, there is another market for the seconds, and there is a market on purpose for the thirds; but if you send your fruit, best, seconds, and thirds, without grading to the market for the best, you will only realise a third-rate price for the lot; whereas if you had properly graded this fruit, your best would make the best price in the market for the high-class, your seconds would make their value in the proper market, and your thirds could be utilised for some other purpose. Apples should always be graded into three classes—best, seconds, and thirds—and in some cases a fourth class can be added, namely, extra selected choice or specimen fruits. The extra selected should make a high price, for high-class cus- GATHERING AND PROFITABLE UTILISATION OF APPLES AND PEARS. 207 tomers, special occasions, or decorative purposes. I may mention that two weeks following during this September I saw sold by public auction in Hereford Fruit Market (where upwards of 400 lots of fruit were sold each time, good, bad, and indifferent) boxes of selected specimen apples (Peasgood Nonsuch), containing only one dozen fruits, at 4s. 6d. and 5s. per box, and that to dealers, whereas there was plenty of common fruit sold at the same sum per hundredweight. The best fruit can be sent to high-class markets packed in suitable packages: the seconds should go to other markets where there is a demand for this class of fruit amongst buyers who do not care to buy the high-priced, but want more for their money. There are many such markets in our great manufacturing centres; or they can be used for drying, cider making, jam making, &c. There is one purpose for which your seconds may be utilised, viz., drying. Although I have a good pattern of evaporator, and know others who have used the same kind with success, I cannot speak from practical experience on any large scale; but I believe only certain sorts of apples are suitable, and that to work one profitably it requires doing on a moderately large scale. There are several purposes for which the thirds can be profitably utilised. Thousands of tons are used annually by jam makers for making a cheap mixed jam, which can be sold at low prices in our great manufacturing districts; and as long as it is sold for what it is, no fault can be found, as in no other way can so cheap and wholesome a jam be made. I myself have sold a hundred tons at one time to one firm for this purpose. The jam makers will only take good boiling apples—the sharper and more acid the better. There is another purpose for which small apples can be used, viz., cider making; but a few words of warning here: sharp, sour cooking apples will not make good cider. Soil makes a great difference to the quality of cider. Ona shallow or gravelly soil good cider cannot be made even from good cider sorts of apples. I think some of my Kent friends found out these facts when attempting to utilise their glut of fruit last year. Most rich, high-flavoured, and sweet apples make good cider; but the best of our dessert apples are worth too much money in the markets even to make cider with, and it would be foliy to use them when as good or better cider can be made from less costly fruit. I often feel amused K 2 908 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. when I read the circulars of some cider makers who state they have cider made from Ribston Pippins, Newtown Pippins, and other high-class dessert apples. There are plenty of good cider varieties with the requisite tannin, grown in our cider-making districts, without having recourse to better sorts; but this is no reason why the suitable small fruit, not good enough for market, cannot be profitably used. I am not about to give you a treatise on cider making, but I may just mention that large fine fruit from young trees does not make as good cider as smaller fruit from old trees, and the juice is usually of lower specific gravity, the reason doubtless being that there is more water in the juice of the larger fruit, caused by the sreater activity of the roots of the younger trees. If you cannot utilise your thirds for any of these purposes do not hesitate to throw it away rather than mix it with the better class; that is, if you have no pigs or other stock you can give it to. It will pay you better to do this. I may here mention that I sold last season (1895 and 1896) upwards of 150 tons of dessert and cooking apples and pears, and made into cider a good many hundreds of tons of cider apples and perry pears, mostly of the best cider and perry sorts; and all this fruit was graded for different purposes. For the last few years I have consigned all my best fruit under my own parti- cular brand, and it was only a month ago I wrote to the fruit salesman who sells most of my best in Covent Garden Market, asking him if he thought that it paid me to grade my apples. His reply was as follows: ‘‘I am sure it has paid you to grade the apples; your Pomona brand has only to be shown and the best buyers are all after it. They know well enough the packing after I have received one or two lots.”’ Packing. Pears should be graded the same as apples, but few of the dessert pears make good perry. Some of our hardy perry sorts, however, are amongst the best for stewing; one of our oldest perry pears, the Longland, equals the well-known Catillac for stewing, with the advantage that it can be stewed whole. Having dwelt rather long on the importance of grading and the utilisation of the different grades, I will now turn to the next GATHERING AND PROFITABLE UTILISATION OF APPLES AND PEARS. 209 most important subject of packing. Never mix the sorts in one package. Try and send a fair quantity of each sort or grade to market at the same time. Mark the best grades with your particular mark or brand. Whatever your package pack fairly, but as attractively as possible. Do not be induced to put the best fruit on the top of the package with inferior beneath, but have the same class of fruit throughout the packages. I believe the old system of what used to be called “topping up”’ is not quite as prevalent as it was some yearsago; butas showing how deeply rooted it was and the little amount of confidence dealers had in English packing, I will repeat the following amusing conversation I had with a fruit dealer a few years ago. (I have told it before, but think it will bear repeating.) Some few years aco, when attending Worcester Hop Fair, I happened to notice what appeared to be a very fine hamper of fruit outside a fruit dealer’s warehouse. I inquired of him if they were the same throughout. He said he hardly expected so, they never were. I then mentioned that I sold all my fruit packed the same from top to bottom of package. His answer was, “ Excuse me, but I never take the word of a packer. A grower who does not top up his fruit deserves to be canonised.’”’ While we have gone on with this system of unfair packing and inferior grading what have the Americans, Canadians, and Australians done? They have captured our markets. The reason of the great success of American, Canadian, and Australian fruit is that dealers know any particular mark or brand can be depended on, and they can sell one, ten, fifty, or one hundred barrels or cases by one sample barrel or case, and buyers can buy as many as they like and come again next day and buy more exactly the same. As showing how much importance is attached to the grading of apples in America for shipping to our country, I may mention that they have formed a ‘National Apple-shippers’ Association,’ which lays down rules for grading and shipping apples ; and I noticed from last month’s issue of a paper devoted to the trade that the association at their last meeting amended the rule concerning the requirements for a No. 1 apple, and, after stating a definite size for each grade and the varieties to be included in each grade, it lays down the rule that ‘No. 1 apples shall be at the time of packing practically free from the action of worms, or defacement of surface, or breaking of skin; shall be hand-picked from the 910 JOURNAL OF THE ROYAL HORTICULTURAL SOCIETY. tree, and of bright and normal colour and shapely form.” These are the actual words used. I am glad, however, to say I believe of late years that our growers have improved in their packing and grading, and I fancy that our cousins across the water have got a little more careless, perhaps thinking they have now got our markets securely ; but we are not quite beaten yet, and I am glad to think English apples are more in demand than they were some years back, and it is for ourselves to say if we can increase that demand. Last spring a salesman in Glasgow (a town where nearly all the apples sold are foreign) wrote to me as follows: “I have not for years known English apples sell so well as they have this spring,’’ and this was after one of the heaviest crops of apples we have ever had in this country. As regards the kind of package used, this to a great extent depends upon the market you are sending to. I myself am in favour of boxes or barrels, but whatever the package they are best all of one even size, holding one definite weight, as buyers or sellers do not care to be bothered with calculating the contents of various sorts and sizes of packages unless they are well paid for it. Extra choice or specimen apples or pears should be packed carefully, one, two, or three dozen in a box, each apple or pear carefully wrapped in soft paper, one of the most suitable packing materials being what is known as wood-wool. One of the best systems of packing apples in boxes has been demonstrated to us at several of the Crystal Palace and other shows by Mr. Archibald Weir, of Ottery St. Mary. Other best apples, and second-sized pears, are best sold in boxes holding about 40 lb., or in flats (baskets with lids holding about 40 lb.). A good deal of fruit in the London markets is sold in bushels holding about 42 1b. I prefer the flats. Barrels holding either 56 lb. or 112 1b., I think, are growing in favour in the northern markets. Common sorts for certain niarkets are usually packed in what are called pots, open square baskets without lids, holding in some cases about 84 lb., in others about 112 lb. In all cases great care should be taken to pack your fruit firmly. Line the sides of your package well with clean paper, fold the surplus ends of paper over the fruit, and place another sheet on the top. ‘Take care the package is well filled. Be care- GATHERING AND PROFITABLE UTILISATION OF APPLES AND PEARS. 911 ful to place your top layer of fruit to look attractive and catch the eye; a great deal of difference in the appearance of the fruit when the package is opened can be made by the care taken in placing the top layer. If your package has an open top, and is of wicker-work, some cross hazel or other pliable sticks protects the fruit, and is much better than string or cord, which works slack. Fruit loosely packed always travels badly. A good deal of the American and Canadian fruit is packed so firmly that a foot lever has to be used to press the fruit into the barrels; and although this sometimes indents the fruit, and is also sometimes from carelessness carried too far, fruit indented by pressure will often keep well, whereas if that indentation had been caused by a blow it would soon decay. -= ‘ a ey sOUvAPe UI —LNNOOOV AONAAGY IVYANAD “ pred (YOIMSIyO) soxey, pue soqviy 0 SLI 9tz Sc "* ON OTLIS “ OL § O31 * ‘9x “SyApy ‘vONporg uepIey ee = ae ee ae sa 00 03 °" awe “ae poyeunse O SI 92 | Pp * ‘SUIPULYS}NO SuUOTIdIJOSqng JenuUYy uy pred ‘9681 ‘SNOILdINOSaNS —SUOLGHa AUYGNAS 44 | 6 T og se: ** SYOLIGHUO AUWANNS OL WZ “¢ F ‘Dp oe F ‘? 9 i ? “§ F ‘ID ‘S6gt ‘YHAWADAC WI ‘“LYAHS AONVIVa "IEE nee SIN A A A | | Pe a, A OO OL oS Be we ae A oo ee ee ae Le X1V ROYAL HORTIC@H ANNUAL REVENUE AND EXPENDITURE To ESTABLISHMENT EXPENSES— 2? bh) bb Salaries and Wages Rent of Office Printing and Stationery .. Journal... eee Postage: «.. Coal and Gas Donation to Auriculaand Primula Society Miscellaneous i: SHOWS and MEETINGS— Rent of Drill Hall and Cleaning Temple Show oe 56 Crystal Palace Fruit Show Prizes and Medals— Vegetable Show oo Ae Rose Show oie 5 Others Printing, &c. Labour SAL Repairs to Tents, Ke. ‘ S03 Superintendent of Flower Shows a CHISWICK GARDENS— Rent, Rates, Taxes, and Insurance Superintendent’s Salary .. Labour 5 Implements, Manure, Soil, Packing, Ke. Coal and Coke - eid He Repairs, Ordinary Water and Gas Miscellaneous BALANCE TO GENERAL REVENUE ACCOUNT £ sg. d. 644 14 0 173: Seo 203 4 5 672 14 11 ait 6 416 9 16. 20 ee 150 15 10 £ 3. da. 1,937 ‘0 5& 1,764 12 0 564 1 3 £5,688 2 2 XV mUNAPR. SOCIETY. ACCOUNT for the YEAR ending DECEMBER 31, 1895. Cr Ch St as £ $s. a. By ANNUAL SUBSCRIPTIONS ... OE 3,354 19 5 5, TEMPLE SHOW Ns gets vie L241b WO aS » CRYSTAL PALACE FRUIT SHOW ... 2054 O o. DRILE FALL MEBTINGS. ... ios 27 14 O ; —— 1,47417 9 . ADVERTISEMENTS IN JOURNAL, &c. 209), 8h uh , SALE OF JOURNAL ~..: ay Abe 52 15 10 » MISCELLANEOUS RECEIPTS aoe 39 5 10 » DIVIDENDS— Davis Bequest and Parry’s Legacy 5618 4 Consols, £1,750 A ane at ATL nO e —_—— ST 19° 4 Interest on Deposits... ise dae of 1243 » PRIZES AND MEDALS Jo she Bos ito | » CHISWICK GARDENS— Produce sold ... aes ade eee) (B39. 0 pl Admissions ... ace i at a.705)0 Miscellaneous cs Naie = 2415 0 epee ao, bib £5,638 2 2 We have examined the above Accounts, and find the same correct. (Signed) HARRY TURNER, JAMES H. VEITCH, } Auditors. HARPER BROS., Chartered Accountants. January 7, 1896. Xvi PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. GENERAL MEETING. Marcu 10, 1896. Mr. Horace F. Cox in the Chair. Fellows elected (41).—S. R. Andrews, Mrs. §. Arnold, Rev. Ei. Bartrum, Rev. M. C. H. Bird, M.A., Samuel Buston, John O. Clarke, R. Creighton, Lady Davey, Mrs. G. Daw, John Dew- rance, H. Percy Dodson, Dr. H. W. Drew, B. H. Emerson, Miss Kmma Ford, Miss Lucy Ford, C. W. Gale, W. Gurley, Lady Hall (of Dunglass), Miss Hazeon, Mrs. W. Holborn, G. P. Mitchell Innes, R. Jones, J. Kitley, J. Curtis Leman, R. Baillee MacBean, Reginald MacLeod, Martin J. Meyerotte, Hon. Richard Moreton, A. J. Blackett Ord, J.P., C. Stanley Peach, Basil Richardson, Hon. Mrs. John Ryder, G. R. Sheath, Rev. T. N. Hart Smith, Herbert William Symes, William Tapply, T. Turton, Charles H. Wainwright, Mrs. E. Westray, Edw. Withers, Charles Wood. Associates (2).—Mr. Frank Briggs, William Truelove. Societies affiliated (6).—Aspley Guise Horticultural Society ; Bournemouth Horticultural Society ; King’s Lynn Horticultural Society ; Norfolk and Norwich Horticultural Society; Sea Point Horticultural Society ; Withington Horticultural Society. A paper on “ The Melon ’’ was read by Mr. James Barkham. (See page 1.) GENERAL MEETING. Marcu 24, 1896. Mr. GEorGE GorpDon in the Chair. Fellows elected (18).—Miss Ethel Biggs, R. Stafford Charles, Mrs. Akers Douglas, Arthur F. Fitter, A. Helsam Jones, T. W. Howard, Austen Keen, Arthur Kime, T. M. Le Pelly, Alfred Lodge, G. H. Rolls, Alfred R. O. Stutfield, Hon. Mrs. Tremayne, John C. Tremayme, Arthur F. Varley, Vyell E. Walker, Charles Wallington, J. H. Wigginton. Societies affiliated (2).—Dartmouth and District Horticul- tural Society ; Preston Horticultural Society. A paper on “ Summer Saladings”’ by Mr. W. Iggulden was read in his absence by the Assistant Secretary. (See page 8.) GENERAL MEETINGS. XVli GENERAL MEETING. Apri 7, 1896. Mr. GEORGE Bunyarp in the Chair. Fellows elected (17).—Hon. Mrs. Alfred Acland, George Bick, Rev. W. J. Burdett, Alfred P. Coe, Lady Digby, Mrs. T. B. Elliott; A. B. Freeman Mitford, J. M. Hawes, R. A. Hellaby, Mrs. C. L. Lewis, Mrs. Raymond Lluellyn, Miss Rudduck, Miss Murray Schmitz, Arthur Snell, George Soltan- Symons, Robert J. J. Stewart, John W. Townsend. GENERAL MEETING. Aprit 21, 1896. Mr. Joun H. FisuHe|r in the Chair. Fellows elected (16).—Thomas Robins Bolitho, Major Bor- rowes, Robert Godwin Cheesley, George William Cook, Mrs. EK. H. Drinkwater, Dr. Richard Freer, M.A., James Furness, Herbert E. Hall, James Ingle, G. W. Law-Shofield, Charles R. Paul, Frank A. Rehder, Miss 8. M. Sneyd, Arthur G. C. Stollery, John Strong, M. D. Warmington. A paper on “ Pine-apples’”’ by Mr. H. W. Ward was read by the Assistant Secretary. (See page 16.) GENERAL MEETING. May 5, 1896. Rev. GEORGE HEenstow, M.A., in the Chair. Fellows elected (19)—Mrs. Ingham Baker, John Char- rington, Henry F. Elliott, Victor Norman Gauntlett, Mrs. Alfred Goldsmid, Joseph Groves, Henry Hicks, Alfred H. Houlder, C. Grey Mott, W. H. Page, Mrs. Parris, Edw. Raw- lings, T. Molesworth Roberts, Charles §. Robinson, Mrs. Stansfeld, W. Titt, Miss Laura Warwick, H. H. Williams, H. H. Wills. XVlll PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. Society affiliated (1).—Yorkshire Grand Gala and Musical Exhibition. A short Lecture fon ‘‘The Species and Varieties of Tulipa ’’ was given by Mr. J. G. Baker, F.R.S. (See page 24.) THE TEMPLE SHOW, 1896. May 19, 20, and 21. By kind permission of the Treasurer and Masters of the Bench the Society held its Ninth Great Annual Flower Show in the gardens of the Inner Temple, on Tuesday, Wednesday, and Thursday, May 19, 20, and 21, 1896. The weather during the first day was glorious, and visitors came in far larger numbers than on any preceding occasion. About 5 p.m. on the first day their Royal Highnesses the Prince and Princess of Wales, accompanied by the Princesses Maud and Victoria, and Prince Carl of Denmark, honoured the Society by visiting the show unannounced. ‘The Royal party looked through all the tents, and then spent half an hour or so chatting on the lawn. The second day was in comparison quite cold and squally. Indeed, the wind was at times so violent that the moorings of the tents—and especially those of the large marquee—were almost torn from the ground, necessitating the continuous driving in of holdfasts for the security alike of visitors and plants. The exhibition itself was quite up to the average. It would be impossible to give details as to the plants, flowers, fruits, &c., shown, so vast was the quantity the tents contained, but the fol- lowing ground plans will show their general disposition. The awards of the Council are given below; those of the Fruit, Floral, and Orchid Committees will be found under the report of each Committee in their proper order. The band of her Majesty’s Horse Guards (Blues), under the direction of Mr. Chas. Godfrey, R.A.Mus., performed during the afternoon of each day. 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CHAS. TURNEB: Roses. : ‘OP ‘squng abvuog | ., "SUnIpvyv~ ot bs Fry, a SISO ‘sug. ‘spoLy SUNIL pDIDI : sunuobumag |\'squnr ebmrog | ; :SNOG Nee a Se eer : SNOG te, : ate NOS ¥ TAVd SMVDAGASTITMA | 2 HOLITA ‘f >SNOG 2 DNIVT » aad *f :SHUNOL “('°H : NOLMOT “MA ae ee | | “SPYYILO : ‘dW ‘Nomy] :GAW | >NVDIM :x0umg | : SITI | :"qivg ‘AONTUMV'T = ‘SCH SATO “A as TAVG ‘OM VOAEU LT AIS DM | | fe "SPYYIlO "SIUDI GT ILD “SPYILO cd 5 OKO) 25 Bn OF ar [URTMOT | : AWOIOL >: NAGUVY OINV.L >SWVITTIIM Z UHaNVS HiLUOMSHTIUVHYD “iy Lf DOLV IA -Oog HVaIHANVY) cS ia 2 f Ss "$9802T "9900 UWL SIUWDZIANT 829091) "S980ET >NOG 93 TOVd ‘WM :NOG 2 SUMATIY ‘090 Y HLINY “tT :ADSWAY “MM Carnations. a.P ‘suonu Log ‘squng abvyog :NOG 9 HSNaLAYD "09 x O9L NV1d—'G ‘ON LNAL—"9681 ‘MOHS 3 IdW3L XXIV PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. AWARDS MADE BY THE COUNCIL AT THE TEMPLE SHOW, 1896. NoTE.—Duplicate Medals are not given to Trade Exhibitors for flowers and plants exhibited under different heads, but the one award is made for the sum total. Distinct awards are, however, made for fruit, &c. Gold Medal. Sir Trevor Lawrence, Bart., for Orchids. Messrs. Sander & Co., for Orchids. Messrs. Sutton & Sons, for Vegetables. Silver Cups. i . H. S. Leon, Esq., for Orchids. . Sir F. Wigan, for Orchids. . Messrs. J. Veitch & Sons, for new plants, Azaleas, Cala- Messrs. Rivers & Son, for Nectarines. diums, Gloxinias, Japanese plants, &ce. . Messrs. Cutbush & Son, for Carnations, cut-flowers, &c. . Messrs. Low & Co., for Orchids, Cannas, &c. . Messrs. Charlesworth & Co., for Orchids. . W.S. Ellis, Esq., for Orchids. . Messrs. Backhouse & Son, for Alpines and Orchids. . Mr. Chas. Turner, for Roses, Carnations, &c. . Messrs. W. Paul & Son, for Roses. . Karl Percy, for Fruit and Vegetables. ' . Messrs. Wingfield, for Vegetables and Fruit. . Mr. George Mount, for Roses. . Messrs. Paul & Son, for Roses, Herbaceous plants, &c. . Messrs. R. Smith & Co., for Clematis. . Messrs. Peed & Son, for Caladiums. . Messrs. W. & J. Birkenhead, for Ferns. . Messrs. Bunyard & Co., for Apples. Silver Gilt Flora Medal. Mr. Jas. Cypher, for Orchids. Messrs. Barr & Son, for Herbaceous plants, &c. J. G. Fowler, Ksq., for Orchids. Major Joicey, for Orchids. Karl Percy, for Orchids. Martin R. Smith, Ksq., for Carnations. THE TEMPLE SHOW, 1896. XXV My. M. Pritchard, for Herbaceous plants. Messrs. W. Balchin & Son, for Leschenaultias, &ce. Mr. T. 8. Ware, for Herbaceous plants and Begonias. Messrs. J. Waterer & Sons, for Rhododendrons. Messrs. Wills & Segar, for Foliage plants. Messrs. Perkins & Co., for Bouquets. Messrs. Kelway & Son, for Herbaceous plants. Messrs. J. Laing & Son, for Begonias, Gloxinias, Cala- diums, &c. Mr. H. B. May, for Ferns and Foliage plants. Messrs. Cannell & Son, for Calceolarias, Gloxinias, and Pelargoniums. Messrs. Jas. Carter & Co., for Calceolarias, Gloxinias, and Herbaceous plants. L’ Horticulture Internationale, for new plants. Messzs. B. S. Williams & Son, for Orchids and Azaleas. My. J. R. Box, for Begonias. Silver Gilt Kightian Medal. Mr. G. Featherby, for Fruits. Messrs. James Veitch & Son, for Apples. Earl of Radnor, for Vegetables. Messrs. James Carter & Co., for Vegetables. Silver Gilt Banksian Medal. My. W. Iceton, for Foliage plants. Silver Flora Medal. Messrs. James & Son, for Calceolarias. Messrs. Fromow & Son, for Rhododendrons and Acers. Messrs. G. Jackman & Son, for Roses and Herbaceous plants. Mr. W. Rumsey, for Roses. Messrs. Wallace & Co., for Lilies, Herbaceous plants, &c. Messrs. Cripps & Son, for Acers. Messrs. Dobbie & Co., for Herbaceous plants. Messrs. Cheal & Son, for Herbaceous plants. Messrs. G. Cooling & Son, for Roses. Mrs. Wingfield, for group of plants. Mr. H. J. Jones, for Begonias and Pelargoniums. W.A. Gillett, Esq., for Gloxinias. XXV1 PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. G. H. Rolls, Esq., for Orchids. Messrs. Lewis & Co., for Orchids. Silver Banksian Medal. Malcolm §. Cook, Esq., for Orchids. Mr. Geo. Mount, for Apples. Mr. S. Mortimer, for Cucumbers. Messrs. Fellowes & Ryder, for Tomatos. Mr. Fyfe, for Tomatos. Mr. M. Stevens, for table decorations. My. J. Prewett, for table decorations. Horticultural College, for table decorations and Strawberries. Mr. J. R. Chard, for table decorations. Mr. B. Ladhamg, for Herbaceous flowers. C. Tasker, Esq., for Cannas and Roses. Messrs. A. Roozen & Son, for Tulips. Mr. H. O. Garford, for floral decorations. GENERAL MEETING. JUNE 9, 1896. Sir Trevor LawrEncz, Bart., in the Chaif. Fellows elected (50).—F rank H. Anderson, F. G. Arbuthnot, Miss Backhouse, H. Cary Batten, Robert Beasley, W. H. Broome Mrs. Austin Browne, Percy G. C. Burnand, George Bryan, Robert Campbell, M. V. Charrington, Stephenson Clarke, John Cohen, Frederick W. Coles, Francis A. Cordrey, Tyson Crawford, Roger Cross, Miss Mathilde Dresden, William Edwards, Admiral Fairfax, T. Hamilton Fox, J.P., Walter St. John Fox, 8. Grant, Brindaban C. Ghost, Mrs. Hibbert, Mrs. Ernest Hills, J. Hol- lingworth, Herbert Jones, Walter Lazenby, James H. Lockley, Stuart H. Low, A. Maxim, James McCullum, Mrs. McIntosh, Lady §. Melville, Mrs. Hope Morley, Lord Kdward Pelham- Clinton, Mrs. C. Rogers, Ferdinand Résing, Harry Sankey, J.) A. Shaw, Coningsby C. Sibthorp, Mrs. Soames, 8. T. Spalding, George Stuart, Mrs. G. H. Trollope, Alfred Webster, John Wells, Richard Whibley, Stephen Withers. DEPUTATION TO THE YORK GALA. XXVI1L Society affiliated (1).—Maldon Horticultural Society. Associate (1).—Frederick Gifford. The President presented Veitch Memorial Medals to Mr. F. W. Burbidge, M.A., of Trinity College Botanic Gardens, Dublin, and to Mr. Malcolm Dunn, Dalkeith Palace Gardens. Similar awards for services rendered to Horticulture were made to Mons. H. de Vilmorin, Paris, and to Professor C. §S. Sargent of the Harvard University, U.S.A., both of whom were unable to attend. Professor George Henslow gave a .Lecture (illustrated by magic-lantern views) on “The Movements of Plants.” (See page 34.) ——— DERULTATION TO. THE YORK GALA. June 17, 1896: A deputation consisting of ten members of the Society was appointed by the Council to visit the Great Show at York, with power to recommend Awards, &c., in the same way as is done by the other Committees of the Society sitting at Westminster or at Chiswick. The deputation was composed of Sir Trevor Lawrence, Bart., President of the Society ; Philip Crowley, EKsq., F.L.S., F.Z.8., Treasurer ; W. T. Thiselton-Dyer, Esq., C.M.G., F.R.S., Director of the Royal Gardens, Kew ; T. B. Haywood, Esq., of Reigate ; Sydney Courtauld, Esq., of Braintree; Mr. Harry J. Veitch, F'.L.8., of the Royal Exotic Nurseries, Chelsea; Mr. H. Self Leonard, of the Hardy Plant Nurseries, Guildford ; Mr. Malcolm Dunn, of the Palace Gardens, Dalkeith; Mr. James Hudson, of Gunnersbury House Gardens; and the Rev. W. Wilks, M.A., Vicar of Shirley, and Secretary of the Society. The deputation was received at the railway station at York on Tuesday afternoon by the Lord Mayor, who extended a wel- come to the city, and by Sir Joseph Terry, Chairman of the York Horticultural Committee ; and at 7.80 in the evening the deputation was entertained at dinner by the members of the Comunittee. On Wednesday morning the deputation arrived on the Show ground a little before 11 o’clock, and at once proceeded to inspect all the exhibits. XXVIII PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. Awards Recommended :— Silver Gilt Flora Medal. To Messrs. James Veitch & Sons, Chelsea, for a group of plants. Silver Flora Medal. To Mrs. Tetley, Leeds (gr. Mr. Eastwood), for twelve show Pelargoniums. Silver Banksian Medal. To Mrs. Gurney Pease, Darlington (gr. Mr. J. McIntyre), for Ferns. To Mr. H. Pybus, Monkton Moor, Leeds, for Zonal Pelar- goniums. To Sir J. Reckitt, Bart., Swanland Manor (gr. Mr. G. Wilson), for a group of plants. To Mr. C. J. Mee, for a group of plants. First Class Certificate. To Lelio-Cattleya Gladiator (Lelia tenebrosa 2 x Cattleya Mendelii 3) (votes, unanimous), from Messrs. Charlesworth & Co., Heaton, Bradford. Award of Merit. To Cattleya Mossizw Giant (votes, unanimous), from Messrs. Low & Co., Clapton. To Cattleya superforbesii (C. superba @ x C. Forbesii 4) (votes, 8 for), from Mr. James Cypher, Cheltenham. To Odontoglossum crispum ‘H. Steel’ (votes, 6 for), from H. Steel, Esq., Tapton Court, Sheffield (gr. Mr. G. Howarth). To Odontoglossum crispum ‘ H. Mason’ (votes, unanimous), from Messrs. Charlesworth & Co., Heaton, Bradford. To Papaver orientale ‘ Prince of Orange’ (votes, 8 for, 2 against), from Messrs. Harkness & Sons, Bedale. To Iris germanica ‘G. Yeld’ (votes, unanimous), from G. Yeld, Esq., York. To Dipladenia amcena ‘ Lord Deramore’ (votes, 7 for), from Lord Deramore, Heslington Hall, York (gr. Mr. J. Hornby). To Lobelia tenuior ‘ Heaths’ Tree’ (votes, 6 for, 4 against), from Messrs. Heath & Son, Cheltenham. A plant that may be useful for baskets in greenhouses. - DEPUTATION TO THE YORK GALA. XX1X Botamcal Certificate. To Bifrenaria Charlesworthii (votes, unanimous), from T. R. Jessop, Esq., Roundhay, Leeds (gr. Mr. T. Tyson). Highly Commended. A group of 20 Alpine plants (votes, unanimous), from Mr. J. A. Rodwell, York. A superb plant of Cycas siamensis (votes, unanimous), from Mrs. Gurney Pease, Darlington (gr. Mr. McIntyre). New Rhododendrons (votes, unanimous), from Messrs. Anthony Waterer, Knap Hill, Woking. A group of Carnations (votes, unanimous), from Messrs. Laing & Mather, Kelso, N.B. A group of Hardy Plants (votes, unanimous), from Messrs. Fisher, Son & Sibray, Sheffield. Grand plants of Hedaroma proliferum, Cycas reyoluta, and Ixora Pilgrimi (votes, unanimous), from the Marquis of Zetland, Upleatham (gr. Mr. Nicholas). Grand plants of Erica ventricosa alba tincta, Phonocoma prolifera, and Bougainvillea Sanderiana (votes, unanimous), from Mr. James Cypher, Cheltenham. Commended. A box of seedling Begonias (votes, 8 for, 2 against), from I’. B. Grotrian, Esq., Hessle, Hull (gr. Mr. Murchison). A Bride’s Bouquet (votes, unanimous), from Messrs. Perkins & Son, Coventry. A Ball Bouquet (votes, unanimous), from Messrs. Perkins & Son, Coventry. Cultural Commendation. To Mr. T. Tyson, gardener to T. R. Jessop, Esq., Roundhay, Leeds, for a plant of Oncidium cornigerum (votes, unanimous). To Mr. T. Tyson, for a plant of Saccolabium guttatum (votes, unanimous). To Mr. McIndoe, gardener to Sir Joseph Pease, Hutton Hall, Guisborough, for dishes of Lemons, Citrons, and Oranges (votes, unanimous). To Mr. Nicholas, gardener to the Marquis of Zetland, Up- leatham, for a magnificent plant of Davallia fijiensis plumosa (votes, unanimous). XXX PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. To Mr. J. Snowden, gardener to the Rey. G. Yeates, York, for a superb plant of Adiantum concinnum (votes, unanimous). To Mr. 8. Hardcastle, York, for 10 Succulents, very finely grown (votes, 7 for, 3 against). After the deputation had finished their work, a luncheon was given in their honour by the Council of the Gala, ali the judges being also invited. Sir Joseph Terry, President of the Gala Committee, was in the chair, and he was supported by the Lord Mayor and by the Dean of York, by the Sheriff, and other leading gentlemen of the city and neighbourhood. In the evening a banquet was given by the Lord Mayor and Lady Mayoress at the Mansion House, to which all those members of the deputation who had not already returned to London were invited. GENERAL MEETING. JUNE 23, 1896. Mr. GrorGE BunyARD in the Chair. Fellows elected (16).—E. Bertolacci, Alister Clark, Mrs. H. Gilliat, Samuel Hardy, Oliver F. Hartland, Rev. W. Clarke Hose, Mrs. J. Godwin King, J. W. Pewtress, W. Pritchard, F. C. Proctor, D. B. Rapport, J. T. Richardson, Simon Rogers, William Tarling, Miss F. Hunt Ward, A. F. White. Mr. Samuel Heaton gave a Lecture on ‘“ Gardeners—Past, Present, and Future.’’ (See page 40.) SCIENTIFIC COMMITTEE. JANUARY 14, 1896. Dr. M. T. Masrxrs, F.R.S., in the Chair, and six members present. The Colouring of Flowers and Fruit.—The following com- munication was received from Mr. Roupell, of Harvey Lodge, Roupell Park, in reply to inquiries upon the artificial colouring of Apples :—‘ The lime used was the best chalk lime, air-slaked. The lime and soot formed part of the compost with which they were planted; say, one part soot, two parts lime, two parts SCIENTIFIC COMMITTEE, JANUARY 14. XXXI charred refuse from rubbish heap, and twenty parts ordinary kitchen garden soil, carefully blended. In this comparatively dry and warm compost the trees made short growths of well- ripened wood and bore well the second year. I have since had lime and soot sown over the trees just before the buds began to burst in the proportion of two parts lime and one part of soot, and at the rate of half a pound of the mixture to the square yard. This served as a protection against the larvee of certain moths as well asa manure. The soot and lime should be used quickly to avoid the escape of ammonia. The mixture caused a deeper colour in Apples and Pears. This was especially so in Lane’s Prince Albert, Red Joaneting, Mr. Gladstone, Irish Peach, Melon Apple, Cox’s Orange Pippin, Beauty of Kent, and Peasgood’s Nonesuch. The pale green varieties, such as Lord Suffield, were, I think, made to assume a deeper green, just as Grass and Wheat do when dressed with a similar mixture. My experience is that Pears and Apples are more highly coloured when grown on a soil abounding in iron and dressed with lime and soot than in a soil deficient in iron and lime. Louise Bonne of Jersey, Beurré Clairgeau, Trout Pear, Clapp’s Favourite, Durondeau, Beurré Rance, Uvedale’s St. Germain, Verulam, Vicar of Winkfield, and Catillac are deficient in colour when grown on a cold clay soil. I have also observed that Apples and Pears are more brightly coloured in a good showery season that in a very dry and hot one, and that some Apples, such as the Dartmouth Crab and some astringent cider Apples are red all over or not merely on the sunny side.’’ With reference to other fruits, Mr. Roupell further remarks: ‘‘ Black Grapes colour best in partial shade, and white varieties when exposed to the sun. They then assume an amber tint. Thomson’s Vine manure intensifies the purple or black of Grapes. Green Tomatoes become red when ripened in the dark, and some Apples gathered green become deep yellow and flushed with crimson, according to the variety in the fruit room.’’ The Secretary observed that several letters had appeared in the Gardeners’ Chronicle upon this subject, some writers attribut- ing the brightening of the colour mainly to “air and direct sun- light,’ others to the presence of iron, sulphate of iron and soot being given. ‘The iron helps the colouring by its absorbing sun heat, and thus rendering the soil warmer.” One writer observed that of 100 trees of Wellington only one produced XxXxll PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. red Apples, and ‘that tree had soot and iron given to it. With these, and plenty of ight and sun, I get the best colours I can wish for.’ The writers generally insist on a warm soil. In commenting on these experiences, Dr. Miiller observed that it was theoretically doubtful whether the iron—a common ingredient in all soils—has any effect, as it enters only to a very minute extent into the essential parts of plants (the chlorophyll). If it be applied with lime, then the solution of iron sulphite, under the influence of the air, is very soon changed into calcium sulphate and ferric hydrate. The former may then act beneficially as a “holder ’’ of ammonia, and enhance the activity of the soil. But since the soot contains ammonia salts (chiefly sulphate), it would seem that the colouring may be most probably traced to this ingredient, rather than the iron or lime. It was suggested that experiments should be tried by using nitrate of ammonia, in the proportion of 1 oz. to a gallon of water. Rose Sporting.—Mr. J. Hall, of Cheltenham, wrote to say that ‘“‘in the summer of 1890 a Rose grown on Dartmoor from a slip of a tree in Torquay bloomed, and on comparing the two the one from Dartmoor was a deep red orange, the one in Torquay a pale lemon yellow. ‘The soil in Torquay is the red sandstone ; Dart- moor is decomposed granite with some peat.’’ Mr. Wilks observed that the Rose (from the above description) might be Wm. Allen Richardson, which is of a deep apricot colour, but has the habit of changing to a pale yellow, so that the soil may not have been the cause. Cyclamen Unhealthy.—Mr. Leek, of Bullington House, forwarded a plant which did not appear to be attacked with any disease, but had received some check by cold, draught, or other cause. Mr. Douglas observed that he had experienced a similar effect in some of his plants. Mr. Leek also sent a Primula, remarkable for an increased viscidity, but it appeared to be per- fectly healthy. Lycaste Skinnert, virescent.—Mr. Sanders forwarded a speci- men in which the perianth was green. ‘The cause of virescence is obscure, being permanent on the well-grown green Rose. Dianthus Attacked by Grubs.—With reference to this subject brought before the Committee at the last meeting, Mr. Douglas remarked that he had lost some thousands of plants, and that the only remedy was to pick out the grubs with a needle. SCIENTIFIC COMMITTEE, MARCH 10. XXXili Dr. Miller observed that it attacks the very youngest plants when only three or four leaves are present, and especially D. elacialis. Peach Tree Guwmnung.—Mr. 8. T. Wright sent a piece of a trunk badly gummed from Chiswick, saying that it appeared to have some grubs upon it, but none could be seen. It was for- warded to Mr. McLachlan for further investigation. Mr. Douglas observed that when gumming first appears, trenching all round the roots, with the insertion of fresh loam, checks it at once, but if it has reached an advanced stage, as in the specimen sent, the tree must be removed. Pinus Coultert (macrocarpa).—Dr. Masters exhibited some handsome cones and foliage of this tree grown at Lord Ducie’s grounds, Tortworth, Gloucestershire. It is also quite hardy in Kent. He observed that it was hardier than P. insignis, though it comes from a lower altitude than the former in California. P. Coulteri differs from the variety macrocarpa in having curved spines. Orchids Monstrous.—Dr. Von Miller sent specimens, draw- ings of which were shown by Dr. Masters, of flowers of Glossodia and Caleana, the former having three lips, while the latter had no lip but a petaloid column, &c. ScIENTIFIC CommMITTEE, Marc# 10, 1896. R. McLacutan, Esq., F.R.S., in the Chair, and four members present. A further specimen of a diseased trunk of a Peach tree was sent from Chiswick. The bark was covered with exudations of gum, and spotted all over with the expelled excreta of a small caterpillar, which was found burrowing under the bark, and pene- trating only a very short distance intothe wood. The insect was found to be the larva of Semasia Woberana, the Apple or Pear tree Bark Moth. It was suggested that a plaster of clay mixed with paraffin, and applied to the trunk of the trees, might prove a remedy, or rather a prevention. As the insect never penetrates to any great depth, it was thought that the trees would survive many years, even when seriously affected. XXX1V PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY, Specimens of Carnations sent from Mr. Peters, Givan’s Grove, Leatherhead, were found to be affected with a fungoid disease attacking the main stem. They were referred to Dr. Masters for identification of the fungus, but it was not thought that any practical remedy could be suggested other than burning the affected plants, and starting fresh ones on fresh soil. Mrs. Miller, of Winestead Rectory, Hull, sent blossoms of Crocus and Hellebores for identification. Mr. Veitch offered to endeavour to do this. M. Godefroy Lebeuf, of Paris, exhibited some sprays of metallised Odontoglossum crispum with foliage of Ivy and Kuonymus. They were beautifully executed, the natural form of the flowers being admirably preserved, and the venation of the leaves perfectly distinct. ScIENTIFIC CoMMITTEE, Marcu 24, 1896. R. McLacutay, Esq., F.R.S., in the Chair, and six members present. A letter was read from Dr. Masters respecting the diseased Carnations submitted to the Committee by Mr. Peters, in which he stated that the leaves were damaged by a species of eelworm, and advised that the plants should be burnt, as there was no cure for them. Dr. Russell reported that he was about to begin, conjointly with Mr. Wilks, the planned experiments on the coloration of Apples. Meanwhile, he had analysed and determined the ammonia in the soot which is to be used in these experiments, and found it to contain 4 per cent. Mr. Colvile Browne, of Hextable, Kent, ‘sent a specimen ex- hibiting a very remarkable interpenetration of a shoot of a Potato passing right through the substance of another Potato in an oblique direction. This is probably due to the formation by the shoot of a solvent substance, which enables it to soften and dissolve the tissues with which it is in contact. SCIENTIFIC COMMITTER, APRIL 7. XXXV ScreENTIFIC ComMITTEE, Apri 7, 1896. J. T. Bennert-Po#, Esq., in the Chair, and three members present. Potato perforated by a Subterranean Stem.—With reference to the specimen brought to the last meeting, it is said that the penetration was effected by the secretion of a solvent substance or ferment. This was the conclusion drawn by M. Prunet (*« Rey. Gén. de Bot.,” vol. il., p.166,1891). On the other hand, G. J. Peirce would attribute the penetration to mechanical pressure, and not to the action of a diastatic ferment (‘‘ Bot. Feit.” li. 169). Bitter and Bergamot Oranges from La Mortola.—Mr. Hens- low exhibited specimens from the Marchese Hanbury. The former was raised by him from a pip of an Orange from a tree at Rome, said to have been planted by St. Dominic about .p. 1200, which still exists at the monastery of St. Sabina. It is supposed to have been one of the earliest trees introduced into Europe. The Bitter Seville or Bigarade Orange (Citrus vulgaris, Risso) is believed to have been the first to be cultivated. Mr. Henslow observed that the so-called “wild Orange”’ used for stocks in Malta bears a quite uneatable fruit of a similar kind. The Bergamot is a small Orange (25 to 8 inches in diameter). The peel is smooth and thin, abounding in essential oil of a peculiar fragrance, strongly suggestive of eau de Cologne. It is cultivated at Reggio in Calabria, and is unknown wild. It first appeared in the latter part of the seventeenth century.— (“ Pharmacographia,” p. 121.) Violets.—Mr. Henslow also showed some Violets from Mentone remarkable for their large size. When dried they were 15 inch in diameter. They are commonly sold in the Riviera, but are mostly very deficient in scent. They may be the source of the Violet Princess of Wales, which is of French origin. Fasciated Brussels Sprouts.—Mr. Smee sent a very remark- able specimen. The stem was cylindrical at the base, but widened out into a broad paddle-shaped and flattened extremity, covered with minute buds. He also exhibited excellent photo- graphs of the same. XXXV1. PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. ScIENTIFIC CoMMITTEE, APRIL 21. Dr. M. T. Mastsrs, F.R.S., in the Chair, and eight members present. Primulas, Auricula x Alpine.—Mr. Douglas exhibited a very interesting collection of hybrid Primulas, between the ‘‘ Show ” (P. auricula) and the “ Alpine”’ (P. pubescens, according to Mr. Baker). The former was the pod bearer. They were all raised from the fruit of one truss, and presented a considerable amount of variety in the foliage and the colours of the flowers. The mealiness was much reduced, and indeed nearly absent from the leaves. Two specimens exhibited curious abnormal con- ditions upon which Dr. Masters will report. It was stated by the late Mr. Shirley Hibberd, at the Primula Conference in 1886, that in his opinion these two classes of Primula would not cross, but he observed that “no man was so competent” to experi- mentise upon them as Mr. Douglas. He had thus completely negatived Mr. Hibberd’s surmise. The Bardfield Oxlip.—Mr. Henslow exhibited specimens of this plant received from Mr. J. French, Felstead, Kssex, with a communication containing his observations on the variations of plants under the influence of their environments. With reference to the genus, Primula, he observes: ‘ An instance of ‘bog’ modification is that of the Bardfield Oxlip (P. elatior). This in bog land would be unrecognisable to the ordinary observer. There are acres of boggy pastures at Great Bardfield, where every plant of this species has but one floret to each peduncle, and a small rosette of leaves resembling Celandine more than Primrose. The common Paigle (P. veris) lives in the same meadows unchanged. It is, therefore, clearly in the capacity of the Oxlip to be moulded by its environment alone.” With regard to hybridisation, Mr. French notices that while ‘‘ Primroses seed themselves tolerably well alone, and also remain constant, or very nearly so [in a garden], as they do in the wild state, when you put them in company with the Oxlips (unless I am mistaken altogether in my observations) a different arrangement will ensue. The Oxlips still remain unaltered, for the Bardfield Oxlip cannot be changed by crossing, whereas the Primrose and Paigle are both very unstable; but the seedling Primroses SCIENTIFIC COMMITTEE, APRIL 21. XXXVI will gradually (that is in the course of four or five seasons) very materially change, and that apparently without any fixed law. The petals may or may not alter their colour or become foliaceous ; the corolla may put on the form known as ‘hose- in-hose;’ the peduncle will almost certainly be lengthened, and the typical Primrose leaf will gradually vanish and give place to a form intermediate between that of Primrose and Oxlip; the leaf, in fact, will be the only hybrid feature, so to say, none of the other changes pointing either to that or any other par- ticular direction. My impression is that the changes finally result in sterilisation, and that the plant, if left alone, will never recover its normal state, but I cannot speak with certainty on this point. My experience is that the Bardfield Oxlip does not readily seed itself, but my firm belief is that its pollen readily fertilises the Primrose, and occasionally, but not often, the Cowslip. It, in common with the others, is visited by many sorts of insects.”” Mr. French sent a great variety of blossoms of Primroses with white and pink corollas, as well as foliaceous and other modifications; of these he observes, ‘‘ The enclosed flowers are from Primroses which have seeded in a natural way in my garden, but the changes have not been developed until the second or third year has passed. My contention is that the changes are due in part to cultivation, but very much more to disturbances initiated by the application of pollen from other plants, and more particularly from the stamens of the Bardfield Oxlip, in the company of which they have been grown. It may be of interest to say that I live on the limiting line of the two species, the Oxlp and Primrose, and can easily point out the most northerly Primroses and also the most southern Oxlips, and at one place there is not a mile between the two; but the line is absolute, and neither plant intrudes into the other’s domain.”” Dr. Masters observed that the only change the Oxlip undergoes in his garden is to sometimes assume a pink colour. Wellingtonia, 9 Flowers.—Dr. Masters exhibited shoots of the Sequoia gigantea with young terminal cones in the flowering state. They are scarcely a quarter of an inch in length, and therefore, easily overlooked, but being more globular in form when once seen, they can be readily distinguished from the leafy apices of other shoots. H XXXVill PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. Sirex gigas in Timber.—He also showed a specimen of the “Hornet Saw Fly’’ from Dropmore. It is rather larger, but somewhat closely resembles a hornet in appearance. The grub bores through timber. Mr. Mclachlan observed that it was formerly much more abundant, having been introduced from North Europe. Niphetos Rose, Malformed.—Dr. Masters also exhibited good examples of a foliaceous calyx in this Rose, the sepals being converted into large pinnate leaves. Tyloses in Beech Root.—Dr. Masters exhibited a microscopic slide showing the cellular growth in the vessels known by this name. ‘To such an extent had it occurred that the wood showed a dark brown streak, indicating the position of the vessels con- taining the tyloses. Mignonette, Origin of.—Mr. Henslow suggested, from a com- parison between Feseda odorata and f. Phytewma, a common species in South France and Algeria, that this latter was the source of the garden plant. In the original description in Bot. Mag., A.D. 1790, it is said to be Egyptian, but the garden Mignonette is not in the Kgyptian nor in North African Floras, and does not appear to be known wild. The differences between this and R. Phytewma, as Mr. Douglas observed, are not greater than between varieties of f. odorata. The wild species, it is true, has not the scent; still, as Mr. Henslow observed, when a bunch of the flowers are taken, there is just a faint odour suggestive of the Mignonette. Caltha palustris, Honey Glands of.—Mr. Cuthbertson called attention last year to the apparent absence of these structures described by Miiller as on the sides of the carpels in his “ Fertilisa- tion of Plants,’ for that author spoke of a ‘‘ fold’’ on the sides of the carpels, with a gland in the fold. This has not been seen in any English plant, but there is a spot where the epidermal tissue is papillate, suggestive of an abortive gland. Mr. Cuth- bertson forwarded specimens received from Germany, but still nothing was present in agreement with Muller’s description, but only as occurs here. SCIENTIFIC COMMITTEE, MAY 5. XXX1X ScIENTIFIC CoMMITTEE, May 5, 1896. Dr. M. T. Masters, F.R.S., in the Chair, eight members, and Prof. Zacharias, Director of the Botanic Garden, Hamburg, were present. Primula, Auricula x Alpine.—Dr. Masters reported upon two abnormal specimens brought to the last meeting occurring among the seedling hybrids raised by Mr. Douglas. One was foliaceous, the corolla, &c., being represented by minute green leaves. In the other the corolla was only abnormally bent. Bardfield Oxlup.—With reference to the statement by Mr. French that this species resisted being crossed by the Cowslip or Primrose, the Rev. C. Wolley Dod sent specimens from his garden to show that there was reason to suppose that they were the result of the Bardfield Oxlip having been crossed by the Primrose. The foliage sent, however, agreed almost entirely with that of the Oxlip type, and in one case only of the flowers was there a slight tendency to produce the inflated calyx tube and the crest or corona within the corolla tube, characteristic of Primroses and Cowslips, the total absence of this being a marked feature of the Oxlip. Raspberry-stem Borer—Mr. Mclachlan remarked on a specimen sent by Mr. Pearson, of Chilwell, that the injury re- sulted in the destruction of the buds, the eggs being hatched in the flower; but that it was difficult to suggest a remedy. Cart- grease smeared round the base of the canes, or kerosine emulsion washed round the stems has been suggested as preventives. The. erub was that of Lampronia rubiella, a small moth. It formed the prey of tomtits. Primula Auricula, x.—Mr. Douglas exhibited plants of crosses between the pubescent type (the pod bearer) and the Alpine ; and remarked upon the perseverance of humble bees in visiting the Auricula ; within a quarter of an hour he had observed that a bee visited 508 flowers, thus giving two seconds apiece,. on the average, to each. Cineraria, Origin of.—Mr. Douglas also exhibited several sprays of different shades of mauve, from seedlings raised from the plant at Kew of Cineraria cruenta. He called attention to the original illustration of this species, and of C. lanata in the. Botanical Magazine, and considered that the probabilities were: H 2 xl PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. in favour of C. lanata, or else a cross with this species being the source of the cultivated forms. Colouring of Flowers.—Dr. Russell gave some details of a preliminary experiment with white MHyacinths treated with various salts to test the influence they might have upon the colouring of the flowers. The only bulbs obtainable were, unfortunately, very inferior in quality, as the experiment was not proposed till too late in the season. On March 6 the bulbs were treated with the following solutions, all being grown in water :—Cobalt nitrate, copper sulphate, ferrous sulphate, man- ganese nitrate, nickel nitrate, chromium acetate, zinc nitrate, ammonium nitrate, urea, soluble Prussian blue, coli, and water alone, distilled. All contained 18 grains to a pint of distilled water. As the liquids evaporated they were made up with a stronger solution of 80 grains to the pint. Two plants only indicated any colour in the flowers. The one treated with nickel nitrate on March 25 looked very bad, imp and yellow ; the bud, which would naturally have been green, showed a distinctly pink colour. The one treated with ferrous sulphate blossomed, and had also a decidedly pink tinge. All the rest were either more or less arrested in growth, sickly, or dead. As a preliminary experiment, and that with unsatisfactory materials, the result, so far as the above two were concerned, was interesting ; but it was the general opinion that the solutions were too strong, and that this would probably account for the injurious effects upon the growth of the Hyacinths. It is proposed to try further experiments with white Pelargoniums. Narcissus, Crosses.— Mr. Engleheart, in describing the various results of his experience in crossing the Narcissus during the last fifteen years, observed that the main cross was between the Trumpet Narcissi (as pod bearers) and the Poeticus. This gave rise to the Incomparabilis section ; but that among the seedlings of the cross there would sometimes arise pure Poeticus; the male was always more or less prepotent, but sometimes the offspring would show no trace of the female parent. Dr. Masters observed that the same result sometimes occurred in other plants. Dr. Zacharias alluded to the case of Strawberries (‘False Crosses,’ Gard. Chron., 1894, p. 568), and Mr. Henslow mentioned that when the Rhododendron ‘“ Monarch ’’ (which contained the species R. jasminiflorum twice, R. javanicum, R. SCIENTIFIC COMMITTEE, JUNE 9. xhli Lobbii, and R. Brookeanum var. gracile) was crossed with R. malayanum the result was almost pure malayanum. Larch Disease.—Dr. Masters exhibited a specimen showing the fungus, Peziza Willkommi, in the fruiting stage. It had attacked the stem to such an extent that the whole of the wood had grown excentrically. Abies amabilis.—He also exhibited a fine spray of this tree laden with many catkins of a brilliant red and yellow colour. It had been previously described, from imperfect specimens, as bearing single catkins only. ScIENTIFIC COMMITTEE, JUNE 9, 1896. Dr. M. T. Masters, F.R.S., in the Chair, and nine members present. Experiments im Colouring Flowers.—As a_ preliminary experiment, Dr. Russell tested the power of the soil to retain the various salts proposed to be used in the case of white Pelar- goniums. He took two glass tubes, 1 foot in length and # inch in diameter and drawn out at one end. These were filled with soil from a garden, the amount being 85 cubic inches. He poured in a solution of sulphate of copper (13 grains to the pint, or +0z. to the gallon). The water which came through was tested; but 41 pints passed through before any trace appeared, and that only after one month; 56 grains were held by the soil. Similarly with sulphate of iron: 3} pints of the solution passed through before any iron was present in the water. This took twenty-eight days, so that 47 grains were held by the soil. As an additional experiment, some of the same soil was saturated by shaking it with water; it was then put into a tube similar to the previous ones, and sulphate of copper (13 grains to the pint) poured on as before ; 2% pints passed through before any copper was traceable. This took fifteen days, so that 36 grains were held by the soil. The next experiment was made with ammonium salts. Ammonium nitrate was poured on the soil (13 grains to a pint); 4 oz. came through before the ammonium salt was found. The soil thus retained 2% grains. This took only three- quarters of an hour. Ammonium chloride.—With this salt, xii PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. 5 oz. passed through before ammonia was detected, therefore the soil held 85 grains. It ran through in half-an-hour. The significance of these experiments showed that unless the salts be piaced directly in contact with the roots, it might be retained in the soil and no result would follow. Prepotency of the Male Parent.—Mr. Douglas brought a very interesting communication on prepotency in crossing Carnations from Martin Smith, Eisq., of The Warren, Hayes, of which the following is an abstract :—‘ One very strong bit of evidence in favour [of the male prepotency] is given by the crosses on ‘Germania.’ This is a flower of tremendous individuality, and if any flower could transmit its peculiarities to its descendants, it would be this; yet Germania (yellow) is swamped by the prepotency of the pollen parent in the great majority of cases. I hardly ever get a yellow worth having; but when I do I find them, as a rule, pure reproductions on a most feeble scale of the mother; and I always regard them as products of Germania fertilised by pollen of flowers on the same plant, or from one in the immediate vicinity.”’ Mr. Smith sends a table of crosses in which is Germania (seed parent) x King of Scarlets:—Produce, two yellow-ground Picotees, one yellow self; Germania x Sir B. Seymour, all the produce took after the male parent; G. x a maroon, nearly all the offspring maroons; G. x Mrs. Vernon Harcourt: offspring, five scarlets and one maroon; G. x Ariadne gave scarlet, crimson, and rose. ‘“ The strongest evidence on the other side is afforded by the produce of Madame A. Warocqué x G. I have at one time or another, since 1892, saved nearly ninety plants from this cross, and I never raised a yellow from it; a few buffs and apricots, but never a true yellow, by far the largest proportions being scarlets, rose, and crimsons. It seems to me to be easy enough in a cross for other colours to swamp yellow, but quite another thing for yellow to override other colours, unless it exists in both parents. The most it seems able to do is to produce orange and buff.’ In further illustration of this fact he gives the following cases :—Ruby x G. gave two rose (no trace of yellow) ; Governor (maroon) x G. gave one yellow, one buff, two rose, and one crimson; Madame Van Houtte and Ella Murray x G.: all the offspring took after the mother. Mr. Smith adds the following interesting fact with “whites ’”’ :—‘‘ When you cross violent contrasts of colour, such SCIENTIFIC COMMITTEE, JUNE 9. xiii as purple and yellow, or scarlet and yellow, you are apt to get a good proportion of whites.’’ He gives as examples :—Corunna (yellow) x Hayes (scarlet): offspring, two whites, one scarlet ; Germania (yellow) x purple, gives maroons and whites; G. x N. Murray (scarlet), four out of five were white ; Lord Sefton x G. gave four whites, one maroon, three yellow or buff. Primulas as Skin Irritants.—Myr. Dod observed that besides the well-known case of P. obconica (which, however, has no effect upon himself), he finds P. japonica to be very irritating ; and what is more remarkable, the “‘farina,’’ a secretion of wax on the surface of the plant, produces the same effect, causing blisters on the hand. Cineraria Hybrids.—Mr. Bennett-Poé exhibited a plant of C. l’Heritieri (2) xa greenhouse variety of C. cruenta, raised by Mr. Lynch, of the Botanic Gardens, Cambridge, and also a similar cross by himself. The flowers were very different. In the former they were red, whole-coloured, the petals long and dependent; in Mr. Poé’s they were white, with tips purple, and the heads flatter, more resembling an ordinary garden form. Cytisus scoparius var. Andreanus.—A question having been raised as to the seed of this variety coming true, Mr. Wilks ob- served that about one-third came true, but in others the blossom reverted to those of the Broom, but were larger than on the wild Broom. Mr. Henslow exhibited sprays from a seedling which had come true. The plant had been grafted on the common Broom. Peas Penetrated by Oats.—Mr. Henslow exhibited a speci- men—one of many found among Peas—of a Pea which had been hollowed out by a weevil, and then penetrated by an Oat. It illustrates, presumably, the remarkable property of penetrating the soil possessed by Oats, fruits of Krodium, &c., which are pro- vided with a spirally-twisted hygroscopic awn. This on be- coming moistened untwists, and so thrusts the lower end down- wards. In this case it happened to penetrate the hollow Peas. Garden Hybrids.—Mr. Henslow described some specimens received from Rey. C. W. Dod, consisting of natural crosses between species of Polemonium, Papaver, and Heuchera. In one case, Polemonium flavum x P. ccruleum, the hybrid scarcely differed from the male parent; but in all the others the cross was more decidedly intermediate. The following are a xliv PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. few of the points which showed the proportional intermediate characters. Taking, e.g., P. ceruleum ; the hybrid: P. reptans; the length of blades of similar leaves were as 3: 4°5: 5. The apex of a leaflet—shortly acute; sub acuminate; acuminate. Anther elongated, golden yellow; shorter, pale yellow; shortest, white. Size of pollen-grains—2: 1°75: 1:5, &c. With regard to P. flavum x P. ecceeruleum, Mr. Dod writes: ‘ This is the most interesting of the many hybrids of Polemonium which come up in my garden. I have no doubt of the hybrid, because I have carefully saved seed of P. flavum, and the hybrid has shown itself among several sowings. It is interesting because in colour and flower it so nearly follows the pollen parent. The difference in habit is considerable. P. c. has a perpendicular habit of _ growth, but the hybrid follows P. flavum in being divaricate at the base, the hybrid is absolutely barren, though the parents are both profuse seeders. The hybrid, however, is most prolific in other ways; for any stump or stalk grows readily and luxuri- antly.’’ With regard to other characters, the hybrid is more decidedly pubescent than in the stem, &c., of P. c.; but less so than P. fl. The petals of P. c. have a round purple ring at the base of the corolla. In the hybrid this is wanting, as it is also in P. fl., &e. The cross between Heuchera cylindrica, with green flowers, and H. sanguinea with crimson flowers, is very obvious, the hybrid having rose-red flowers. The pollen, unlike that of the parents, was very bad. Though the leaves resembled those of the parents in size, the veining agreed mostly with that of H. sanguinea, the angles between the palmate veins being less acute than is the case in H.c. In the form of the calyx, the hybrid also approximated that of H. s. rather than that of H.c. In Papaver orientale var. bracteatum x P. rupifragum, this hybrid, though decidedly intermediate, approaches P. rupi- fragum the nearest. _ Thus while P. or. is hirsute, P. r. is pubescent. In the cross the hairiness is of an intermediate character. This is well seen in the calyx by the following pro- portions :—P. or.: Hyb.: P. rupifragum; stiff curved hairs: soft curved hairs: tomentose. The peduncle has cords scattered, as in endogens, in P. orientale; while in the hybrid and in P. rupifragum the peduncle is much smaller, having the cords in a ring. The corolla is scarlet in P. orientale; orange in hybrid and P. rupifragum, &c. Generally speaking, therefore, the SCIENTIFIC COMMITTEE, JUNE 23. xly hybrid is intermediate, but approximates P. rupifragum. With regard to other hybrid Poppies, Dr. Masters observed that M. Vilmorin had succeeded in crossing P. orientale with P. somni- ferum, and also with P. Rheas. Mr. Wilks tried very carefully to cross a Shirley Poppy with the Iceland Poppy, but the result was identical with the Shirley strain, except that the influence of the Iceland pollen seemed to have brought back all the wild black blood of P. Rheeas, the elimination of which is the distinguishing mark of the Shirley Poppies, and that to which they owe their chief beauty. The Leek.—Dr. Masters exhibited a curious specimen, in which the leaves were very large, concrescent, and spiral in growth, forming a large sheet. SCIENTIFIC COMMITTEE, JUNE 23, 1896. Dr. M. T. Masters, F.R.S,, in the Chair, and three members present. Dianthus, Colours of.—With reference to the colours of Car- nations, Mr. Douglas observed that the yellows are apt to revert to other colours, and mentioned as an instance 200 seedlings from a yellow, among which no yellow appeared. Cabbage Palm Frut.—Mr. J. H. Maiden, successor to Mr. Ch. Moore, formerly curator for fifty years of the Botanic Garden, Melbourne, sent some fruit. They are small and globular, about the size of marbles. The Palm is Livistona australis, described as a tall and graceful tree, 80 feet in height. They were forwarded to Chiswick to be grown. Tomatos, Monstrous.—Dr. Masters exhibited some Tomatos of the modern globular form, remarkable for possessing small exserted supernumerary carpels. These had grown on the placentas in the place of ovules. It was not uncommon in the old grooved Tomatos (due to the flowers having been synanthic), but it had not appeared before on the smooth fruit. It was received from Dickson’s, of Chester. Pinus Lambertiana.—Dr. Masters also showed a shoot of this tree, known in California as the Sugar Pine, bearing numerous orange-coloured male catkins. xlvi PROCEEDINGS OF THE ROYAL HORTICULTURAL SOCIETY. Curious Moss-growth.—Mr. J. P. Way, of Warwick School, sent a remarkable specimen, found near the New Forest. It was of the shape of a double convex lens, about 6 inches across; the stems all radiating from the middle. It was forwarded to Dr. Braithwaite, who reports as follows :—‘‘ The moss is Leucobryum glaucum, common in this state, but very rare in fruit. It grows under two conditions: (1) In boggy heaths, when it takes a more expanded form, being always wet ; (2) in woods, where it occurs in circular patches, beginning of the size of a sixpence, rooting, and going on increasing to the dimensions of a half-crown. The branching goes on centrifugally, and the tufts are so dense that the easiest way for them is to le between the surface of the ground and the older stems above. Then, probably, after the first heavy rain the cushion swells up like a sponge, and is torn away from the earth, to become a white lump when dry, which is then blown about by the wind, just like the Rose of Jericho, Anastatica hierochuntica. The plant would not grow again as a whole, but it throws off small ones, which grow and form new colonies. (See Br. “ Moss Flora,” page 85.) FRUIT AND VEGETABLE COMMITTEE. JANUARY 14, 1896. PuHinip CrowieEy, Esq., in the Chair, and eighteen members present. Awards Recommended :— Silver-gilt Knightian Medai. To Messrs. Bunyard & Co., Maidstone, for a collection of 100 varieties of Cooking Apples in splendid condition. Silver Banksian Medal. | To Mr. J. Watkins, Hereford, for a collection of new and little-known Apples, many amongst them being local seedlings. To Messrs. Laing & Son, Forest Hill, for 86 dishes of Apples and Pears. FRUIT AND VEGETABLE COMMITTEE, JANUARY 14. xlvii To Messrs. Cheal & Sons, Crawley, for 20 dishes of very interesting and rare varieties of Apples and Pears. Award of Merit, To Dessert Apple ‘Lord Hindlip’ (votes, unanimous), from Mr. J. Watkins, Hereford. Of medium size, flat at the base, } \ nally ANN i ih, I! Mi ih " NN iin \\\ \\ NAN one AN h Ha eh ah Mi ANS re a u sit NAAN \ ne \\ ANN Ae i wi Ki \" \\ \\\\ \ eal My a ua Ih \\ \ N YY AWN i iN HK a nN) rae i Mie teh MN d an Min it i ! ail bil i i ail! 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