THE UNIVERSITY OF ILLINOIS LIBRARY G5S.63 L79c OAK ST, HDSF OAK ST. HDSF r MMITHi Return this book on or before the Latest Date stamped below. A charge is made on all overdue books. versity of Illinois Library L161 — H41 Digitized by the Internet Archive in 2016 with funding from University of Illinois Urbana-Champaign https://archive.org/details/coffeeitscultureOOIock NOTICE. The attention of those interested in the cultivation of Coffee is particularly invited to the Guanos manufactured by Messrs. J. JENSEN & CO., Limited, of 109, Fenchurch Street, London. Jensen’s Guanos are of great purity and excellence, and their bene- ficial effect upon Coffee has been proved. For further information on this subject see page 36. COFFEE : ITS CULTUEE AND COMMEECE IN ALL COUNTRIES. SIONITII iO U1SU3MH BRANCH OF COFFEA ARABIC A, WITH BERRIES AND FLOWERS. [Frontispiec-' COFFEE ITS CULTUEE AND COMMEECE IN ALL COUNTRIES. EDITED BY C. Gr. WARNFORD LOCK, F.L.S. LlSc. PREFACE. The fragrant berry of the Coffee shrub has become a necessity of everyday life, and the healthy reaction against intoxicating liquors will bring it increasingly into use as a mildly stimulating beverage. Two facts tend to retard the increase in coffee consumption in this country — one is the licensed adulteration with a worthless, if not actually injurious substitute, and the other is the prevalent ignor- ance how to prepare an infusion for drinking. These we may hope to see removed in course of time. But there is no doubt coffee finds in tea a powerful rival. The latter is much more easily made ready for the cup, and affords a cheaper drink. Our Colonial and Indian coffee-planters are not, how- ever, dependent on England alone for buyers; they grow for the whole wide world. Competing in the open market with Brazilian, Central American, and Native growths, always at a great disadvantage in the matter of labour, they mainly command a sale by the quality of their pro- duce. This quality can only be maintained by constant attention and study. Thus it happens that coffee-growing ft ym PREFACE. lias a most respectable literature of its own, which is being constantly added to, and as often run out of print. Despite the grumbling at the state of the coffee trade in some places, new estates are being opened in others, and fresh capital is being invested in this attractive branch of colonial plant- ing. Hence the demand for a handy book dealing with the industry, not simply in local colours, but embracing the experience of cultivators in all parts of the world adapted to the crop. The present little volume is intended to supply that demand. CONTENTS, CHAPTER I. PAGE The Plant 1 The Estate CHAPTER II. 6 Cultivation CHAPTER HI. 21 CHAPTER IV. Diseases and Enemies 40 CHAPTER Y. Preparation of the Berry 95 X CONTENTS, CHAPTER VI. PAGE Markets and Statistics Ill CHAPTER VII. Local Details of Culture and Production 169 CHAPTER VIII. Bibliography 257 Index 259 ILLUSTRATIONS. PLATES. PLATE Branch of Coffea arabica I. Planters* Tools 20 II. Shed Booting 21 III. J amaica Plantation 32 IV. Ceylon Plantation 64 V. Ceylon Plantation 80 VI. Estate Buildings 96 VII. Guardiola’s Coffee-drier 104 VIII. Smout’s Combined Peeler and Polisher .. 107 IX. Pulping House 144 X. Interior of Pulping House 176 XI. Drying Floor V 208 FIGUKES IN TEXT. FIG. PAGE 1. Cattie .. .. .. .. .. .. .. .. .. 13 2. Quintannie .. .. .. .. .. .. . . .. 19 3. Mammotie .. .. .. .. .. .. .. .. 19 4. Alavangoe . . . . . . . . . . . . . . . . 19 5. Shading for Seeds . . . . . . . . . . . . . . 21 6. Double Pulper . . . . . . . . . . . . . . 96 7. Cylinder of Pulper . . . . . . . . . . . . . . 97 8. Cylinder Pulper . . . . . . . . . . . . . . 98 9. Gearless Pulper . . . . . . . . . . . . . . 99 10. Breast Pulper . . .. .. .. .. . . .. .. 100 11. Fermenting Tanks .. .. .. .. .. .. .. 102 12. Peeling and Polishing Machine .. .. .. .. .. 107 13. Smout’s Dry Cherry Huller . . . . . . . . . . . . 107 14. Separator .. .. .. .. .. .. .. .. 108 15. Improved Separator .. .. .. .. .. .. .. 108 COFFEE CHAPTER I. THE PLANT. Coffee is the fruit of a series of plants belonging to the family Bubiacese. The genus known as Coffea is divided by botanists into some sixty species, of which about twenty-two are referred to America, fifteen to Africa, and seven to Asia. There is abundant reason for supposing, however, that the majority of these so-called species are mere varieties, due to different conditions of soil, climate, and cultivation. For all practical purposes, it will be sufficient to distinguish two species only, Coffea Arabica and C. Liberica ( Liberiana ). The former is the well-known coffee-shrub. It attains a height of 15 to 20 ft., and its foliage resembles that of the Portugal laurel ; the small, white blossom is not unlike that of the jessamine in form and scent ; the berries are at first dark-green, changing, as they mature, to yellow, red, and, finally, deep crimson. Beneath the skin of the ripe berry, or “ cherry,” as it is called, is a mucilaginous, saccharine, glutinous “ pulp,” closely enveloping the “ beans,” usually a pair of oval, plano-convex seeds, though sometimes there is but one seed, called, from its shape, “ peaberry ” ; these beans are coated with a cartilaginous membrane, known as “ parchment,” and beneath this by a very delicate, semi- B 2 THE PLANT. transparent, closely adhering jacket, termed the “ silver- skin.” The range of this species is at elevations of 1000 to 4000 ft., between latitudes 15° N. and 15° S., and its culti- 1- vation may be extended to 36° N. and 30° S., in localities where the temperature does not fall below 13° C. (55° F.). Perhaps the most favourable climate would be a temperature ranging from 15° to 27° C. (60° to 80° F.) in the shade ; and as to humidity, there should be no month in the year entirely devoid of rain, the total of which may be 100 to 150 in. per annum — absence of extremes of temperature, with a constant supply of moisture. The shrub is culti- vated chiefly in Brazil, Java, Ceylon, India, the Central American Republics, West Indies, Arabia, Natal, and recently in Australasia. It furnishes almost the whole of the coffee of commerce. Increasing attention is, however, being devoted to 0. Libe- rica. This species is a native of Liberia, and is distinguished from the ordinary shrub by much more vigorous growth, by affecting flat and coast lands as well as hill-sides, by attaining greater size and age, and by withstanding greater extremes of climate. It possesses additional advantages in that it is capable of improvement by cultivation, and, though as liable • to disease as C. Arabica , seems to be affected in a minor degree. On the other hand, the produce is much coarser flavoured than ordinary coffee, though that is no drawback to its being used for admixture with better sorts, producing a cheap, yet genuine, beverage for the million. From expe- riments tried in Ceylon, great benefits are anticipated from grafting the fine-flavoured G. Arabica on stocks of the hardy C. Liberica . Whether the Liberian coffee is or is not really proof against the destructive fungus or “ leaf-disease ” which affects the ordinary varieties of coffee, not only in Ceylon but also in Fiji, Java, the Straits Settlements, Brazil, and other coffee- growing countries, is a disputed point. One planter at least in Fiji asserts that it is not, and planters in Ceylon are not THE PLANT. 3 fully agreed that the tree possesses the immunity from this disease, which was one of its principal claims to notice when it first attracted attention. It is evident, however, that the tree is subject to the attacks of another kind of fungoid growth, similar to that which is found in badly- cultivated cocoa and sugar plantations in the West Indies. The experi- mental plantations of Liberian coffee in the Botanical Gardens in Trinidad are, according to Mr. Prestoe, the Government botanist, liable to this parasitic growth. Most of the trees are in perfect health, but some years ago a large Tonga bean- tree, in the prime of life, suddenly died, owing to the attack of the fungoid growth at the roots ; and since then several of the Liberian coffee trees have been seriously affected, two being killed outright. This pest is liable to work its ravages for a long time unnoticed, but sometimes makes known its existence by developing huge spore-bearing plates of great thickness and solidity. Fortunately the pest has not the fecundity of the Hemileia vastatrix , and it is easily detected in the seed-bearing state ; but, if measures for its destruction are not promptly taken whenever found, it may easily increase and multiply, and when once it has established itself in a locality it is difficult to get rid of it. “ The immunity enjoyed by Liberian coffee from the attacks of the blight insect ( Cemiostoma eoffeellum ) is of the utmost importance to the welfare of Dominica and the neigh- bouring colonies, both English and French, for there is now nothing to prevent the islands of the Lesser Antilles from being once more large coffee-supplying countries. In Domi- nica the cultivation of coffee may be said to be re-established, although it is only as yet in its infancy, and the productive- ness of the Liberian trees is a matter of astonishment to those of the older residents who remember the coffee estates of forty years ago.” (Nicholls.) “ The Arabian coffee may be described as a small shrub ; the Liberian species, on the other hand, would appear to be a small tree , for in Africa it is said to attain a height of over thirty feet. Instead of a single stem, it has five or six stems e 2 4 THE PLANT. growing out of tlie ground, and in some instances as many v as ten. This habit has a most important bearing on the cultivation, for when one of the stems becomes old and sterile it may be removed, not only without any injury to the crop, but with actual benefit to the productiveness of the plant. Thus plantations of Liberian coffee may be continu- ally invigorated by the judicious pruning away of some of the main stems ; whereas in removing the main stem of the ordinary coffee a sucker has to be trained up in its place, and one or two crops are lost. The appearance of the Liberian coffee is very unlike that of the Arabian, for, in addition to the subdivisions of the main stem, the leaves are at least twice the size of those of the other species. An average Liberian coffee-leaf is 11 in. long and 4 in. wide in its broadest part ; whilst the measurements of an average leaf of the so-called creole coffee are respectively 5 in. and If in. / On examining a young Liberian plant about a year old, 23 in. high, with no lateral branches yet formed, and with fourteen pairs of leaves (several of the lower pairs having fallen), I found two of the leaves to have measurements slightly in excess of the above, and the uppermost internode was 4 in. in length.> The leaves of the Liberian coffee bear in size and shape a resemblance to those of the cocoa tree, and the old peasants on first seeing the ‘ new English coffee,’ as they call it, are greatly astonished at the bigness of the plant. The flowering of the Liberian coffee planted in Dominica commences in January or February, and goes on for several months, and consequently the curious sight is seen of flower-buds, flowers, and fruit in all stages of growth on the same branch. To those accustomed to the habit of the c old ’ coffee this appears most curious, and it certainly is a striking peculiarity. As might be imagined from the size of the tree, the flowers, the berries, and the beans are much larger than those of the ordinary coffee. The berries, which are borne in wonderful profusion, are twice the size of those of Coffea Arabica, and the bean itself is of equal proportions. I have counted as many as sixteen berries in the axil of a THE PLANT. 5 leaf, but it is more usual to find from six to ten. An impor- tant distinction between the Arabian and Liberian coffee is that the ripe berries of the latter do not fall from the tree, but remain firmly fixed in their positions for an indefinite time.” (Nicholls.) A branch of Coffea arabica with berries and flowers is shown in the Frontispiece. ( 6 ) CHAPTER II. THE ESTATE. The points which determine the value of a plot for coffee culture are : — 1. Elevation ; 2. Aspect ; 3. Shelter from wind ; 4. Shelter from wash ; 5. Temperature; 6. Rainfall ; 7. Prox- imity to a river ; 8. Character and richness of soil. Most of these are necessarily subject to variation according to locality. Shelter from wind is perhaps of paramount importance, and should not be sacrificed for richer soil, as the latter can be artificially obtained much quicker than the former. In wooded country, the estate may be laid out in blocks of fifty acres, encircled by natural belts of forest. Flat land must be avoided ; a wet soil is fatal to coffee, and flat lands would entail great expenditure for drainage. Steep slopes, on the other hand, are objectionable, on account of the wash occa- sioned by rains carrying away soil and manure, and exposing the roots of the shrubs. The surface soil must be fairly good ; the subsoil may be poor, but must never be stiff clay ; the shrub is essentially a lateral feeder. As a general rule, virgin forest land has been found most suitable to break up for coffee estates ; it has become naturally enriched by decayed vegetable matters, and the burning to which it is subjected frees it from insects and from weeds. Exceptional patches of land that has once been under cultivation and then allowed to run wild have formed good properties ; but the soil is rarely rich, is generally ex- posed, and always entails great trouble and expense to keep down the weeds. A temperate climate within the tropics is to be preferred on all scores ; a certain degree of warmth and humidity combined is essential. An atmosphere resembling THE ESTATE. 7 that of an English hot-honse produces the finest crops, perhaps ; but it is inimical to the planter, and favourable to weeds. The most suitable climate is precisely that which Europeans prefer. Frost, even though it be only at night, and for a short period, is fatal. The presence of water, pre- ferably a perennial stream, is essential for watering the young plants, and for the “ pulping ” process. Hull observes that “ great warmth of climate is not abso- lutely essential to the mere existence of the plant ; our object, however, goes much further than this, being to cultivate it in a climate where it will not only live , but flourish and bring forth fruit abundantly, and experience has clearly shown that this is only to be found within the tropics. It is not, however, to be understood that a high temperature is required in order that the most favourable conditions may be brought about. What is necessary is a climate characterised by neither extreme of heat or cold, and possessing a fair amount of humidity' all the year round. To be more precise I would specify 60° and 80° F. in the shade as the limits of temperature ; and with regard to humidity, I would stipulate that there should be no month in the year entirely without rainfall, and that from 100 to 150 inches should be distri- buted throughout the twelve. “ At an elevation of between 4000 and 5000 feet above sea-level, in Ceylon, one sees, supposing the situation to be not unduly exposed to wind, fields of dark, ever-green, luxuriaut coffee-trees, so well clothed with foliage that not a square yard of bare ground is visible for acres. Such situa- tions have what may fairly be called an exceedingly humid climate : probably hardly a week passes without rainfall, while at certain seasons this occurs without intermission for weeks together; even after a fair bright noon-day a dense white mist will frequently settle down towards evening wrapping all in obscurity, and saturating vegetation with moisture. The temperature here will probably seldom rise above 70° in the shade, at other times falling as low as 50°. The general result is, that although the trees have 8 THE ESTATE. a gloriously healthy appearance, they hear hardly any crop. “ Turn from this picture to the Wynaad, say to an estate some few miles inland from the Ghauts, with an aspect facing eastward towards the -Mysore plateau, and at an elevation of something less than 3000 feet. Here will he found a climate possessing great heat, and entirely deprived of rainfall during a considerable part of the year. True, there are showers in the spring months, while a perfect deluge may he looked for while the monsoon lasts, during the months from June to August inclusive, hut it is strictly correct to say that there are several months every year during which not a drop of rain falls — droughts of four or even five months being not unusual. The effect of this ordeal upon the coffee is at once apparent; the plant, although not by nature deciduous, beginning first to droop, and finally losing nearly all or much of its foliage year after year, until eventually it falls a prey to the effects of exhaustion in one form or other. “ The foregoing have been brought forward as two opposite representatives of climate ; the first being characterised by too great a degree of humidity for successful coffee cultiva- tion, as is shown by the fact that although the plants produce a redundance of wood and foliage, their productiveness ends there, the crop being at all times nearly absent, or very defi- cient; while, in the second case, the long dry season tends ultimately, though gradually, to kill the plants. It would, therefore, seem natural to infer that somewhere between the two we shall meet with the exact climate most conducive to the growth, productiveness, and longevity of the coffee plant ; and this appears to be fully borne out by experience. “ The favourite and most fruitful coffee districts in Ceylon some years ago were, and probably still are, those situated at an elevation ranging from 2500 to 3500 feet, although there are coffee estates under cultivation at all elevations, from about 500 to over 5000 feet, while native gardens may be met with, sometimes bearing good crops, along the coast actually at sea-level. In these cases, however, the plants THE ESTATE. 9 will invariably be found growing under the shade of the jack, coconut, or other suitable trees, without which pro- tection all chance of their thriving permanently would be out of the question. These native gardens are, moreover, limited in extent, and are generally richly manured, and often well watered during the dry season. “ Coffee can always bear a considerable warmth of climate, provided the humidity be proportionate ; indeed a hot climate will probably produce the heaviest crops, provided it be sufficiently humid. Such a climate, however, will probably prove very malarious and inimical to the health of the planter and his labourers — a drawback not to be disregarded ; while the growth of weeds will also probably be so rapid as to cause a considerable increase of outlay in cultivation and abnormal deterioration of the soil. So great is the influence of climate upon the growth of weeds, that while in some districts two monthly weedings will be found necessary, in other and colder situations one such operation every five or six weeks will be found sufficient. “ High, wet situations, again, prove in many instances strongholds of the blight known as 4 black bug,’ which may probably be taken as some indication that the trees are de- ficient in healthy tone and vigour. “from the foregoing, it will be seen that the questions of elevation and climate are so intimately connected that it is impossible to treat them apart ; elevation alone being capable of rendering cool and temperate a climate within the 4 torrid zone ’ or tropics — and a temperate climate within the tropics being indispensable to the successful cultivation of coffee. This is so far fortunate for those engaged in the pursuit, and is no doubt one of the principal reasons of its being so favourably regarded by young Britons on the look-out for a sphere of enterprise abroad. In fact, the climate which is most favourable for coffee, is that in which an Englishman will find little to complain of, except in some cases malariousness. 44 Many drawbacks it may become a necessity to submit to, 10 THE ESTATE. but there is one which must be sedulously avoided, i.e. a bleak and exposed aspect, this being one of those evils that can neither be mitigated nor remedied. The monsoons which blow incessantly for three or four months together, are assailants which coffee bushes cannot withstand. Not un- frequently large fields of wind-blown coffee have had event- ually to be abandoned in despair, after years of persevering and expensive culture. Wind injures the plants in various ways. Sometimes its effects are at once recognisable in the pinched, stunted, and almost frost-bitten look both of the wood and leaves, the former being hard and small, the latter crumpled, dwarfed, and tipped with yellow. In other cases, the trees will be found denuded of leaves, on the side on which they are assailed, forming on the opposite one a growth somewhat like that of boxwood. In situations where the soil is soft and yielding, the wind, even if failing to strip the trees of leaves, does equal mischief by working the stems in the ground, so that in a short time a funnel is formed round the neck of the plant, and this being continually chafed, in process of time the bark is worn off, the roots are loosened, and the plant dies. A plant thus affected is said to be ‘ wind-wrung.’ Should it, however, be rescued before the bark is entirely worn off, the plant will sometimes recover, though its growth will of course have been seriously inter- fered ^vith, and it will be extremely liable to be attacked by 4 bug,’ c worm,’ or any other blight prevalent in the locality. “ In wind-blown situations, however, if the mischief is not too pronounced, partially remedial measures may be adopted. This is the more fortunate, that when a block of forest is far inland it is not always easy to ascertain from its aspect how far it may be sheltered from certain prevailing winds ; indeed, a very small clearance of forest lying adjacent, will occasionally alter the direction of the wind so much, that it will only remain to remedy as far as possible what could not have been anticipated. Thus, an estate which for many years may have remained quite sheltered, has been known suddenly to become seriously affected by a belt of jungle * THE ESTATE. 11 having been cleared on a neighbouring estate, or by a new estate having been opened in the neighbourhood. That wind should prove an enemy to the coffee plant is hardly sur- prising, it being inimical to every species of vegetation. The only exception I ever heard of to the general rule, is the Doombegas-tree of the Ceylon forests, which is said to flourish most luxuriantly in situations where the atmosphere is habitually the most boisterous; the abundance of this tree may, if this be so, possibly be some criterion as to the degree of shelter enjoyed by any particular locality. As the strongest and most continuous wind comes from the south- west, it will be evident that this aspect is the worst that can be chosen ; neither would it be wise to select one directly opposite, this being exposed for some months of the year to the north-east monsoon. Northerly or easterly facings are perhaps the best, not being directly exposed to violent wind for any lengthened period, the latter also getting the benefit of the morning sun , a circumstance to which experience attaches much importance. 44 The next point to be considered is what is technically termed the 4 lay 5 of the land. That there are estates situated on surfaces greatly differing in character, yet all apparently yielding results equally satisfactory, might at first sight appear to argue this subject as unimportant ; but similarly an inference might be drawn that elevation was of slight consequence, from the fact that some estates situated at 1000 feet above the sea and others situated at 5000 appear to be equally profitable, which, however, simply arises from one drawback being often compensated for by some equiva- lent advantage of another description. 44 Among the many different dispositions which the un- even, ever-varying surface of a mountain district presents, I will describe some which appear to be the most favourable for a coffee estate. Slopes are, of course, more or less the general feature observable, and they are to be recommended owing to their incapacity to retain sufficient moisture to render the soil stiff or sour. They are also favourable, owing 12 THE ESTATE. to the soil having become enriched by the deposit of decayed vegetable matter which the rains must have left on their surface from the hills above ; though once the land has been cleared this liability to 6 wash 9 becomes a drawback, as matter that might have been retained while the surface was covered with a close and minute vegetation, or by a layer of decayed leaves, is in danger of being floated off, once the soil is bare and disturbed. A level plain lying at the base of high hills, will be likely to contain a rich surface soil, more especially if the hills which command it have been clothed with forest vegetation, as the product of the decayed leaves, &c., falling during ages, will have been partially at least washed down and deposited on it, forming in course of time a deep rich loam. There is also the advantage that the soil thus made is retained, while should there be sufficient declivity to admit of the superfluous moisture escaping, nothing will remain to be desired. One will sometimes come upon a tolerably level stretch of land along the banks of some mountain stream, and this would be a particularly desirable formation, any danger of stiffness of soil arising from want of drainage being thus obviated. Marshy land is quite fatal to the coffee plant, while a soil stiff and heavy in wet weather will be hard and impervious in the dry season, either condition being equally unfavourable. An estate formed by the opposite sides of a gently sloping valley, provided the outlets are not towards the unfavourable aspects before described, would promise well, as each side would shelter the other, and the stream, which would in all probability flow down the centre, might be made available for curing operations. “ To sum up, from my own experience I would recommend a preference, when practicable, for moderately gentle slopes towards the base of a hill range, intersected by numerous ravines, or 6 nullahs,’ with running streams, and facing as much as possible in an easterly or northerly direction. Such a lay as this will not only be found entirely suitable, but, fortunately, is one generally not difficult to meet with in THE ESTATE. 13 countries whose scenery is mountainous. Steep slopes are to be avoided, in consequence of the great difficulty at all times of entirely preventing the soil being washed away by the rains. Gradual slopes on the other hand are preferable to flats. “ The question of soil is one which admits of a good deal of discussion, though this need not be made a primary difficulty of by any one about to open an estate of ordinary dimensions. Commonly speaking, when the soil is dark in colour, loose, and full of roots, it is rich in organic matter, and therefore good for coffee, which is a hardy plant not on the whole difficult to please in this particular. Planters whose estates yield heavy crops, and at the same time happen to have a light red or yellowish soil, will probably argue in favour of that particular colour, others may have seen the best results in conjunction with a chocolate- coloured soil, others again with black. The best criterion, however, as to the quality of the soil is the luxuriousness or otherwise of the vegetation it produces in its original state. For instance, in forests which, in addition to a large growth of timber, have a dense close underwood, and which abound in creepers, mosses, ferns, &c., it may be safely concluded the soil is good. “ In making an excavation in land, it will be generally noticed that the first stratum is of a dark colour, and that the shade lightens as we proceed in depth, until it gradually becomes a yellowish composition of sand, gravel, or clay, as the case may be ; the thickness, then, of the upper stratum, which is the real soil , is the gauge of the probable productiveness of the land.” (Hull.) Clearing and Burning . — When forest land is taken into cultivation, the first step is to effectually clear it of timber and underwood. The latter is first cut, by means of the “ cattie,” shown in Fig. 1 ; the large trees are then felled on the top, and their branches are 14 THE ESTATE. lopped off, so as to compact the pile, otherwise the burn will be only partial. A fine day, after the night’s dew has evaporated, is chosen for putting fire to the prostrate mass. The advantages of a thorough burn are, that subsequent operations are greatly facilitated, and that weeds and insects are destroyed; the disadvantage is that the upper soil is burnt, and rendered unfit for filling into the holes. This injury might, to a great extent, be obviated by “ lining ” and “ pitting ” the land beforehand. By this means, the surface soil would be mostly covered over with the earth taken out of the pits, and thus protected from the fire. On the other hand, of course, the lines could not be marked out with accuracy or regularity, and the estate would subsequently suffer to some extent in appearance, though it is a question how far this drawback is worth considering, in comparison with the advantage gained. When there is not sufficient timber to make a good burn, the bush is felled, and burnt in heaps, after which the ground is carefully gone over for the purpose of rooting up the tree-stumps which remain. These are sometimes so difficult to eradicate that they are left to decay, care being taken to knock off shoots as fast as they appear. It is, however, a bad plan, and one seldom followed, as the rotting stumps harbour vermin of all kinds. After burning, the wood ashes should be scattered evenly over the ground as a manure. To secure a gang of coolies is not always by any means an easy matter ; indeed 44 the labour difficulty ” is one of the most serious problems the planter has to encounter. It is a constant source of anxiety in whatever coffee district he finds himself, and fortunate will he be if at any time during his career he is able to secure the exact number of men he wants at the time he wants them. Hence the great importance of having an estate of moderate size, and the immense advantage of a mixed system of culture, combining other crops demand- ing less labour for their production with the coffee crop. Better a small estate worked well than a large one neglected for want of workers. THE ESTATE. 15 Dwellings . — Having secured coolies, and furnished them with tools, “ the first undertaking,” says Hull, “ will he the erection of dwellings for the planter and his people; and, for this purpose, a small piece of land should he specially cleared in the first instance. This spot should be chosen with the greatest care and deliberation. It should be in a dry, healthful, and tolerably-elevated situation, be provided with a good supply of pure, wholesome water, and be con- veniently placed with regard to the future estate and the nearest public road. “ To make the clearing, a party of men or boys, provided with bill-hooks, should be first sent in to cut down all the underwood and saplings, these being followed the day after by men with axes to fell the heavy timber. In felling trees, it should never be forgotten that though two or three men with axes can, in a few hours, bring down a monarch of the forest, the growth of many centuries, the act, should it after- wards prove to have been ill-advised, though it may' be regretted, can never be remedied or repaired. This is a con- sideration of the greatest importance, and the more so that an opinion is now beginning to be generally adopted that in certain districts the wholesale felling of the forest has been altogether a mistake from the cultivator’s point of view, and that plantations now become extinct would have been flourishing to this day had the forest shade been at least partially retained, instead of having been ruthlessly done away with by means of axe and fire. As a matter of health, comfort, and taste also, it is most desirable to leave, at any rate, some of the more picturesque and symmetrically-formed trees standing about the spot chosen for the planter’s bungalow and coolie lines. “ Five or six weeks after the felling and lopping, that is, as soon as sufficiently dry, the debris should be set on fire, so as to get the ground clear. The 4 coolie lines ’ may be run up in a very short time, from the natural materials abun- dantly at hand on all sides. It is very important to provide the coolies with proper shelter and accommodation, and the 16 THE ESTATE. planter should remember that although he may be willing to undergo hardship and to 4 rough it/ the coolies should be made as comfortable as possible according to their accus- tomed mode of life. The great thing is to guard against sickness and keep the gang in good heart from the outset. They will then give the estate a good name, say it is luchy , and labour difficulties will subsequently be much diminished. It is not, however, necessary to put up coolie huts of any expensive or even permanent character at this period. The great object is to have well-drained and well- ventilated dwellings, capable of keeping out any amount of wind and rain. 44 In localities where the bamboo flourishes, the erection of a house is a simple and expeditious matter. The process would surprise a European artisan, inasmuch as no nails are required, nor indeed anything in the way of material but such as the adjacent jungle affords. Bamboos are seldom used for the principal supports for the house, owing to their liability to destruction by minute borers; though, indeed, bamboo posts, if cut down near the roots , and previously left to soak some time in water, will be found exceedingly strong and durable. The natives always cut bamboos for building purposes when the moon is on the wane, as they then contain less sap, and are, consequently, less liable to early decay. The walls of native houses in bamboo districts are made of bamboo laths some two inches wide, interwoven basket- fashion, the interstices being afterwards plastered up with mud. In every jungle there are different fibres or 4 jungle ropes’ to be procured (and which are well known to the natives), with which all fastenings can be effected ; while grass will no doubt be found in the neighbourhood for thatching purposes. 44 Coolie lines are usually in the form of one long building partitioned off into different apartments; each apartment being 10 or 12 ft. square, opening into the general verandah, which should be 5 or 6 ft. in width, and extend along the entire building. Two or more persons will generally occupy THE ESTATE. 17 one room of the above dimensions, provided they are of the same caste ; it is much the best plan, however, to leave the coolies to make these little dispositions and arrangements among themselves. Each married couple should of course be allowed to appropriate a room to themselves. “A temporary bungalow for the superintendent will be the next undertaking. This will probably be no more than a simple parallelogram partitioned off into three rooms, or perhaps only into two, with a verandah along the front, a portion of which at each end can be enclosed to serve as store-room, or pantry and bath-room. A porch may be added as a finishing touch, giving architectural effect to the struc- ture ! A building of this kind may be made comfortable enough with a little care and ingenuity, and if good stout posts are used, and the walls are kept well plastered with mud, and afterwards (as also the clay floors) regularly washed with liquefied cow-dung, will stand for many years. This is a consideration, inasmuch as when the 4 pucka ’ bungalow is subsequently put up, the original one can still be utilised as a stable, store, or out-house. “In districts where the felling and clearing can be done by contract, the manager will be in a position to employ his permanent gang of coolies in the erection of the above buildings, while the contractors are proceeding with their operations.” (Hull.) Lining . — Soon after the burn, the estate is 44 lined out ” for the reception of the plants. The two following methods are in vogue : — (1) A base line is laid down, as nearly as possible straight up and down the slope ; across line is set off exactly at right angles ; on this line, stakes are driven into the ground at the distances determined upon for the position of the plants ; to each stake, a rope is fixed, and stretched parallel with the base line and as straight as possible; small stakes are provided along these lines ; a rope is finally held across them at succeeding stages of equal width, as guided by measuring poles, and the small stakes are put in where the o 18 THE ESTATE. movable rope crosses the fixed ones, each stake indicating the site for a plant. (2) A rope is furnished with bits of scarlet rag at the distances fixed upon between the plants; it is stretched across the plot, and stakes are inserted at each rag ; the rope is then moved forward a stage at a time, gauged by measuring rods. The first plan is the better, especially in broken ground, but is more laborious ; the second is available on even grass land, but the stretch of the rope must be esti- mated and allowed for. The great object sought is to have the lines perfectly regular; and, instead of making any deviation where stumps or other obstacles occur, the rope is laid over them, and the corresponding plant is omitted. Yet another method of holing is that known as “quin- cunxing,” i.e. placing the plants so that alternate lines are opposite ; it was recommended by Laborie, but is open to several objections, and is quite out of favour. Distances of the Plants . — Scarcely any two planters are agreed as to the best distance to allow between the plants. The question is governed in some measure by the richness of the soil and by the climate. The object in view is that with the greatest convenient number of trees in a given space, none shall incommode its neighbour. In cold or exposed situations, where the plants cannot attain any great size, close planting is necessary ; the reverse being the case where the climate is warm and humid and the soil is produc- t tive, and consequently likely to produce large bushes. In j the West Indies and Java, the space is often 10 to 12 ft., but other crops are there usually planted with the coffee. In Ceylon and Southern India, distances vary from 4 ft. each way to 8 ft., the best being, perhaps, 7 ft. between the rows and 6 ft. between the plants. The number of trees contained in an acre planted 6 ft. X 7 ft. will be 1037 ; 6 X 6 , 1210 ; 6x5, 1452 ; 5 X 5, 1742 ; 5 X 4, 2178 ; 4 x 4, 2722. Advan- tages in wide planting are that field labour is facilitated, and the shrubs grow larger; a disadvantage is that more room is left for weeds. THE ESTATE. 19 TTnlina o r Pitting . — Around or beside each stake, a hole is dug, its size depending much upon the kind of soil. In stiff, poor land, 2 ft. each way is not too large; in good light ground, 18 in. will suffice. They had better be too deep than not deep enough. The implements commonly used by coolies for this purpose are : the qnintannie , or grubbing hoe, Fig. 2 ; the mammotie , Fig. 3 ; and the alavangoe , or spade-bar, Fig. 4. The earth thrown out is left to mellow until just before planting. The hole is then “ filled in” with the best of the mould, which has been carefully freed from stones, roots, &c., and mixed with a little manure. The filling in must be done very lightly, and the loose earth should rise in a heap above the hole. The operation is best performed while the ground is moist ; it is also a good plan to break down the sides of the hole somewhat, especially if they are hardened. Boads. — Efficient roads not only greatly facilitate the working of a plantation, but they should be so laid out as to serve the additional purpose of drainage. A cart road should pass through the centre of the estate, wherever it is possible to avoid a steeper gradient than 1 in 15, emerg- ing upon the main highway. From this, branch roads should be cut at right angles, with as easy gradients as possible, and not more than 100 to 150 ft. apart. These branch roads should cross the lay of the ground, so as to check, to the fullest extent, the effects of waste. A boundary path encircling the estate is useful for many reasons. The main central road should be set out before pitting and planting. o 2 Fig. 2. Fig. 4. Mammotie. Alavangoe. 20 THE ESTATE. Wire tramways commend themselves as eminently suited to minimise labour on coffee estates. An excess of road accom- modation, as regards both the number and the width of the paths, is far preferable to insufficient roading, despite the extra first outlay. If the ground be rich, it may cost a good deal to keep the roads clean and free from weeds. This, however, may be greatly lessened by ploughing them up and planting them with an annual crop, until the land is exhausted ; not only will the roads be rounded by the ploughing, but weeds will not so readily grow. Brains . — Nothing is more important than the thorough draining of a coffee estate, in order to carry away the excess of moisture during heavy rains, without allowing the surface soil to be washed away. Continuous open trenches are cut in parallel lines across the face of the slope, and at 10 to 15 yards apart ; their gradient should never exceed 1 in 12, and 1 in 20, or even 30, will be better ; their width may be 15 to 18 in. ; and their depth, not less than 1 ft. at the lower side. They need constant cleaning out and repair, especially after a heavy shower. They must in all cases empty into a natural or artificial channel amply capable of carrying off the water ; if furnished with breaks to catch the suspended soil, so much the better, as the latter can then be collected . and returned to the estate as a dressing. Plate I. shows a set of planter’s tools, as made by Brooker, Dore, & Co., 4 Corbet Court, E.C. ; they comprise : 1 and 3, galvanised buckets ; 2, mammotie ; 4, cattie ; 5, pruning knife ; 6, pickaxe ; 7, sledge hammer ; 8, double-faced sledge hammer; 9, crowbar ; 10, quintannie ; 11, spade; 12, Ceylon roundeye felling axe ; 13, planting bar (alavangoe). PLATE I. — PLANTERS’ TOOLS. [ To face p. 20 . PLATE II. Galvanised corrugated sheet iron is used largely on estates for building sheds and warehouses, and is the cheapest and most durable kind of roofing. It is supplied in a good make by Brooker, Dore, and Co., 4 Corbet Court, London, E.C., who have works at Blackwall. Below is given the approxi- mate number of sheets that go to the ton in 20 to 24 gauge : — Size. 5 ft. 6 ft. 7 ft. 8 ft. 9 ft. 10 ft. 20 B.G. 8/3" flutes .. .. 104 88 76 68 61 54 „ 10/3" „ .. .. 88 72 64 56 50 43 22 B.G. 8/3" „ .. .. 133 108 94 81 73 66 CO rH 112 90 77 67 58 55 24 B.G. 8/3" „ .. .. 160 140 120 100 90 80 „ 10/3" „ .. .. 131 112 94 80 73 64 Galvanised ridging is also used with the sheets for the apex of roofs. It is usually made in 6 feet lengths by 15 and 18 inches girth. Galvanised screws or nails are also required for fixing the sheets to the wood framing. [To face p. 21 . ( 21 ) CHAPTER III. CULTIVATION. The following remarks refer to the commonly cultivated varieties of G. Arabica. The main principles are subject to but slight modifications, which will be noticed presently under the head of each coffee-growing country. Fuller details concerning C. Liberica will be found under Liberia. Nurseries . — For this purpose, should be selected a patch of gently sloping virgin soil, w T arm and dry, but close to water, soft, and not richer than that to which the plants will be subsequently transferred. The seed-beds may be somewhat shaded, but not so as to entirely exclude the sun, nor so that the shading tree gathers rain and sends it in streams upon the bed. The seed-bed is cleared of all but the largest stumps, thoroughly dug to a depth of 9 to 12 in., and made very friable. The beds are slightly raised to promote drainage, and are divided by paths into narrow strips. A deep trench is cut above the bed, in an oblique direction, to prevent damage by rain and wash. The seeds are sown in rows 6 to 9 in. apart, and about 2 in. deep. The seeds are strewn about 1 in. apart, lightly covered with mould, and shaded ; a cheap and efficient shading may be secured by laying branches across a light framework, as shown in Fig. 5. Watering must be done in the morning, or towards sunset. A bushel of seed should Fig. 5. Shading for Seeds. 22 CULTIVATION. give 20,000 to 30,000 plants ; the best is “ parchment ” coffee, picked when fully ripe, pulped by hand, unfermented, unwashed, and dried in the shade. The nurseries proper are prepared in much the same way, but not shaded*. When the plants have two to four leaves (exclusive of the seeddeaves), they are carefully loosened, and transplanted, in damp, cloudy weather, from the seed-beds to the nurseries, and placed 9 to 12 in. apart. Care must be taken not to double up the\ tap-root, and not to leave a space for water to accumulate N and rot the roots. If the tap-root is very long, it is best shortened by an oblique cut, and it soon shoots again. When transplanting from seed-beds to nurseries is not practised, the plants are left in the seed-bed until larger ; but Stainbank and others strongly recommend the former plan, as, by checking the growth, the young wood becomes hardened, and better able, when finally planted out, to resist insects and unfavourable weather. A practical suggestion for preventing young seedlings being eaten off at the surface of the ground by grubs, is to lightly wrap round a piece of paper about 3 in. broad, where the stem joins the root, on planting. The risk of having young seedlings burnt up just after planting, is guarded against by various simple measures for shading them. In about a year, the plants are ready for transfer to the permanent estate, which is meantime being prepared for their reception. It is remarked by Hull that “ in Ceylon, abundant supplies of coffee plants of all sizes are generally to be found growing wild in the forest, in the vicinity of old estates — the product ; of seed pillaged and subsequently sown by tribes of monkeys, wild cats, squirrels, &c. These plants having grown up in the shade, are generally lanky and straggling, and conse- quently require, before being planted out on the estate, to be ‘ stumped,’ i.e. cut down to within some six inches above the roots. These stumps are then very independent, and usually come on well, throwing out shoots within three or four weeks from the time they are put into the ground. The best size of stump is the thickness of a common pencil; these throw CULTIVATION. 23 ont shoots and take root more quickly than larger plants, while those that are younger and thinner are more liable to be burnt up by the sun, should the season be more than usually dry. “ Where wild plants, however, are not to be had merely for the trouble of collecting, others can frequently be got from native gardens at a trifling rate per thousand. When plants are obtainable in sufficient numbers in either of these ways, a nursery is but little required ; but in case the planter should not be so fortunate as to find his wants thus supplied, it will be advisable to begin making a nursery at once. The best time of year for this is the end of October, when a few bushels of fresh coffee seed of the new crop can be obtained from some neighbouring old estate. A bushel contains about 40,000 berries of cherry coffee, and as most berries contain two beans, the number of seeds will be not far from 80,000 ; but allowing 10 per cent, for peaberries and imperfect beans, we ought to get about 70,000 plants in the nursery from one bushel of parchment. Seeds should be carefully selected, as far as possible from healthy trees only, and should not be picked until fully ripe. They should be pulped by hand, so as to avoid the injury which would be incurred by a certain percentage in being passed through the pulping machine. The seeds are better not washed, but may be shaken up with wood ashes, to dissolve the saccharine pulp adhering to them, and thus prevent fermentation. They should then be slightly dried, when they will be ready for the nursery. “ The seed-beds should be dug up to the depth of a foot, all roots and stones being picked out. The surface must then be nicely smoothed over, when the beans may be placed in straight drills and at equal distances from each other, being then lightly covered over with fine mould. Over this a layer of rotten leaves may be spread two inches thick, the bed being then well watered at least once every three days, if the weather be dry, until germination takes place. In about six weeks the seeds will begin to force their way above ground, and to send a root downwards, and the 24 CULTIVATION. layer of decayed leaves may then be gently and carefully removed. “ Where the nursery is made in virgin soil, manure will be unnecessary, and indeed is better dispensed with, as being calculated to introduce grubs likely to prey upon the seeds ; but in old nurseries, after the first year or two, manure will be required. This should be given in the form of compost, or the produce of the stable or cattle shed, old and well-rotted , and a moderate quantity will suffice if thoroughly broken up and dug in. Watering should be done in the morning or towards sunset, and not during the heat of the day, as wetting the plants during sunshine will prove fatal. The seeds may be put in about one inch apart at first ; the plants being afterwards, as they increase in size, thinned out. The beds should not be more than 3J or 4 ft. wide, so that a person standing on either side may be able easily to reach the centre, without stepping off the footpath. Weeds can thus be easily pulled out, and the beds watered without any mischief being done. They may be either raised above the level of the surrounding paths, or the reverse, each method having its advantages in different localities. In damp situations the beds should be raised for dryness, while in very hot localities they should be depressed in order that they may retain as much as possible of the moisture they receive. Some planters prefer nursery-beds made after the fashion of paddy- fields, that is to say, perfectly level and surrounded by raised borders or c bunds/ to admit of their being irrigated at pleasure. The drawbacks to this method, however, are, that the rush of water when it is let in carries the seeds in a heap before it, and also that the water after subsiding is apt to leave the ground hard and stiff. Once the plants have taken root and are well above ground, irrigation is the cheapest and most expeditious method of supplying them with moisture, and is not so objectionable except where the soil is inclined to be stiff and clayey. “ If the plants are intended to remain in the nursery for a second or third season, they should be allowed space, CULTIVATION. 25 and be at least 3 or 4 in. apart. If grown in straight rows at right angles, it will always be easy to ascertain the number of plants in each bed by simple measurement. Thus a bed 3J ft. wide by 28 in length, with plants at 4 in. apart, would contain about 1200, or sufficient to cover an acre planted at 6 ft. by 6 ft. “ In order to keep up the nursery from year to year, seedlings can be raised in fresh beds, and then transplanted into it, after it has been well dug up and enriched with a little rotten dung or compost. The soil of the nursery is just as well not to be too rich , otherwise the plants will be apt to suffer from the change if put out into one of poorer quality. Some planters are strongly of opinion that the seedlings should be brought up in the same soil as that in which they are afterwards to dwell, and that, consequently, plants brought from a distance are less promising than those raised on the spot.” (Hull.) Planting . — When the holes have been duly prepared, the young plants are removed from the nurseries with the same care as they were transplanted to the nurseries from the .seed-beds. For taking up the plants, an ordinary prong is much superior to the spade-bar ; hand-pulling must be rigidly guarded against. The fibrous roots of each plant, as taken up, are carefully pruned off to about 4 in., so that they may not be doubled up in the planting ; the tap-root is also shortened to about 9 in. by a clean sloping cut, for the same reason. A ball of earth should surround the roots ; and if the plants are exposed to the air for more than a few minutes, the roots should be covered with wet moss, or some other damp material. A dull cloudy day should be chosen whenever possible; in bright sunshine, the plants would all be burnt up. The plants are carried in batches on trays to the estate. They are placed in the ready prepared holes by hand, great care being taken that no roots are doubled up, that the plants are upright, and that they are no deeper in the ground than they were before. In treading the earth down round the plant, 26 CULTIVATION. every precaution is necessary to prevent leaving holes for the accumulation of water round the roots. The surface should he made firm and as level as possible. On a steep slope, the outer edge may be made slightly higher than the inner, to check the effect of wash ; but in subsequent weeding, it will be necessary to guard against exposing the lateral roots. There is some diversity of opinion as to the size and age most suitable for putting out nursery plants. When dull rainy weather can be depended on ibr some little time, nursery plants of the second year are the most satisfactory. Plants of one season only are too tender for the operation. Under ordinary conditions, and with due care, no serious loss of plants should be incurred in this way. A novel plan, which may be advantageously adopted in small plantations, is one resembling the method of planting cinchona. A number of calabashes are deprived of their small end and emjffied of their contents; into these, the seedlings are placed, gradually exposed to the sun as they grow, and finally planted in the calabashes ; the latter soon rot, and form manure for the plants. A plan that has been much followed is the substitution of “ stumps ” for nursery plants. Plants that have been in the nursery for about three years are dug up and pruned back, leaving only about 6 to 8 in. of stem. They are hardier and safer in a general way than whole plants, more especially in uncertain weather. They will strike readily, even without rainfall for some little time after being put in, provided the ground has become sufficiently moist to prevent their being burnt up ; but they cannot be used with success in districts where a long period of drought may be expected to succeed the wet season. The planting is performed in the usual way. The plants send up several shoots from the parent stem; of these, the finest is retained to form the future tree, and the rest are pulled off carefully. The shoot that is left grows rapidly ; but, from the way it springs from the stem, it is liable to be accidentally broken off, either by a high wind or by the weeders. The crookedness of the stems of stumps ■ CULTIVATION. 27 from native grown seed renders them very inferior. The best size for stumps is the thickness of a common pencil. Dibbling . — Where the land is very rich and friable, holing may be replaced by the less expensive plan called “ dibbling.’’ It is performed in two ways : — (1) By the aid of the spade- bar is made a sufficiently deep hole, into which the plant is dropped, and secured by treading the earth lightly round ; (2) A patch of ground measuring about 1 ft. each way is thoroughly loosened, without the soil being taken out ; in the disturbed earth a hole is made with the hand, the plant is inserted, and trodden round as before. The latter method is preferable. Dibbling is only practicable in exceptional cases. It is, moreover, open to objection, as a hole is often left, in which water may accumulate and rot the plant ; and the roots are more liable to injury than in ordinary planting. On the other hand, very much labour is saved. Staking . — When the plants are exposed to wind, they should be provided with supports as soon as they are 10 to 12 in. high, and present a resisting surface. For first season’s plants, lining pegs may be used ; but larger plants will need strong, inflexible stakes, 3 to 3^ ft. long, entering the ground on the windward side, at about 6 in. distant, and at such an angle as to meet the stem at about its middle. The plant is attached to the stake by a broad loop of some vegetable fibre, firmly tied to the stake, but loose around the stem. If the plants have already been worked by the wind, they will need earthing up 5 to 6 in. as well. The ties may be brushed with coal-tar, as a protection against theft, insects, and decay. “Belts of jungle are sometimes left standing in likely situations, to protect the coffee from the wind, but opinions differ as to the probable advantage of this course, some planters holding that more harm is likely to result than good, the wind being thus frequently concentrated into eddies or whirlwinds, instead of taking its natural and more equable course. This, however, is a question which can only be decided by local circumstances in each case. It is not un- 28 CULTIVATION. common in Europe, when plantations have been made in exposed situations, to put in hedges, or rows of some hardy quick-growing shrub, to protect the plants during the first few years ; and I remember a case in which a Ceylon planter constructed a wall or barrier of posts and brushwood, some 8 ft. high, along the most exposed part of his estate, with the same object. All operations of this kind, however, are costly and laborious, and seldom productive of much per- manent benefit ; and as the result of experience, I believe it will probably be wiser not to plant land where they are required . At the most they can only mitigate the evil complained of. In moderately sheltered situations, staking combined with low topping ought to be sufficient to secure the stability of the plant ; where they are not, the situation has little to recommend it for coffee culture.” (Hull.) Supplying Vacancies . — Every precaution should be taken to guard against failures, as “ supplies,” as they are called, will seldom, if ever, do as well as young plants put into virgin soil. In new land, failures can be almost entirely guarded against by care. Their number may subsequently be limited by keeping the ground free from weeds, and by good draining, manuring, and pruning. A certain number of vacancies, however, will occur from time to time, and they must be filled up in the following manner : — The original pit, having been re-emptied, should be enlarged an inch or two all round, and especially in depth. This should be done in dry weather, the pit being left open for some time, and only filled in when the time for planting has arrived. In most cases, it will be desirable to refill the pit with the soil which has been taken out of it. Where the vacancy is in the midst of old trees, a large pit is necessary, to protect the new plant from being interfered with by their roots, and it is well to isolate the young plant by surrounding it with a ring trench, 6 to 8 in. wide, and 1 ft. deep. It is also desirable to put a basketful or so of new soil from the forest into the pit, near the top ; where this cannot be managed, a few handfuls of manure should CULTIVATION. 29 be mixed with the surface mould. Only strong, healthy plants may be used for this purpose. Stumps are often considered more suitable than nursery plants, as being hardier ; they throw out three or four “ suckers,” the best of which is selected when they have attained a height of 6 to 9 in., the others being carefully pulled off. Well-formed nursery plants, with three or four pairs of primaries, and about 12 to 15 in. high, put in just as they come from the beds, with a good ball round the roots, are to be preferred when steady wet weather can be calculated on for some time. In any case, supplies ought to be put in early in the wet season, so as to give them every advantage. They should always be marked by a tall stake ; and should be allowed to bear a maiden crop before being topped. Shelter . — The worst enemy of the coffee shrub is wind. Its effects become apparent in pinched and stunted growth, or in lack of foliage. In situations where the soil is soft and yielding, it does equal mischief by working the stems in the ground, so that in a short time a funnel is formed round the neck of the plant, and this being continually chafed, the bark is worn off, the roots are loosened, and the plant dies “ wind- wrung.” Should it be rescued before the bark is entirely worn off, the plant may live; but it will be ex- tremely liable to attacks from “ bug,” 44 worm,” or any other blight prevalent in the locality. Belts of jungle are some- times left standing, as a protection ; but opinions differ as to the advantage of this plan, some planters holding that more harm is likely to result from the wind being concentrated into eddies, instead of taking its natural and more equable course. This question can only be decided by the local 1 1 — circumstances of each case. Such belts, being sure to form nurseries for weeds and vermin, are not intended to be permanent, and should gradually give way to fruit or other useful trees. Sometimes artificial shelter is erected, but it is too costly to find general favour. Indeed, in moderately sheltered situations, staking, combined with low topping, ought to be sufficient to secure the stability of the plant. 30 CULTIVATION. Shade . — This is a consideration of great importance, and the opinion now generally adopted is, that the wholesale felling of the forest in some places has been altogether a mistake, and that plantations which are now extinct might still be flourishing, had the forest shade been at least partially retained. The history of coffee cultivation in the East proves that, in hot climates, and where prolonged seasons of drought may recur, coffee will not flourish per- manently, except under shade. In a state of nature, the plant almost universally affects shade ; this is the more remarkable, that the seeds are deposited by wild animals and birds as freely on open grass lands as in forests. A suspicion that the borer, leaf-disease, and other immediate causes of decay, are only induced by the weakened state of the shrubs, consequent upon their exposure to lengthened periods of drought, is supported by the fact that where shade trees are found standing upon an abandoned estate, they are surrounded by a surviving remnant of coffee bushes. The question as to where shade is necessary is one of climate ; it is not universally beneficial. The advantages to be derived from it, in very hot climates, are: — Diminished exhaustion, and consequently increased longevity of the plant ; reduced cost of cultivation ; a conservation of the nutritious properties of the soil, and an actual increase of them, as the cover given to the ground causes the surface vegetable matter to decay more rapidly; and, provided^the shade-furnishing tree be a subsoil feeder, the shedding of its leaves will yield a positive gain of surface matter, which the roots of the coffee would otherwise never have reached. In addition to this, there is to be considered the direct value of the timber grown. The only drawback to shade would seem to be a diminished yield of coffee ; but this is atoned for by the increased longevity of the plant. The most suitable trees for affording shade will be alluded to in Chapter VII. * as the same kind of tree is not to be found in all the countries where coffee is grown. CULTIVATION. 31 Catch- Crops . — Much has been said both for and against the growing of other crops among the coffee shrubs. In the West Indies, the culture of plantains, yams, cocoa, &c., was carried to such an extreme that the coffee became, in fact, of secondary importance, or was even killed out. In Ceylon, too, catch-crops were long in vogue ; but they seem now to have gone out of fashion, as they exhausted the soil, and produced too much shade. There is nothing to object to in the simultaneous cultivation of several crops so long as each has due space, and sufficient manure, and the plants are not antagonistic to each other, as the failure of one crop may be compensated for by the success of another. Eice and tobacco have been found to yield good returns as catch-crops, but they possess a disadvantage in not affording any shade to the young coffee plants. Cocoa, yams, and plantains are, perhaps, even less advisable ; and similar attempts with cotton have proved altogether failures. Maize, on the other hand, is highly spoken of by Stainbank, from experiences in Natal. It should be planted thinly in three rows, 18 in. apart, between the coffee rows, and two plants in the coffee rows between the coffee plants. The seed should be sown immediately after the coffee is planted. It grows very quickly, and should early be thinned out to 18 in. apart in the rows ; it will soon be high enough to completely shelter and partially shade the coffee, which will grow all the faster in consequence. The latter will also be benefited by the extra working of the ground. In the autumn, a dressing of manure is applied, and the ground is ploughed, or deeply hoed, preferably the former. The crop may be repeated in the following spring, reducing it, how- ever, to two rows and one plant, and repeating the manuring and ploughing or hoeing ; this time the choice between plough and hoe will be governed by the size of the coffee shrubs; the same manure will suit both coffee and maize. Weeding . — By “ weeding ” is meant the eradication of every plant which is not being intentionally cultivated. The operation is performed in different ways, according to 32 CULTIVATION. the nature of the soil. On light soils, and sloping situations, hand weeding is much the best. The labourer is provided with a pointed stick, to help in getting up obstinate roots, and carries at his waist a small bag, into which the weeds are at once thrust. They are turned out of the bags into pits dug at convenient intervals, or are heaped up in the roads, and are finally buried or burned, the latter being the surer way to destroy them. By weeding early, and repeat- ing as often as necessary, the ground may be kept clean by hand. When hand weeding will not suffice, recourse must be had to “ scraping ” the ground, which is attended with a serious drawback, viz. : — that the first inch or more of the best surface mould is removed at the same time, thus robbing the plants of food, and exposing the earth to the full effects of wash. On stiff clay soils, on level plantations, and in damp, cool climates, on the other hand, hoeing is not only necessary for the perfect eradication of the weeds, but is of itself exceedingly beneficial to the soil, and, except during the dry season, should be regularly done whether weeds are present or not. When scraping or hoeing, it is imperative that the operation should be conducted from the outside towards the tree, so that the roots may be kept well covered, and the wash may easily escape into the gutters. “ By beginning to weed early,” says Hull, “ much subse- quent loss and expense will be avoided, and the work should be systematically and carefully pursued once a month, or oftener if necessary. Unfortunately, however, this is not always practicable, owing to scarcity of labour, and hence it is estates are often seen so deplorably overrun. Within the first month or two after a clean burn, on forest land, the number of weeds should be so small as almost to admit of their being counted; one springing up here and there, but each isolated and independent. If, then, these are taken up before they have run to seed , and if the whole estate is subsequently gone over in the same way, once a month unfailingly , it can easily be kept permanently clean at a very trifling expense ; but , once allow the isolated weed-plant to CULTIVATION. 33 ran to seed, and for every one , soon a hundred will appear ; and if these hundred go also to seed, then we may expect for every hundred, ten thousand more ; and so on until the sur- face is covered so closely that not an inch of soil is to he seen. In bamboo districts, where the prevailing weed-pest takes the form of grass, matters are even worse, this being propagated from the roots as much as from seed; and within an incredibly short space of time, unless great care is taken, the planter will find, to his dismay, his estate turned into a luxuriant hayfield, the coffee steadily waning away under the influence of the irrepressible invader. And here it may be remarked, that seldom will finer hay crops be met with than are sometimes to be seen covering estates in the dis- tricts alluded to. The thing to be regretted is their being so entirely in the icrong place. “A not uncommon, and in many respects a most advan- tageous, practice is to give out weeding contracts to canganies, or native overseers, at so much per acre per month. In these cases the contractor has to provide and pay his own labourers, and is usually bound to weed over the land let out to him once a month. On clean forest land, where this system has been in vogue from the first, the cost is even as low as from one to two shillings an acre ; but on old estates, which have been allowed at one time or other to get weedy, and are consequently more or less stocked with seed, it will be as much, sometimes, as 4s. an acre monthly. The great advantages of contract-weeding are, that a special gang being permanently devoted to the work, there is less risk of its being at any time interrupted ; also that the onus of providing this part of the labour gang is taken off the shoulders of the superintendent ; thirdly, that the latter is saved the labour and anxiety of supervision ; and, finally, that the cost is less than would be the case under a system of day-work.” (Hull.) Pruning .— 1 The kind of pruning first required by coffee bushes is that known as “ topping.” The age and height at which this operation is performed, depend in a great measure D 34 CULTIVATION. upon local circumstances ; the question is also a much- debated one. The object of “ topping,” or removing the top of the bush, is to restrain its upward growth within con- venient limits, and, as a natural consequence, to strengthen and concentrate its lateral growth. According to Sabona- diere, topping is commenced, in Ceylon, at the age of 12-18 months, the maximum ordinary height being 4 ft., sometimes reduced to 2 ft. He prefers to postpone the operation till the shrubs have borne the maiden crop, even though extra staking is required to withstand the wind. His plan is to remove the two primaries at the required height, by a sloping outward cut close to the stem, and then to remove the top by an oblique cut, so that the stumps resemble a cross, and a firm natural knot remains to guard against the stem splitting down. Hull (Ceylon) contends that the plants should be topped as soon as they have reached the required height, when the soft wood is easily severed by a pinch between the finger and thumb. In Natal, the shrubs are topped either at their full height — 4^-5 ft. — or at 3 ft., allowing a sucker to grow up on the weather side to complete the height. The latter plan is preferred. There is much advantage gained in limiting the height to 5 ft.; not only is the crop gathered more easily and without damage to the tree, but it is actually heavier, and the shrubs are more readily made to cover the ground. The first result of topping is to induce the growth of a number of shoots, the removal of which is termed “ handling ” or “ searching.” The first to appear are vertical suckers or “ gormandisers,” from under the primary boughs ; these are immediately rubbed off without injuring the bark. From the primaries, spring secondary branches, in pairs, and at very short intervals. All such appearing within 6 in. of the main stem are removed at once, so that a passage of at least a foot is left in the centre of the tree, for the admission of air and sun. The object of pruning is to divert the energies of the tree from forming wood, and to concentrate them upon CULTIVATION. 35 forming fruit. The fruit of the coffee tree is borne by young wood ; and, as the secondaries are reproduced when removed, they are cut off as soon as they have borne, and a constant succession of young wood is thus secured. In order that this may be regular, and to avoid weakening the shrub, the secondaries that grow outside of the foot space are left on alternate sides of the primary, their opposites being removed each year in turn ; thus one is growing while the other is bearing. The one point in view must be the equal development of the tree, and the yearly growth of as much as it will bear, but no more. Branches must not be allowed to grow into or cross eacn other ; if two or more secondaries spring from one spot, the strongest only must be retained ; where a gap occurs, tertiaries may be trained to fill it, in the same way. When practicable, the bushes should be handled twice before the crop ; and the pruning should be commenced imme- diately after the crop, and finished before the blossom comes out. Should that be impossible, it must be suspended during the 3 or 4 days of blossom-time, and then be carried to com- pletion. When it is evident that the crop on a tree will exhaust it if allowed to mature, a portion of it must be sacri- ficed by pruning. The loss thus occasioned is more apparent than real. In very prolific seasons, much fruit is wasted for lack of labour, and the trees are unnecessarily overtaxed, and bear poorly for some time afterwards. Everything should be done to ensure regular and even crops. The cuttings should be trenched in as manure. No branch should be allowed to bear more than two or three crops before removal. Regular and systematic pruning is one of the first essentials to successful coffee culture ; where plantations have been neglected on this score, they must be very gradually reduced to proper condition, by sawing out the cross branches, and opening up the centre of the trees, in the first year ; and thinning out half the remaining wood, in the second year. Manuring . — It is commonly said that coffee is an unusually exhaustive crop ; but the exhaustion of the soil consequent d 2 36 CULTIVATION. upon coffee culture is a result of the peculiar conditions under which it is prosecuted, rather than of the nature of the plant itself. Better than any amount of artificial manuring is the retention of the naturally rich surface soil, by the effective prevention of wash. As a secondary adjunct, however, judicious manuring will not only be highly bene- ficial, but necessary, in almost all cases after the first year or two. It is impossible to lay down any hard-and-fast rules for manuring; the most that can be done is to indicate the elements or ingredients necessary to fertilise coffee soils, the various sources from which they may be obtained, and the best methods of applying them. As is well known to those who have studied the matter, every growth, whatever its character, requires, in suitable proportions, nitrogen, phos- phoric acid, potash, and lime. Coffee soils, in addition to these, appear to contain about 15 per cent, of combined iron, and alumina : the iron, if as red oxide, may amount to 20 or even 30 per cent., being a good absorbent of fertilising constituents; but the alumina should not exceed 10 percent. These are the necessary ingredients ; the sources from which they are obtainable may be considered under three heads : (1) Manures obtainable close at hand, whether animal or vegetable in their nature, such as dung, coffee pulp, prunings, &c. ; (2) manures and compounds purely chemical in their origin ; and (3) manures or guanos which are organic in their nature, but are imported, such as Peruvian, Ohlendorff’s, and Jensen’s Guanos. 1. The best average local manure for supplying nitrogen and potash is well-rotted dung ; but its frequent application should be accompanied by a little lime, unless the soil is already very rich in that constituent ; without the presence of lime, the shrubs will not receive the full benefit of the nitrogenous principles, but its use in a tropical climate must be governed by caution. Thoroughly fermented coffee pulp is only half as valuable as dung, and costs more to apply. It should be kept covered as it is produced, and is best mixed with fermenting dung, failing which, it should be CULTIVATION. 37 well limed. Alone it is of small benefit, but forms a good vehicle for concentrated fertilisers. Both these manures have one drawback, viz. lack of concentration, and con- sequent extra expense in haulage and manipulation. 2. Manures of purely chemical origin are useful as stimu- lants, and when applied with organic fertilisers ; but they are generally considered to exhaust the soil, and are not advisable for coffee. Lime and potash salts, which are absolutely necessary, are exempted from this category. 3. The third heading above named includes the fertilisers to which the coffee-grower must give his attention. An organic manure, in a highly concentrated form, containing the four ingredients previously referred to, is at once the most effective and economical food. It is necessary above all things to apply a manure which is a sustenant, as well as a stimulant, one which will feed the plant until the time of harvest. This desideratum is only obtained in an organic substance, and, when that organic matter is concentrated, a great saving is effected. Ohlendorff ’s and J ensen’s Guanos, manufactured respectively by the Anglo-Continental Guano Company, 15 Leadenhall Street, and by Messrs. J. Jensen and Co., of 109 Fenchurch Street, London, answer these require- ments, and planters cannot do better than communicate with these firms. Generally speaking, the great object of manuring is to supply all the constituents required in an available form. In tropical climates, all manures are best applied frequently and in small quantities. Regular manuring after each crop and before rain (except in the case of soluble chemicals, such as sulphate of ammonia and nitrate of soda) would doubtless be most generally econo- mical and advantageous. Dung may be applied at any time. Potash seldom requires to be directly applied, but is advantageous after attacks of leaf-disease. Magnesia seems to be a necessary constituent (from 0*5 to 2*0 per cent.) of all good coffee soils ; when wanting, dolomite may be applied. The manner of applying manures is not the same in all cases. No manure should be put more than 1 ft. below the 38 CULTIVATION. surface of the ground, nor less than 18 in. from the stem of the coffee bush. On flat land, where there is no danger of wash, the manure may be spread over the surface, and hoed in to a depth of 9-12 in., or a square hole may be cut between each four shrubs, and the manure buried in it. On slopes, it is usual to dig a hole above each bush. For bulky manures, it may be 2 ft. long, 1 \ ft. wide, and 1 ft. deep ; for concen- trated manures, its dimensions will be reduced. The holes should be filled up with any prunings or other vegetable matter at hand, and covered down firmly with the loose top soil ; the new earth from the hole should be spread around the stem of the neighbouring tree to protect its roots. Ordinary manuring is sometimes supplemented by other methods of improving the soil. One of these is to loosen it, by driving a long bar or a manure-fork deeply into the ground, and then prizing up the earth, without turning it over. A second operation is that known as “ mulching,” or “ ground-thatching,” which consists in covering the ground under the bushes with a layer, 6-9 in. thick, of hard long grass. The effect of this, in cold, wet soils, is to keep the ground warm, and to throw off excessive moisture ; in hot* dry situations, it is equally useful to retain moisture. In any case, weeds are kept down, and wash is quite prevented. When rotten, the grass may be hoed or dug in as manure. This thatching has been found a perfect cure for black bug. A third operation is called “ trenching,” or “ waterholing.” The trenches are made across the slope, and may be either open or closed. In the former case, holes, 3-4 ft. long, 12-15 in. broad, and 15-18 in. deep, are cut between each four trees ; the soil taken from them is spread over the roots of the trees, while the holes are left open to act as catch- drains, and as receptacles for wash, weeds, prunings, and other vegetable matters, being emptied twice a year, and their contents spread around the roots of the shrubs. Closed trenches are ditches cut across the entire length of the coffee rows, 2 ft. wide and deep, and filled with any vegetable rubbish at hand ; they are then covered with earth, and well CULTIVATION. 39 trodden down, while the remaining soil is spread under the trees. The benefit of trenching is greatest in stiff soils. The refuse matter in the trenches should be limed, to hill grubs and other vermin for which it will form a nursery. Harvesting . — The clusters of buds which duly make their appearance are, at first, little, dark-green spikes; as they grow, they become straw-coloured, then, under the influence of a few showers, almost white, and finally burst into snowy blossoms. After a day or two, the flowers turn brown and fade away, the more gradually the better. While the bloom is out, rainfall is unwelcome ; but after it has " set,” a shower is beneficial. The pistils of the flowers soon assume the form of berries, gradually growing, and changing their colour from dark-green to light-yellow, which finally deepens to red. As soon as a sprinkling of red berries is seen, picking should begin ; it will continue as long as any berries ripen, say 1 to 3 months. The berries, or rather cherries, must not be picked until fully ripe, as indicated by a deep purplish- crimson colour. As the crop rarely or never ripens all at once, two or three pickings are required, the second being the principal one, while the others are rather gleanings. Each mature cherry should be picked separately off its stalk, and never stripped off ; the cherries as picked are dropped into a small bag — say 18 in. square — suspended from the neck; these bags are emptied into lj- or 2-bushel sacks placed at intervals on the paths. If allowed to get overripe, in wet weather, the cherries are liable to burst and drop the beans, or to fall off bodily ; on clean ground, much may be recovered. In hot weather, the cherries are more likely to dry up and hold on to the trees. In order to convey the cherries to the curing- houses, a great saving is effected, in long distances, by running them with water down galvanised iron spouting, made in 8-ft. lengths, laid with even gradients and curves, and duly secured. The cherries are despatched from cisterns, to which the due proportion of water is admitted ; provision is made for collecting and utilising the latter at the works. ( 40 ) CHAPTER IV. DISEASES AND ENEMIES. Besides peculiar conditions of climate, aspect, drainage, shade, shelter, &c., already alluded to, particular attention must he paid to the prevention or cure of certain maladies to which the coffee shrub is specially liable. The number of these insectiform and fungoid pests is considerable ; but the only ones of sufficient importance to merit description are leaf- blight, fly, borer, bug, and canker. Leaf -blight . — The leaf-blight of Ceylon and Southern India was first noticed in the former country about 1869, and in India two years later; by 1875, it had devastated whole districts, and since then it has been found in Sumatra and Java. Its existence at a distance from the Indian Ocean has not yet been proved, though there is some suspicion that an allied disease is indigenous to Western Africa. It is a fungus, known as Hemileia vastatrix , and allied to the moulds. It is present in some form or other all the year round, and first attacks the under side of the leaves, causing spots or blotches, at first yellow, but subsequently turning black. These blotches are covered with a pale orange- coloured dust or powder, which easily rubs off ; they gradually increase in size, until at last they have spread over the leaves, which then drop off, leaving the trees unable to produce crop, or to bring to maturity that which may have already been produced. In districts affected by the south-west monsoon, during December to February, the fungus generally exists as an external parasite, in the form of long filamentous threads, covering every part of the bark and leaves, but so minute as DISEASES AND ENEMIES. 41 to be invisible to tlie naked eye. The disease was made the subject of an official inquiry, by Daniel Morris, of the Peradineya Botanic Gardens, from whose report it appears that a successful mode of treatment has been found. Of the many materials experimented with, one only is invariably effective, viz. a mixture of best-quality flowers of sulphur with caustic lime, in the proportions of 1 part (by weight or measure) of the former with three parts of the latter — 1 : 2 gives much better results at increased cost — and thoroughly incorporating them before use. When small areas only are to be treated, sulphur blowers may be used for applying the powder ; but it can be as effectively spread by hand, taking care that it is thrown upwards into the tree, and that the stem and branches become well coated. Sufficient will generally fall to the ground to disinfect the vegetable matter lying there ; but under large and leafy bushes, a few extra handfuls may be sprinkled. This will especially apply when “ mulching,” or open trenching, is carried on. When once the mycelium , or vegetative part of the fungus, has penetrated the tissues of the leaves, no remedy can be used which will not also destroy the leaf. The only opportunity for combating the disease is while it is in the invisible filamentous state, on the exterior of the bark and leaves. At this time (December to February), each tree should be treated with about 5 oz. of the mixture, not omitting to disinfect the ground and what- ever encumbers it. It. has been observed that the treatment produces marked beneficial effects upon the trees in other ways ; their ap- pearance becomes more vigorous and healthy, the foliage improves in texture and colour, the wood matures and bears earlier, the blossom sets better, and the crop is heavier. The measure is preventive only. The disease being infectious, and the spores of the fungus easily distributed by wind, every precaution should be taken to eradicate it from abandoned coffpe patches, and stray wild trees. Such had better be bui jut, and the ground occupied by other produce. The cost 42 DISEASES AND ENEMIES. per acre of the treatment is estimated as follows : — Flowers of sulphur, 1 cwt., E. 10; coral lime, 3 cwt., E. 5*25; hand spreading, E. 1*25; total, E. 16*50. In hardly any case would it exceed E. 18-20 an acre, without transport. Following is a summary of a most important paper on the life-history of Hemileia vastatrix , by H. Marshall Ward, late on special duty as Cryptogamist to the Government of Ce3 7 lon. The economic aspect of “leaf-disease,” as affecting the coffee-plant and the production of a large staple, he does not comment upon ; for the proper appreciation of the facts and their bearings, however, he states shortly some peculiarities of climate, &c., under which coffee is cultivated in a tropical island such as Ceylon. “If we confine our attention to the coffee growing, for ex- ample, on the hilly slopes of the great south-western coffee- districts, the following general statements are true. The trees are arranged in rows on the hill-sides, the stems some 5 to 6 feet apart and under 5 feet high : the branches and main stem of each tree are so pruned and trained that they form a thick shrubby head of leafy shoots, touching or nearly so, the corresponding branches and twigs of each nearest tree. Apart from changes produced by social causes, the normal course of phenomena on a mass oftrees such as has been sketched during the year would prD&bly be, shortly put, somewhat as follows : — “ During the dry hot season from January to Marc few young leaves are formed, but the foliage already o the branches is actively at work, under a blazing sun, suppdng materials for the flowers, which succeed one anothl in clusters during this time, and for the future demands of he trees ; occasional showers or rainy days supply nece&ry moisture to the roots, but little or no dew forms durii the dry nights towards the end of the period. The wind ( nch during the early part of the year may be plentiful, "fc is commonly slight later) is dry, and comes chiefly stdity from the north-east. DISEASES AND ENEMIES. 43 “ Some time near the beginning of what we may term the second three months (April to June), the rainy weather sets in, and the hitherto dry atmosphere becomes more or less saturated with moisture. An obvious consequence of these changes is the renewal of growth on the part of the trees, and new leaves and shoots are rapidly formed in the early portion of this period, while the fertilised flowers produce young fruit in the successive clusters. During the showery weather, or at periods more or less alternating, the wind is frequently gusty and heavy. On the whole, however, while the dry and often drooping coffee of February and March has to depend on occasional rains to bring out its numerous flower-buds, the April and May rains fill out the young fruits and force new leaves from the buds, and a general state of turgescence is enjoyed by the tissues of the plant. The warm cloudy days and nights prevent dangerous evaporation or radiation, though boisterous winds may injure the tender shoots mechanically. “ About the end of the last or beginning of the next of our arbitrary periods, i.e. July to September, the south-west mon- soon sets in, accompanied by continuous and heavy rains and winds ; J uly and August are frequently characterised by fine hot weather, with alternate showery and cloudy intervals, the south-west wind becoming more gentle and continuous; while September commonly ushers in another warm damp period, when moulds and mildew luxuriate in the steamy atmosphere. “ In the fine weather, which usually characterises great part of the next three months, the ‘ picking of crop ’ is carried on ; the trees become weary, so to speak, as their last fruit ripens, and little more growth is noticeable after November; the leaves formed in September have attained their full size and normal dark colour and leathery texture, and a state of comparative rest is characteristic of December and January. “ Having premised these facts, the importance of which will be more evident as we proceed, I may sketch in a 44 DISEASES AND ENEMIES. similarly general manner tlie phases of the malady known as 6 Coffee-leaf disease 5 as they commonly occur in the districts named. From the middle of January to the end of March the orange-red 6 rust 5 spots, so characteristic of this disease, are either altogether absent or rare ; during April and May the spots occur here and there, chiefly on the older leaves and very rarely on the young ones. In June and July the great and disastrous annual 4 attack of disease ’ usually becomes manifested by the myriads of yellow spots breaking forth from the leaves in all stages, each producing its masses of orange-red 4 rust ’ ; and from this time forwards, until the dry weather is again fairly set in, the disease is constantly present, fluctuating in intensity according to circumstances. It generally happens, indeed, that another severe ‘attack of the disease’ occurs about December or January ; and in rare cases, as in wet ravines, the disease-spots do not completely disappear all the year round. 4 4 It became an important part of my duty to ascertain clearly what conditions influenced the rise and fall, so to speak, in the virulence of the disease; it was therefore necessary to obtain an accurate knowledge of all the circum- stances affecting the life of the fungus causing the latter. “ Having ascertained that the spore (‘ uredospore ’) of Hemileia , germinating on the damp under surface of the coffee-leaf, emits a short, delicate tube which sends a pro- longation through a stoma, and that the further development of this results in the production of the intercellular mycelium, a point of departure for further investigation was established. 44 The presumption was fair, considering the analogies discovered between Hemileia and other parasitic fungi, that this ingrowth of the germinal tube is the true ‘infective’ act ; and I proceeded to ascertain if leaves on which spores were thus sown developed disease-spots, while others did not. Experiments made during the latter part of 1880 and the early months of 1881 established conclusively that this was the case. Having selected a number of seedlings which DISEASES AND ENEMIES. 45 had been carefully grown under cover, from washed seeds, in baked earth, and which had presented no signs of disease, spores were sown on certain leaves of sixteen of the plants. “ The sowing in each case was performed as follows : — A large drop of water was caused to adhere to the under surface of the leaf, and in this suspended drop a number of the orange-coloured spores of Hemileia were carefully placed with a needle. A small glass chamber (formed by a glass ring, covered by an ordinary 4 cover,’ and a piece of bibulous paper with a hole punched through the centre) was then clipped over the drop, and kept moist by means of blotting- paper on which a siphon was allowed to play slowly. All the plants were kept in a well*- lighted, thoroughly ventilated room, of which the average temperature was 78° Fahr. At various intervals, spores were carefully removed from one of the damp chambers and examined ; the details of germination have been fully described elsewhere.* “All the plants were watched day after day, and the leaves examined to see if any 4 disease-spots ’ appeared. At length ‘ disease-spots,’ or yellow patches, were seen to have arisen one after another, until fifteen of the infected plants had developed these normal symptoms of the malady. After carefully examining the w^hole experiment, and allowing a considerable time to elapse after the appearance of the first spot, I was driven to the following conclusion : — 44 The 4 disease-spot ’ was only developed on those leaves and plants whereon sowings of the fungus-spores were made ; moreover, the yellow spot made its appearance only in the immediate area where the spores were sown, and nowhere else on the plant, even when the latter was subse- quently kept for several weeks. During the same period I further made numerous isolated experiments, none of which contradicted the above conclusions. I need not dwell upon the agreement between these results and those obtained from the anatomy of the fungus, nor is it necessary to point out the analogy between the phenomena of Hemileia infec- * Quart. Journ. Micros. Sci., January 1882. 46 DISEASES AND ENEMIES. tions and those obtained for Uredinons fungi.* The possible reply, that I had induced special conditions within the glass chambers, not realised on the various check-plants, led me to alter the details of the experiments by using damp bell- glasses ; and I found that, provided every care was taken to ensure the absence of spores, even very damp plants did not become infected. “ Here, then, in the results of experiments looked at in the light of the anatomical facts, was proof that the act of infec- tion consisted in the emission of something from the spore, which made its way into the leaf and caused the disease. The microscopical examination of spores and leaves proved that this ‘ something 5 is a germinal tube — a direct out- growth from the spore. 64 1 next proceeded to inquire if any constancy is evinced in the periods necessary for (1) complete germination, (2) com- plete infection and the formation of the internal mycelium, (3) the formation of the yellow spot and 4 rust/ and (4) in the duration of the activity of the spot. 44 With respect to the germination of the spore, the follow- ing facts have been established by numerous experiments and observations. Germination can only occur if the spore be in contact with water for a sufficiently long period. If the spore has been completely desiccated for some time, as is the case with spores which have been formed at the commencement of the dry season, several days may be required for the successful formation of the germinal tubes ; but with quite fresh ripe spores, produced in the moist atmosphere of the south-west monsoon, the changes are effected much more rapidly. In from twelve to twenty-four hours after the removal of the ripe spore from its mycelium, the tubes sometimes commence to form, and, as a rule, the whole cycle of germination (i.e. the formation of a complete germinal tube, the end of which has commenced to block up the orifice of a stoma) has been gone through. 44 From the facts that spores may remain dormant on the * Vide De Bary, Monatsber. d. Berl. Akad. 1865, and lit. quoted. DISEASES AND ENEMIES. 47 leaves during dry weather, and that they may retain their capacity for germination for several weeks if gathered dry and kept in cool, dry, sealed glass-tubes, the proof that moisture is necessary for their germination becomes strengthened ; and this is, of course, in accordance with what we know of other similar germinating bodies.* “ That oxygen is also necessary may be demonstrated : germination is delayed or prevented if the spores be immersed in small air-tight chambers. Too low a temperature, as on flat open spaces, chilled by radiation to near the freezing- point, as well as artificially high temperature, kill the spores. Their rapid and vigorous germination at or near the tem- perature of 75° Fahr. is sufficiently established by numerous successful experiments. “ I demonstrated on several occasions the fact that the uredospore germinates well in the open on young vigorous coffee-leaves in the warm, damp atmosphere of the south-west monsoon, and also showed that spores germinate under such conditions on the soil, in the meshes of exposed canvas-cloth, and on glass, &c. ; whence it may safely be inferred that, given the conditions for germination, any spore may throw out germinal tubes. If this occurs on the under surface of the coffee-leaf, the chances are infinitely in favour of the leaf becoming 4 infected ’ through its stomata. “ Complete infection may be taken to mean the successful establishment of the mycelium (derived from the germinal tube passing through the stoma) in the intercellular passage 1 of the leaf. By cutting sections of the coffee-leaf at various periods after the spores were sown as above, it was shown that on or about the third day after the formation of the ; germinal tubes, the diverticula sent through the stomata were becoming established within the leaf as branching mycelial structures ; while further comparisons demon- * Note added August Sth . — Spores of Hemileia, received by post from the Royal Garden, Kew, in July 1882, were successfully germinated in Strassburg on July 18— 20th. ; these specimens came from the island ' of Reunion. 48 DISEASES AND ENEMIES. strated that during the second week after the sowing a well- branched and vigorous mycelium occupies that part of the leaf coloured by the area on which the spores were sown. So constant are these phenomena that one could depend upon having preparations in a given stage for each three or four days after infection. “From further observations it became clear that when the intercellular mycelium has attained a certain development, its branches have blocked up many of the lacunae, and having sent haustoria into the cells bounding them, the tissues of the affected area become paler in hue, the contents of the cells are disorganised, and a yellowish discoloration becomes visible on the exterior of the leaf. This discoloration (the incipient 4 disease-spot ’) is readily detected after a little experience, though during the first or second day it may be but slightly perceptible. “ This stage, the first evidence of the presence of disease to the unaided eye, may be looked upon as a distinct one in the cycle of development of the fungus ; and I will give one or two examples to show how constant and well-defined is the period at which a vigorous mycelium may be known to be ■ present, as evinced by the yellowish incipient 4 disease-spot ’ seen from without. 44 a. Spores were sown in the manner described on the living coffee-leaf on July 24th ; the pale spot appeared on August 7th, i.e. 14 days after. “ (3. Spores were sown on January 30th; the spot appeared j on February 13th, also 14 days after. 44 y. Spores were sown as above on October 20th ; spot first visible November 3rd, also 14 days after. 44 Hence we see that a certain constancy appears observable in the rate at which the mycelium proceeds in its work of destruction. These examples, chosen simply to illustrate this fact, might be multiplied. However, it is not true that the 4 disease-spot ’ always appears on the 14th day ; as will be shown, it may happen that one or two days more or less are required, according to circumstances to be examined ; an DISEASES AND ENEMIES. 49 average of nearly 14 days is very common, however, as shown by the following Table (I.), which summarises shortly a number of experiments, selected from a large series, made to determine (1) the time occupied in the germination of a spore, (2) how soon afterwards the 4 disease-spot ’ appears on the leaf, and (3) how long the mycelium may continue to pro- duce spores. In each case a vigorous young plant was selected which had been grown for some months in a sheltered situation, and was clean and healthy. On a recently formed leaf a sowing of spores was made, kept moist for 24 to 28 hours, and then (the damp cell having been removed) placed in a carefully cleaned Wardian case, well lighted, sheltered, and kept at an average temperature of about 78° Fahr. In all cases the spores were found to germinate in 24 hours, and the tubes had commenced to block up the stomata within 48 hours. For all examples, also, the following holds good : the 4 disease-spots 5 appeared on the leaf on which the sowing was made, and within the area of sowing, and nowhere else on the 'plant . Moreover, no more 4 disease ’ appeared on the same plant, even after keeping it for several (six to eight) months, unless a fresh sowing was made and kept moist for 24 to 48 hours as before. “ These facts prove (1) that the 6 disease-spots ’ and 4 rust ’ result from the tubes and mycelium traced by the micro- scope from the spore ; (2) that the fungus corresponds in area with the disease-spot ; (3) that even if spores be present on the leaf, no 4 disease ’ results unless the conditions (moisture, &c.) for germination be also present. Finally, taken in con- junction with the results of microscopic analysis, they prove that the disease-spot is due to the action of an organism derived from without, which passes through definite changes and has a limited term of life. 44 It is therefore true that a certain approach to constancy is exhibited by the successive phases above described ; and it is abundantly proved that the yellow 4 disease-spot ’ is the outward sign of internal injuries caused by the mycelium, and co-extensive with it. E Table I. 50 DISEASES AND ENEMIES. Time during which spores were conti- nuously- produced. Weeks. 10 8 7 7 11 10 Time occu- pied in forming ‘ disease- spot.’ £.X ci i— 1 rH r-H i— 1 i— l r— 1 i— 1 rH •— • i— 1 ft Approximate date on which spores ceased to form. May 1 April 1 Mar. 31 April 1 May 1 April 20 A • • Approximate date on w r hich spot turned black in centre. April 25 Mar. 11 » 10 „ 12 April 2 Mar. 30 Mar. 20 Approximate date of greatest vigour. rH O CO ^ O rH O >“H r - 1 rH OTHCOw)TjHC0I>t>COCO rH CM CM rH ft P ft 3 d ft 0 S S ® • r 5 ^ AS ^ ft © ft Pd t-o> Pd *"0 ^ Pd Date on which spores were sown. I>0-HCO-0 ^ < »-3 ^pjop’apidtiiH^s ►>> Cd > a 8 p* GOcpJ © O ^3 W) 0 0 ft>53 ft! d •r © fe: 0 s-g .a p* © &c~ d ** *3 § a d O DISEASES AND ENEMIES. 51 As soon as tlie yellow ‘ disease-spot ’ lias become obvious, the reproduction of the fungus takes place, as described else- where ;* and the first appearance of orange-coloured ‘ rust ’ or spores occurs on the outside. The outcome of all the observations shows that this takes place, on the average, about the third day after the first external signs of the yellow spot are evident. Is ow it is plain that, as the above facts became established , one could predict, more or less accurately, when and where a disease-spot would appear on a given leaf on which spores had been sown and kept moist. “To illustrate this important point more fully, a few more experiments, as carried out, may be quoted. “ Spores were sown, as described above, on a leaf of Coffea arabica on Oct. 15. From the known data, the disease-spot due to the action of the produced mycelium should be visible on or about Oct. 29-30, assuming rapid germination: the spot actually became visible on Oct. 29, in the area of the sowing, and nowhere else on the plant. Several other experiments gave similar results. On Dec. 12 I treated six seedlings in the same manner, sowing spores on the young leaves of five and on the cotyle- don of the sixth specimen. All the seedlings were grown in the same pot and soil, and may be considered equal in all essential respects. A very faint spot appeared on each of the leaves of four specimens on Dec. 21st; a similarly indis- tinct spot was developed next day on the. leaf of the fifth- but the spot on the cotyledon did not become visible till the “ Here, therefore, appeared a less successful attempt to predict the rate of development of the ‘disease-spot’; whereas I had expected at least 14 days to be occupied in the :*7 r °r’ tiei '°. Were ’ ln fact > only 9-10 and 11 days respectively so occupied. One more example J leaf n? n°£ 25 \ SOwin Z was made a large, dark, tough leaf of Coffea arabica treated as usual. According to ealeu- * Quart. Journ. Micros. Sci., January 1882. E 2 52 DISEASES AND ENEMIES. lation, I searched for the c disease-spot ’ on Nov. 8 and 9 ; hut no spot appeared, and no trace could be discovered till the morning of Nov. 11, when the yellow spot appeared as usual Here about 16 days had been occupied in the forma- tion of tJie given mycelium and spot. “ In Table II. are summarised the results of further experiments of the same nature ; these should be compared with those already published in the Third Report to the Ceylon Government (Sessional Paper xvii. 1881). “ Although in the above-cited examples, which have been purposely selected to illustrate all the chief points, it is evident that an absolutely accurate prediction did not always occur, some stress should be laid on the fact that the time allowed for the production of the c disease- spot ’ (viz. 14 days) proved correct in a majority of experiments. “It is now time to inquire if any explanation of the differences is forthcoming. During the progress of the in- vestigation it became clear, as already stated, that spores which had been matured some time and become quite dry took longer to germinate than fresh spores which had just ripened : experiment also showed that spores which were produced during the moist weather could be made to germi- nate in a few hours, and might produce a normal and com- plete germinal tube within 12 hours from the moment of sowing. I had indeed found the uredospores germinating while still on the damp parent rust-patch ; and the teleuto- spores commonly do so. “ Apart from accidents during the formation of the ger- minal tube,* therefore, it is clear that in a given experiment the act of infection by any one tube may be delayed or hastened according to the previous state of the spore as re- gards moisture, &c. The outcome of my observations in this connection is, that while the act of infection or entry of the germinal tube through the stoma may commence in 12 hours after the sowing of the uredospore, it may require 3 days or * Such as non-contact with a stoma, the attacks of insects, fungi, &c. ‘ Table II . — Infection Experiments, DISEASES AND ENEMIES. 53 54 DISEASES AND ENEMIES. more. Nevertheless 40 to 48 hours is a very common period for the completion of this process. “ Having taken this into account, however, and made ex- periments nnder such circumstances that the germinal tubes are found to be completely formed and entering the stomata during the second day, I find that several other factors com- plicate the question as to the period occupied in forming the spots. Not only does the vigour of the mycelium depend upon the amount of food and moisture present in the leaf, but also on the ease with which the proper materials can be obtained and assimilated. It is therefore clear that the age and condition of the coffee-leaf may influence the rate of de- velopment of the parasitic mycelium within it. (N.B. — This has nothing to do with the infection itself ; the difference is important.) We have seen that the period at which the yellow ‘ disease-spot ’ makes its appearance depends upon the progress made by the mycelium in its work of destruc- tion of the tissues: this may be affected by the thickness of the walls of the cells which are to be invaded, and also by their number in a given area of the leaf. The connec- tion between all these facts and the general healthiness and activity of the tree are obvious, whence must be inferred that anything affecting the one may indirectly affect the other. “ I will now describe a further series of experiments show- ing the kind of evidence which exists in fact for the above views. In October 1881 I commenced two series of experi- ments as follows : — “ A. A number of plants of Coffea arabica were selected, which had been obtained from Samarang in a Wardian case, and had been two months in a cool, carefully ventilated room. These plants were one year old, still retained their early leaves, were healthy, dark green, producing new shoots and leaves. They had been removed wdthout disturbing the rootlets, in each case a large cube of the original soil having been retained. There was no reason to suppose these plants other than fair subjects for experiment. DISEASES AND ENEMIES. 55 “ A sowing of spores was made on the under side of a chosen leaf on nine different days from October 5 to 25, in the manner already described, with fresh, ripe, moist spores ; and a slowly dropping siphon played on the damp chamber for four days. On the fifth day the damp chamber was removed in each case, and, with a perfectly clean sponge filled with pure water, the adhering spores, &c., were then washed off — the detection of the yonng ‘ disease-spot ’ at its earliest appearance being thus rendered easier. The leaves were closely examined daily, and the following Table (III.) gives the summary of observations. “B. Nine young seedlings of C. arabica were selected which had been raised in pots in a closed Wardian case, and in soil dug from a depth with great care. Each seedling possessed its cotyledons, and one pair of thin, apple-green, succulent, and healthy leaves of a fortnight’s growth ; the second pair of leaves were just appearing. The sowings, &c., were made exactly as before ; and all circumstances were the same, except that the Wardian case in which these experi- ments were conducted stood in another room. I have no reason, however, to believe that the very small differences in the amount of light, air, &c., which may have existed could materially influence the results. The temperature of both rooms was nearly the same, viz. 75°-78° Fahr. on the average. The results are appended in Table IY. “ It appears impossible to avoid the conclusion that, generally speaking, the thinner and more tender the leaf, the more rapidly does the ‘disease-spot’ appear. If it be objected that the older plants, having travelled from Samarang some months before, were not fairly compared with the Ceylon seedlings, it may be justly remarked that the young and tender leaves on these plants also developed the spots more rapidly. “ If, in the above instances, we take the average number of days occupied in producing the spots on the old leaves and compare with the time occupied in the case of the young ones, however, the difference is very striking : the numbers “ Table III.— Experimental Series A. 56 DISEASES AND ENEMIES. £ O £ 3 g -M © 2 £ W)Q -O o P ^ e+H fH rj rt ^3 5 o +* B H 53o$ ? S r— 1 ”11 g ^ m~ ® H«1“9 >3 C4_ f-H ^ © a 03 .2 P 3 |Oh%^ o •« ^ -a S’jS -1^ © 02 ggs CD £ -£ «4-i rd p-i • ® ^ 2 “ “ '"“So 2 © aj oi S a > CO • w tc os ^ a > cc _: - © '■Sa-Jill ^ o g 2 ~£ ^ 2 3 & £ r^^rO ja 2 ” P aa ° o 'S ! d i> § ^ ?-l o i? a o o o 3 .2 rrt 1 S'g P^rj P? 02 't S ^ a * 8 2 3 2 § Sb d .P = M o o 3 kOT) ^ § _, ^g §3fi 8 £_/ 03 Q fj S-, ’Si & 1.3*1 P -+-= "O _. Oio OTi 02 ^ ;z: CD ^0 0(14 03 a) > O ^O-g J ‘Sa’Sl O t> P i—i P . CT 1 P i-S O © •?-£ | ^ 52 r c5 S g fl W J© fl i—i P _. E I . S § ■°.«S § § “P s=a Q.2 ri Pch © f-s d3 o3 P i-P w CD O Ph g 1 © p ® “3 oi j J s o. S © £ p ^ rP S 03 S'S ® . 3.2 ^ a m .52 © ^ 'p P 02 ^ o 5 o >1® 5 E^I t-h p ts « s: p| gl| fl bOM OP O * Spot * old and becoming exhausted (approxi- mate only.) Dec. 5 Dec. 6 Before Dec. ‘ Disease- spot * in full vigour (approxi- mate). Nov. 7 Nov. 7 Nov. 10 Dec. 5 Nov. 15 Dec. 16 Dec. 17 Dec. 13 Discolora- tion extended through the whole thickness of leaf. Oct. 30 Oct. 30 Nov. 2 Nov. 22 Dec. 7 Dec. 5 Dec. 5 Dec. 5 Time occupied in produc- ing the ‘ spot/ *s #N#V h 3 Cd CD CO 1—1 t+H Date on < which new spores first appeared. Oct. 23 Oct. 25 Oct. 26 Oct. 27 Oct. 31 Nov. 7 Nov. 7 Nov, 9 Nov. 16 Date on which ‘ disease- spot * first appeared. Ocfc. 21 Oct. 23 Oct. 23 Oct. 24 Oct. 29 Oct. 31 Nov. 3 Nov. 4 Nov. 11 Date on which spores were sown. Oct. 5 Oct. 7 Oct. 10 Oct. 13 , Oct. 15 ■ Oct. 17 , Oct. 20 Oct. 23 , Oct. 25 O .a g'SS “! B.® -g ’C ftS O C Q, ^ § p £T3 4 P -P ° P o P PP g ! o o ^ - ’ 2rP o m a P o3 2^ . M : TJ .© ^ . I’Sj © pa 3 a«!85eaJij?B5tS'Sa ^ o3 WJ. Jill ©2 ’ p'P •d P PS P ptwna © s-1 c3 ^ >» d CO O oo’p “ Table IV. — Experimental Series B. DISEASES AND ENEMIES. 57 58 DISEASES AND ENEMIES. are °g° = 15 days, against 1 1 ^ = 10§- days, for the old and young leaves respectively. “ I do not imagine that the differences in the rate of de- velopment of the spots in the above cases were due simply to differences in the rate of infection. It has already been stated that freshly ripened spores produced in the moist season germinate rapidly ; and it will be noted that slowly dropping siphons were used in all cases, a method which almost ensures immediate and successful germination, as had been largely experienced with other sowings. “ Nor do I think that slight differences in the soil, affecting the supply of food and water to the plant, unduly influenced the two sets of experiments. Nevertheless, while insisting on the fact that the great difference between the leaves in which the mycelium produced the spots in 10 days or so and those in which it required 15 days on the average, was that in the former the cell-walls were thin and soft and less numerous, yet it must be allowed so far that slight differences in the circumstances (light, air, and possibly temperature and moisture) existed, while unknown differences may have been presented in the quality and quantity of food and water absorbed by the roots, in the vigour of the plants generally, and (though experiments do not support this idea) in the rapidity of actual infection — all of which might more or less, though very slightly in the individual cases, affect the physiological activity of the mycelium, and therefore the accuracy of the conclusions. “ Passing to the consideration of the question, how long may a 4 disease-spot ’ continue to produce spores ? I may refer for details to the tables and to results already published. These were obtained by (1) marking certain leaves in the open, and noting when the development of spores ceased; and (2) making experimental sowings as above detailed, and watching the progress of the spots. By these means it was shown that the spores may be continuously produced for from 7 to 11 weeks; and there can be no doubt that the extreme limits are not here stated. DISEASES AND ENEMIES. 59 “ One interesting and important observation may be recorded. On a ‘ disease-spot/ produced on the leaf of a protected plant in a Wardian case, the successively developed spores hung in clusters in the perfectly still, moist air. From certain known data as to the number and length of these clusters, and the average size of the single spore, I was able to estimate the quantity of spores present ; these were pro- bably more than 150,000. Now, since 127 disease-spots have been counted on one pair of leaves, some idea of the enormous quantity of spores produced may be readily obtained. “ The slightest shake causes these spores to fall ; and it may be proved directly that others are formed very rapidly by the same spore-heads. By gently brushing off the spores with a camel-hair pencil no injury is done, and in a few hours others are found to have been formed in the moist atmosphere. The development of new spores may also be shown to proceed on leaves which have fallen to the ground, and in which a supply of food and moisture is still afforded to the spore-producing mycelium. “ The time during which the production of disease-patches and spores on a leaf may continue must necessarily depend upon a number of circumstances. Where one disease- spot only occurs on a coffee-plant, it may go on forming spores for many weeks. In given cases I have observed this pro- cess for from ten to sixteen weeks and longer ; but if several spots form on the same leaf, their period of activity is shortened by the premature fall of the leaf. It may well be, also (though I have no direct proof of this) that in the latter case each spot produces fewer spores in a given time ; since, v r here there is a struggle for food-supplies among several independent mycelia, it is unlikely that all are as*abundantly supplied as one would be. “ The following Table (Y.) summarises the results of observations made to determine (1) how long a time is occupied by the coffee-plant in forming a complete pair of leaves, (2) at what period they become attacked by the fungus, and (3) how long they survive the ravages of the Table 60 DISEASES AND ENEMIES- Time during which the ‘ disease * was visible (approxi- mate). We» ks. 8 7 5 6 8 5 0 10 0 0 Total life of un- folded leaf (approxi- mate). Weeks. 11 11 9 G 10 6 1G 21 16 21 Date oil. which the leaf fell. Dec. 22 „ 20 „ 5 „ 30 Jan. 1 » 1 June 29 Aug. 3 July 6 Aug. 10 Date on which the spots were brown. H IO -» o o n q ^ Date on which the leaf was badly ‘ diseased.’ Nov. 18 Dec. 5 Nov. 23 „ 30 Dec. 5 „ 22 0 June 29 0 0 Date on which the spores were first noticed. Oct. 29 Nov. 8 » 7 „ 18 » 3 Dec. 5 0 May 25 0 0 Date on which the ‘ disease- spots * were first noticed. o i— i co,— irocsoo CD CM <-> CM CM O ft S ^ 1-5 Last date on which leaves appeared quite clean. Oct. 16 „ 29 Sept. 30 Nov. 15 Oct. 29 Nov. 18 Mar. 14 April 25 May 8 June 26 Date on which leaves may be considered adult. Sept. 30 » 30 „ 30 Nov. 15 Oct. 16 Nov. 15 Feb. 27 „ 27 Mar. 14 » io Date on which un- folding of leaves had begun. Aug. 30 » 30 Sept. 17 Oct. 20 Aug. 26 Oct. 16 Feb. 1 » 1 „ 10 5 Date on which tv e bud was first noticed. A. Aug. 27 B. „ 29 C. Sept. 14 D. „ 30 E. Aug. 20 F. Sept. 6 G. * Oct. 29 H. „ 30 I. * Jan. 30 K.* „ 30 N.B. — In the examples marked (*) the leaf never became badly diseased, but at most one or two ‘spots’ appeared and produced no spores at all ; and it is doubtful if the mycelium of the fungus was ever present to any large extent. In all the other cases about 10 to 15 “ disease-spots ” appeared on each leaf, and produced spores as described. DISEASES AND ENEMIES. 61 pest. In all the specimens selected there were several of the disease-spots on each leaf ; hut, of course, no absolute standard of the damage done is given. The following example will illustrate the mode of reading the columns. Taking the specimen F, the minute terminal bud evident so early as September 6th, 1880, remained quiescent during forty days (till October 16th), and then commenced to swell and unfold its pair of leaves. In about a month’s time (November 15th) the leaves were completely formed and in full activity, and apparently clean and healthy. November 18th was the last date on which no trace of disease was visible to the naked eye ; but it is evident, from what is known of the periods in the life-history of Hemileia , that the germinal tubes had already entered the stomata, and formed mycelia ; for on November 23rd the yellow spots were apparent, and had developed spores before December 5th. The formation of spores continued, and the leaf was badly diseased with ‘ rust-patches ’ before December 22nd, when the spots were already old and turned brown. On January 1st, 1881, the leaf had fallen ; and an examination of the last two columns shows that, out of months’ term of life, the leaf was obviously pestered with the fungus half the time. More- over, we must recollect that nearly a month (October 16th to November 15th) was occupied in bringing this leaf into full activity, and probably a fortnight must be added to the last column, during which time the mycelium was forming. How little of the total life and powers of such a leaf benefited the tree will be evident on comparing these results. “ The method adopted in arriving at these conclusions was to mark a given vigorous twig, and note the progress of the bud, fungus, &c., at intervals of a few days. No other conclusions than those for which the tables are designed are intended to be drawn : e.g. in the example given, the date December 5th (in the 6th column) does not mean that the first spore formed on that day , but that, taking notes of the progress of events on December 5th, I found spores were 62 DISEASES AND ENEMIES. already formed by the spots in some quantity , whereas they were not present when notes were taken some days earlier. 44 To take another example (K), we find a very different series of events when no mycelium or only an odd spot appears : here the bud of January 30th began to unfold in February, and reached its full development as a pair of leaves about March 10th. Up to June 26th no signs of disease had appeared ; and we notice that the traces of spots noted on July 6th never came to anything, as signified by 4 0 ’ in the column. The leaf fell on August 10th, after a total life of twenty-one weeks or so. In such a case we may safely assume that its work was chiefly devoted to the benefit of the tree. 44 I shall have occasion shortly to point out the importance of the fact that one or two 4 disease-spots 5 do not suffice to destroy the leaves : a luxuriant tree may support a certain amount of fungus, as well as a large quantity of fruit. Meanwhile attention may be directed to some experiments showing that the greater the quantity of mycelium (and therefore of 4 disease-spots ’ ) the sooner the leaf falls (Table VI.). u To take an example (F) : on December 20tli the leaf was adult and in full working order. It retained its green, bright colour until April 2nd, when a few faint yellowish cloudy patches were observable, the signs of approaching dissolution. 44 On April 25th the leaf had become yellow, like an autumnal leaf in Europe, and fell soon after, about May 3rd, having done its work for the tree, but having escaped the ravages of the mycelium of Remileia . 44 An instructive series of observations were made to obtain an answer to the question, how long will the leaf remain on the tree when not attacked by Remileia , and when only one or two small and barren disease-spots appear ? 44 It was shown that leaves on which no disease-spots appeared commonly remained on the tree for eighteen to twenty weeks and longer ; whereas leaves on which Table VI. DISEASES AND ENEMIES. 63 gfi V 5 ef-. o & g" & P. rd tj.2 fi-S 03 ^ ' O 2 "® Id ^ £ ® s& ® w c3 ? P ? £ o £-2 -9 wd’o o ^ o £ "es o3 P ® >5 ® SP rd 'd ► s Si ® d ■g o P O s ^ 02 & r n c £ £ O r-t CO £ O P <1 £ »0 •p d fl d © ° 43 o M — - *02 CD *- O g P £ g © +a ^ rQ _ ,rH 4-3 o 3 I s g> JP® (1) ^ f-H ^ ns 2 .2 2^ £ d rd ^ d H © d cm P2 o i H ©o 2 «(N d 03 ^ o o C3 © S ^P5 d £ 03 W ® ftp H ^ o P 64 DISEASES AND ENEMIES. numerous spots were developed fell in six to eleven weeks, or even sooner, after the unfolding of the buds. It may be imagined how differently two trees must be affected, if the leaves of one escape the ravages of Hemileict , and are permitted to work for the good of the tree during eighteen to twenty weeks ; while those of the other have to work (so to speak) for the benefit of the fungus as well, and yet persist but six or eight weeks in all. Every degree of difference in these relations occurs in masses of diseased coffee. “ Having thus examined more or less in detail what occurs in laboratory experiments, and having drawn certain conclu- sions as to the behaviour of Hemileia when the chief circum- stances are under control, we may pass to the description of its behaviour in a state of nature, in the open, and see how far this is explained by the known facts. “ In proof that a ‘ disease-spot 5 is formed exactly as before on coffee exposed naturally, I may cite the following experi- ment, which will also serve to illustrate other points of importance : — “ On December 23rd, 1881, a Wardian case was received from Jamaica, in which were eight living coffee-plants in bamboos containing Jamaican soil ; in this rich dark mould flourished a dense mass of healthy roots, and each plant possessed a fair supply of vigorous leaves. “ Two of these plants were transferred to the open ground, being plunged into the soil without any disturbance of their roots or soil ; these may be called A and B respectively. “ Two (C and D) were placed undisturbed in a cool shaded room, from which draughts of wind were carefully excluded. “ Two others (E and F) were placed untouched in another room, more exposed to light and air, and, like the rest, were watered regularly. “ A seventh specimen (Gr) was placed also untouched in a closed but light and well- ventilated Wardian case. “ The eighth plant (H) was placed in the same room as E PLATE IV.— COFFEE DISTRICT, NEAR PUSELAWA, CEYLON. DISEASES AND ENEMIES. 65 and F, and nndei similar conditions. On the exposed plants A and B spores were scattered from a neighbouring ‘diseased 5 tree, the leaves being already wetted by a drizzling rain ; one leaf was then marked on each plant, and spores carefully placed on each in drops of water on the under surface. “ On one leaf of plant C a sowing was made, under the siphon, &c., as usual ; D remained untouched. “ E and F remained untouched, as also did G-. One leaf of H was infected under a siphon as usual. All this took place on December 23rd. “ On January 3rd, 1882, several leaves from both the exposed plants (A and B) had been torn off by wind, &c. On several of the younger leaves were distinct, though small disease-spots : these were particularly noticed on the marked areas. During the following week the spots increased in number and vigour, and there could be no reasonable doubt that the plants had been infected as described earlier, and that eleven days (December 23 to January 3) had been occupied in the process. “ On January 4th a 4 disease-spot 5 appeared on the leaf of the plant C, where spores had been sown twelve days pre- viously; no trace existed on D, however, either then or later. 44 The plants E, F, and Gr remained without a trace of disease up to January 12th, and no reason existed for supposing that any mycelium or 4 disease 5 was imminent. 44 The plant H, at the spot where spores had been sown thirteen days before, developed a ‘disease-spot 5 on January 6th on which spores appeared on January 10th. “ Now this experiment, the latest which I performed in Ceylon, appears in some respects the most instructive and conclusive which has yet been offered. “ It seems clearly to prove, 1st, that the nature of the soil, coffee-plant, and past circumstances, &c., have nothing to do with the possibility of infection ; 2nd, that previous experi- ments had conclusively established the normal course of the 66 DISEASES AND ENEMIES. ‘ disease ’ ; and 3rd, that, provided the plants are kept sheltered from the fungus-spores, there is no fear of their incurring the inroads of the pest. “ For additional evidence on these points the reader is referred to my previous Reports. “ With regard to the exposed plants A and B, it may be asked, how was the moisture necessary for germination supplied, since no siphon was used? The answer is given by my diary of the weather. The week before was cloudy and showery, and the spores employed were already prepared for rapid germination. Then : — “ December 23rd. Drizzling rain ; cloudy afternoon ; rainy night. “ December 24th. Cloudy, with sunny breaks. Cool. No rain. “ December 25th. Sunny and hot, with cloudy intervals. “ The germination must have occurred in these intervals. “At various times experiments had been made to deter- mine how the spores, which were observed germinating naturally on the coffee, arrived at their proper positions on the leaf. Careful observations on diseased coffee, made during gentle showers and steady breezes, convinced me of the following facts. Bearing in mind what an enormous quantity of orange ‘rust,’ each grain of which is a spore capable of reproducing a ‘ disease-spot’ in less than three weeks, may be produced by one spot, and remembering also how easily these spores are detached, it seemed probable that the disease-spots produced later on a leaf might arise from spores shaken or washed from the earlier spots. “ If a perfectly clean glass slip, 3 in. by 1 in., be clipped on to a branch of coffee in the position of a leaf, in moist weather, two facts appear : — (1) spores, not only of Hemileia , but also of Sphaeriae, Lichens, &c., may be observed on the slip in the course of several hours; (2) these and other small bodies tend to accumulate at the lower edges or tip of the glass, and even to travel to the lower surface and become suspended in the moisture pendent therefrom. DISEASES AND ENEMIES. 67 “ That the spores, &c., are washed, shaken, and blown into snch positions aided by the action of gravitation cannot be doubted; and this view explains why the earlier disease- spots on coffee-leaves, which have not been violently shaken, frequently appear at the edges and tips, subsequent spots appearing in the other regions of the leaf. These causes, combined with violent shakings during gusty and rainy weather, must contribute largely to distribute spores from a diseased spot to a healthy part of a leaf, from one leaf to another, and even from tree to tree. But other observations prove that the wind conveys the spores of Hemileia through longer distances than the above. By exposing slips of glass, smeared with a thin layer of glycerine, in various positions in the neighbourhood of diseased coffee, it was shown that spores of Hemileia became entrapped in the glycerine ; in one remarkable experiment the glass slips were exposed for twelve hours in a vertical position (the side smeared with glycerine facing the coffee) during a very high wind. The glass slip was 5 ft. from the ground, and 18 ft. in a direct line from the nearest coffee-trees ; on these trees the spores forming c disease-spots 5 were abundant and active, and spores were being plentifully shaken from them. At the end of the twelve hours I found no less than 117 spores of Hemileia embedded in the glycerine. Many other experiments con- firmed the conclusion that the wind conveys the spores over considerable distances ; innumerable spores, in all stages of freshness and decay, were observed in the meshes of some canvas exposed among the coffee for several months. “ How far the agency of man and insects, &c., is respon- sible for distributing the spores has not been directly determined ; but it is fair to assume that this also comes into play. “ Hence it is certain that the spores of Hemileia , passive though they are, become plentifully distributed among the coffee on estates. If, as in the highest degree probable,* the * For evidence of this cf. Third Keport, &c. f 2 68 DISEASES AND ENEMIES. fungus became conveyed to the cultivated coffee from the surrounding forests, it is easy to understand how its spread would be at first slow (since many spores are known to fail in obtaining a suitable starting-point) ; but we may also as easily comprehend that a large stock of spores having become formed in a favourable damp and warm season, the rapid spread over a wide area of coffee-trees would be but a matter of time. That this has occurred during the last fifteen years in Ceylon is only too evident. “ Table VII. Month. State of the Disease, Wind. Distance of glass slip from Coffee. Distance of glass slip from ground. Method of exposure of the slip. Length of exposure. No. of H. vastatrix spores found. June 3 A few spots of 4 rust ’ here and there. High. 12 feet On the grass. Flat. 8 hours 7 July 8 Bad. Very high. 25 „ 4 feet Vertical. 12 „ 21 July 9 to o 4 „ 2 „ 8 5> 12 „ 5 » 5? 2 „ 13 “ The spores of Hemileia , then, can become spread over the coffee ; the necessary conditions for their germination are known to recur naturally at frequent intervals ; and experi- \ ments have conclusively shown that within three weeks from the successful sowing of any spore on a coffee-leaf the j mycelium reproduces spores again, to go through the same cycle. “ Moreover, evidence has been brought to show that any kind of coffee may become infected, though of two given leaves the younger and thinner one usually shows the c disease spots 9 more rapidly. IIow far do these and similar facts explain what occurs on masses of coffee ? DISEASES AND ENEMIES. 69 “ I have shown in detail elsewhere* that in the districts chosen for illustration, young coffee-leaves are formed most rapidly during the c growing weather 5 of April to August, and that, practically, the quickest development of new leaves occurs during May and June. On the contrary, very few leaves are produced during the hot dry season of February and March. Alternations of rapid and Flow growth occur during the rest of the year, depending on the variations of climate experienced ; but it commonly happens that a rapid renewal of growth occurs towards the end of the year, in October and November. “ To determine as far as possible the rate of growth and other changes in leaf-buds and leaves at Peradeniya, certain trees were selected in August 1880, and watched during the following twelve months, notes being made at short intervals as to the conditions of the buds and leaves on twigs around which coloured ribbons had been loosely tied. “ The shortest time in which a pair of leaves was developed in my experiments was about 4 weeks, when the bud first exposed on April 10th became an adult pair of leaves by May 8th; and the longest period occupied by the same pro- cess was (excluding a very abnormal example, where 171- weeks were occupied in the process) 13 weeks, when a bud which first appeared free on October 29th did not begin to open until the following January, and its leaves were not fully formed before February 27th. “ During the very dry weather experienced in Peradeniya from December to March, there is, on the whole, much less activity displayed in the formation of leaf-buds and leaves than during the period from April to August ; and this is in accordance with the general experience of planters on the Kandy side of Nuwara Eliya. Of course there are differ- ences in the rate of development of leaves, dependent on circumstances other than the weather, since the time at which pruning, manuring, &c., are done affects these and Appendix to Third Report. Table YIII. Branch A. (Tree not pruned.) 70 DISEASES AND ENEMIES. >T3 (3 © O © ^ ■c a ® a. ; 2 © 2 a © £ o > a e«I p« . p P be .2 o.2 g ops a o §< © rP =2 . > © _ ^ ^ T3 g » s © © .3 © > © 73 ,© © g S I s O 1? h <1 bO P <1 O 10 CO CO OQ O ^ P< <1 Pi P3 P o © •a s« 2 a JB& pi bO P •5 P ?H rP £ a P P •Q ^© .a 3 .2 rP> ^ © 2 2 ° 8 © © Q P bO -2 * □Q a pu rH rH Time occupied in opening (approximate). 02 rd o ~ ~ ; r p CD £ HIM H|N H|M HH HH CO (MHO Date on which leaves had attained full size, &c. November 8 February 25 April 25 „ 30 May 2 „ 30 August 8 T3 ci A m O O rH O H CO CM CM •2 ^ sa ,£3 d o o> oj ® 8 O > ^ jq ® ^ (U a .s a o fl’S S&S §°l in P -2 OQ 5 9 ^ &Q =3 a, O' 0 3 .2 b CQ e a ° a 4) O iO CD HO TjH l> ^ ® r ; £ D > d JB CD P=4 H §> O O CM CO rH ►* §Jrg »-» t*< ^ CO 10 >>2 14 £? S S ^ d -< g 'S p- 5 1 - H? ^ <1 S 72 DISEASES AND ENEMIES. other phenomena; moreover, since the buds are slower in development where wind or a general low temperature prevails than where the air is quiet and warm, it will be evident that elevation affects this as other processes of growth. The trees on which my observations were made suffer much from leaf-disease, and bear little crop, circum- stances which must also be taken into account. “ Let us now suppose, for the sake of argument, that a quantity of spores of Hemileia are scattered about the above- named districts in January, after the dry season has fairly set in ; many of these spores may be imagined on the rocks, ground, tree-stumps, &c., around, while others are on the leaves of the coffee. The air is so dry that, except on the banks of sheltered streams and in damp shady places, those spores cannot germinate ; the wind is not high, and even in cases where sudden gusts raise spores from dead and c diseased ’ leaves on the ground, there are comparatively few leaves on the trees, and the chances of many spores attaching themselves to their dry surfaces are not great. “With the April rains and gusty winds there come in conditions which distinctly alter the circumstances of these spores : a few of these spores on the leaves germinate, in- fect the leaves, and in three weeks reproduce their kind in the normal manner. By the time that the May leaves are becoming formed, a somewhat larger stock of Hemileia - spores exists on the trees than before ; and these newly formed spores are better placed for distribution — every shower of rain and puff of wind must scatter some of these spores. “ During May and June the weather is not unfavourable to the germination of the above-named spores ; by the time that this second generation has gone through its cycle, the older spots are still producing vigorous spores in the moist atmosphere, while the wind may successfully place others from the original sources of infection. “ It must be remembered that the trees are by June be- coming densely clothed with young, succulent foliage, and that the spores from the more recently developed spots are DISEASES AND ENEMIES. 7 o ( o more likely to be deposited on the leaves, since they are more numerous. The life-cycle of these later spores may be more rapid by several days in the tender young leaves, in the moist, warm atmosphere. “If the above be correct, it should follow that July, or thereabouts, would show a wide-spread and sudden outbreak of the yellow disease-spots ; and we know that such is the fact. “ In August the leaves, destroyed by the abundant myce- lium, fall in showers, the trees becoming in many cases almost stripped. “ One set of observations may be recorded as typical of all the others.* A coloured ribbon having been loosely tied on •a twig of the growing coffee, the development of the buds and leaves was carefully watched, and notes made of the changes which occurred from time to time as the latter passed from their earliest stages to adult age, and finally died off. “ In the case which I will here cite, the terminal bud com- menced to open about March 21st, and in a few days had developed a pair of shining, dark green, tightly opposed young leaves about \ in. long. “ During the first three weeks in March, a continuance of dry, hot days caused all quick growth to cease ; but the -opening of the bud commenced at once after the showers which set in towards the end of March, and continued for the most part throughout April. “ On April 2nd, in fact, after a week of showery growing weather, the swollen bud had burst, and presented two leaves each £ in. long ; and by April 25th these were fully formed, handsome bright-green structures, about 4^ in. long by 2£ in. broad in the middle. On or about this date the leaves ceased to enlarge, and may be considered adult and in full working order. “ During the last week in April and the first week in May * For further evidence cf. Third Report. 74 DISEASES AND ENEMIES. much rain fell in heavy showers ; but from May 8th to May 25th a hot period intervened, the mornings being fre- quently close and steamy, however. At this time a few spots of ‘leaf-disease’ were observable here and there on sur- rounding coffee-trees. “ Now, from April 25th, the period at which we may con- sider the leaves adult, to June 1st no trace of Hemileia w~as discovered on either of the leaves ; but on June 1st a distinct though small 4 pin-spot ’ was seen on one of the leaves, which I shall call the left-hand leaf ; and on June 3rd a few spores were seen proceeding from this. On the latter date also I found a minute yellow 4 pin-spot ’ on the right-hand leaf of the pair. 44 The question is, what connection had the weather, the presence of spores, and other circumstances with this definite appearance of two 4 leaf disease-spots ’ on leaves which had been to all appearance perfectly healthy from April 25th to June 1st, i.e. during some five weeks? It may first be stated that the weather from May 25th commenced to indicate the wet usually associated with the incoming of the south-west monsoon ; and wind and rain prevailed more or less up to the end of June, June 20th to 26th, however, being fine. 44 The disease was first noticed on June 1st : if the 4 pin- spot ’ arose from the germination of a spore as I have de- scribed, this spore probably commenced its action within three weeks or so previously. On comparing the notes made about the requisite period, two points are clear : — 1st, there were spores being shaken and blown about at that time ; 2nd, it rained heavily up to May 8th, and a series of hot, close, steamy mornings occurred thereabouts; and it also rained during the week preceding the discovery of the spot It is evident, in fact, that an odd spore of Hemileia germi- nated (probably in the dew) on each leaf on or about the 16th-18th of May, and sent its tube into the leaf to form the mycelium of which the presence was discovered on June lst-3rd. 44 On June 15th the spot on the left-hand leaf was large DISEASES AND ENEMIES. 75 and producing abundance of orange spores, which were being widely distributed by the high winds (from June 3rd to 15th), as well on surrounding trees and leaves as on other portions of the same leaf-surface. “ On June 29 th many more disease-spots were apparent for the first time : these rapidly came to produce spores, and on July 1st numbered 35 new patches, each pouring forth hundreds of spores to be distributed as usual. The spores which produced these probably germinated about June 15th, in the showers so prevalent during the month. By this time, also, the disease was bad all over the tree. I think it highly probable that the 35 new spots arose from spores detached from the one spot of June 3rd. “ By July 6th the leaf was badly diseased — the one older spot (of July 3rd) beginning to turn brown in centre, but still active in spores ; the others, which might be termed the second generation, shining through above with an orange hue. “ On July 15tli there appeared about 12 new spots, evi- dently from spores which germinated during the wet week preceding July 1st. Each series of spots on the left-hand leaf could now be distinguished as follows : — One large and old spot, with a black patch in the centre, and few spores — that of June 3rd. A number (35) of very active spots which are just commencing to become brown in the centre — those of June 29th. A smaller number (12) of new active spots, and only just tinged yellow above — those of July 15th. “ On July 23rd the leaf was evidently becoming destroyed by the numerous (48) virulent spots draining it, and curious green rings around the spots of June 29th alone represented the normal colour of the leaf ; by July 26th these had faded, and the leaf was quite yellow and exhausted, and it fell during the night of that date. “As to the right-hand leaf, its history is very similar. On June 15th there were two IIemileia-sj)ots on it, a new one having appeared in addition to that of June 3rd ; on the 29th June appeared 57 new ones, which spread rapidly, and 76 DISEASES AND ENEMIES. covered the greater part of the leaf by the 6th July ; on July 15th were 13 still newer spots: the three generations were quite evident on July 27th, when the leaf was yellow. Before the last day of July this leaf also had fallen. “It is clear from the foregoing that what the planters term an 4 attack 5 of leaf-disease, i.e. a sudden outburst of the 4 rust,’ results from the coming to maturity at or about the same time of a series of mycelia which have been formed from the successful sowing of a certain number of spores; and since all were exposed to similar conditions, we must look for the origin of the rust to the conditions previously present. It is clear, however, that we cannot say exactly when a given disease-spot commenced to form ; we can only argue from the known data. I do not think that any myce- lium takes less than one week, or more than three weeks to form, as a rule, however ; and hence the above argument may be widely applied. 44 Here appears direct proof of the cumulative power of the fungus. We cannot well doubt that the earliest spots on the leaves arose from odd spores blown by the wind from fallen leaves or other coffee-trees, and that these sowed their spores in turn to produce spots in June, while further spores from the last-formed spots produced the July outbreak, and so on. 44 The above-recorded history of a pair of coffee-leaves may be summarised thus : — “ About one month was occupied in forming the new leaves, a period during which they cannot be looked upon as very useful to the tree. During the next five weeks or so the leaves may be considered as normally active, i.e. they would during this period elaborate much material not used in constructing their own tissues, which would be passed down into the tree for the benefit of other portions. 44 After this, however, the disease-spots appeared ; and the increasing mycelium would consume more and more of the elaborated materials until the leaf became exhausted and fell. This latter period must be one of struggle between the leaf- eells and the fungus-cells, and, especially towards the end of DISEASES AND ENEMIES. 77 the time, the tree cannot derive much benefit from the devas- tated leaf-tissues. As here shown for a pair of leaves so with a whole tree — in proportion as the amount of fungus- mycelium increases the lease of life enjoyed by the leaves decreases, other things being, generally speaking, equal. This also I have proved by actual experiment and observa- tion, by marking certain young trees and watching the restdts as they became badly affected with the disease. “ Young trees were chosen because on such the develop- ment of the leaves takes place very nearly equally at all the branch-tips; hence one can be certain of comparing struc- tures of equal value. Some healthy plants of Coffea arabicci were two years old in June, when they were planted in the open in a sheltered hollow, at equal distances apart ; at this time they had no disease, were not developing new leaves* and had lost but few. During August and September a typical plant was watched more particularly; and the following facts are true, especially for it, generally for the rest, since all the plants were equal and developed very similarly : — “ On September 8 there were ten pairs of primary branches ; a bud from the axil of each topmost leaf represented the eleventh primary. The foliage was dark green, fine, and healthy. Neighbouring coffee (to leeward) had lately suffered from virulent leaf-disease, and was still badly affected; but very few spots were apparent here. “ The total number of leaves presented on this plant at the date given was 243 ; the number of cicatrices whence leaves had fallen amounted to 85. The terminal buds of the 11 branches represented 22 leaves in posse, and that of the main stem of course = 2 leaves more, 24 in all. It is there- fore clear that such a two-year-old plant would possess about 350 leaves, if all were present. From data obtained by counting the leaves on a one-year-old plant, I find about 66 a common number, and on two-year-old plants about 250 to 260. “ On September 23 I carefully examined the young tree 78 DISEASES AND ENEMIES. once more. 15 leaves present on September 8 bad now fallen, most of them diseased, and all among the oldest ; and the terminal buds of the latter date had each produced its pair of leaves, which were still small however. We may therefore consider that the manufacturing capacity of the tree was little altered, if at all, by the replacement of 15 old leaves by 22 young ones ; for although the latter could do little at present for the tree, the former could not be looked at as of much use either. 44 On October 15 the tree, like its neighbours, was becoming badly 4 diseased/ the yellow spots appearing on the leaves at all points. The actual number of leaves present — 274; and of these 70 were young, and had been formed in the interval September 23 to October 15, while 46 leaves had fallen under the devastating action of Hemi - leia . Nevertheless, we may here well imagine that the 70 new leaves largely compensated the loss of 46 older ones ; only, in comparing this remark with the statement before made, we must keep two facts before us — 1st, the destroyed leaves in this case were more directly destroyed by the fungus ; and 2nd, many spots, that is, masses of mycelium, were now present on the foliage yet on the tree. 4 4 On November 9 there were 254 leaves present; of these 46 were newly formed since October 15. In the interval 66 leaves had fallen, badly diseased. 44 On December 25 the disease had gained the mastery to a terrible extent ; only 50 new leaves had been formed, whilst 107 had fallen victims. The actual number of leaves on the whole tree = 197. Thus after little more than three months, during which period the tree had formed no less than 188 new leaves and lost 234, the total number of leaves present was fewer than at the commencement, although the 'possible leaf-bearing area was, of course, much increased during the interval. Moreover, these fewer leaves were to a great extent badly diseased. The experiment does not, contradict what has been said as regards the seasons, since the trees were only planted out (and exposed to the wind-blown spores) in June. DISEASES AND ENEMIES. 79 44 Other facts come out if the above records be carefully studied. It will be noted that the largest production of new leaves occurred in the interval September 23 to October 15 : this corresponds to a period of rapid vegetative growth which then took place during moist, cloudy, and warm weather. After this, the rapidity of growth ceased as the air became drier towards the end of the year. 44 The greatest development of 4 leaf-disease, 5 however, did not take place until the interval November 9 to December 25, i.e. about a month or six weeks later. This is in accordance with what is already known of the behaviour of the fungus, as, indeed, are all the details of this experiment. 44 It is now possible to understand the explanation of some difficulties which have been raised in objection to the generalisations presented in this and preceding publications on this subject. 44 One of the commonest popular difficulties freely expressed in connection with the^history of this and similar diseases of plants may be stated somewhat as follows : — It being proved that the fungus in the [leaves causes the disease-spots to appear and the leaves to fall, how can such huge effects arise from such apparently small causes ? The complete reply to this question would be a lengthy summary of our knowledge of the physiology of the leaf and its connection with the life of the tree. It must be remembered that the mycelium of Hemileia not only robs the leaf of valuable materials, on the manufacture of which^ a large expenditure of energy was required, but it diverts the flow of nutritive substances. Moreover, in occupying space in the tissues of the plant, it prevents these tissues from fulfilling functions of service to the coffee-tree. To replace the damage done, the leaves would require either to do more work in a given time, or to have a longer lease of life to work in ; whereas they have less opportunity of doing either. When the fungus is present in quantity there is less available substance sent down to the tree for the support of crop ; and the life of the leaf is shortened. Hence the amount of fruit matured by 80 DISEASES AND ENEMIES. the tree must be diminished unless one of two things happens — unless (1) more leaves are quickly formed and enabled to work for the benefit of the tree ; or (2) more food substances can be sent into the leaves and elaborated in the time allowed, so to speak, by the voracious pest. I have directly proved that the coffee-tree cannot produce crop if the leaves be stripped from its branches — a fact in accordance with what we otherwise know of similar cases. “ By cultivation and proper manuring, it is conceivable that one of the above-named effects could be produced; and, as a matter of experience, coffee-trees in richer soil, or better treated than others, may support more crop. This has given rise to another popular error with regard to 4 leaf-disease/ that manuring, &c., diminish or cure it. “I have elsewhere* discussed this at some length, and shown that the reason that manured or favourably situated coffee supports more crop is due to no direct action on the fungus at all (it is clear that circumstances w-hicli favour the host must rather benefit the parasite than otherwise), but that such trees support more crop because they can spare more food for that crop after paying the tax demanded by the fungus. Nay, it is certain that many trees support more crop and more fungus-mycelium at the same time than do others with which they are compared. “ Closely connected with the above fallacy is another — that certain trees are 4 predisposed ’ to the disease or to infection. A refutation of this view has been matter of experiment : I have purposely waived all arguments from analogy, and tried to infect every description of plant — young and old, West-Indian and East-Indian, Coffea arabica and C. lib erica ; and there is no ground for supposing one more easily infected than another. This has nothing to do with the rapidity with which the mycelium produces the yellow spot. We have seen that a tender young leaf may succumb more rapidly (as a whole) than an older and more leathery one ; and it * Third Deport, 1881. PLATE V.— COFFEE PLANTATION, NEAR NEURA-ELLIA, CEYLON. v DISEASES AND ENEMIES. 81 must be evident that moisture, temperature, and other simple events may affect this. “We here face another difficulty, viz. Why do some trees suffer more than their neighbours ? Let us shortly examine how complicated are the causes which aid in determining the amount of fungus-mycelium, &c., on a coffee-tree. We may do this by assuming that two trees, side by side, are equally diseased. This involves one or the other of two compre- hensive assumptions : — “ Either (a) that the two trees were at the outset equal in all respects, that their root-masses, areas of leaf-surface, &c., were alike in extent and exposure, and that the relations of these to the soil, moisture, air, and light, &c., were equal in all respects — that equal quantities of food-materials were present in each, and that the expenditure and income con- nected with these remained equal in each case. It must be further assumed that each tree received at the outset the same quotum of disease-producing spores, which developed with equal energy and effect, and were equally related, actively and passively, in both examples. “Or (6), if the above formidable details and their con- sequences be not assumed, it must be admitted that the various complex relations between coffee and its surroundings on the one hand, and Hemileia and its environment on the other, though differing in details in all possible degrees, amounted to the same final result in the two cases selected — that, although both trees were dissimilarly related in mass, vigour, &c., and in their quantitative and other relations to earth, air, light, and the fungus, &c., yet they became * diseased ’ in the end to the same extent. “ Either of the above assumptions would be rash in the extreme ; and no argument in favour of the view that some trees are predisposed to the attacks of Hemileia can be logically based upon them. “As a summary of the foregoing, it may be fairly con- sidered proved that 6 leaf-disease 9 here, as in so many other cases now known, is not antecedent to the fungus (Hemileia), o 82 DISEASES AND ENEMIES. but is consequent upon the injurious action of the mycelium ; the 4 rust ’ and 4 disease-spots ’ are not mere signs of ill-health, due to obscure causes, but are preparatory stages in the spread of the disease-producing parasite. This being so, no ground exists for considering the fungus as a 4 product of vitiated plant-life,’ or 4 of the sap 5 ; and just as little reason is there for the view that a sickly plant is prone to infection. Nay, experiments prove conclusively that a vigorous and healthy West-Indian tree is as easily infected as one from Ceylon; and it has also been shown that such a vigorous plant may produce more vigorous mycelium and spore-groups, i. e. it may disseminate more of the disease-producing fungus in a given period. 44 Those who have the necessary knowledge of the physiology of such a plant as coffee, and can appreciate the changes produced by a disturbing agent such as the parasite, will not fail to see a vera causa for 4 coffee-leaf disease ’ in the action of the fungus at many points for a long period. 44 It may be asked, 4 How came the rapid spread of this fungus ? ’ The answer appears simply, having provided immense quantities of suitable food, carefully protected and preserved, man unconsciously offered just such conditions for the increase of this fungus as favour the multiplication of any organism whatever. Whether any natural check to the further progress of this pest will arise is at present problem- atical, much as it may be desired from an economical point of view. 44 It may be remarked that, although careful trials have been repeatedly made, I have utterly failed to infect either the coffee-leaf or any other plant with the small 4 sporidia 9 produced by the germination of the teleutospore of Hemileia ; no evidence exists for doubting that the reproduction of the fungus on coffee-estates takes place wholly by means of the innumerable uredosjpores , as described. 44 Several JEcidia (notably those on Emilia , Tabernsemontana , and Pavetta) have been experimented with, to observe whether their spores can be made to infect coffee. In no case DISEASES AND ENEMIES. 83 has any positive result been obtained ; and the obverse is also true — the teleutosjpores of Hemileia did not infect the plants named. I hope that further trials will be made, however, with Pavetta indica and P. angustifolia : two JEcidia (2E. flacidum and 2E. Pavettse) have been described* on these hosts ; and it is remarkable that the genus Pavetta stands somewhat closely allied to Coffea . As to the original source of this fungus, there can be no reasonable doubt of its anti- quity.f Whether Hemileia vastatrix is more than a form of H. Canthii , moreover, must be considered at present un- decided.” ( Journ . Linn . Soc .) A disease known as “ leaf-rot,” rather prevalent in Mysore, is distinguished from the above, and is referred to a fungus named Pellicularia Koleroga , by Dr. M. C. Cooke. It appears about July, when the leaves of affected shrubs become covered with slimy, gelatinous matter, turn black, and drop off ; clusters of berries also rot and fall. There is every pro- bability that the sulphur and lime treatment would be effective in this case also. The shed leaves and fruit should be collected and burned. Fly. — This disease has been known for many years in Dominica and Brazil; it has also spread to Venezuela, the Antilles, Porto Rico, Martinique, Trinidad, and all down the Atlantic coast of South America. It is caused by the larvae of a moth, scarcely ^ in. long, named Cemiostoma coffeellum. The colour of the insect is dull-white or pale-grey, with a bar of black across the posterior end when quiet ; its motions are very active, and it readily takes alarm. The female is either provided with an ovipositor of sufficient strength to pierce the cuticle of the leaf, beneath which the egg is de- posited, or it deposits the egg in some irregularity on the surface of the leaf, leaving the future caterpillar to find its own way into the tissue. In either case, a caterpillar de- velops from the egg, and feeds on the cell tissue of the leaf, in all directions, between the two cuticles. The insect * Messrs. Berkeley and Broome, in Journ. Linn. Soc., Bot. vol. xiv. t As first suggested, I believe, by Mr. Thiselton Dyer. G 2 84 DISEASES AND ENEMIES. prefers young and delicate leaves, and is most active about the commencement of the wet season, when, doubtless, the majority of the eggs are deposited. It is dormant during the wet season— say from March to May. Of the varieties of coffee met with in Dominica, the Mocha is most subject to the attacks of this moth, its leaves being the most delicate. Stronger leaved varieties, when fairly healthy, are scarcely attacked ; but when existing under unfavourable conditions, such as to induce flaccidity of texture, they are sometimes much affected. The disease manifests itself by the appearance of large discoloured blotches on the leaves, causing their decay and fall. It has been stated that, by picking the leaves at such a time as to take the greatest number of the larvse when about two weeks old, it would be easy to destroy the pest, as the size of the blotches would then easily distinguish the diseased foliage. The insect is very susceptible to the effects of wood smoke, and may easily be driven off or destroyed by the smoke of ordinary wood or grass fires. At present it does not exist in the West Indies to such an extent as to injuriously affect the fruitfulness of the trees, and is markedly less numerous where insectivorous birds abound. Borer . — This pest, formerly known as the “worm” and “ coffee-fly,” is most troublesome in Southern India, especially in Coorg and the Wynaad, where, in 1865-6, it destroyed whole estates. Beetles with similar boring habits infest the coffee bushes on the West Coast of Africa, and in Zanzibar, and are occasionally troublesome in Jamaica. The Indian borer has been identified as the Xylotrechus quadrujpes. In its complete stage, the insect appears as a winged beetle ; it is \ to f in. in length ; rather finer in shape than a wasp ; with a hard, shiny coat ; in colour, red and black, or, in other cases, yellow and black, in alternate transverse lines. It bores a passage into the stem of the coffee-tree, usually at some few inches above the ground. This passage, at first horizontal, soon takes an upward spiral direction, and pro- ceeds until a safe retreat is found, in which the larva may be DISEASES AND ENEMIES. 85 deposited. The tree soon droops, and dies down to the point at which the entry has been effected, and where it can "be easily broken off by a sharp pnll at the upper part. The only course is to break off the tree in this manner, and then to burn the stem, with the larva secreted in its centre. Young shoots will proceed from the stump (if the perforation has not begun too near the roots), and one of these may be trained to succeed the original stem. There is a growing impression that the borer can be kept out of estates in hot, dry situations only by providing shade, and perhaps irriga- tion. Its ravages have always been worst on weedy planta- tions and new clearings. Bug . — The coffee tree is attacked by various species of Coccidse in most countries, where they are known by different names. Ceylon has been, perhaps, the worst sufferer in this respect ; but careful cultivation has greatly reduced the evil. There are two distinct species of bug found in Ceylon, and called respectively “ black,” or “ scaly,” and “ white,” or “ mealy.” The former, Lecanium coffese, is a minute insect, which attaches itself to the tenderest shoots of the plant ; the females have the appearance of small scollop shells, of a brown colour, and adhere to the leaf or twig in the same manner as the scollop shell to a rock. Each of these contains several hundred eggs undergoing incubation ; and in a short time, the whole of the green wood of the tree will become covered with the young insects, and coated with a black soot-like powder, which renders the tree easily discernible at a distance. The bug will soon spread over whole estates, entirely checking the growth of the trees; the fresh young shoots are always first attacked, and such wood as is allowed to mature produces hardly any crop. The berries, moreover, are, in their earliest stage, destroyed by these insects, which cut them off at the stalk. The measures recommended for checking this scourge are to dust the brushes with a mixture of pounded saltpetre and quicklime, in equal parts; or to brush or sponge the affected parts with a mixture of soft- soap, tar, tobacco, and spirits of turpentine, in about equal 86 DISEASES AND ENEMIES. quantities. A coolie, with a bucket and a piece of rag, can perform the office effectually. This species affects elevated (above 3000 ft.), cold, damp, close localities, where it is found in all stages of development all the year round, the propaga- tion being continuous. It generally makes its first appear- ance under the shelter of a large rock, near a belt of forest, or at the bottom of a nullah. White bug is a distinct species of insect, known as Pseudococcus Adonidum. It is small, flat, oval, about in. long, covered with a white down or fur, and having parallel ridges running across its back from side to side, like the wood-louse, though on a much smaller scale. It is found in various stages of development all the year round, and takes up its quarters on the roots of the trees to about 1 ft. beneath the surface, at the axils of the leaves, and among the stalks of the crop clusters, which it cuts off wholesale, either during the blossom stage, or just after the young berries have been formed; in the latter case, its operations may easily be recognised, by the large quantities of young green berries with which the ground beneath the trees will be strewn. It is also easily discovered by a white, flour-like excretion which it deposits around the axil nooks where it has made its abode. The prescriptions above recommended for black bug will be here found equally efficacious. In either case, probably, a decoction of common tobacco might be sufficient, while much more easily prepared. The white bug has a decided preference for hot, dry situations, and generally disappears in the wet season ; too often, however, only to return as soon as the blossom has set. Canker . — A disease which has created great havoc in Natal, and which causes an annual loss of about 1 per cent, of the trees in Jamaica, is “ canker” or “bark disease.” The first symptom is the withering of a tertiary or secondary branch, when it will be found that the bark under the primary branches is decayed and blue mouldy; the blue mould gradually extends downwards over the wdiole stem ; a tree once attacked never recovers, but dies in a few months. All DISEASES AND ENEMIES. 87 soils and situations seem liable to tlie disease, the trees beginning to suffer when about six years old. Though the mould is the proximate cause of death, the ultimate cause is evidently due to some unfavourable external condition. The opinions of experienced persons as to what this may be are various ; it is attributed to neglect of cultivation, to unsuita- bility of climate, and to want of depth of subsoil. All may be partially right ; but the last seems most probable, and is the reason given for it in Jamaica. Bot , Grubs, Bats , Squirrels , & c. — “ Rot,” or the blackening and withering of the young leaves and shoots, is due to wet and cold, and may be cured by good drainage and mulching. Grubs of a large yellow kind destroy the tap-roots of the plants; cattle manure is a fertile source of them, and should be well limed. Rats, squirrels, grasshoppers, ants and spiders collectively do considerable mischief, and should be exterminated whenever possible. In Java, a fungus attacks the stems, giving them a white appearance, and producing death in all the parts above. In Venezuela, occurs a minute fungus named Depazea maculosa , which causes the so-called “ iron-stain,” circular or elliptical blotches of an ochreish- yellow colour. The same appears to be in Jamaica also. Black rot. — The following paper was read by M. C. Cooke before the Linnean Society on the Coffee Disease of South America. 4 4 In the coffee-plantations of Mysore occurs a form of disease known as the Koleroga, or black rot, also of fungoid origin, and apparently unknown in Ceylon. It was this disease which I examined and reported upon to the Govern- ment of India in 1876 under the name of Pellicular ia Koleroga.* The fungus is entirely superficial, spreading over the leaves in a compact filamentous film, somewhat like the mycelium of an Erysiplie in external appearance, but quite different in its internal structure when seen under the microscope. The felted threads bear their own proper spores, reminding one * 1 Grevillea/ iv. p. 116 . 88 DISEASES AND ENEMIES. somewhat of the genus Zygodesmus ; hut the film is so super- ficial that when it is moistened it can he removed in flakes from the surface of the leaves without resistance. With the majority, prohahly all, of the species of Erysiphe and its allies the mycelium cannot he thus removed, on account of the processes which enter the substance of the leaves through the stomata. Until recently it was not known that this disease had made its appearance on the coffee-plant outside of Southern India. 44 The existence of destructive parasites on coffee in South America was intimated as long ago as 1876, the same year in which the Mysore fungus was investigated. The first com- munication was from Venezuela,* which stated that the coffee-disease there known was called 4 Candelillo ’ or 4 Mancha de hierro 5 (iron stain) ; and specimens of the leaves were sent for examination with the following note, drawn up hy Sehor Saenz, Professor of Botany in the University of Bogota. The disease, he says, 4 consists of circular or elliptical blotches of an ochreish-yellow colour, in which are to he observed hard knots in the centre, round which are formed concentric hands. The salient knots are to be easily distinguished on each side of the leaf ; hut on the one side only are to he found small fungi of a yellow colour (orange), formed of a very delicate pedicle crowned hy a small sheaf of fibres, in which are an abundance of oval corpuscles of a darker colour, approaching to green, and of * 003 millim. in diameter.’ 44 The specimens which accompanied this note were sub- mitted to the Bev. M. J. Berkeley, who reported that the spots were occupied hy a minute fungus which he called Depazea maculosa , Berk., having fusiform spores *0008 in. long (or • 02 millim.) with about seven nuclei. 44 It may he remarked here that the old genus Depazea of Fries was characterised chiefly hy the presence of small peri- thecia seated on discoloured spots, the structure of the peri- thecia and their contents not being taken into account. Kew Gardens Beport for 1876, p. 21. DISEASES AND ENEMIES. 89 Hence some of the species of Depazea had perithecia which contained only stylospores, others asci with sporidia. When microscopic fungi had to be revised, as a consequence of improvement in the microscope, the genus Depazea was divided into two parts : those containing stylospores in the perithecia were denominated Septoria , and those in which the perithecia contained asci were relegated to Sphserella , and the old name of Depazea became practically obsolete. The species above noted as Depazea maculosa would therefore now be denominated Septoria maculosa. Experience has demon- strated that in some cases the Septoria is only an imperfect condition of an ascigerous Sphserella , which makes its appear- ance on the same or upon contiguous spots on the same leaves. The relevancy of these observations will be apparent hereafter. 44 Subsequently, further specimens were sent to Kew Gardens* from Dr. Ernst of Caracas, which demonstrated that the names of 4 Candelillo 5 and 4 Mancha de hierro ’ were not applicable to the same disease, and also that destruction was caused, and some of the leaf-spots produced, by an insect named Cemiostoma coffeellum. At this time (1877) it became manifest that three parasites had attacked the coffee-plant in South America, namely, the Cemiostoma , the 4 Candelillo and the 4 Mancha de hierro .’ 4k In a memoir published by Dr. Ernst in Spanish he described the Candelillo somewhat fully, and applied to the fungus which produced it the name of Erysiphe scandens. The felted mycelium which overspread the leaves seemed to him to be the mycelium of an Erysiphe; and he believed that he discovered also some cysts similar to the pycnidia of Erysiphe . It was never assumed that the conceptacles of an Erysiphe had been found ; but the name was applied to the imperfect mycelium on account of its supposed resemblance to that of some Erysiphe. 44 During the past year I received some coffee-leaves from * Kew Gardens Keport for 1877, p. 28. 90 DISEASES AND ENEMIES. Dr. Ernst bearing the 4 Candelillo ,’ or supposed Erysiphe ; and these leaves I examined carefully without finding pycnidia, but with somewhat of surprise that it was the identical 4 black rot’ or ‘Koleroga’ of Mysore, and that the fungus was none other than that which I had described as Pellicularia Koleroga, This fact was clearly demonstrated by finding the globose echinulate spores, that the 4 Candelillo ’ of Venezuela is the 4 Koleroga 9 of Mysore, and the Erysiphe scandens , Ernst, a synonym of Pellicularia Koleroga , Cooke. 44 The 4 Mancha de hierro 5 differs most distinctly from the 4 Candelillo 9 in forming discoloured orbicular spots on the leaves ; and it is therefore to that which reference is made in the note by Professor Saenz, and also in a further communi- cation from the Commissioner of Agriculture at Bogata to Dr. Ernst, published in July 1880.* The Commissioner writes : — 4 At first there appear on the leaves small spots of a light greenish colour, which in two or three days turn brownish, and then appears on each of them a fungus divided in three or more greenish-yellow branches. This fungus is said to be phosphorescent at night ; and in places where it is very common a phosphoric smell is noted. After some days the diseased leaves fall off, the fruits, which also are attacked by the parasite, follow very soon, and the trees are left quite bare. They form, however, new leaves after some months ; but these are again attacked by the fungus. The disease is reported to be more frequent in damp places than in dry ones, its ravages being greatest in plantations where the trees are planted rather close. The fungus has also attacked the shade-trees, especially the Guamos ( Inga sp.).’ 44 Other communications which I have received, accom- panied by specimens, demonstrate that the same disease is spreading widely through the coffee-districts of Costa Eica and other parts of Central America, New Granada, and Venezuela, and causing considerable alarm. 44 The leaves and unripe berries are marked by distinct * ‘Nature,’ July 29th, 1880. DISEASES AND ENEMIES. 91 pale spots, nearly orbicular, with a regular well-defined outline, and in the leaves quite perfect on both surfaces, from about a quarter to nearly half an inch in diameter, from two or three to five or six or more spots on the same leaf. These spots are often quite smooth, uniform in colour, and without any external evidence of the presence of a fungus. In these instances they seem as if they might as well have originated with an insect as with a fungus. Others of these pale spots are occupied by a few minute dark-brown perithecia, so minute as not to exceed the puncture of a pin. These peri- thecia, seated on pale orbicular spots, constitute the Depazea maculosa of Berkeley ; but as I have found in all of them which I have examined perfect asci and sporidia, they were named and described as Sphserella coffeicola .* At that time I had not seen the specimens w r hich Berkeley determined as Depazea maculosa ; but as he found no asci, and characterised it as a Septoria, the Sphserella may be treated as a distinct fungus, although, in my own opinion, it is only the perfect or ascigerous condition of the same parasite. 4 4 The question would rises at once as to the general character of Septoria and also of Sphserella , and whether they are likely to be productive of such a disease as that of the South-American coffee. There are no very distinct records of species destructive in this manner and to this extent ; but there is, on the other hand, no reason why either Septoria or Sphserella may not be destructive. This may be affirmed more strongly of Sphserella ; since within the past two years Sphserella Taxi has undoubtedly proved very destructive to yew-trees in Cornwall ; and as for Septoria , some species have, to a limited extent, appeared as a destruc- tive pest. Under any circumstances, if this really proves to be the cause and not a consequence of the coffee-disease in South America, it has the merit of being more truly devastat- ing than any of its predecessors. It must be remembered that the perithecia are never numerous on the spots, and that * 4 Grevillea,’ ix. p. 10 (1880). 92 DISEASES AND ENEMIES. at least half the discoloured spots are wholly without them. The spots are present, but there are no external evidences of fungi; and in some of these naked spots which were examined internally I failed to trace any mycelium. “ There is, however, still another feature in connection with these discoloured spots, that upon some of them, some- times on the upper and sometimes on the under surface, another and very different kind of fungus flourishes. A pocket-lens will be sufficient to detect on some of the spots small, erect, slender, yellow threads with a globose head, five or six of them upon one discoloured spot. Sometimes they will be found on the same spots as the perithecia of the Sphserella , and sometimes on spots in which no perithecia can be detected. This Stilbum, which has been named Stilbum flavidum* has, like all other species, a compound stem formed of a bundle of slender filaments, parallel to each other, fused into a common stem, terminated by a globose head, composed of the free ends of the component filaments, subdivided and terminated by minute subglobose spores, scarce -0015 millim. in diameter. This corresponds very closely with the description of the parasite as described by Professor Saenz, who indicated ‘the circular or elliptical blotches of an ochreish-yellow colour 5 and the ‘ hard knots in the centre,’ which are the perithecia of the Sjpliserella , and the 4 small fungi of a yellow colour, formed of a very delicate pedicle crowned by a small sheaf of fibres, in which are an abundance of oval corpuscles.’ The only difference appears to be that his measurement of the corpuscles is about double that of mine, his being *003 millim., and my own *0015 millim. for the spores of the Stilbum , a discrepancy not so very extraordinary when the minute size of the bodies is taken into account. “ The Commissioner of Agriculture at Bogota also undoubtedly saw the same fungus, although his description is less exact and accurate. Whether there is any foundation for the belief that this little fungus is phosphorescent or * ‘Grevillea,’ ix. p. 11 (1880). DISEASES AND ENEMIES. 93 emits an odour of phosphorus, cannot he affirmed, as^he evidently mentions it with some reservation. “ I have now demonstrated that the coloured spots may be without any visible fungus upon them, and exhibit no trace of mycelium in the tissues, or they may nourish a Septoria , as seen by the Bev. M. J. Berkeley, or a Sphserella , as found by myself ; or, finally, a species of Stilbum , as seen by myself and by Professor Saenz. Further, the Stilbum may occur on the same spot as the perithecia of the Sphserella, or both perithecia and Stilbum (the one without the other) may be found occupying different spots. All these points are worthy of consideration in searching for the source of the disease. “I cannot forbear noticing incidentally that Sphserella isariphora , Desm., a small species of Sphserella common on the leaves of some species of Stellaria, owes its name to the fact that it is sometimes found associated with a minute species of Isaria, a mould closely allied to Stilbum , although the Sphserella is often found without the Isaria. “On unripe coffee-berries from Costa Bica, as well as from Venezuela, the same orbicular spots occur, usually one spot only on each berry ; and on some of these spots I have seen the Stilbum , but hitherto have not observed the Sphserella. “ These observations are communicated to the Society as a summary of all that at present has been determined respect- ing the coffee-disease of South America. I venture to think that the disease seems to be a complicated one ; and for the present I am not prepared to affirm that either the Septoria , or Sphserella , or the Stilbum , or all together, is the cause of the disease. At the same time I cannot but think it possible that none of the three forms of fungus is autonomous, and that all may be related to each other as forms or conditions of the same fungus, of which the Sphserella is the highest and most perfect manifestation. “ Since the foregoing was written, I have been permitted by the Bev. M. J. Berkeley to examine some diseased coffee- 94 DISEASES AND ENEMIES. leaves * from the island of Jamaica. The same discoloured spots are present, although smaller in size, and little dark specks or points (visible under a lens) on these at once suggested a Septoria or Sphxrella ; but microscopical examina- tion showed that the dark points were not perithecia, but tufts of short-jointed olive threads, with hyaline bacillary spores growing at the apex. This apparently new species of Cercospora has been called Cercospora coffeicola , Berk, and Cooke. Nearly all the species of this genus occur on living or fading leaves, and many of them grow on discoloured spots. The septate threads generally grow in tufts ; and the habit is somewhat that of a small Cladosporium , to which the genus is closely allied. It is noteworthy that we have here, in another locality, an entirely different species, genus, and order of fungi growing upon almost identical pallid spots on coffee-leaves. It renders still more difficult an answer to the question, ‘ What is the cause of this form of coffee-disease ? 5 ” * [The leaves in question were sent by Mr. Morris, Government Botanist at Jamaica, accompanied by a sketch of the Cercospora ; but neither Mr. Morris nor Mr. Berkeley could find spores ; and Dr. Cooke found them only after long and patient examination. Mr. Berkeley thinks that the Cercospora is possibly the same with Cladosporium stenospora , B. & Curtis.— M. J. B.] ( 95 ) CHAPTER V. PREPARATION OP THE BERRY. The preparation of the coffee necessitates the erection of extensive buildings and machinery: for these no specific plan can be given, because much depends upon the size and situation of the estate, and much upon the kind and degree of preparation contemplated. The site chosen for the works should be as near the centre of the plantation as is compa- tible with securing a patch of open airy ground, to which a good stream of water can be brought. The first requisite building is the “ pulping house,” comprising three floors — the cherry loft, the pulping platform, and the cisterns. When- ever possible, it should be built against a shallow cliff or embankment, so that the cherry-coffee may be delivered into the loft without being borne upstairs. The cherry loft is usually immediately over the pulping platform. Pulping . — The operation known as “ pulping ” consists in liberating the coffee beans from the pulp in which they are en- veloped. With ripe cherries, this is most easily and effectively accomplished immediately after picking, and efforts are usually made to complete the^pulping of a day’s picking during the same evening ; if over ripe and shrivelled, but still compara- tively moist inside, the cherries should first be soaked in water for a few hours. A number of machines have been invented for this purpose, the object in all cases being to pulp rapidly, thoroughly, and without injury to the bean ; if the inner skin of the bean be broken, the latter is wasted. The most simple form of pulping machine is the “ di§c_pulper,” in which the separation oFthe bean and the pulp is effected by means of rotating discs, covered with a thin sheet of 96 PREPARATION OF THE BERRY. copper, whose surface has been “ knobbed,” or raised into rows of oval knobs, by the application of a blind punch. Pulpers of this class, being portable and cheap, are often used in the opening of distant estates, and commonly in India and Java. The “ single ” form is very light ; driven by three coolies, it will pulp 20-25 bush, cherry an hour. The “double” form, shown in Fig. 6, has two discs, and is furnished with a feeding roller inside the hopper. It requires four to six coolies to pulp 40 bush, an hour ; but Fig. G. i i Double Pulper. driven by power, it will do 70—80 bush. The discs are placed between “ cushions ” of smooth iron, set at such a j distance that the cherries cannot pass without being bruised ; j the cushions rest on a movable bed of iron, set so that no bean can pass downwards. When the disc revolves, the cherries are driven forward, and squeezed ; the corrugations then catch the skins, and drag them between the disc and bed. These small pulpers have an advantage over the larger ones, in that each can be set to suit the size of a portion of tlie crop — which always varies ; and with a number of machines, there is less likelihood of complete stoppage in PLATE VI.— COFFEE ESTATE BUILDINGS IN PREPARATION OF THE BERRY. 97 case of an accident. One disc pulper to every 30-40 acres — say three to 100 acres : two to he set alike, and one for smaller cherries — should he ample. The cc cylinder pulper” is an older invention than the preceding, and has heen subjected to numerous modifications. The principle is illustrated in Fig. 7 ; a is a cylinder of various diameter, revolving in the direction of the arrow. The cherries and water are guided between the cylinder and a piece of iron, called a “ chop,” b , set at such a distance that the smallest cherry is bruised while the largest bean is not damaged. The teeth of the cylinder catch in the pulp and drag it within the second chop c, which is made sharp at the top and is set so that while admitting the pulp it rejects the beans, which fall into the trough d; the pulp passes into the trough e. The cylinder is furnished with a toothed surface, by means of a sheet of copper pierced with a number of partial perforations, so as to resemble a magnified grater. Some- times the punching is effected in such a manner as to produce three-cornered points, the apex of the triangle being at the top ; in other cases a “ half- moon ” punch is used, and this is said to reduce the percentage of pricked beans. In any case, it is essential that the teeth shall be equally raised. Care must be taken to retain a bold working edge on the lower chop, as when it becomes worn and rounded, small and dry beans are liable to be caught and broken. A very handy form of cylinder pulper is seen in Fig. 8. The pulping parts consist of an iron cylinder a, 24 in. by 15 in., covered with punched copper, and a pair of iron chops set to the breast of the cylinder. Below the cylinder is a sieve b , provided with circular motion, for separating the Fia. 7. 98 PREPARATION OF THE BERRY. clean pulped beans or parchment from the pnlp and imper- fectly pulped cherry. The parchment is carried by a spout to the cistern; the unpulped cherry is returned to the hopper c , and again passed through. Worked by six coolies, Fig. 8. it will pulp 80-40 bush, cherry an hour ; by power, 50-60 bush. Fig. 9 represents a “ gearless ” pulper. It has two pulping cylinders, two pairs of chops, hopper and feed-boxes of gal- vanised iron, a large sieve with circular motion, and a set of elevator buckets. It easily pulps 100 bush, cherry an hour, and can be made to do 150-160 bush. ; for effective speed, it requires a 16 ft. water-wheel, or a 3 h.-p. engine. The cherry is dropped into the central hopper a , whence it passes laterally into the two side hoppers b ; from these, it drops on to the sides of the cylinders, and the pulping is effected at the chops under c. The pulp is floated away. The beans, together with some pulp and unpulped cherry, fall into a sieve d , through which the beans pass nearly clean, and are carried by spouts e to the cisterns. The pulp and unpulped PREPARATION OF THE BERRY. 99 cherry are delivered into a well /, whence they are returned, by the elevator g , to a, to be again passed through with fresh cherry. The use of chops is now often superseded by a breast. Fig. 9. Gearless Pulper. This arrangement is shown in Fig. 10. The breast a is pushed by hand against the barrel b , and adjusted by the nut c and the screws d , which bear on the ends e of the breast by means of wooden wedges /; it is thus kept tightly in its place, as close as possible to the barrel without being in actual contact. The part g of the hopper h forms a water- box, to prevent stones from entering the machine. The cherry descends from the loft, through a trap-door, into the h 2 100 PREPARATION OF THE BERRY. perpendicular spout i , reaching nearly to the bottom of the water-box. A continual influx of water carries the cherries gradually over the lip of the box into the hopper ; the supply thus depends upon the rate at which the water is fed. When purchasing pulpers, care should be taken to obtain clear directions for setting them up, such as are issued by the makers, J. Gordon and Co., 9, New Broad Street, London, E.C. There are three points which need attention in all pulpers — (1) regular feeding ; (2) exact adjustment of the pulping parts ; (3) suitable sieves. The first condition is best ensured by the arrangement shown in Fig. 10 ; the second will depend in a great measure upon keeping the parts quite clean, and watching their wear ; the third consists in Fig. 10. Breast Pulper. providing a circular mesh of such a size as to stop the smallest cherry, while admitting the largest parchment bean. It is common to have sieves with two meshes, the smaller part being at the back, where the coffee comes down with force, the larger at the front, where it merely passes forward. This latter part should permit the largest beans to pass. In PREPARATION OF THE BERRY. 101 some seasons, there will he but little saccharine matter between the pulp and the parchment, so that they will adhere so strongly as to render pulping a difficulty. Instead of reducing the grade of the pulper, it is much better to leave it at the full size for ripe cherry, and to pass the coffee through several times, the pulp gradually becoming separated without damage to the bean. The pulpers above described comprise those most commonly in use ; a few others demand passing notice. The “ bevel- gear ” pulper is made with three pulping cylinders, or with two cylinders and a crusher. The office of the latter is to squeeze the cherries with sufficient force to effect the separation of the beans and the pulp of the larger cherries, while rendering the smaller ones more easily acted on by the pulper ; it consists of a cylinder covered with overlapping steel plates, and does not get rid of the pulp, but sends every- thing forward into a sieve, whence all, except the proportion of pulped beans, is passed to the pulpers. It works well, but is somewhat complicated. The “ double pulper and crusher ” has two pulping cylinders and a fluted crushing roller, which latter is sometimes replaced by a third pulping cylinder. The “ spur-gear ” is cheaper than the gearless, or the bevel- gear, and will pulp 90-120 bush, an hour. “Butler’s” con- sisted of two cylinders covered with grooved metal, revolving inversely ; it worked well with uniform coffee. Fermenting . — The “ p archme nt,” coffee, as it comes from the pulpers, is next submitted to a fermentation process, to remove the saccharine matter, without which the beans would not dry. This operation is performed in a series of tanks whose capacity will vary with the size of the estate, and which may be arranged as shown in Fig. 11. The pulpers are placed on a platform G, above the tanks, and in such a position that the pulped coffee can be run by water into the tanks, which must also be so situated that the coffee will always advance by the aid of running water, and may finally be conveniently conveyed to the drying ground, while the water and refuse run off. The amount of cistern accom- 102 PREPARATION OF THE BERRY. modation necessary for an estate may be based on the~allow- ance of 1 cnb. ft. for each bushel of cherry picked in one day. The tanks are seldom less than three in number — two re- ceiving cisterns, each large enough for the greatest possible daily pick, and a third for washing the parchment, nearly as large, superficially, as the other two combined. Fig. 11. f 7 A C . / TZ ] \ V r G ff B E / V F Fermenting Tanks. In the figure, A B are the washing tanks, 12 ft. 6 in. by 17 ft. 2 in. by 2 ft. deep, separated by a causeway 3^ ft. wide ; CDEF, the fermenting tanks, each 8 ft. by 18 ft. 9 in. by 2J ft. deep. These tanks are usually of brickwork, lined with cement or asphalt ; but wood is much better, because less cold. They all have a slight incline, to assist the drainage. The receiving tanks are provided at the lowest corner with a good-sized outlet fitted with a plug, and with a movable sieve of perforated zinc or woven wire, fine enough to keep back the coffee when draining off the water, but not so fine as to choke with the saccharine scum. The receiving cisterns are used alternately. All the coffee pulped in one day is allowed to remain in the receiving cistern until a PBEPABATION OF THE BEBBY. 103 slight fermentation has set in ; this occurs in twelve to eighteen hours in mild weather, but in cold weather it may take thirty to forty hours, or even more. There are two ways of conducting the fermentation — the dry, and the wet. The former consists in allowing the pulped berries to lie without water, the bottom of the tank being perforated, so as to drain off the liquid ; by the latter, the tank remains full of water. The dry system is the better, as long as care is taken to turn the mass, so that the fermen- tation shall be equal throughout ; the presence of water equalises the fermentation, but retards it, and slightly injures the quality of the coffee. When the fermentation is not sufficiently prolonged, the beans will assume a yellowish colour — called “ blanketty ” — and will be difficult to dry, and liable to absorb moisture. When properly fermented, the separation of the saccharine matters is easily effected in the washing tanks, to which the beans and a good supply of water are admitted. The washing cistern is provided with a sluice door J at the lowest corner. This door commonly measures 6 in. wide by 3 in. deep. The coffee is constantly agitated by a wooden scraper or rake, by which the light coffee and refuse matters float, and may be skimmed off. The dirty water flows off through a tail-cistern, provided with a grating to catch the skins and any stray parchment. The sound berries are placed in draining boxes to remove the excess of moisture, and are then transferred to the drying ground, with the least possible delay. Should the climate be uncertain, it will be necessary to provide for the emergency of a succession of wet days, when drying cannot be proceeded with. Parchment coffee may be kept undried for a fortnight, without injury, by placing it in a cistern exposed to a continuous flow of cold water. Drying . — The berries to be dried are spread out on a flat surface exposed to the heat of the sun. The material forming the drying ground, 4 4 patio,” or 44 barbecue,” varies greatly. Very commonly, the ground is levelled, and covered with a kind of concrete. Sometimes asphalte is laid down ; but, /< V 104 PEE PAR ATION OF THE BEERY. besides being expensive, it is not sure to withstand the heat, and such surfaces are liable to crack and give way, if not very carefully drained. A very good plan is to lay down coir matting, on ground which has simply been made smooth and hard ; the advantages of this plan are its cheapness, the ease with which extra ground can be requisitioned in case of need, and the use of the matting as a temporary covering in the event of a shower. Modifications of this method are to stretch coir or gunny cloth across wooden frames, or across trays wdth or without wheels. Shed accommodation must always be provided ready for the reception of the coffee at any moment. The beans must be constantly turned over, either by light rakes or by coolies’ feet. The drying must be rendered equable, and must not proceed so rapidly as to crack the parchment before the bean is quite dry ; for this reason, the coffee should not be exposed too long to a strong sun for the first day or so. During the drying, it is gathered in each day while the sun is still hot, and will then continue to dry under cover. Every care must be taken to prevent heating, which may happen by prolonged drying in mild weather ; rather than permit this, the coffee should be returned to a tank, and kept washed with running water. If artificial drying can be effected, so much the better. An easy means of applying artificial heat is by passing an iron pipe, open at both ends, through a fire outside the store and below the level of the floor, continuing it into the store just beneath the floor. The heated air, passing upwards through the coffee, will carry off much of the damp. Revol- ving drying machines are also in the market. One of the best of these is Guardiola’s, made by J. Gordon & Co., of New Broad Street, and shown in Plate VII. The coffee is fed equally into the four compartments of the cylinder ; the cylinder and blower are set in motion, and the furnace is then lit. The coffee is kept in continual motion during drying, the temperature being carefully regulated. Very little attention is necessary, and the machine may well A, drying cylinder. B, heater. C, blower. D, receiving box. E, foot-board. H, air-pipes. L, doors. N, feed-hopper. PLATE VII. — GLFARDIOLA’S COFFEE DRYER. [ To face p. 104 . PREPARATION OF THE BERRY. 105 replace the ordinary “ patio 15 or “ barbecue,” being equally adapted for drying other plantation products. Three days’ thorough sunning usually suffices to render the coffee quite dry and brittle, in which condition it is known as “ parchment.” As a rule, it is sent to port in this state, its further curing being left to the shippers ; for not only is considerable expenditure on buildings and machinery neces- sary for the purpose, but the experience gained in manipu- lating various parcels of coffee will enable those who make the subject a special study to bring the sample up to the best standard of appearance and keeping properties. Coffee is said to retain its colour better, if allowed to remain for several weeks in the parchment ; and its quality is said to con- tinue to improve for months, and even years, the process being known as “ curing.” As, however, protracted curing causes ( some difficulty in removing the silver skin, coffee is seldom kept in the parchment longer than is compulsory. Stores . — Though there is no necessity for curing the coffee, and it may be hulled at once, if desired, the exigencies of climate render a properly constructed store one of the greatest desiderata. The characteristic of the store must be dryness combined with security, hence galvanised iron forms the best material. It is generally of two storeys ; the lower floor is sometimes boarded or asphalted, but the upper is always so made as to admit of free circulation of air through the coffee placed on it. This object may be attained by laying wire gauze, or coir matting, over reepers about 1 in. apart. Abundant ventilation must be provided. It will be necessary to watch for any signs of heating ; and immediately on their appearance, the coffee must be turned over thoroughly. An improved form of store is that built on the Clerichew principle. The floor of the upper storey, constructed as in the former case, rests on joists running lengthwise of the building. A ceiling is provided for the lower storey, by tacking to the joists, cloth which has been well soaked in boiled rice-water and whitewash, to render it air-tight ; con- tinuous air passages are thus made beneath the floor. About 106 PREPARATION OF THE BERRY. 10 ft. of one end of the lower apartment is partitioned off, and its sides are made as nearly as possible air-tight. It has no ceiling other than the floor above, so that the passages all open into it. In an opening in the wall of this chamber, a pair of large revolving fans are placed. Their rapid revo- lution draws a continuous current of air from the inside, and therefore through the coffee itself. In this way, dried parchment can be kept in perfect condition, without any turning over. By using heated air on the same principle, coffee may be housed while still only partially dry, and yet not suffer fermentation. Hulling , or Peeling . — This operation consists in the re- moval of the “ parchment ” and the “ silver-skin.” The beans must be again exposed to the sun, for a period which it is difficult to define. Some say that they should be dried till they resist the pressure of the thumb-nail ; but there is really no infallible test, as no two samples are exactly alike. It needs much experience to prevent loss of weight by over- drying, or of colour by under-drying. They peel best while still warm. A variety of hullers have been tried ; but pre- ference is commonly given to the old-fashioned edge-runner mill, composed of a circular trough with two large wheels revolving in it, and suspended about 2 in. from the bottom. The trough is one-half to two-thirds filled with beans, which remain until the grinding action of the revolving wheels has separated their skins, when they are let out by a lateral aperture. A trough 15 ft. in diameter should turn out cwt. market coffee an hour; 4^ bush, good parchment coffee should give 1 cwt. clean coffee. The appearance of the coffee immediately after hulling is very light-coloured ; but it soon assumes a horn-green tint, which it will retain unless exposed to damp, when it becomes dingy or mottled grey, and is classed as “ country damaged.” An apparatus for peeling and polishing parchment coffee, combined with one for hulling dry cherry coffee, is shown in Fig. 12. The two parts may be disengaged and worked separately. Smout’s patent machine for hulling coffee which has been dried in the cherry, is shown in Fig. 13. The i PLATE VIII.— SMOUT’S COMBINED PEELER AND POLISHER. This machine works without noise, creates no dust, and J never breaks the coffee. Its working is remarkably simple. With the fan attached, as shown, the coffee is delivered quite clean and ready for the separator. {To face p. 107 , PREPARATION OF THE BERRY. 107 shells should afterwards be removed by means of a fan. Smout’s combined peeler and polisher is shown in Plate VIII. Winnowing . — The peeled coffee, as it comes from the huller, in company with the detached skins, is submitted to the in- fluence of a fan, whose force must be so adjusted that it will effectually remove the skins without carrying off any coffee. Sizing . —When the coffee has been cleaned from the skins. Fig. 12. Fig 13. Peeling and Polishing Machine. Smout’s Huller. it is necessary to separate it into various sizes for market, chiefly with the object of rendering the subsequent roasting process more equable in its effect. Formerly, the sizing was performed by hand garbling or picking ; but it is now the custom to employ a “ separator,” as shown in Fig. 14. It consists of a horizontal, revolving, cylindrical sieve c, formed of perforated sheet iron, or steel wires, and divided into 108 PREPARATION OF THE BERRY, sections of different meshes. The coffee is fed in at the "hopper a , which is furnished with a regulator and an internal worm, for the purpose of distributing it equally, while a revolving brush b prevents the meshes being choked. Sand and dust pass through the first section, and fall into the space d, small and broken beans are delivered at e, sound coffee escapes into /, the best and largest beans are caught at g 9 and the pea-berry rolls freely out at the end h . A greatly im- proved separator, also made by Gordon, is shown in Fig. 15. Fig. 14. Oiler Methods of Preparation . — There are times when it is impossible to pulp the coffee ; the pulpers may get out of repair, or the weather may be so untoward that the cherry does’ not ripen sufficiently, or becomes too dry for pulping. PREPARATION OF THE BERRY. 109 In these cases, the cherry must first he fermented ; the best way to do this is to place it in one of the tanks, or, if the quantity is too small to nearly fill a tank, in an old box or cask, and cover it with sacks or grass, or both. Here it is left until it acquires a good warmth. When the cherry, on squeezing, is no longer slippery, it may be taken out and spread in the sun to dry. For two or three nights, it need not be housed, nor will rain hurt it. When dry, it may be stored for curing, like parchment coffee, but must not be mixed with it. To ferment the cherry by leaving it in a heap on the ground is a bad plan, for two reasons : first, because when fermented it becomes very wet, and collects dirt, which, in the after treatment, will affect the colour of the coffee ; second, because in a heap, the fermentation cannot be equal throughout the sample. Pulping is performed whenever possible, as the increased trouble entailed by the other process is not compensated for by the alleged improvement of the flavour, and no better price is got in the market. The native coffee of the East Indies is dried in the cherry ; the dried pulp is then removed by pounding in common paddy-pounders, and the refuse is winnowed away in native baskets. Besides being tedious, ineffective, and expensive, the process gives a large proportion of damaged beans, and does not secure a regularity of colour. “ Wherever coffee has been found indigenous, it has been observed that the natives pick it and dry it in the cherry, or outer skin, and it is well known that this improves the quality, and the flavour is better retained, even for years.” (Christy.) In many places merchants can command supplies of coffee in the form of “ dry cherry,” or in the “ parchment.” The system of husking coffee in London has considerable advantages. Growers, by shipping their produce in parch- ment, are enabled to forward the same for disposal without delay ; and coffee sent forward in parchment and worked in London has had a higher value in European markets than that which has been worked abroad. Messrs. Major & Field, the proprietors of Ked Lion and 110 PREPARATION OF THE BERRY. Three Cranes Wharf, Upper Thames Street, were the first to recognise the importance of the scheme, and have, after some years of labour, and considerable expense, established a com- plete husking mill, using the latest and most approved machines for the various processes, and, from their experi- ence of the many different growths of coffee, they are en- abled to adapt the machinery to the requirements of the coffee that has to be dealt with. There are two most important points to be observed in the preparation of coffee; one is the drying after pulping, it being most essential that the coffee should be properly dried, otherwise it loses the brilliant bloom natural to the berry, and no artificial drying is so efficient as sun heat in the countries of production. The second point is, that after being properly dried, any pod coffee that may be mixed with the parchment should be sorted out, as generally such pod consists of the most unripe berries, which have escaped the action of the pulper, and such berries being of inferior quality would, if passed through the mills with the clean parchment, materially detract from the good appearance of the bulk. Packing and Shipment . — As soon as the coffee has been sized and garbled, it is ready for the market. It is best packed in air-tight casks, made from wood which is not likely to taint the coffee in any way. Bags are sometimes used double, but are inferior to casks. In shipping coffee, great care is required to prevent its coming into contact with other merchandise which may communicate to it a flavour or odour. Vessels carrying coffee should have perforated ventilating tubes from the bottom of the hold, passing through the cargo, and allowing the escape of the steam and gases generated during transit. Without this, the beans will be discoloured, and classed as “ country damaged,” an accident which cannot be covered by insurance. In well- ventilated ships, coffee loses about J per cent, in weight, but gains in quality ; under bad ventilation, there will be a gain of \ per cent, in weight, but a loss of colour, and consequent depreciation in value. ( 111 ) CHAPTER VI. MARKETS AND STATISTICS. Market Varieties and Values. — The following list is intended to show the comparative prices (in shillings per cwt.) of the principal brands of coffee brought into the home market : — Jamaica — good mid. to fine, 99-110, 103-126 ; low mid., 84-98, 92-102; fine ord. 60^-83, 71^-90; g ood ord.. 58-6 0. 68-71 ; ord. and triage, 50-56, 63-7. Ceylon (Native) — bold, 66-72, 75-80 ; good and fine ord. 63-4, 70-4; small and ord., 50-61, 62-9 ; (Plantation) — fine, 102J-112, 109-17 ; fine mid., 100-2, 106-8J ; good mid. 96J-9^, 103-5J ; mid. 93-6, 100-2J; fi ne ord. _JtnJfixw mid., 82-92^, 84-99jr ; mixed and triage, 62-81, 68-83. Other East India — fine and sup., 106^-15, 110-28; good to fine, 101J-5, 107-9J; mid. to good mid., 92-101, 100-6J; fine ord. to low mid., 77-91J-, 84-99; ord., 70-6^, 72-82; Native, 68-72. Mocha — fine yellow, 102-10; mid, to good, 93-1 00. 9 6-100 : ungarbled, 80-2. Java — yellow, 77-94, 90-100; pale and^muxed, 63 -76^,75-89^ Manilla— 54-65, 62-76. Singapore— 50351, 58-75. African— 50-3, 52-7. Bio and Santos— washed, 77-97, 83-101 ; fine ord. and sup., 56-70, 64-80 ; jgood ord., 54-5, 61-3 ; ord., 45-53, 48-60. La Guayra— 62-90, 76-97. CostaTBica — fine, 91-100, 92-100; mid., 84-90, 86-91 ; ord,. to fine ord. T 68-834, 66-85 . Guatemala — 68-83, 70-85 ; mid. to fine, 84-97, 86-98. New Granada — 70-98,80-107. Porto Bico — 75-100, 86-102. Also, occasionally, San Domingo — 60-75. Mexican — 65-84. Savanilla — plantation, 80-105 ; native, 62-78. The commercial value of coffee depends upon the form, size, colour, smell, flavour, age, and uniformity of the beans; 112 MARKETS AND STATISTICS. and on the presence or absence of stones, stems, and other foreign matters. The source is only partially valuable as an index of quality. Form is not a sure guide as to source, as it varies in the same sample ; there are, however, three typical forms : — Mocha, small rounded (pea-berry) ; pointed Bourbon, medium sized, elongated, and pointed ; and Martinique, large and flattened, Brazil, Martinique and Java coffees are of fairly regular size; but those of San Domingo and Mocha are very irregular. As a rule, medium sized beans have the best flavour. Colour depends entirely upon local peculiarities of growth and preparation ; generally speaking, the coffees of the Old World are inclined to yellow, those of the New, to green. Weight decreases by keeping. Odour is a distinctive test, but requires long experience : — green Mocha resembles tea ; Martinique and J amaica, pure and pleasant ; Porto Rico, less agreeable ; Brazil, strong, varying in Rio and Santos ; Java and Sumatra, sharp ; Manilla, very pronounced. Flavour is another good test: — Mocha is best ; Martinique, very agreeable ; Guadaloupe and Porto Rico, less so ; Padang, inferior to Java ; Sumatra, slightly bitter. As to impurities : — San Domingo is usually very dirty ; Ceylon, East India, Rio, Santos, Martinique, and Java, generally well prepared and clean. The nutritive or stimulating value of the sample depends upon the per- centage of caffeine, which can only be ascertained by analysis. Caffeine . — “ Having recently had occasion to determine the amount of caffeine in several samples of coffee, for the purpose of comparison, it became necessary in the first place to make some experiments in order to ascertain what method could be relied upon for furnishing uniform and constant results. By extracting the beans with boiling water, completely preci- pitating the clear liquid with subacetate of lead, then removing any excess of lead from the filtrate and evaporating to a small bulk, the caffeine may be obtained in a crystalline con- dition ; but it is still very impure, and the recrystallisation, after pressing between bibulous paper, so readily gives rise to loss that this method cannot be relied upon to give accu- MARKETS AND STATISTICS. 113 rate results. It is, moreover, extremely tedious and trouble- some. Dr. James Bell* recommends as a better method the extraction of coffee beans mixed with magnesia by boiling with strong alcohol, evaporating off the spirit and treating the residue with water to dissolve the caffeine. In this way a considerable portion of the colouring material is separated by the magnesia, and a further quantity is got rid of by eva- porating the aqueous solution to dryness with a further quantity of magnesia, and then dissolving the caffeine in hot benzol. We have not, however, found this method to give more satisfactory results than the previous one, and one circumstance that greatly interferes with its application to coffee is the considerable amount of fat present in the bean. After several attempts to modify these methods of treatment for the determination of caffeine in coffee beans we had recourse to the use of lime as a means of separating the tannic acid while dissolving out the caffeine by boiling with alcohol. For this purpose it is advisable to mix the finely powdered coffee with moist lime and then to extract the mixture in a continuous percolator of the kind described by Waitt in the ‘Pharmaceutical Journal’ (vol. xiv., p. 376). The alcohol is then evaporated off and the dry residue is mixed with some water and a few drops of dilute sulphuric acid, the addition of which has the effect of separating the fat and clarifying the solution by converting a small quan- tity of soluble lime salt into calcium sulphate. After filtering the cooled liquid it is quite free from fat, and may then be evaporated to obtain the caffeine in a crystalline state. A better plan, however, is to extract the caffeine from the solution by shaking it with chloroform, in which it is freely enough soluble to be readily taken up, and on evapo- rating off the chloroform caffeine will be obtained in a condition fit for weighing. The principal points to be observed in carrying out this operation are the acidification of the water solution from the spirit extract and the shaking with chloroform, but with proper care very uniform results * ‘ Analysis and Adulteration of Foods,’ Part I., p. 1G. I 114 MARKETS AND STATISTICS. can thus "be obtained. We have hitherto been in the habit of operating npon 50 grams of coffee beans in each experi- ment, but after confidence in the method has been obtained and experience in operating a much smaller quantity might be taken. “ On applying this method to the determination of caffeine in various samples of coffee we were at first somewhat per- plexed by the great discrepancy of the published statements as to the amount of this constituent that is present, as will be seen from the following quotations : — Robiquet Liebig Zenneck Graham, Campbell and Stenhouse Dragendorff Squibb Bell Allen Caffeine in raw coffee beans per cent. O' 32 to 0-61 0-23 to 0-46 0-75 0-88 to 1-00 0- 99 to 1-22 1- 00 to 1-03 1-08 to 1-11 0-50 to 2-00 “ The discrepancy between the data given as applying to roasted coffee is still greater, and in the Allgemeine Kctffee - Zeitung for 1884 the amount of caffeine in roasted coffee is stated to range from 2*00 to 3*64 per cent. “ The first result with which we were struck on carrying out a number of experiments with several different samples of raw coffee beans was the very narrow range within which the amount of caffeine appeared to vary. Instead of being a varying amount, it was more nearly a constant quantity in those kinds of coffee beans we had an opportunity of exami- ning, which were the following : — Caffeine per cent. Coorg 1*10 Guatemala 1*18 Travancore 1*1G Liberian 1*20 “ In making these determinations the raw coffee berries were not dried, but taken just as they came to hand and MARKETS AND STATISTICS. 115 powdered. A difference in the amount of water might therefore have altered the amount of caffeine in the dry material, hut there is not much reason for expecting that the foregoing data would have thus been materially affected. It would be desirable to extend these determinations of caffeine to a number of other samples of coffee from various sources, and it is to a great extent with the hope of obtaining samples for examination that we now make known the results that have been so far arrived at. In a future communication we propose to deal with the determination of some of the other constituents of coffee. “ The above determinations were all made with unroasted coffee, and it may be added that in experiments with roasted coffee we found a similar uniformity in the results obtained, so that a determination of the amount of this constituent may probably furnish a means of detecting the adulteration that is now so largely practised in the sale of ground coffee according to the custom that is general in this country. It has been stated that in the ordinary roasting of coffee the caffeine is to a great extent volatilised and lost. We have strong feason for believing that this statement is entirely incorrect, for in a number of experiments made by roasting coffee beans in which the amount of caffeine had been pre- viously determined in the raw state we ascertained that there was an increase in the amount of caffeine in the roasted coffee and that this increase was uniformly proportionate to the loss of weight experienced by the coffee in roasting. As a general rule the amount of caffeine in pure roasted coffee is about 1 * 3 per cent. This may be more or less to some slight extent, according as the coffee is slightly or highly roasted, but there did not appear to be any evidence of the volatilisation of caffeine during roasting.” (B. H. Paul and A. J. Cownley.) Coffee-leaves . — A decoction made from the leaves of the coffee shrub has long been used in the Eastern Archipelago, and has more recently been introduced to the coolies in Southern India. A few years since, it attracted considerable notice, and was recommended as a new article of import, i 2 116 MARKETS AND STATISTICS. to become a cheap substitute for tea. There seems to be no doubt that coffee-leaves contain the principle caffeine in sufficient abundance to make a valuable beverage, but the jiresence of an unpleasant senna-like odour would militate greatly against its popularity. As regards price, it is said that coffee-leaves could be prepared (like tea) and shipped at 2d. a lb., as against teas at 6d. to 1 Od. There exists, how- ever, the difficulty that depriving the tree of its foliage damages the crop of berries, and injures the tree itself; on berry-producing trees, therefore, only the leaves obtained in the ordinary pruning operations would be available, and these would seem to yield so small a supply as not to be worth the cost of collection. Growing the shrubs for leaf alone would be a very questionable undertaking ; but there appears to be no valid reason why, in the event of the berry crop failing, a portion at least of the leaves might not be gathered and prepared, if any means can be found for removing the objec- tionable odour. It has been urged that the product would chiefly be employed to adulterate tea ; but, even if such were the case, it is manifestly better than many of the adulterants now in common use, and it is very doubtful whether the supply or the price would meet the requirements of the case. Adulterants and Substitutes . — Scarcely any dietetic article is so persistently adulterated. Its sophistication by means of chicory seems to be a recognised custom. Eecently, a sub- stitute for chicory has been introduced, under the name of “ mochara,” which is said to consist simply of ripe figs, roasted and pulverised. The preparation is stated to have been for some time in use on the Continent ; but its intro- duction to English markets was, till now, rendered impossible by Customs restrictions. It is sold at about half the price of coffee. Another illustration of the modern craze for replacing every genuine article by an inferior substitute is to be found in the formation of a company (since come to the end it deserved) to work Henley’s patent for making coffee out of dates ! In New Zealand, the berries of Coprosma Baueriana have been proposed as a coffee substi- MARKETS AND STATISTICS. 117 tute. The seeds of Cassia occidentalis have been imported into Liverpool from the river Gambia, under the name of “ negro coffee,” and are said to be nsed to some extent in Dominica. Consumption and Prospects . — The following figures, taken from official returns, show the total consumption (in millions of lbs.) of coffee in the chief countries where it is used, and the estimated consumption per head of the population ; the figures in brackets indicate the estimated per capita con- sumption in 1873: — United States, 310:6*5(7-6); German Empire, 218^ : 5*0 ( ); France, 120 : 3*25 (2*73); Holland, 70:18*0 (21*0); Belgium, 50:10*0 (13*48); Austro-Hungary, 36 f : 1*0 (2*13); United Kingdom, 34|:1*0(1*0); Italy, 28:1*0 (1*0); Sweden, 25 : 5*0 (6* 11) ; Switzerland, 18:6*0 (7*0); Norway, 13 J : 7 * 0 (9 * 8) ; Eussia, 10-J- : 0 * 15 (0 * 19) ; Denmark, 9 : 4 * 5 (13 * 89) ; Greece, If : 1 * 0 (1 * 42). From this, it would seem that the consumption of coffee does not increase at the same rate as the population, at least in the non-producing countries. In the East, on the other hand, it is said to be daily gaining favour with the natives. The comparatively trifling consumption in the United Kingdom may probably be ascribed to three causes ; — the competition experienced from cocoa and good cheap tea ; the comparative ease with which these are prepared ; and the extent to which coffee is adulterated. The spread of the coffee-house movement, and education of the people in the preparation of the beverage, should effect a revival. Meantime there is abundant scope in foreign markets ; and if the Ceylon planters will only make a real and combined effort to stamp out the leaf disease, they may reap a double benefit, while Brazil, their great rival, is struggling against a disturbed labour market. The subjoined figures are from a report on the coffee trade of the world by United States Consul General Merritt, of London, dated March 26, 1883. “ There are no reliable data wherefrom a complete estimate can be formed of the total produce of coffee in all parts of the 118 MARKETS AND STATISTICS. globe. Tbe fluctuations of tbe annual output are great, and the distances far and wide apart in respect to the countries where coffee is cultivated. Admitting this, it may be asserted, however, with certainty that with the exception of the island of Ceylon there has been more coffee produced in all countries during the past five years 1 than at any previous period. This growth has been in sympathy with an increased demand for home consumption in Europe and in the United States. In British India coffee growing has made progress, though on a small scale. (See Table K.) 44 No continuity of shipments can be tabulated from either Singapore or Manilla. Those from Java and Sumatra are, as far as Europe is interested, embodied in the statistics under the head of the Netherlands. The retrograde move- ment in Ceylon becomes apparent by the table marked K. Tea and quinine are now under cultivation there in lieu of coffee over large tracts of land. “Asa rough estimate of the entire production of the berry, the following table may be given, showing average of one year in two quinquennial periods : — Where produced. 1873-77. 1878-82. Tons. Tons. Brazil 200,000 290,000 Java and Sumatra 50,000 65,000 Ceylon 40,000 36,000 British India and Africa 24,000 30,000 British West Indies 1,800 2,000 Cuba and Porto Rico 2,500 3,000 “ The statistics of production of Domingo and Hayti, Costa Bica, Venezuela, Guatemala, and Colombia are not at hand for comparison. As bearing on the probable production of Brazil it may be said that the exports in 1881, on consular authority, were 4,139,419 bags, of which about 50 per cent, went to the United States. “On a basis of 145,000,000 population of Europe in 186G, exclusive of Bussia, where coffee is not in general use, it has MARKETS AND STATISTICS. 119 been ascertained from official sources that the consump- tion of coffee was 443,000,000 lb., or a fraction over 3 lb. per capita. In 1881, the total consumption had increased within the same radius to 763,636,000 lb., and the popu- lation to about 175,000,000, and the average per capita consumption to about 4*40 lb. The total supply of coffee to the United States was in 1866, 174,281,000 lb.; in 1881, 455,190,000 lb. Deducting a limited quantity for re-exportation, the average consumption per capita in the United States: 1866, 5*60 lb.; 1881, 9*10 lb. “ In other words, the United States average per head is nearly double that of Europe, and is constantly increasing. “ Table A. — Summary of detailed statements showing the supply of coffee , in number of pounds avoirdupois , received for domestic consumption in various countries during sixteen years. Countries. 1866. 1867. 1868. 1869. lb. lb. lb. lb. France 98,650,000 103,988,000 105,066,000 110,721,000 Germany 90,915,700 120,187,300 138,851,700 148,918,000 Netherlands 27,841,000 45,918,000 48,314,000 47,146,000 Belgium 42,598,000 47,282,000 51,917,500 45,170,000 Denmark . . 9,608,500 9,842,000 13,804,400 4,790,700 Norway 12,781,700 13,352,500 12,600,400 12,739,300 Sweden 14,142,900 17,470,400 14,818,400 15,757,000 Russia 12,377,300 14,658,900 11,445,200 16,799,900 Austria 42,508,000 46,595,200 51,523,800 52,606,100 Italy 27,629,600 25,498,200 27,105,100 30,195,400 Switzerland 16,267,700 17,833,700 19,256,200 17,680,500 Spain, Portugal, > Turkey, Greece, 1 and Balkan [ 4,000,000 4,000,000 5,000,000 5,000,000 [• States .. ,.J Total .. .. 399,320,400 466,626,200 499,702,500 507,523,900 Great Britain 33,658,344 40,224,856 38,836,224 45,283,680 Total Europe 432,978,744 506,851,056 538,538,724 552,807,580 United States .. 174,281,000 187,237,000 208,984,000 264,161,500 120 MARKETS AND STATISTICS, Table A. — Summary of detailed statements showing the supply of Coffee , &c. — cont. Countries. 1870. 1871. 1872. 1873. lb. lb. lb. lb. France 107,322,600 88,293,600 36,757,800 98,636,800 Germany . . 119,453,400 38,557,000 159,974,000 204,090,000 216,208,000 Netherlands 438,872,000 22,743,000 78,395,000 Belgium 49,368,000 51,546,000 49,020,000 49,748,000 Denmark .. 6,783,000 12,487,800 6,344,400 16,266,400 Norway 11,847,400 13,995,000 14,664,400 17,123,600 Sweden 17,471,500 19,245,400 17,982,800 24,695,000 Russia 15,856,600 17,716,800 16,110,500 14,740,900 Austria 58,193,300 67,612,900 70,737,400 75,503,600 Italy 27,753,000 28,847,500 27,218,900 28,511,600 Switzerland 14,882,500 20,641,900 16,860,300 18,444,400 Spain, Portugal, ] Turkey, Greece, 1 5,000,000 6,000,000 5,000,000 5,000,000 & Balkan States Total .. 532,488,300 530,222,900 487,535,400 644,273,200 Great Britain . . 35,080,624 19,343,056 7,599,312 28,908,392 Total Europe 567,568,924 549,565,956 495,135,712 673,176,592 United States .. 235,257,200 317,992,000 298,806,000 293,883,900 Countries. 1874. 1875. 1876. 1877. lb. lb. lb. lb. France 85,159,600 105,628,800 117,671,400 105,184,200 Germany . . 198,091,000 221,683,000 93,365,000 234,080,000 210,793,000 Netherlands 52,396,000 23,205,000 75,374,000 Belgium 41,848,000 48,162,000 58,240,000 44,849,000 Denmark . . 5,202,700 9,544,600 9,193,200 8,221,500 Norway 10,751,600 15,070,000 15,895,500 24,738,000 16,373,400 Sweden 19,853,000 21,851,000 23,885,700 Russia 16,467,300 18,021,000 69,784,000 18,021,200 10,333,400 Austria 71,689,800 71,944,900 74,475,700 Italy 23,529,000 29,876,100 32,720,000 27,764,000 Switzerland 14,497,700 20,659,300 21,924,200 17,131,600 Spain, Portugal, I 7,000,000 Turkey, Greece, 6,000,000 7,000,000 6,000,000 & Balkan States i Total . . 545,485,900 660,376,200 633,633,800 621,385,500 Great Britain .. 38,415,568 72,775,840 15,327,648 55,622,128 Total Europe 583,901,468 733,152,240 648,961,448 677,007,628 United States .. 285,271,700 321,970,800 341,089,200 331,639,000 MARKETS AND STATISTICS, 121 Table A.— Summary of detailed statements showing the supply of Coffee , &c.—cont. Countries. ms. 1879. 1880. 1881i France Germany Netherlands Belgium Denmark Norway Sweden Russia Austria Italy Switzerland Spain, Portugal, Turkey, Greece, and Balkan States lb. 119.031.000 218.713.000 85.209.000 50.773.000 8,236,700 13.422.000 23.485.200 16,049,900 87,788,600 27,933,400 18.332.200 | 7,000,000 lb. 125,017,200 248,266,000 52.079.000 54.916.000 10,705,900 15,903,500 23,830,300 17.008.200 42.479.200 34.089.000 21,191,700 8,000,000 lb. 127,012,600 207,284,000 65.975.000 50.061.000 9,615,700 15,969,400 25.168.000 18,362,300 69.519.100 23.480.000 18.547.100 9,000,000 lb. 142.331.000 229.141.000 73.022.000 52.500.000 9,000,000 16.725.000 24.000. 000 18.000. 400 78.562.000 31.103.000 21,523,500 10.000. 000 Total Great Britain . . 675,974,400 27,368,544 653,486,900 35,514,304 639,994,300 40,015,114 705,907,900 57,728,000 Total Europe 703,342,944 689,001,200 680,009,414 763,635,900 United States .. 309,882,000 377,848,000 446,851,000 455,190,000 “ Great Britain. “ Table Bbas the tendency to show the difference between the relative consumption of tea and coffee. While the first- named article commands an average of 4^ lb. per head of population, the consumption of coffee is confined to a rate less than 1 lb. 64 The tables marked C and D show, respectively, the imports from British possessions and foreign countries. The table marked E explains the uses of the trade, while in Table E the re-export of surplus import is illustrated. “ The total results are summarised in the table marked G, and are designed to show the actual consumption throughout Europe ; while another compilation, marked H, explains the position which obtains between Europe and the United States relative to production. 122 MARKETS AND STATISTICS, “ Table B . — The consumption in Great Britain of Coffee, Cocoa , and Tea , distinguishing the number of pounds entered for home consumption on which duties have been collected. Years. Coffee. Cocoa. Tea. 1841 lb. 28,370,857 lb. 1,938,847 lb. 36,675,667 1842 28,519,646 2,246,569 37,355,911 1843 30,979,404 2,547,034 40,293,393 1844 31,352,332 2,589,977 41,363,770 1845 34,293,190 36,754,554 2,579,407 44,193,433 1846 2,951,206 46,740,344 1847 37,441,373 3,079,198 46,314,821 1848 37,077,646 2,919,591 48,734,789 1849 34,399,374 3,206,746 50,021,576 1850 31,161,358 3,080,641 51,179,302 1851 32,501,545 2,978,344 53,949,059 1852 34,978,432 3,228,627 54,713,054 1853 36,983,122 3,997,108 58,834,087 1854 37,350,934 4,452,529 61,953,041 1855 35,764,564 4,383,023 63,429,286 1856 34,995,944 3,634,155 63,278,212 1857 34,353,133 2,647,470 69,132,101 73,195,685 1858 35,208,932 2,860,034 1859 34,328,876 2,015,859 76,863,661 1860 35,497,960 3,230,978 76,816,394 77,927,750 1861 35,202,040 3,407,672 1862 34,451,700 3,622,433 78,793,977 1863 32,763,095 3,712,231 3,862,273 85,183,280 1864 31,360,450 88,590,235 97,834,874 1865 30,511,109 3,826,425 1866 30,630,236 4,053,133 102,265,531 1867 31,282,023 4,228,554 110,988,209 1868 30,356,818 5,115,766 106,815,262 1869 28,839,100 5,701,880 111,726,491 1870 30,330,572 6,153,983 117,551,152 1871 30,662,023 7,252,035 123,401,889 1872 31,173,555 7,771,763 127,661,360 1873 31,791,332 8,284,260 131,881,470 1874 31,249,368 8,854,690 137,279,891 1875 32,078,018 9,957,610 145,327,432 1876 32,894,400 10,399,522 149,104,194 1877 .. .. c. 32,286,016 10,043,605 151,114,886 1878 32,835,552 9,996,290 10,076,504 157,396,661 1879 34,072,032 160,432,284 158,570,842 1880 31,868,480 10,566,150 1881 31,208,240 10,897,795 160,225,911 165,079,881 1882 31,178,560 11,996,850 {l Table C . — Coffee imports from, British possessions . MARKETS AND STATISTICS. 123 Table D . — Coffee imports from foreign countries into Great Britain. 124 MARKETS AND STATISTICS, iba and Porto Kico. OO(NlCOCOO0^^COHM^(»?O(MfflCDO^OOO?OO COa)QOQO^OOlOHOO ,CDIM(N(NOHC005OOONOO10HtH(NOO©C0OON HiCOHH ?— 1 CO CO (M D- 00 i— 1 IQ (MCOWiOiO(MiOt> CO CO lO CO CO CO l> t> o rH t— 1 CO rlrl Dutch West Indies. lb. 2,741 49*280 16,128 lyti and Saint Domingo. lb. 672,819 553,372 390,880 492,561 111,452 102,835 335,695 ,469,929 952,987 ,736,213 ,223,177 ,262,111 720,045 ,013,854 ,270,672 ,448,592 ,365,008 ,555,312 ,676,608 ,654,688 ,763,616 ,806,544 ,866,416 787,360 961,968 M CO r-l CO H CO ^ CO t> JO lO 00 l> CO C4 Venezuela. O^COC5iOCOQOr-(iOi^COCOCOiOCOCOCO0(M*OTH'^OC5CqO ,OOC0050TjH^t>t-OCOHC5(NHCDir:i>COH^COOOO — C5 CO t> CO 1— 1 1H tH 10 CO O CO lO Co' cT CM O TTl CO TtICOCOTjs OSTtHTH Cqi-ir-i CM i—i i— 1 rH H 00 (M (M (M lO (M rH ew Granada. lb. 502*594 65,904 373,751 ,574,439 997,372 ,580,452 ,981,816 ,829,459 ,295,386 ,215,396 ,592,672 ,660,448 ,031,168 ,888,992 ,433,088 ,640,352 ,265,920 ,330,000 ,827,840 ,261,952 ,918,113 i-i C5COCO(MOCOOCOCOrHCOOO*^0 t>iO^OOCOOOHrHOOCOiOTHOHCDC5^iOrH-HOCO(NH COOHCO0C5O5H(OCOCOCOHt^HlOOCD(MCOCOOOiOOOO < 'g ^NOCOiOG5(NCDo"r-iCOOCa!'^ S(NCDHHOCOHCOOl>0OOO^(M^(N^h(NCOOrH|>iO COiOt>t>'=f(MO(Ml>(Mr-HCOHCOOlOOiHCOCOCOCOrHHrtH "S O CO rjT r-T r-T CO C0~ Co" C0~ IQ t> t> © Ct^^t^l>l>C»t^GO OOaOGOCOOOOOOOGGCOOOCOGOGOCOGOOOCOQOOOGOaOGOCOaOCO H rl H rH rlHrlrirlHrlHrlrlHH i— 1 H H rl H H rl H rH Table D. — Coffee imports from foreign countries into Great Britain — continued. F 1 MARKETS AND STATISTICS. 125 CJOiOM^^lOCO^IMH^^OjfMiMCOOGOWONlMOOq ^I^COI^OHO0(Nai(N»OCO(MiOO5COT}H^H^COt^iMt> OWOONCO?DOCOOOOO-H(NHOt>COTHCD(N^O^OOCO^ 4 cV’ (N N X N H H O lO CO O 00 O O >0 X N «D •+ >0 OC O to 05 rH CO 05 CO CM CO 1> hH CO I-- CO CO CM O O rht (M 05 CO CO i-l rfi lO CO H CO lO lO CM O CO 00 05 *0 CM rH i— 1 i— t rt H H d Java. IflCOOWCOOdHIM COCO^HGO-fCMCDCO CO 05 i— IOOt>(M^COOT^TfHC05C0G0O05t>00l0C0t>C0t^C0rHG0OiQC0O *2 5 £ : : : ! 05^ (X) CO* rn‘ C<1 CO CO 05~ o' t> t-" CO t>OHTjHOOTHOCD(MCOHCO O CO CM th" r-T CM*' 05C0hH^hi 005 05COOCOCOCOOCO^HOH05t>(MO (MOOO^t^iOr .HCOQOrHQOOcMTHiOCMi— ICOCO HOdCO(Mt^O(MCDOiOOOiO^(Ml>HOiCOT)H OHIO C0C0(MC005C0(MC0Oi— OCOCOCOCM £ CO rH*' r-i r-T r-T r-T CO*" i-T of rH*" *cT Chili. lb. 118,394 68 22,714 288 131,766 o O O -H O CO -H rfH rJH rf( CM CO CO CO ’1 05 O CO O O CO ^ rH iO CO ‘S OOHOOOOOhOOCOHOHCOCOOOCOOOOO^COO iOC0OO05C0l>(M(MO05(MO>C05O^C0Q0OC0(M0000?0 OC005t>C0i000t>OiO^HiO05C0^C0C0C0O05O)05Tfl05 H CO t>> ICO IO CO ICO O 05 o4 05 rn" -' !>-' CcT oT oT Co" CcT -' t''- CO S(M^iHt>WHQOO»OiOCOTtlOOCO»OCO(M05HOHOCOt^rH « rHt>HC0(MC0OTfH05 05 JO C CO CM*" rH (M O C005OrH(MC0TtUf0C0r^C005OrH(MC0TH»OC0l>C005O »ouoiro*ococococococococococot>i>i>r^i>t^t^i^t^t>oo COCOCOOOOOCOCOOOCOCOCOOCCOCOCOCOCX)COCO(X)COCOOOQOCO HHHHHHHHHHHHHHHHHHHHHHHHH 126 MARKETS AND STATISTICS, “ Total imports and exports of Coffee into and from Great Britain. Years. Quantities. Values. Imports. Exports. Imports. Exports. lb. lb. £ £ 1856 56,992,116 27,602,836 1,498,108 712,212 1857 58,892,726 15,782,710 1,720,465 466,894 1858 60,697,265 25,761,314 1,742,252 785,175 1859 65,353,030 29,586,054 1,955,592 877,295 1860 82,797,746 45,661,520 2,543,307 1,440,089 1861 83,532,425 46,800,365 2,628,776 1 1,461,278 1862 94,041,883 56,899,830 3,303,387 1,967,730 1863 117,354,217 70,385,233 4,153,330 2,530,684 1864 109,277,382 71,309,279 3,606,286 2,590,427 1865 137,997,440 79,884,182 4,600,887 3,249,534 1866 127,044,818 99,655,344 4,098,329 3,060,577 1867 137,729,760 94,595,904 4,362,760 3,035,267 1868 173,902,512 135,066,288 4,858,107 3,740,373 1869 173,416,320 128,152,640 4,927,805 3,644,055 1870 179,901,904 144,821,264 4,942,769 3,936,268 1871 191,992,304 172,648,896 5,394,511 4,682,332 1872 166,269,040 158,669,728 5.257,403 4,606,674 1873 183,402,576 154,499,184 7,230,351 5,822,333 1874 157,351,376 120,935,808 7,064,788 5,233,684 1875 178,049,984 135,274,944 7,513,053 5,690,117 1876 152,503,904 137,176,256 6,377,829 5,791,656 1877 180,127,584 124,506,256 7,768,928 5,200,814 1878 142,203,824 114,835,380 5,918,481 4,732,210 1879 180,251,232 144,736,928 7,089,100 5,830,092 1880 173,202,512 133,187,488 6,861,130 5,258,446 1881 137,648,396 108,163,785 4,761,369 4,081,045 1882 152,204,391 111,621,972 5,188,947 3,905,775 “ Quantities imported , exported , and retained for home consumption during each quinquennial period. Years. Imports. Exports. Stock and consump- tion. lb. lb. lb. 1851- -1855 294,242,740 122,662,948 177,578,587 1856- -1860 324,732,883 147,394,434 174,384,835 1861- -1865 542,203,407 354,278,889 164,288,394 1866- -1870 791,995,304 600,291,440 151,338,749 1871- -1875 877,865,728 742,028,560 156,954,294 1876- -1880 828,259,056 654,442,208 163,956,970 1881 137,648,336 108,164,784 29,473,552 1882 153,324,192 (?) (*) * The quantity taken for home consumption in 1882, and on which duty has been paid, was 31,962,780 lb. MARKETS AND STATISTICS, 127 “ Redistribution of Imported Coffee. “ Table F . — Statement of the export of Coffee from Great Britain to other European countries showing the progress of 25 years , Years. France. Germany. Netherlands. Belgium. Scandinavia. 1856-1860 lb. 5,461,457 lb. 42,109,221 lb. 35,094,688 lb. 11,537,767 lb. 5,333,491 1861-1865 54,234,468 80,729,903 100,460,763 22,909,298 7,445,574 1866-1870 94,315,523 114,816,603 218,374,198 41,578,081 23,379,414 1871-1875 58,103,585 172,074,896 254,783,796 59,273,984 50,702,018 1876-1880 47,344,640 154,649,086 203,304,752 63,063,840 57,823,032 1881 4,762,352 26,456,220 31,840,480 8,163,680 11,292,452 1882* - •• •• •• •• Years. Russia. Italy. Turkey, Greece, Roumania. Austria. Spain. lb. lb. lb. lb. lb. 1856-1860 15,632,142 •• .. .. .. 1861-1865 27,387,748 7,880,878 11,426,438 8,282,492 .. 1866-1870 38,695,490 12,871,487 14,587,430 5,707,118 .. 1871-1875 48,890,688 18,107,152 25,723,152 8,233,792 2,439,472 1876-1880 29,067,024 15,099,992 20,211,743 9,415,792 2,208,528 1881 4,762,352 5,465,152 3,390,576 1,647,744 .. 1882* •• •• - •• •• Not yet recorded. 128 MARKETS AND STATISTICS, “The Consumption op Coffee in Europe. “ Table G. — Statement of the average annual consumption of Coffee as supplied to the undermentioned countries , distinguishing the average total number of pounds' weight and the proportion per head of population. 1867 to 1871. 1872 to 1876. 1877 to 1881. Countries. Average of five years. Propor- tion per head of popula- tion. Average of five years. Per head of popula- tion. Average of five years. Per head of popula- tion. lb. lb. lb. lib. lb. lb. France 117,058,000 3-01 88,760,000 2-47 123,715,000 3-25 Germany . . 140,000,000 4-87 214,818,000 5-20 222,239,000 4-94 Netherlands 74,807,000 13*56 67,802,400 15-50 69,045,200 16-33 Belgium 45,263,500 9-43 48,069,400 9-62 51,767,800 9-41 Norway 12,862,300 7-56 14,706,900 •• 15,618,400 Sweden 15,931,600 4-14 20,472,700 4 99 24,011,400 5-30 Denmark . . 8,159,600 • • 9,969,200 9,194,600 .Russia 14,227,600 16,342,400 15,995,000 Switzerland 18,059,000 7-00 18,477,100 6-10 19,345,300 6-98 Italy .. 27,859,900 1-11 28,371,200 1*07 29,874,200 1-06 Austria-Hungary •Spain, Portugal,] Turkey, Greece, > and Balkan . . ) 55,303,400 5,000,000 1-73 71,931,900 5,800,000 2-00 70,578,200 8,200,000 1-90 Total .. #. 534,531,900 3-70 605,525,200 3-90 659,584,100 3-88 Great Britain 30,266,774 1-00 31,390,859 0*94 32,791,394 0-93 Total Europe 554,798,674 3-16 636,916,059 3-41 692,375,494 3-37 United States America .. ?'} 250,726,500 7-90 307,886,360 7-69 384,283,800 7-01 MARKETS AND STATISTICS, 129 a Table H. — Statement showing the relative proportion of consumption of Coffee in Great Britain and other European countries compared with the United States of America. Countries. 1866-1870. 1871-1875. 1876-1880. Great Britain : Imports lb. 791,995,300 600,291,400 lb. 877,065,728 742,028,560 lb. 828,289,000 654,442,200 Re-exports Retained for consump- ) tion J 191,703,900 135,037,200 173,846,800 The European countries, except Russia, Spain, Portugal, and Turkey : Details as per tables in'! round numbers . . . . / Average per annum United States of America : Total import Average per annum each | five years / 2,660,000,000 532,000,000 1,253,631,700 250,726,530 2,900,000,000 580,000,000 1,539,431,800 307,886,360 3,150,000,000 630,000,000 1,921,419,000 384,283,100 “ Table I. — The consumption of coffee in Europe and the United States of America , distinguishing the totals and the percentage of supply during sixteen years. Years. Europe. United States. Total. Proportion to Europe. Proportion to United States. lb. lb. lb. Per cent. Per cent. 1866 432,978,744 174,281,000 607,279,744 71*3 28*7 1867 501,851,056 187,237,000 693,188,0 56 73*0 27*0 1868 358,538,724 208,984,000 747,522,724 72*0 28*0 1869 552,807,580 264,164,000 816,969,080 67*6 32*4 1870 567,568,924 235,257,500 802,826,124 70-7 29*3 1871 549,565,956 317,992,200 867,557,956 63*3 36-7 1872 495,135,700 298,806,000 793,941,700 62-0 38*0 1873 673,176,592 293,883,900 967,060,492 70-0 30*0 1874 583,901,468 285,271,700 879,173,168 67*4 32-6 1875 733,152,240 321,970,800 1 , ,055,122,040 70-0 30*0 1876 648,961,448 341,809,200 990,050,648 65*5 34*5 1877 677,007,628 331,639,000 1 . ,008,646,628 67*0 33*0 1878 703,342,944 309,882,300 1 ,014,225,144 69*3 30*5 1879 689,001,200 377,848,000 1 ,066,849,200 64*6 35*4 1880 680,009,400 446,851,000 1 . ,126,860,400 60*5 39*5 1881 763,635,900 455,190,000 1 . ,218,826,000 62*6 37*4 K 130 MAKKETS AND STATISTICS “ Jamaica, “ Table J. — Exports of Coffee from Jamaica . Years. Quantity. Value in English money. Value in American money. 1850 lb. 6 , 264,472 £ 118,603 Dollars. 593,015 1851 5 , 594,585 102,252 511,260 1852 5 , 584,573 98,026 490,130 1853 4 , 822,651 80,519 402,595 1854 6 , 122,866 109,553 547,765 1855 5 , 666,202 96,191 480,955 1856 3 , 721,720 83,021 415,125 1857 6 , 761,075 5 , 943,708 146,162 730,810 1858 97,257 486,258 1859 5 , 055,089 91,514 457,570 1860 6 , 176,598 113,848 151,061 569,240 1861 6 , 715,500 755,305 1862 5 , 467,302 162,727 813,635 1863 8 , 184,849 177,839 889,195 1864 4 , 141,903 111,748 558,740 1865 6 , 229,712 159,499 799,995 1866 8 , 513,532 188,864 944,320 1867 6 , 264,861 172,816 864,080 848,870 1868 7 , 855,488 169,774 1869 5 , 501,887 129,984 649.920 1870 9 , 671,564 237,990 1 , 189,950 1871 5 , 611,245 150,301 751,505 1872 9 , 510,739 252,358 1 , 261,790 1873 7 , 199,144 214,055 1 , 070,275 1874 10 , 351,570 338,165 1 , 690,825 1875 7 , 136,327 219,092 1 , 095,460 1876 8 , 707,552 270,066 1 , 350,330 1877 9 , 532,887 270,960 1 , 354,800 1878 9 , 572,714 274,676 1 , 373,380 1879 10 , 833,867 249,175 1 , 245,875 1880 10 , 188,397 254,722 1 , 273,610 “ Decapsulation. 1851-1855 1856-1860 1861-1865 1866-1870 1871-1875 1876-1880 27 , 790,877 27 , 658,190 80 , 739,266 37 , 807,332 39 , 808,425 48 , 835,917 486,541 531,806 763,374 899,428 1 , 173,971 1 , 219,599 2 , 432,705 1 , 659,030 3 , 816,870 4 , 497,140 5 , 869,855 6 , 597,995 MARKETS AND STATISTICS, 131 “Table J . — Exports of Coffee from Jamaica — continued . “ Average for each year. Years. Quantity. Value in English money. Value in American money. 1851-1855 lb. 5,558,175 £ 97,308 Dollars. 486,541 1856-1860 5,531,638 106,361 531,806 1861-1865 6,147,853 152,675 763,374 1866-1870 7,561,466 179,885 899,428 1871-1875 7,961,686 234,794 263,920 1,173,911 1876-1880 9,767,183 1,319,599 “ Ceylon. “ Table K . — Statement of the shipment of Coffee , the produce of the island of Ceylon , distinguishing the decrease in both plantation and native produce. Plantation. Native. Total. Quantity. Value. Quantity. Value. Quantity. Value. cwt. £ cwt. £ cwt. Dollars. 1850 279,112 1851 . , 350,585 1852 374,031 1853 328,972 1854 . . 408,895 1855 , , 506,732 1856 312,435 725,809 133,135 266,584 445,570 4,95*8,965 1857 431,241 1,127,299 172,204 372,837 603,415 7,500,670 1858 354,567 957,330 190,068 380,136 544,635 6,687,330 1859 411,562 1,111,221 178,436 356,872 590,000 7,340,460 1860 477,606 1,289,537 154,843 309,687 632,449 7,997,120 1861 517,499 1,397,248 132,818 265,626 650,317 8,314,370 1862 478,634 1,292,312 127,075 254,149 605,709 7,732,305 1863 670,068 1,809,186 158,517 317,034 828,585 10,631,100 1864 576,315 1,555,513 95,548 190,897 671,863 8,732,050 1865 695,934 1,874,012 233,268 468,044 929,202 11,735,280 K 2 132 MAKKETS AND STATISTICS. “ Table K . — Statement of the shipment of Coffee , &c. — continued . Plantation. Native. Total. Quantity. Value. Quantity. Value. Quantity. Value. cwt. £ cwt. £ cwt. Dollars. 1866 701,189 1 901 309 195,291 390,583 896,490 11,459,460 1867 776,218 2. ,095. ,788 167,374 334,748 943,592 12,152,680 1868 784,889 2 : » 119; ,202 222,590 445,181 1,007,479 12,821,915 1869 792,569 2. ,139; ,987 127,643 254,286 920,212 11,971,345 1870 921,506 2. ,488. ,082 132,524 264,923 1,054,030 13,765,025 1871 775,454 2. ,093. ,667 170,396 338,760 945,850 12,157,135 1872 582,432 1 . ,572; ,468 140,623 281,246 723,055 9,26S,570 1873 830,261 3. ,736; ,176 122,077 488,311 952,333 21,122,435 1874 635,983 2. ,683. ,055 97,020 341,088 733,003 15,120,715 1875 813,401 3. ,812; ,817 115,205 430,021 928,606 21,214,190 1876 586,580 2. ,914; ,573 80,585 302,194 667,165 16,083,835 1877 896,534 4! ,370; ,603 82,281 316,268 978,815 23,434,355 1878 586,917 3. ,026. ,292 46,237 164,719 633,154 15,955,055 1879 725,325 3. ,603. ,958 54,414 173,445 779,739 18,887,015 1880 611,842 2. ,982; ,938 45,753 142,650 657,595 15,641,940 1881 •• •• •• “ Recapitulation. Periods. Plantation coffee. Native coffee. Total quantity. Total value. cwt. cwt. cwt. Dollars. 1856-1860 1,987,381 828,686 2,816,067 34,483,560 1861-1865 2,938,450 747,226 3,685,676 47,145,105 1866-1870 3,976,371 845,423 4,321,793 62,170,425 1871-1875 3,657,531 645,315 4,302,846 78,883,045 1876-1880 3,407,198 309,270 3,716,468 90,002,200 a Average for eacli year. 1856-1860 397,476 165,737 149,445 568,213 6,896,712 1861-1865 587,690 737,135 9,429,021 1866-1870 795,274 169,084 964,359 12,434,085 1871-1875 531,526 129,063 860,569 15,770,609 1876-1880 681,440 61,854 743,294 18,000,440 MARKETS AND STATISTICS, 133 “ British India. “ Table L. — Exports of Coffee from British India . Years. Quantity. Yalue in English money. Yalue in American money. lbs. £ Dollars. 1852 8,714,500 48,307 241,537 1853 7,865,600 47,485 237,425 1851 7,737,800 109,762 548,810 1855 7,111,900 82,804 414,020 1856 9,206,100 120,201 501,005 1857 10,117,000 132,819 664,095 1858 6,123,800 99,727 498,635 1859 11,693,200 135,036 675,180 1860 14,345,800 188,532 942,660 1861 19,119,000 332,485 1,662,475 1862 21,505,100 467,991 2,339,955 1863 21,045,700 513,257 2,566,285 1861 26,752,900 657,672 3,288,360 1965 32,287,900 801,908 4,009,540 1866 34,700,200 788,102 3,940,510 1867 17,641,100 414,217 2,071,085 1868 31,812,300 761,395 3,806,975 1869 48,036,800 1,121,032 5,605,160 1870 36,493,100 870,189 4,350,945 1871 33,816,700 809,701 4,048,505 1872 56,817,200 1,380,410 6,902,050 1873 42,099,300 1,146,219 5,731,095 1871 41,118,800 1,499,498 7,497,490 1875 35,041,900 1,307,919 6,539,590 1876 41,831,900 1,633,395 8,166,693 1877 34,065,700 1,353,588 6,767,940 1878 33,446,100 1,394,638 6,973,190 1879 38,234,900 1,548,481 7,742,405 1880 40,436,900 1,633,032 8,165,160 1881 41,519,200 1,602,594 8,012,995 “ Recapitulation. 1852-1856 40,935,900 408,559 2,042,775 1857-1861 61,398,800 888,599 4,442,945 1862-1866 136,291,800 3,228,930 16,149,650 1867-1871 167,800,000 3,976,534 19,882,670 1872-1876 216,909,100 6,967,441 34,837,205 1877-1881 187,697,600 7,532,343 37,661,690 134 MARKETS AND STATISTICS. “ Table L. — Exports of Coffee from British India — continued. “ Average for each year. Years. Quantity. Value in English money. Value in American money. 1852-1856 lb. 8,187,180 £ Dollars. 408,555 1857-1861 12,879,760 885,589 1862-1866 27,258,360 3,229,930 1867-1871 33,560,000 6,976,534 1872-1876 43,381,820 7,532,343 1877-1880 37,539,520 “ The United States. “ Table M. — Imports of Coffee into the United States . Years. Quantities. Value. lb. Dollars. 1866 174,281,000 19,729,281 1867 187,237,000 20,696,259 1868 248,984,000 25,288,451 1869 264,161,500 24,531,743 1870 235,257,200 24,234,879 1871 317,992,000 30,992,869 1872 298,806,000 37,942,225 1873 293,293,000 44,103,814 1874 285,271,700 55,040,965 1875 321.970,800 50,591,488 1876 340,089,000 56,788,997 1877 331,639,000 53,634,991 1878 309,882,000 51,914,000 1879 377,848,000 47,357,000 1880 446,851,000 60,361,000 1881 455,190,000 56,784,000 “ Recapitulation. 1867-1871 1,253,631,700 125,744,201 1872-1876 1,539,431,800 244,467,484 1877-1881 1,921,419,000 270,050,991 MARKETS AND STATISTICS, 135 “ Table M. — Imports of Coffee into the United States — continued . “ Average during each year. Years. 1 Quantities. Value. 1867-1871 1872-1876 1877-1881 lb. 250,726,530 307,886,360 384,283,800 Dollars. 125,744,201 244,467,484 270,050,991 “ Average percentage per head of population. lb. Cents. 1867-1871 7*90 3-30*9 1872-1876 7-69 6-11-2 1877-1881 7-01 5-40-0 “ France. “ The fluctuations in regard to the consumption of coffee have been somewhat violent in consequence of the war, but now the old rate per capita has again been resumed, namely, a fraction over 3 lb. “Table No. 1. — Imports of Coffee into France for home consumption. Years. Quantities. Values. Kilograms. lb. Francs. Dollars. 1861 37,580,000 82,676,000 68,200,000 13,640,000 1862 27,791,000 83,140,200 76,000,000 16,200,000 1863 39,701,000 87,392,000 79,800,000 15,960,000 1864 40,457,000 89,005,000 83,400,000 16,680,000 1865 43,501,000 95,703,200 85,400,000 17,080,000 1866 44,841,000 98,650,000 79,100,000 15,520,000 1867 47,261,000 103,985,000 71,600,000 14,320,000 1868 52,303,000 115,066,600 73,900,000 14,780,000 1869 50,328,000 110,721,600 73,700,000 14,740,000 1870 76,010,000 167,223,600 105,000,000 23,000,000 1871 40,129,000 88,293,800 64,700,000 12,940,000 1872 16,708,000 36,757,000 31,400,000 6,280,000 1873 44,834,000 98,686,000 99,500,000 19,909,000 1874 38,709,000 85,159,000 88,256,000 17,651,000 1875 48,013,000 105,628,000 105,159,000 21,029,000 1876 53,487,000 117,671,000 108,000,000 21,600,000 1877 47,811,000 105,184,000 99,000,000 19,600,000 1878 54,105,000 119,031,000 101,176,000 20,235,000 1879 56,526,000 125,017,000 101,150,000 20,230,000 1880 57,733,000 127,012,000 97,569,000 19,513,800 1881 64,696,000 142,331,000 97,691,000 19,338,200 136 MARKETS AND STATISTICS. “ Table No. 1 . — Imports of Coffee in France , dec. — continued. “ Recapitulation. Years. Quantities. Values. 1861-1866 1867-1871 1872-1876 1877-1881 Kilograms. lb. 453.840.000 585.290.000 443.822.000 618.576.000 Francs. Dollars. 80.744.000 79.780.000 86.461.000 97.317.000 “ Average for each year. 1861-1866 1867-1871 1872-1876 1877-1881 90.768.000 117.058.000 88.764.000 123.715.000 16,140,800 15,956,000 17,292,200 19,863,400 “ Proportion per head of population. 1861-1866 2-42 Cents. 43-15 1867-1871 3*01 43-84 1872-1876 2-47 48-01 1877-1881 •• 3*25 52-10 “ Germany. 46 There are no statistics available prior to the date of the present empire. As the free city of Hamburg is the central depot for the coffee trade of Germany and Central Europe, a special table of her imports is given. Despite competition, caused by increased railway facilities between other shipping ports along the North Sea, Hamburg has not only held her MARKETS AND STATISTICS, 137 former position, but lias considerably augmented her opera- tions in coffee, chiefly with Brazil and some of the West Indian possessions. “ Imports of Coffee into Germany for domestic use. Years. Quantities. Values. 1872 Centners. 1,855,367 lb. 204,090,000 Marks. 136,500,000 Dollars. 34,125,000 1873 1,965,261 216,178,700 177,000,000 44,250,000 1874 1,800,830 198,091,300 167,400,000 41,850,000 1875 2,015,000 221,650,000 199,000,000 49,750,000 1876 2,128,000 234,080,000 192,000,000 48,000,000 1877 1,916,300 210,793,000 172.000. 000 169.000. 000 43,000,000 1878 1,988,300 218,713,000 42.250.000 47.500.000 1879 2,229,700 245,267,000 190,000,000 1880 1,884,400 207,284,000 159,750,000 37,687,500 1881 2,083,100 229,141,000 135,400,000 33,850,000 u Recapitulation. lb. Dollars. 1872-1876 1,074,090,000 217,975,000 1877-1881 1,111,198,000 204,287,000 “ Average for each year. lb. Dollars. 1872-1876 214,818,000 43,595,000 1877-1881 202,239,600 40,857,400 “ Proportion per head of population. lb. Cents. 1872-1876 5*24 106-2 1877-1881 4-94 90-9 138 MARKETS AND STATISTICS, “ Table No. 2. — Imports of Coffee into Hamburg. Years. Quantities. Values. Centners. lb. Marks. Dollars. 1866 826,961 90 915,700 50,355,000 12,571,000 1867 1 ,092,612 120 187,300 59,553,000 14,888,250 1868 1 ,262,277 138 851,700 60,891,000 15,222,750 1869 1 ,353,807 148! ,918,000 70,050,000 17,512,500 1870 1 ,085,948 119, ,453,400 54,606,000 13,651,500 1871 1 ,454,309 159. ,974,000 81,264,000 20,316,000 1872 1 ,276,325 140. ,393,000 93,320,000 23,330,000 1873 1 ,595,678 175. ,524,000 141,524,000 35,381,000 1874 1 ,563,000 171. ,930,000 145,416,000 36,354,000 1875 1 ,737,000 191. ,070,000 156,897,000 39,224,250 1876 1 ,761,000 193. ,710,000 140,650,000 36,662,500 1877 1 ,825,000 201. ,850,000 157,938,000 39,434,500 1878 1 ,881,000 206, ,910,000 140,512,000 35,128,000 1879 2, ,052,000 225, ,720,000 139,751,000 34,437,500 1880 2. ,027,000 222, ,970,000 145,066,000 36,266,500 1881 2 3 ,338,000 357, ,180,000 145,492,000 36,373,000 u Recapitulation. lb. Dollars. 1867-1871 673,384,400 81,591,000 1872-1876 872,627,000 170,951,000 1877-1881 1,114,630,000 182,189,000 “ Average for each year. 1867-1871 134,671,658 16,318,200 1872-1876 174,525,400 34,190,200 1877-1881 222,926,000 36,437,800 “ Netherlands. “ The tables distinguish the values and quantities respec- tively of imports and exports and the stock available for consumption. The estimate per capita must be taken with some degree of consideration. It has not really gone into consumption, but large quantities are kept in bond at the disposal of speculators. Nevertheless, as the inhabitants are MARKETS AND STATISTICS, 139 interested in the coffee trade of Java, there is comparatively a larger quantity consnmed than in other European countries. “ Import and export of Coffee, Netherlands. Years. Import. Export. Stock and consumption. Kilograms. Kilograms. Kilograms. lb. 1863 69,885,000 56,141,000 13,745,000 . , 1864 82,043,000 66,919,000 15,129,000 m , 1865 78,061,000 70,683,000 7,376,000 . . 1866 85,097,000 72,442,000 12,655,000 1867 91,954,000 71,088,000 20,873,000 45,9:18,000 1868 96,584,000 74,623,000 21,961,000 48,314,000 1869 86,863,000 64,933,000 21,430,000 47,146,000 1870 97,110,000 79,584,000 17,526,000 38,557,000 1871 103,754,000 83,813,000 19,942,000 43,872,000 1872 78,870,000 68,532,000 10,538,000 22,746,400 1873 104,892,000 68,803,000 36,089,000 79,395,600 1874 83,958,000 60,187,000 23,771,000 52,296,800 1875 110,037,000 67,598,000 42,439,000 93,365,200 1876 84,540,000 73,992,000 10,548,000 23,205,800 1877 110,620,000 76,368,000 34,261,000 75,374,200 1878 93,465,000 68,373,000 25,945,000 55,202,900 1879 95,935,000 69,990,000 25,092,000 52,079,000 1880 96,583,000 66,594,000 29,989,000 65,975,800 1881 94,094,000 61,902,000 32,192,000 73,022,400 “ Recapitulation.* Export. Stock and consumption. Kilograms. lb. 1867-1871 374,035,000 223,807,000 1872-1876 339,012,000 271,010,000 1877-1881 345,237,000 326,654,000 “ Proportion of supply per capita. 1867-1871 13-56 1872-1876 15-50 1877-1881 16-33 140 MARKETS AND STATISTICS. “ Table No. 3 . — Imports of Coffee into the Netherlands , by value • Years. Imports. Exports. Stock and consumption. Florins. Florins. Florins. Dollars. 1872 34,703,000 30,154,000 4,549,000 18,955,000 1873 46,153,000 30,273,000 15,880,000 66,165,000 1874 36,941,000 26,482,000 10,459,000 43,575,000 1875 48,416,000 29,743,000 18,673,000 77,805,000 1876 37,198,000 32,557,000 4,641,000 19,385,000 1877 48,677,000 33,602,000 15,075,000 62,810,000 1878 41,125,000 30,084,000 11,041,000 46,005,000 1879 42,211,000 30,796,000 11,415,000 47,562,000 1880 42,497,000 29,301,000 13,196,000 54,993,000 1881 41,401,000 27,237,000 14,164,000 59,010,000 “ Recapitulation. 1872-1876 149,209,000 225,845,000 1877-1881 - 151,030,000 •• 270,380,000 li Average during each of the five years. 1872-1876 29. , 841, 800 45,169,000 1877-1881 *• 30, , 206, 000 •• 54,076,000 1872-1876 : — Proportion of money value, $12*54. 1877-1881 : — Expended on coffee per capita, $13*54. tc Belgium. “ This country has a large consumption of coffee. Still, the rate per capita is not necessarily used by the inhabitants, as the border localities of Germany, France, and Holland are largely supplied by the Belgian grocers. MARKETS AND STATISTICS, 141 “ Table No. 4. — Imports of Coffee into Belgium for domestic use. Years. Quantities. Values. 1863 Kilograms. lb. Francs. Dollars. 1864 .. 1865 1866 19,354,000 42,578,800 33,038,000 6,607,600 1867 21,492,000 47,382,400 36,609,000 7,321,800 1868 23,599.000 51,917,800 32.178.000 27.918.000 6,435,600 1869 20,532,000 45,170,400 5,583,600 1870 22,440,000 49,368,000 31,174,000 6,234,800 1871 23,430,000 51,546,000 38,336,000 7,667,200 1872 22,282,000 49,020,000 42,642,000 8,528,400 1873 22,623,000 49,770,000 54,214,000 10,842,800 1874 19,022,000 41,848,000 45,183,000 9,036,600 1875 21,822,000 48,162,000 53,681,000 10,736,200 1876 26,473,000 58,240,000 61,516,000 12,303,200 1877 20,386,000 44,849,000 48,835,000 9,767,400 1878 23,079,000 50,773,000 48,143,000 9,628,600 1879 24,962,000 54,916,000 45,097,000 9,019,400 1880 22,755,000 50,061,000 45,323,000 9,064,600 8,715,200 1881 23,864,000 52,500,000 43,576,000 “ Recapitulation. 1866-1870 1871-1875 1876-1880 107.417.000 109.247.000 117.655.000 226,317,400 240.347.000 258.839.000 161.917.000 234.056.000 248.914.000 32,383,400 46,811,200 49,782,800 “ Average total for each year. 1866-1870 1871-1875 1876-1880 21.483.400 21.849.400 23,531,000 45,263,500 48,069,400 51,767,800 32,383,400 46,811,200 49,782,800 6,476,680 9,362,240 9,956,560 “ Proportion per cent, per head of population. Years. Quantities. 1866-1870 Kilograms. lb. 9*430 1871-1875 . m 9-620 1876-1880 9-410 142 MARKETS AND STATISTICS, “ Denmark. “ There are no statistics issued in Denmark stating the values of imports. There is a small export trade from Denmark, probably confined to the colonies in the Arctic regions. The pro rata consumption is larger in Denmark in sympathy with all Scandinavian states than elsewhere on the continent of Europe. “ Table No. 5. — Imports and exports of Coffee , Denmark. [Quantities only.] Years. Imports. Exports. Stock and consumption. lb. lb. lb. 1866 14,998,577 5,770,077 8,728,500 1867 14,299,123 5,290,690 8,998,154 1868 17,035,055 4,483,825 12,549,350 1869 10,080,170 5,724,968 4,350,202 1870 13,425,885 7,258,920 6,166,965 1871 13,281,400 5,993,559 12,487,841 1872 14,866,000 7,671,639 6,344,361 1873 23,668,000 7,401,679 16,266,321 1874 14,354,500 9,151,786 5,202,714 1875 15,907,100 6,362,384 9,544,716 1876 15,966,500 6,767,341 9,193,159 1877 15,122,900 6,901,378 8,221,585 1878 13,162,038 4,925,262 8,236,776 1879 14,738,400 4,032,428 10,705,999 1880 13,264,126 3,648,398 9,615,728 “ Recapitulation. 1866-1870 69,336,810 1871-1875 86,227,000 31,381,000 49,845,900 1876-1880 72,247,000 26,274,800 45,973,200 “ Average for each year. 1866-1870 13,867,300 1871-1875 17,245,400 6,276,200 9,969,200 1876-1880 14,459,400 5,254,500 9,194,600 1871-1875 : 6*16 lb. per head of population. 1876-1880 : 5 ’25 lb. per head of population. MARKETS AND STATISTICS. 143 “ Norway. “ Table No. 6. — Imports of Coffee into Norway for domestic use. Years. Quantities. Values. 1863 Centners. 108,926 lb. Kroner. Dollars. 1864 86,107 . . 1865 109,672 . . 1866 116,197 1867 122,491 13,352,500 1868 115,594 12,600,400 1869 107,701 11,739,300 1870 115,855 12,627,400 1871 128,381 13,995,000 1872 124,536 14,664,400 9,509,000 2,641,950 1873 157,465 17,123,600 12,597,000 3,493,510 1874 89,786 10,751,600 8,493,000 2,414,500 1875 Kilograms. 6,850,000 15,070,000 11,752,000 3,172,750 1876 7,225,000 15,895,000 11,532,000 2,204,350 1877 7,392,000 16,273,000 12,575,000 3,493,050 1878 6,101,000 13,422,000 8,663,000 2,406,400 1879 7,229,000 15,903,500 9,398,000 2,610,555 1880 7,167,000 16,767,400 8,815,000 2,448,600 1881 7,603,000 16,725,600 7,983,000 2,217,500 “ Recapitulation. 1867-1871 1872-1876 1877-1881 - 64,313 72,706 78,091 .. 14,927,080 13,176,700 “ Average of year. 1867-1871 1872-1876 1877-1881 •• 12,862,300 14,706,920 15,618,380 2,985,412 2,652,734 1867-1871 Per Capita. 7*56 Per Capita. 1872-1876 . . 8*17 160 cents. 1877-1881 •• 8*21 139 „ MARKETS AND STATISTICS. 144 “ Sweden. “ Table 7. — Imports of Coffee into Sweden for domestic use. Years. Quantities. Values. 1866 Skalpund. 15,207,400 lb. 14,142,900 Kroner. Dollars. 1867 18,677,700 17,470,400 1868 15,933,400 14,818,400 1869 16,983,100 15,757,000 1870 18,611,300 17,471,500 1871 21,693,700 19,245,400 10,553,000 2,932,100 1872 19,336,000 17,982,800 11,214,000 3,115,000 1873 26,555,200 24,695,500 20,447,000 5,680,000 1874 21,455,900 19,853,300 15,018,000 4,170,800 1875 23,337,000 21,586,800 17,502,000 4,861,550 1876 26,600,800 24,738,000 18,620,000 5,167,000 1877 25,439,200 23,885,700 16,535,000 4,591,600 1878 24,920,400 23,485,200 14,952,000 4,153,300 1879 24,235,900 23,830,300 14,056,000 3,404,500 1880 21,604,700 25,168,000 14,367,000 3,999,100 u Recapitulation. Years. Total for consumption. Valued at — 1866-1870 1871-1875 1876-1880 lb.l 79,659,200 102,363,400 120,057,200 Dollars. 20,759,500 21,807,300 a Average of each year. 1866-1870 15,931,840 1871-1875 20,472,680 4,151,900 1876-1880 24,011,400 5,361,400 “ The proportion calculated per head has "been therefore as follows : 1866-1870, average of each year, 4*14 lb. per capita 1871-1875, „ „ 4*99 „ 1876-1880, „ „ 5*33 „ 109 *3 cents. 119*0 „ PLATE IX.— EXTERIOR VIEW OF PULPING HOUSE, CEYLON. MARKETS AND STATISTICS. 145 “ Eussia. “No calculations can be made in regard to consumption, there being probably few coffee-drinkers outside the greater cities, as Moscow, Eiga, and others, in addition to St. Peters- burg. The pood is taken at 36 lb. avoirdupois. The rouble value varies, but as the customs dues are paid in gold there is no criterion for a proper comparison with other countries. “ Table No. 8. — Imports of Coffee into Bussia for domestic use. Years. Quantities. Values. 1866 Poods. 343,815 lb. 12 , 377,340 Roubles. 3 , 781,977 Dollars. 598,813 1867 407,193 14 , 658,948 4 , 479,128 708,778 1868 317,928 11 , 445,308 3 , 497,195 554,223 1869 466,664 16 , 799,904 5 , 133,297 812,770 1870 440,461 15 , 856,596 4 , 845,082 767,137 1871 492,132 17 , 716,752 5 , 413,458 4 , 970,866 857,630 1872 447,680 16 , 116,480 787,054 1873 409,470 14 , 740,920 5 , 034,264 796,793 1874 443,065 16 , 670,340 5 , 415,598 857,465 1875 457,396 16 , 467,256 5 , 638,110 892,703 1876 500,589 18 , 021,200 5 , 617,074 889,370 1877 287,038 10 , 333,368 3 , 211,317 508,858 1878 447,227 472,448 16 , 049,956 5 , 704,782 903,265 1879 17 , 008,128 6 , 840,401 1 , 083,610 1880 510,064 18 , 362,304 7 , 129,000 1 , 125,750 1866-1870 1871-1875 1876-1880 “ Average of each year. lb. 14 , 227,619 16 , 322,349 15 , 953,390 “ Recapitulation. lb. 71 , 138,096 81 , 711,048 79 , 974,956 1866-1870 1871-1875 1876-1880 L 146 MARKETS AND STATISTICS. “ Austria-Hungary. “ The Austrian capital, Vienna, enjoys a great reputation in supplying most excellent coffee. The country is provided mostly with Java coffee from Amsterdam. Latterly Trieste has paid more attention to imports from Brazil, hut the development of railroads favours the competition of German ports, notably Hamburg. Again there is an increased con- sumption of chicory, largely imported from Germany, but this drug is likely to be placed on the shelf, since strenuous efforts are made to cultivate a trade with South American states, whither large exports of Hungarian dour are shipped, despite that a nearer supply could be had from the United States. “ Population, 38,500,000 in 1880, against 31,000,000 in 1865. “ Table No. 9 . — Imports of Coffee into Austria-Hungary for home use. Years. Quantities. Values. 1867 Metric Centners. 211,705 lb. 46,595,200 Gulden. 16,130,000 Dollars. 8,065,000 1868 234,199 51,523,200 14,681,000 7,365,500 1869 239,164 52,606,100 17,707,000 8,858,500 1870 264,515 58,193,300 17,859,000 8,929,500 1871 307,355 67,612,900 19,575,000 9,787,500 1872 321,531 70,737,400 23,468,000 11,734,000 1873 343,199 75,503,600 24,889,000 12,444,500 1874 327,859 71,689,800 23,250,000 11,625,000 1875 317,201 69,784,000 34,904,000 17,450,000 1876 327,022 71,944,900 74,475,700 35,976,000 17,988,000 1877 338,526 37,240,000 18,620,000 18,955,000 1878 399,040 87,788,800 37,911,000 1879 193,087 42,499,200 17.378.000 27.801.000 8,689,000 1880 215,996 69,519,100 13,900,500 1881 357,100 78,567,000 30,997,000 15,498,000 61 Recapitulation. 1867-1871 1,256,908 276,516,900 86,412,000 43,206,000 1872-1876 1,636,800 359,659,700 142.484.000 151.327.000 71,242,000 1877-1881 1,604,700 352,880,800 75,663,500 MARKETS AND STATISTICS, 147 “ Table No. 9. — Imports of Coffee into Austria-Hungary , &c. — continued. “ Average total during each year. Years. Quantities. Values. 1867-1871 1872-1876 1877-1881 Metric Centners. lb. 55,803,380 71,931,940 70,578,160 Gulden. Dollars. 8,641,200 14,248,400 15,132,700 “ Proportion per cent, per head of population. 1867-1871 1,728 Cents. 27*0 1872-1876 . . 2,000 . . 39*6 1877-1881 *’• 1,900 •• 39*3 “ Italy. “ The consumption of coffee is limited to a fraction over one pound per head of population. The shipments, how- ever, show a fair increase, commensurate with influx of population and the changes brought since specie payment was resumed. The population has increased from 22,000,000 in 1865 to 28,400,000 in 1881. “ Table No. 10. — Imports of Coffee into Italy for domestic use. Years. Quantities. Values. 1863 Kilograms. 10,842,000 lb. Lire. Dollars. 1864 14,642,000 . . . , 1865 7,577,000 . . . . , # 1866 12,559,000 . . . , 1867 11,590,091 25,498,200 20,398,200 4,079,620 1868 12,320,815 27,105,800 21,684,900 4,336,980 1869 13,679,731 30,195,400 22,316,400 4,463,280 1870 12,615,023 27,753,000 22,262,800 4,452,560 1871 13,112,400 28,847,500 23,077,200 4,613,120 1872 12,372,200 27,218,000 24,125,900 4,825,180 L 2 148 MARKETS AND STATISTICS, “ Table No. 10 . — Imports of Coffee into Italy , &c. — continued. Years. Quantities. Values. 1873 Kilograms. 12,959,800 lb. 28,511,000 Lire. 32,399,000 Dollars. 6,479,800 1874 10,695,000 23,529,000 27,806,000 5,561,200 1875 13,580,000 29,876,000 33.949.000 32.721.000 6, 789,800 1876 14,873,000 32,720,000 6,546,200 1877 12,620,000 27,764,000 29,329,000 5,865,800 1878 12,697,000 27,933,000 27,398,000 5,479,400 1879 15,495,000 34,089,400 33,314,000 6,662,800 1880 10,673,000 23,480,000 32,947,000 6,589,400 1881 14,135,000 31,103,000 26,863,000 5,372,600 16 Recapitulation. 1867-1871 1872-1876 1877-1881 63,318,400 64.480.000 65.623.000 139,299,900 141,855,500 149,370,700 109,740,100 151,851,900 149,591,000 21,948,140 30,200,018 29,970,200 “Average total during each year. 1867-1871 1872-1876 1877-1881 12.663.600 12,896,000 13.124.600 27,859,900 28.371.200 29.874.200 21,948,000 30,370,380 29,918,200 4,389,628 6,040,000 5,999,404 “ Proportion per cent, per head of population. 1867-1871 l-ll Cents. 17*5 1872-1876 1-07 . . 210 1877-1881 1*06 *• 21-2 “ Switzerland. “ The customs returns give the imports in quantities only without reference to a declared value. The metric centner is equal to 220 lb. avoirdupois. Supply and consumption fluctuate according to the change in season and consequent influx of visits of strangers. MARKETS AND STATISTICS, 149 Table No. 11 . — Imports of Coffee into Switzerland for domestic use, [No returns of values published.] Years. Metric Centners. lb. 1865 75,132 1866 73,944 . f 1867 81,063 17,833,750 1868 87,528 19,256,160 1869 80,361 17,680,520 1870 67,648 14,882,560 1871 93,827 20,641,940 1872 76,651 16,860,320 1873 83,838 18,444,360 1874 65,892 14,497,780 1875 93,902 20,659,320 1876 99,655 21,924,200 1877 77,871 17,131,600 1878 83,329 18,332,200 1879 96,325 21,191,700 1880 84,305 18,547,100 1881 97,834 21,523,500 “ Recapitulation. 1867-1871 1872-1876 1877-1881 lb. 90,294,940 92,383,480 96,726,100 “ Average of each year. 1867-1871 1872-1876 1877-1881 18,058,988 18,477,096 19,345,220 “ Proportion per cent, of per capita. 1867-1871 7*20 1872-1876 7*10 1877-1881* 6*98 “ Portugal. “ The port of Lisbon has, during late years, made some progress and established a coffee market. The imports from Portuguese settlements in Africa are now on a somewhat larger scale, and enabled a re-export, as shown in the table 150 MARKETS AND STATISTICS- marked B. These exports comprise about 50 per cent, of the total of Portuguese imports from Africa, while the remaining 50 per cent, are retained for home consumption. In addition thereto a small quantity is imported from Brazil, and European ports, the total of which is enumerated in the table marked B. The quantities show the weight on which duty has been paid, and consequently leave to infer that the con- sumption per capita is now a fraction over 1 lb., the population of Portugal numbering 4,300,000. “Table No. 12. — Imports of Coffee into Portugal for domestic use . Years. Kilograms. Milreis. lb. Dollars. 1871 892,691 495,692 1,962,876 550,217 1872 1,576,227 380,828 3,465,704 422,567 1873 1,582,414 491,290 3,181,310 545,831 1874 1,547,741 520,064 3,405,030 577,270 1875 1,691,107 518,184 3,720,424 575,186 1876 1,776,906 531,268 3,909,312 595,706 1877 1,702,271 511,443 3,744,996 567,701 1878 2,074,896 278,863 4,564,771 309,537 1879 2,097,699 535,719 4,614,940 594,647 1880 1,919,295 473,879 4,222,450 526,004 1881 2,096,487 489,004 4,601,127 542,792 “ Recapitulation. 1872-1876 1877-1881 *• 17,981,776 21,718,284 2,716,560 2,540,681 “ Average of each year. 1872-1876 1877-1881 •« - 2,596,355 4,349,657 543,312 508,136 “ Proportion per head of population. 1872-1876 0 * 90 lb. per capita. 1877-1881 1*10 „ „ MARKETS AND STATISTICS, 151 “ Re-export of produce of Portuguese possessions in Africa. Years. Kilograms. Milreis. lb. Dollars. 1861 52,808 12,628,000 115,739 14,017 1865 739,419 141,891,900 1,626,721 157,498 1866 634,513 144,109,800 1,395,938 160,810 1867 759,443 166,954,000 1,666,379 185,318 1868 1,006,938 193,370,000 2,215,263 214,840 1869 1,533,612 273,323,000 2,372,046 263,296 1870 443,185 30,843,000 975,007 34,235 1871 1,627,749 318,900,000 3,581,000 358,760 1872 1,971,253 492,485,000 4,347,600 554,060 1873 1,938,210 561,769,000 4,264,100 631,915 1874 2,730,945 801,719,000 6,000,848 901,590 1875 2,597,110 582,162,000 5,713,620 654,860 1876 1,661,785 894,807,000 3,655,960 555,750 1877 2,089,292 626,813,000 4,596,460 705,150 1878 1,067,500 324,731,000 2,348,500 365,290 1879 1,230,080 369,978,000 2,706,200 415,125 1880 1,905,559 506,046,000 4,192,300 569,250 1881 1,062,099 259,223,000 2,363,600 300,200 Recapitulation. 1867-1871 1872-1876 1877-1881 5,370,929 10,899,303 7,354,440 . . 10,809,700 23,982,100 16,206,060 1,056,450 3,298,175 2,355,015 “ Average each year. 1867-1871 1872-1876 1877-1881 •• •• 2,161,940 4,786,420 3,241,212 213,290 659,635 471,003 The following report by Henry Pasteur, on the coffees shown at the Indian and Colonial Exhibition, published in the Planters’ Gazette, June 1st, 1887, is full of interest. “ The total production of coffee in the world is roughly estimated at about 600,000 tons to 650,000 tons, of which Brazil alone produces between 310,000 and 380,000 tons 152 MARKETS AND STATISTICS. and Java 60,000 tons to 90,000 tons, the proportion of British-grown coffee being only about 35,000 tons, of which India contributes 15,000 to 18,000 tons, Ceylon 10,000 to 12,000 tons, and Jamaica 4000 to 5000. Although numerically very small, the productions of our Colonies and of India occupy the front rank, owing to their excellence. Nowhere is finer coffee grown than in India and Jamaica, and its value, as well as that of Ceylon, is firmly established above that of all other kinds, even of Mocha, which at one time stood above all others. “ A considerable amount of work and preparation has to be expended on coffee, from the moment it is picked from the trees until it is in a fit state to be sent to market. The berries, as may be seen from the numerous samples exhibited at South Kensington, are enveloped in an outer, coarse, thick, fleshy substance, the cherry, and an inner loose envelope of thin, hard skin, called parchment, from its resemblance to that substance. When allowed to grow to complete maturity on the trees, as in the case of Mocha, the cherry withers and dries, and is then easily removed by crushing or pounding, the berry inside having by that time become of a pale greenish or yellowish colour. The usual course, however, is to pick the cherry before complete maturity, when it is of a deep red or cherry colour, the berry inside being then found to be of a fine dark green or bluish-green, which it is the endeavour of the planter to preserve as carefully as possible, the value of his coffee depending chiefly on the depth and brightness of the colour. “ On gardens and plantations cultivated by Europeans, the cherry is removed as quickly as possible after being picked, being put through pulpers, and undergoing a very careful and delicate process of mashing and washing, until the berries are left with their parchment envelope perfectly clean. In many cases, however, there are neither appli- ances, nor time or labour, to put the fresh gathered fruit through this process, and under a tropical sun the cherry dries quickly, and has then to be pounded, to the great MARKETS AND STATISTICS. 153 detriment of the colour, as well as the quality of the "bean ; hence the difference bet weed unwashed or ordinary pale, and washed or coloured or plantation coffee, the taste of the icashed coffee being, as a rule, much more delicate, and free from the earthiness and common rough flavour of the unwashed. A large portion of the crops from Brazil, Java, St. Domingo, to a less extent Central America and Guatemala, in fact fully three-fourths of the world’s production, are prepared as unwashed or pale coffee ; whilst nearly the whole of the Ceylon crop, three-fourths of the Indian, and one- fourth to one- third of the Java, are prepared as washed or green coffee. The clean parchment has to be dried with the utmost care, and taken to the curing mills on or near the estate, or more generally at the port of shipment ; it is then put through the peelers, which break the parchment, and remove as much as possible of the thin silver-skin adherent to the bean itself ; then through sizers, which divide the berries into the various sizes, and after being handpicked by a number of women and children, who remove the defective, broken, black, or light beans, the coffee is ready for packing in bags or casks for shipment. All those various operations require to be carried out with the utmost care and nicety, the slightest neglect or mistake in any one of them being liable to injure the quality to the extent of 5, 10, or even 20 per cent. “ The above remarks, to some extent, explain the reasons for the superiority of British-grown coffee over that of most other countries, and also the great variety existing in the appearance, quality, and value of the sample, exhibited by our various colonies and dependencies. “India. — India now stands first and foremost amongst British possessions, both for the quantity and quali ty of its production. The samples prepared by the Indian Coffee Planters’ Committee have been carefully selected in London from the earlier arrivals of the crop of 1885-6, and represent the produce of British plantations in the four chief districts of Mysore, Coorg, Neilgherry and Wynaad, as well as the less 154 MAKKETS AND STATISTICS. important one of Travancore. The exhibits from the first- named districts are remarkable for their high average excellence, and for the presence of many of the points which, in the eyes of connoisseurs, constitute the nearest approach to perfection, viz. size, colour, smoothness, plumpness, and weight of the berries. These coffees have always been, and are likely to continue, in high favour with the buyers for home consumption. Next to them come the Wynaad exhibits, which, if they lack some of the weight and fine shape of the others, are nearly equal in size, colour, and smoothness, and find favour with home as well as export buyers. Travancore is a comparatively new district where plantations are generally at a lower elevation ; it has suffered much of late years from repeated attacks of leaf-disease, which has destroyed many estates and weakened the trees on most others, and the result is seen in a small crop, deficient in colour, size, and quality. Leaf-disease has like- wise been raging in the other districts of India, to the seiious detriment of crops, both in extent and quality ; fortunately the severity of its attacks has greatly diminished during the past few years, and it has almost disappeared in many parts of the country. It has, however, in many places affected the vitality and shaken the strength of the trees, so that they have been less able to resist periods of drought or of heavy monsoon weather, and small and irregular crops have been the consequence. It would seem, however, as if plantations were gradually recovering their former strength, and with good cultivation and manuring and fair seasons India may hope to maintain its position as our largest and best field for the production of fine coffee. A hopeful sign for the future may be gathered from the superior average quality of the crop of 1885-6 over that of the two or three previous ones. “Among the samples of Wynaad coffee, those from the Eva. Estate deserve special attention, one half of that crop having been despatched in parchment, to be peeled and sized in London. The experiment has proved quite success- ful, the coffee represented by the sizes 1st, 2nd and Pea- MARKETS AND STATISTICS. 155 berry, being fully equal in colour and appearance to the corresponding sizes prepared in India. The whole was sold at the same public auction, the London cured realising a rather better price than the other half. Similar and more recent experiments, made with some shipments from Costa Eica, Guatemala, and New Grenada, have shown startling results, the portion prepared in London having realised from 10s. to 14s. per cwt. more than that cured in Central America. These experiments would tend to show that the parchment preserves in a remarkable degree the colour and the quality of the berry against the incidents or accidents of a land and sea transport. “ In the case of the Costa Rica and New Grenada ship- ments cured in London, the berries seemed fuller and of better shape and weight than the others, as if (which is by no means improbable) the parchment, left for two or three months longer than mual around the berries, had acted as a kind of natural preserver, inside of which the berry had time, as it were, to mature more completely than when de- prived of its outer and inner coating almost immediately after being picked. The curing requires machinery, motive power, drying grounds, delicate manipulation, and constant supervision; where any of these requisites fail, the coffee suffers in appearance, and consequently in value. Suitable machinery for treating parchment has been erected at two of the London wharves ; and there is every reason to hope that this is only the beginning of a new and profitable home industry. Growers will not be slow to perceive that the small increase of freight which they have to pay on parch- ment, is more than compensated by the enhanced price which the improvement in the quality of their coffee will enable them to obtain. “ In addition to the produce of British Plantations, India grows native coffee, chiefly in the districts of Coorg, Mysore, and Wynaad. Of late years the greater part has found its way to the French markets, where it is much appreciated, and latterly also to Trieste. It is a matter for regret that 156 MARKETS AND STATISTICS. shippers from the Malabar coast have not sent any specimens of those kinds to the Exhibition ; they are quite suitable for our home consumption, and form an important item of the Indian production. “ Mysore is represented by 105 samples from twenty-seven estates ; four samples — viz. large size , bulk, small size , and Peaberry — being in most cases shown from each estate. Rather less than one-half appears to be of the true, rounded, heavy silvered-skin Mysore berry, the remainder partaking more of the character of the large, flat, deep-coloured Coorg type. This is the result of the extensive planting of Coorg seed, the old chick or Mysore having become weak and unable to bear fruit or to be propagated as easily as formerly ; the hardier Coorg plants grow more quickly and yield larger crops, although not of such fine quality as the real Mysore plant. It would seem, however, as if the produce of the Coorg trees, on getting better acclimatised, showed some tendency to assimilate to the old Mysore, the finest and most esteemed of the Indian types. Of Neilgherry there are twenty-four samples from seven estates : of Coorg, forty-five samples from thirteen estates; of Wynaad, nine- teen samples from five estates ; and from Travancore, eight samples from three estates ; a total of 201 samples from fifty-five estates, besides twenty-eight samples in parchment or cherry. “ Taking 90s. per cwt. as the average value of the bulk from the estates of true Mysore type, the Coorg Mysore estates would be worth 80s. for bulk, the Neilgherry 83s., the Coorg 82s., Wynaad 78s., and Travancore 70s. per cwt. ; while native Mysore of average quality would be worth 63s., and native Coorg or Wynaad 60s. per cwt. The finest qualities of Mysore range in value from 100s. to 135s. per cwt. “ The export of coffee from India in 1885 amounted to 328,317 cwt. “ Ceylon. — When looking at the fine samples which were exhibited in the Ceylon Court in the neat barrels prepared MARKETS AND STATISTICS. 157 under the direction of the Planters’ Association, one could not avoid a feeling of sadness and regret at the thought that they represented only the fast vanishing remains of what was but nine years ago the most extensive and flourishing of the coffee crops raised on British soil by British enter- prise and capital. The production which in 1873 amounted to - nearly 1,000,000 cwt., declined to 665,000 cwt. in 1876, 312,000 cwt. in 1884, and 230,000 cwt. in 1885. The scourge of leaf-disease, a fungus (the Hemileia vastatrix ) which first made its appearance in 1869, has gradually swept over the wdiole island, weakening the trees, under- mining the crop capabilities, and leading to the gradual extinction of the plantations over many of the best districts. Coffee, however, has been able to maintain its ground in some parts, notably in Haputale, Badulla, Ac., wdiich are more favourably situated as regards soil and rainfall, and crops of from 150,000 to 200,000 cwt. may fairly be looked for for a few years to come, though it is not probable that cultivation can again extend in the island, as there is but little suitable forest land remaining unopened. 4 4 The variety known as Liberian coffee, which was planted extensively in the low country some years ago, under the belief that it would resist leaf-disease, has succumbed to it ; besides which the quality is not appreciated in the home markets, on account of its coarseness, oily taste, and want of strength and aroma ; and the prices realised for this sort are not likely to give a fair return to the growers. 44 Twenty-seven barrels exhibited by the Planters’ Associ- ation of Ceylon, the produce of eight different estates, showed to what degree of excellence the preparation of coffee has attained in the curing establishments of Colombo. Three specimens from each mark — large size, bulk and Peaberry, were shown, the former ranging in value from 90s. to 105s., and the latter from 87s. to 95s. The samples of bulk range from 75 s. to 85s., averaging 80s. per cwt., according to the depth and brightness of the colour, smoothness and size, and weight and hardness of the berries ; these latter character- 158 MAKKETS AND STATISTICS. istics vary according to the soil and height of the estates, high-grown coffee being the most esteemed in the English market. Eonr barrels were shown of low grown, the produce of native gardens, cured and prepared like estate coffee, a very good and useful quality, though inferior in appearance and value to the produce of European plantations. Five samples were shown of pale or native coffee, extremely well sized and picked, and of an average value of 58s. per cwt. There were, further, five samples from two European planta- tions, and one of Liberian sort, of very large bean, smooth and well picked, worth 60s. per cwt., or about 8s. to 10s. per cwt. more than the average Liberian quality. “ Straits Settlements. — Coffee does not appear to grow in the British Settlements of Singapore, Penang, and Malacca, except in gardens on a very small scale ; but in the three Native States of Perak, Sunjei-Ujong, and Selangor, taken under our protection in 1874, its cultivation has been intro- duced, and some interesting exhibits from Perak testify to the adaptability of the soil and climate for its production. “ In Perak, where mountain ranges, reaching to 7000 feet, occupy a large portion of a well-watered country, a con- siderable acreage, above 1000 feet elevation, is reported to be suitable for coffee cultivation, whilst the Liberian sort thrives on the lower slopes and the plains. In Selangor, planting has only been introduced during the last few years, whilst in Sunjei-Ujong estates have been established on the slopes of the Berumbun range, which rises to a height of 3000 to 4000 feet, and the cultivation of Liberian has been introduced on the lowlands. Of the fourteen exhibits from Perak, five are from the experimental hill gardens opened by Govern- ment ; the sample marked Hill-garden is strong and full flavoured, and worth 90s. ; those marked Waterloo and Hermitage have probably suffered somewhat in drying, being coarse and musty in the cup, and worth 70s. and 76s. “ Such kinds, if purposely prepared on the spot, or in London, should the necessary appliances not exist at the plantations, and if perfectly sweet and clean, would supply MARKETS AND STATISTICS. 159 an extremely good quality, suitable for borne consumption as well as export, the coffee being, for size, colour, and general appearance, on a par with good Ceylon plantation. The climate, soil, and rainfall are all that can be wished on the Perak hills, but the great drawback hitherto has been the cost of labour, which, however, has now been arranged satisfactorily, and the difficulty of transport. One sample of large pale berries, very smooth, but out of condition and mildewed, would be worth 60s. if sound ; two of Liberian, viz. Lindurn Estate, in Sungei-Ujong, and Waterloo were very large, and worth 53s. to 55 s. ; and three of ordinary Liberian quality, 48s. to 52s. per cwt. ; the remainder con- sisted of parchment and cherry. “ The growth of Liberian is not to be encouraged, for the reasons stated above under the head of Ceylon. “ Samples of Bali, Bonthyne, and Philippine coffee, ex- hibited in the division of Straits Settlements, were probably not British-grown, but the produce of some of the Dutch islands in the neighbourhood of the Straits. “ Queensland. — The climate and soil of this Colony appear to be well suited to the growth of coffee, which is found growing in various parts without any special care other than weeding. It is cultivated on some farms, but only as an adjunct to other crops, and the eight specimens shown in the Exhibition are such as should encourage its extension. A sample from Stanmore, Yatala, although not properly picked, showed a fair greenish quality, worth, as it is, 63s. per cwt., and which might probably be improved by cultiva- tion and careful preparation. A sample from Buderum Mountain Mooloolah, was still better in quality. “Fiji. — A considerable portion of the interior of the islands of Yiti Levu, Yanua Levu, and Taviuni, appears to be well adapted for the cultivation of coffee. There is an abundance of rich soil, and favourable conditions of climate, moisture, &c. ; the plant grows quickly and yields good crops. The pest of leaf-disease, which visited the islands four or five years ago, led to the destruction or abandon- 160 MARKETS AND STATISTICS. ment of several estates, but now that it has disappeared, growers anticipate a prosperous future and increasing production. “ Of fourteen samples exhibited, one showed a good quality of washed or plantation coffee, well grown and of large bean, but deficient in colour, and worth about 68s. per cwt. ; one Peaberry, worth 75s. ; one sound though rather rough and discoloured, 63s. per cwt. ; they were all three of strong, clean, good roasting quality. The remainder in parchment were somewhat similar, though mostly of a dark blackish colour, owing probably to insufficient drying. “ Natal. — Judging from the exhibits of Natal coffee, eleven in number, it would appear that the soil and climate of some portions of the Colony are eminently suited to its growth. The samples from Umzinto and Umzimkulu, to the south and extreme south of Durban, were of excellent quality, well prepared, heavy, round berries of good size and colour, and not unlike Coorg in appearance ; such qualities would find a ready sale here for home consumption and export, and are worth from 73s. to 83s. per cwt. The samples from Tongaat and Eiet Yalley, in Victoria county, north of Durban, were also of useful quality, hard, greyish, roasting and tasting well, though not so well picked and prepared as the others, and rather deficient in colour ; their value was from 60s. to 65s. per cwt. “ The Natal plantations are mostly in the valleys, and on the hill-slopes along the sea-coast. The cultivation began some thirty years ago, had assumed rather large proportions in 1870 (there were then upwards of 4000 acres planted, and the annual production amounted to 12,000 cwt.) ; but disease of the trees and failure of crops have since led to the gradual abandonment of the plantations, and the produce now is not estimated at much more than 2000 cwt. annually. “ In a country which can produce such fine coffee as that exhibited from Natal, there ought to be a promising field for future success open to the planter who devotes care and MARKETS AND STATISTICS. 161 intelligence to the choice of the land, the quality of the seed, the growth and. cultivation of his fields, and. the preparation of his crop. “West Africa Settlements — Mauritius. — The exhibits from Sierra Leone, the Gold Coast and Gambia were few in number and of poor quality, consisting chiefly of Liberian and of the small brown Casenga kind ; the former worth 48s. to 50s., and the latter 42s. to 45s. per cwt. One sample from the Gold Coast raised at the Bali Mission at Akropong, showed rather better quality of pale brownish native kind, worth 53 s. per cwt. From the appearance of the samples, coffee seems to be cultivated in a very primitive way, and on a small scale only, and the varieties grown are those of lowest commercial value in the European markets. “ From Mauritius, one sample of good yellow Liberian was shown, and from the Andaman Islands also one sample of Liberian of large size, both worth about 54s. per cwt. “West Indies — Jamaica. — Coffee is grown in almost every one of the West India Islands, but Jamaica is the only one where the cultivation is carried out on an extensive scale, the quantity exported in 1885 amounting to 80,600 cwt., and occupying the third rank in value of the products exported from the island. From 8000 to 10,000 cwt. are produced annually on plantations situated on the high lands of the Blue Mountains, which have long been known as one of the finest coffee-growing districts in the world, thanks to a fine rich soil and a favourable climate, combined with all the care and intelligence which the means of European planters can command. The coffee from those favoured localities is all consumed in this country, and realises almost the highest prices in the market — say from 90s. to 140s. per cwt. The remaining 60,000 to 70,000 cwt. are grown in various parts of the island ; some in the Manchester district is of medium quality and well prepared, but the portion is cultivated in small patches or gardens by settlers and small proprietors who do not possess the knowledge or the means of preparing their crops properly, or in the low country, where an inferior M 162 MARKETS AND STATISTICS. quality is raised ; lienee the great difference in prices between fine mountain and the ordinary Jamaica. “ The want of proper curing establishments is much felt in many parts ; it is probable, too, that the plants are not raised from good seed, and that better cultivation and manuring are needed. But even this will not suffice to ensure the good quality of the crop, unless due attention is paid to picking at the right moment, and to immediate pulping and through drying of the parchment. This should ensure the proper colour, but, in the absence of the necessary appliances, the planter would best consult his interests by sending his parchment to be peeled, &c., at the nearest works, or better still by shipping it to London for treatment. Ordinary Jamaica coffee is now selling here at 50s. to 53s. per cwt., and there is every reason to believe that with better care in picking and curing, and with quick despatch of the parch- ment to London, the grower might obtain from 10s. to 12s. per cwt. more than he does at present. There does not seem to be any good reason why, in a country where the highest priced coffee is grown, the bulk of the production should rank on a par with common Brazil or the lowest known qualities. “ The extensive planting of the Liberian variety, which appears to be going on in Jamaica and other places, will most probably lead to disappointment; the quality is so poor, so deficient in strength and aroma, and so little appre- ciated in the home markets, that any material increase in the supply must inevitably lead to a lower range of prices which will fail to repay the outlay. “ The Jamaica plantations appear to have been so far quite free from leaf disease, bug, or other enemies of the coffee- tree, and there is an abundance of forest lands of proper elevation in the St. Ann and Clarendon districts and the northern slopes of the Blue Mountains, suitable for extending the cultivation of the finer classes, which ought to give hand- some returns for the capital so invested. MARKETS AND STATISTICS. 163 “ Of the sixty-nine samples exhibited in the Jamaica Court, sixteen were parchment and cherry; nine from the finest estates were worth from 110s. to 140s. per cwt., aver- aging 120s. to 125s. ; eight average 90s. per cwt. ; eight more 75s. per cwt.; eight were worth from 54s. to 65s. ; and two about 47s. There were also twelve samples of pea-berry from 70s. for the lowest to 105s. for the best; and two samples of Liberian worth 56s. and 50s. per cwt. “ In addition to the above, ten samples were shown in the Indian Court, mostly duplicates of some of the finest estates, and twenty-seven jars of average samples, also from the finer marks of extremely good quality, and of a value not less than 120s. per cwt. “ Proceeding from Jamaica in a south-easterly direction towards the continent of South America, I found amongst the British West India Islands which have sent specimens of coffee to the Exhibition : — “ St. Kitts and Nevis, with two samples of nice palish green, soft quality, worth 60s. “ Antigua. — Two samples of pale greyish, somewhat un- even, worth 54s. “ Montserrat. — One sample ordinary native kind, 50s., and one greenish, of good size, 58s. “ Dominica. — Coffee was at the beginning of this century the leading article of export from this island, and it was then considered one of the best kinds produced in the West Indies. The trees, however, were attacked some forty years ago by an insect blight which spread devastation among the planta- tions, and destroyed the greater portion of them, so reducing the production that at the present time it is hardly equal to the consumption of the island. Cultivation is now reviving to some extent, and it appears that the blight, although still in existence, is comparatively harmless at high elevations. The Liberian variety has also been introduced. There is an abundance of fine forest land and rich soil on the slopes of the bold mountains which cover the country, with plenty m 2 164 MARKETS AND STATISTICS. of moisture, conditions which are eminently favourable to the growth of coffee. “ Of the ten samples exhibited, two were of a very small, hard, heavy, greenish bean worth about 70s. per cwt., one pale native kind 50s., one Liberian 52s. ; the remainder were of good size, greenish to rather good green colour, and if properly picked and prepared, would be worth from 63s. to 76s. per cwt. As it is, they were of a very indifferent quality in the cup, and not worth more than from 56s. to 68s. “St. Lucia. — One sample, small close brownish, native kind, 52s. “ Barbados. — One sample, ordinary pale uneven native sort, 52s., and one small of very well prepared good bluish plantation, of even size, though a little rough, worth 80s. per cwt. “ Grenada. — One sample, large pale greenish, useful quality, 54s. “ Tobago. — Two samples of dull greenish and brownish Creole coffee, not sized, but good of its kind, worth 56s. to 58s. per cwt. “ Trinidad. — Ten samples were exhibited : two of them consisted of very common dull brown and red badly pre- pared coffee, worth 47s.; four were Creole or pale native kind, of a useful quality, ranging in value from 52s. to 54s. ; the others were better, and with more care in their pre- paration might be turned into good coffee, worth probably 60s. or 70s. ; but being imperfectly picked and of a brownish colour, their value was reduced to 58s. to 60s. per cwt. “ There appears to be a good deal of land suitable for opening into coffee gardens or plantations, and planting has been carried on lately on a larger scale. It is to be hoped that the Botanic Gardens, which supply plants from their nurseries, will endeavour to provide none but those grown from the best seed of Coffea arabica, which can easily be pro- cured from Jamaica or from New Grenada. In an island where the cultivation and preparation of cocoa has been MARKETS AND STATISTICS. 165 brought to such a degree of perfection, there ought to be no lack of skilled labour to prepare coffee much better than is apparent from the samples exhibited. The shape and size of the berries show that the soil and climate are favourable, and that it is only labour, care, and skill which are required to give the coffee its proper value. “ British Guiana. — British Guiana, situated on the north- east coast of South America, comprises the Colonies of Esse- quibo, Demerara, and Berbice, the two latter well known some forty or fifty years ago as producing coffee of esteemed quality. The cultivation, however, diminished steadily, until in recent years, of Demerara or Berbice coffee the name alone remained. The decrease is ascribed more to the cost and want of labour than to climate or soil, which are both favour- able ; and the few samples shown, from plantations which have again been started in the last fe w years, tend to prove that excellent coffee can be grown in the colony. The cultivated part of the country is a flat alluvial plain of forty miles extent, between the sea and the rising ground, at and even below the sea-level, and traversed by large rivers ; cultiva- tion is restricted to the river banks and the coast. “ Of the six samples exhibited, three of extremely useful pale bean, very well prepared, would be worth 58 s. to 63s. per cwt., if perfectly clean and sweet and unaffected by sugar, which is not the case with the samples shown ; one was pea-berry and two Liberian, of average sort, valued at about 45s. to 52s. per cwt. “ British Honduras. — Coffee cultivation does not appear to have begun until within the last four or five years, when one or two plantations were established. Probably not more than a few hundred acres are planted; but Coffea arabica grows wild in some parts. Two bags were exhi bited of very good pale greenish native kind, strong and roasting well, worth 63s. per cwt., and one sample of parchment. The adjoining state of Guatemala is gradually becoming one of the leading coffee-growing countries, and British Honduras 166 MARKETS AND STATISTICS. should be a very suitable place for a more extended cultiva- tion. “ In concluding this report it is difficult to avoid alluding to the extraordinary treatment to which coffee is subjected at the hands of the British Government. Had it had ex- tended to it the same amount of fair play and protection against fraud as is accorded to tea, it is probable that the greater portion of the 35,000 tons of British-grown coffee would be retained for home consumption, instead of a paltry 14,000 tons, or at the rate of about 15 oz. per head of popu- lation per annum, against 2| lb. per head in France, 5 lb. in Germany, lb. in the United States, &c. It would almost seem as if the Treasury, which is directly responsible for the legislation on the subject, was bent upon discouraging by every means in its power the use of one of the most delicious and beneficent of the non-alcoholic drinks, by the sanction which it gives to its adulteration with any vege- table matter; it is impossible to recognise coffee in the wretched mixtures which are sold in every shop or store, or in the thick dark liquid which is served under that name in many of the coffee palaces and temperance houses throughout the kingdom. No wonder that consumption decreases year by year, not of coffee alone, but even of chicory and mixtures. The Local Government Board and the Board of H.M.’s Customs join, in their annual reports, in ascribing the diminishing revenue from coffee and chicory to adulteration, and in condemning the present state of legislation on the subject. Surely those who are engaged in the cultivation, importation, and trade in coffee, ought to make an effort to obtain redress for what is acknowledged almost on all hands to be a crying injustice.” — (H. Pasteur.) MARKETS AND STATISTICS, 167 Our imports of coffee in 1884 were as follows : — From Central America Ceylon Brazil Madras Bombay and Scinde West Africa (foreign) United States France United States of Colombia Aden Germany British West Indies British South Africa Holland Philippines Belgium China and Hong Kong Portugal Straits Settlements Ecuador Hayti Mexico Spanish West Indies Malta Bengal and Burma Other countries cwt. £ 285,358 908,714 251,148 975,816 189,476 489,814 174,392 646,687 50,585 186,392 35,194 64,463 26,382 76,501 19,092 56,357 17,129 57,750 17,091 72,512 13,915 41,853 12,315 37,223 7,678 21,793 7,421 25,606 6,991 19,990 4,122 13,537 3,026 8,082 3,014 7,165 '2,650 7,185 2,485 9,518 1,732 3,944 1,470 4,441 1,364 4,805 1,315 3,185 251 592 2,059 6,488 1,137,655 3,750,413 168 MARKETS AND STATISTICS. Our exports of coffee in 1884 were : — To cwt. £ Holland 214,498 792,373 Germany 188,360 706,441 Sweden 83,610 239,549 Belgium 69,556 224,308 Austria 65,822 241,561 Russia 63,982 209,213 France 62,193 214,950 Turkey 54,847 145,090 Italy 50,777 148,499 Norway 28,698 79,551 United States 24,460 68,615 Denmark 12,992 35,142 Egypt 12,239 33,216 Greece 8,030 19,896 Malta 5,818 14,759 Bulgaria 4,943 12,480 British North America 4,942 16,736 Other countries 17,237 49,505 973,004 3,251,884 ( 169 ) CHAPTER VII. LOCAL DETAILS OF CULTURE AND PRODUCTION. The chief details of the local variations from the general modes of cultivation and preparation described above, together with special remarks on the peculiarities of soil and climate, and the latest available returns of the production, of the principal coffee-growing countries, are as follow : — Arabia . — The culture of coffee in Arabia is almost confined to the district of Yemen, and is seen to greatest perfection in the Wady Nejran and the neighbourhood of Mecca. It is generally grown on terraces, up to an altitude of 3000 ft. on the slopes of the hills ; but some is cultivated on lower ground, surrounded by large shade trees. The soil is kept moist by irrigation. The harvest is gathered at three periods of the year, the principal being May. Cloths are spread under the trees, which latter are shaken, that the ripe fruit may drop. The cherries are then collected, and exposed on mats to dry in the sun. A heavy roller is after- wards passed over them to break the envelopes, and the parchment is winnowed away with a fan. They are further dried before being stored. The pulp is thus shrivelled up, and constitutes about 20 per cent, of the mass of prepared coffee. This method is peculiar to Arabia, and the produce is known by a distinct name — Kishr, — a decoction of which is the common beverage of the Arabs. The coffee is said to be improved by this way of curing ; but the plan is possible only in a very dry climate. Most of the Arabian coffee is pea-berry. The high reputation it long held in European markets is not to be ascribed to superior cultivation or improved stock, but to the fact that the coffee was first 170 LOCAL DETAILS OF shipped to India, and thence by round-about ways to Europe, so that it was generally two to three years old when it reached its destination ; — it has already been remarked how much coffee improves by keeping. Nowadays, genuine “ Mocha,” or Yemen, coffee is never seen westward of Con- stantinople ; two-thirds of the total yield is consumed in Arabia, Syria, and Egypt, and the remainder in Turkey and Armenia. Even in Arabia itself, the bales undergo so much sifting and picking en route , that the quality deteriorates perceptibly as one leaves the centre of production. At the port of shipment, it is systematically adulterated or replaced by Abyssinian and other growths. The modern “ Mocha ” of the English market is principally contributed by the East Indies, and in a minor degree by South American States. In reputation, Mocha coffee has always undoubtedly stood high, and is one of the choicest kinds grown in any part of the globe — in short, the palm for excellence in unroasted coffee may be said to lie between yellow Mocha (short or long berry), finest Blue Mountain (Jamaica), and Cannon’s East India plantation Mysore. Neilgherry Hill, Naidoobatum, and plantation Ceylon coffees may be classed next for weight and boldness of bean, and washed Bio, Costa Bica, Guatemala, and other Central American sorts are also much liked by the home and export trade here for being of good colour and closely made ; but none has ever gained the name that Mocha has, and singular to add, none has sunk into such obscurity as Mocha has in Europe for many years past. As far back as 1864, the year’s imports, deliveries, and stocks of that description were of small extent. The figures for the first forty-one weeks of 1880-1-2 were as under : — Imports. Home Consumption. Exports. Stock. tons. tons. tons. tons. 1882 170 480 200 265 1881 430 210 260 140 1SS0 550 290 500 220 CULTURE AND PRODUCTION. 171 This statement shows more clearly than any argument how insignificant a position Mocha coffee occupies as com- pared with other kinds, and also how undue an amount of interest has been directed to an article that has become almost entirely neglected and out of date in the United Kingdom. Mocha coffee is seldom or never drunk by itself, its scarcity and dearness here standing in the way of that, and it is principally used for blending with other grades that require greater strength and fulness of aroma and flavour. When skilfully mixed with fine East India plantation growths, it is pronounced by experts to be the perfection of coffee. From the scanty supply that comes in from abroad, it can easily be understood that the consumption of pure Mocha coffee by the general population is an impossibility, without reckoning the almost prohibitory prices now ruling, which are, as they mostly have been in years gone by, much higher than those current for other descriptions. Australia— The mountain ranges on the northern coast of Australia, from Moreton Bay to Torres Straits, and other parts, are recommended for coffee cultivation. In Queensland, the plant has long been successfully grown ; but it has not yet become an article of export, and the plantations have recently suffered much from disease. Though it thrives well in the neighbourhood of Brisbane, Cardwell and the northern districts, especially the sheltered ridges of the Herbert and Endeavour rivers, offer the most favourable conditions. C. Liberica is doing well. Bolivia . — Coffee of several varieties is grown throughout the whole of the Yungas district, and the best produce is reckoned not inferior to “ Mocha.” That cultivated in the plains yields the larger berries, but of inferior flavour ; that on the hills gives smaller fruit, but of improved quality. Y ery superior coffee grows at El Chaco ; but it does not appear to be be largely cultivated, owing, doubtless, to the greater profit yielded by coca. Borneo . — Coffee has been tried here in the gardens of the Europeans, and thrives remarkably well, producing a fine 172 LOCAL DETAILS OF and well-flavoured “berry. The Malays say that it is grown by the Dyaks of the Pontianak River, for the use of that settlement ; but its cultivation on an extensive and syste- matic scale has not been encouraged, the Government probably not wishing to create a competition with Java, which so largely produces this berry. The hills on the mainland, opposite Labuan, would be well adapted for the cultivation, since here coffee might be grown without the trouble and expense of raising trees amongst the plantations, to protect the bushes from the sun, as is done in Java. On the lowlands, Liberian coffee has been introduced, and is doing well. Bourbon . — The coffee grown on this island once enjoyed a European reputation, and was the mainstay of local pro- sperity ; but hurricanes, the decay of the trees used for shade, and the preference now given to sugar cultivation, have caused a great decline in the production of coffee. In 1817, the crop exceeded 7,250,000 lb., but in 1875, only 467,500 lb. were shipped. The land under cultivation with coffee is but about 5000 acres. Five varieties of the coffee shrub are distinguished by the natives, viz. : — 1. Mocha, the first introduced into the island, superior to all others, easy to grow, but requiring shade trees for shelter ; 2. Leroy, the Sierra Leone species, a hardy kind, growing readily without shade, having a seed of inferior quality, pointed at one end ; 3. Myrtle, a Mocha variety, especially remarkable for longevity, and abundant crops ; 4. Aden, with small regular berries, and a peculiar aroma, cultivated in very small quantities ; 5. Marron, an indigenous variety, common in the forests of the elevated interior, with a curious pointed berry, of so strong and bitter flavour that it cannot be used alone. Brazil . — Brazil produces about as much coffee as all the remainder of the world. In 1874, it was calculated that nearly 1^ million acres were under coffee, and that the trees numbered about 530 million. The provinces where the culture is mainly followed are Rio de Janeiro, Sao CULTURE AND PRODUCTION. 173 Paulo, and Bahia ; the ports are Eio, Santos, Pernambuco, and Bahia. More recently, the industry has assumed con- siderable proportions in Minas Geraes and in Ceara, notably in the hills of Maranguape, Aratana, Batunte, Ararife, Machada, and Uraburotama. The total exports, besides a very large home consumption in 1878, were about 500 million lb. Coffee flourishes in most parts of Brazil, even where exposed to cold ; but in the latter case, its fruitfulness diminishes, and becomes too irregular to repay for cultivation. The ground is prepared by clearing and burning, or leaving the felled timber to rot, which it does in a year or two. The young plants are usually procured from old plantations, and are put out at two years. Corn and mandioca are grown between the rows till the fourth year, when the trees are about 6 ft. high, and bear the maiden crop. At six years, they bear fully, the crop reaching 1 J lb. a tree, on poor land ; 3 lb. on medium land ; and lb. on superior land. An acre contains about 350 trees. The duration of an estate, even under the best circumstances, very seldom exceeds thirty years, and where the soil is light, eight to ten years is the common limit. Five to 10 per cent, of the trees are annually destroyed by fungoid pests ; and planters have now to contend against a rising labour market, and want of hands. Owing to carelessness, little more than half the crop is really harvested. Foreign cultivators adopt the usual pulping and other machinery for the preparation of the coffee ; but the Brazilians generally follow another plan : — The cherry coffee is spread on terreiros , large, smooth concrete pavements, or on bamboo frames, to dry in the sun. The berries become black and crisp ; at this stage, they are rubbed, to remove the pulp, and are then washed. The pea-berries are care- fully separated, to be employed in the adulteration of Mocha coffee. Much of the remainder is sent into Europe under the name of Java, Ceylon, Martinique, and St. Domingo. It is also said that in Italy, Santos and Rio growths, especially the former, are largely imported for admixture with the more 174 LOCAL DETAILS OF expensive Porto Eico. In France, it is becoming a formidable rival to Malabar, Java, and St. Domingo. From its strong flavour, due probably to the mode of preparation, Brazilian coffee improves more than any other by keeping. Following is a report on the Brazilian coffee trade, by Consul-General Andrews, for the year 1882. “ The present remarkable cheapness of Brazilian coffee makes it of interest to consider the economical situation of the trade. “ The price, including freight to New York, of ‘ good-first 5 coffee in this market now is 40s. for 112 pounds, which is equivalent to 8 J cents, per pound ; the price of good-second being 6^ cents, a pound. It has not been so low since the year 1857. It gradually rose after that year to be worth 17 cents a pound for ‘ good-first 5 in 1864, then declined and remained for several years at about 11 cents a pound, after which it rose to 17 cents in 1871-1872, and to 28 cents in 1873-1874, a period when the crop was light. “ The crop of this year was about 800,000,000 pounds, and nothing has yet occurred to indicate that the crop of next year will be less. “ Fortunately there is no disposition here to speculate in this staple, it being considered unwise to attempt anything of the sort with an article so large in quantity and which can be had from so many and so extensive sources. “ The main causes of the low price now are the extremely large production, the large quantity on hand, and the medium quality of the coffee itself. The one remarkable fact in regard to the crop of the season just past was the absence of superior qualities, such as are termed ‘prime good-first. 5 The lack of these qualities — and they are scarcely to be had— is probably owing to a lack of labour in cultivating, and to the planter undertaking to do too much. “The profit to the planter has become so small that he thinks the crop is not worth spending money on. “ The number of hands on the plantations is yearly grow- CULTURE AND PRODUCTION. 175 ing less and also growing worse. Many of the lower qualities of coffee do not now pay expenses. “I regret here to state that the practice obtains among some dealers of applying artificial colour to coffee. This is done by mixing a relatively very small quantity of black- lead with coffee of a light colour to give it a somewhat dark-green colour, the coffee being finally brushed to brighten it up. “ The process of counterfeiting is all done by machinery, and raises the price of the counterfeit goods 10 per cent. “ Although Brazil stands at the head of coffee-producing countries, its culture therein does not enjoy the benefits either of small farms or of free labour. “ The plantations are very extensive, and are worked almost wholly by slaves. The bulk of the crop is grown in the province of Rio de Janeiro and the adjoining provinces of San Paulo and Minas Geraes, and mostly on hillsides. “ The soil is tolerably well hoed, but not manured. The first blossoming of the coffee tree occurs in September and a second one in November. Harvesting commences about April or May, and the crop begins to arrive in the market in June or July. It is sometimes injured by being left too long a time on the ground after it has been picked. “ What is known in the market as 6 washed ’ coffee, being, however, but a small proportion, is that which has been picked before fully ripe and while the fruit has a red and cherry-like appearance, and then put into water and the kernels separated from the hull by washing. “ In the market it has an almost polished and silvery appearance, and is a fancy article. But usually coffee is hulled or threshed — and mechanically — after it is ripe and dry. From the plantation it is taken in coarse sacks, which bear the planter’s name, and are afterwards returned to him, on mules or in ox-carts to the nearest railway station, whence it is carried on the government railroad at very high rates of transportation to the seaport. “ Arrived at the market, it has before shipment to go 176 LOCAL DETAILS OF through several hands, each taking a liberal profit. First, into the hands of the planter’s agent, generally the creditor of the planter, and whom he charges from 6 to 12 per cent, interest for loans. 16 The agent sells the coffee to the 4 dealer ’ and charges the planter 3 per cent, of the price for his services. “The ‘dealer’ manipulates the coffee, mixing different sorts together, and puts it into bags. He sells to the exporter through a broker, who receives 50 reis (at present, a little over 2 cents) from the dealer and a like amount from the exporter on each bag. “ The broker’s charge has by law been reduced to one-fifth per cent, of the value of the coffee, but as yet the regulation is not complied with. Besides these several charges there are heavy expenses for cartage. “ After the coffee arrives here it is conveyed from the rail- way station to the agent’s store ; afterwards to the dealer’s store, and from thence to the docks or place of shipment, being transported each time through narrow streets by mule power and handled by costly labour. “ In all the various cartages from the time it leaves the plantation, there is considerable wastage. “ Actual experiments have shown that the soil and climate of this country are favourable to the growth of jute. Still the material of which coffee bags are made is brought from a great distance. “ The jute is grown in India, then carried to Dundee, Scotland, where it is spun and woven, and from there imported into Brazil in the web. “ Here, too, an import duty is charged on it of 240 reis per kilo, amounting fully to 3 cents per bag. “The manufacture of the bags is rather a monopoly enjoyed by the ‘ dealers,’ who exact a profit of 20 cents on each bag. “ An export duty on coffee has to be paid into the treasury of Brazil. For a considerable period this tax remained at 13 per cent, on an average valuation fixed by the govern- PLATE X.— INTERIOR VIEW OF PULPING HOUSE, CEYLON. CULTURE AND PRODUCTION. 177 ment, but was reduced the 6th of November, 1882, to 11 per cent. During the year ending June 30, 1881, the total export of coffee from Brazil was 546,401,964 pounds, on which the total export duty was $4,186,635. “ Sixty and one-half per cent, of the total export, namely, 330,938,634 pounds, went to the United States, and on that quantity there was paid into the treasury of Brazil export duties amounting to $2,532,000, which probably fell about equally on the American consumer and the Brazilian producer. “ The policy of the United States in admitting coffee free of duty is different from that of probably every other country. The duty collected per pound on raw coffee in several European countries is as follows, namely : Belgium, 1^ cents ; Denmark, 2 cents ; Great Britain, 3 cents ; Sweden, 3 cents ; Bussia, 3^ cents ; Germany, 4^ cents ; Norway, 5 cents ; Austria-Hungary, 7 cents ; Italy, 10 cents ; and France, 14 cents. “ While the United States have for ten years been admit- ting Brazil’s great staple free of duty, the latter country has been steadily increasing her duty on imports, including those from the United States. “ A fresh increase of 10 per cent, on all imports took effect the 6th instant.” Annexed is a report on the coffee trade of Santos, by Consul Wright, for the same year. “ The production of coffee was ^already fast outstripping consumption when, early in 1880, the Brazilian Government saw fit to become an exporter of the article, with the view of placing funds abroad to meet its obligations, instead of, as hitherto, making remittances in bills of exchange; thus entering the Bio market as a buyer in competition with legitimate exporters, and upsetting for the time being all calculations as to exchanges, not only preventing the then natural decline of prices out here, but really causing an advance to a point relatively above the simultaneous market value abroad, and depressing all foreign markets by throwing N 178 LOCAL DETAILS OF their shipments almost in toto upon one, New York, espe- cially at that time, when a combination was endeavouring to 4 corner ’ coffee, thereby causing greater caution on the part of the general trade and anxiety in Europe that New York might be compelled to ship part of her stocks thither. 44 The operation of the government resulted in a loss stated to amount to at least 800,000 milreis, to say nothing of its consequences upon legitimate mercantile trade. As a matter of course, I would not allude thus to this transaction had it not been so freely discussed in and out of Parliament, and in commercial circles everywhere for some time past, as to place it beyond the pale of official reserve. 44 Looking at the then tremulous state of the coffee trade (so often before afflicted by speculative rings which resulted disastrously), owing to the visible and increasing over pro- duction everywhere as compared with consumption, it is considered to have been unwise on the part of the govern- ment to have struck the first blow at the downward tendency, because if left to merchants regularly and legitimately in the trade, they would have known how to have met the anticipated natural changes. But even this was denied them by the public assertion of the successor to the minister of finance who executed the commercial measure alluded to, that he approved of the course of his predecessor, and would repeat the operation if he saw fit, whilst the operation has lately been defended in the Imperial House of Kepresenta- tives, although ably contested. All this causes nervousness in the trade now, as for some time past, lest such an operation might suddenly be predicated. “ There are those who believe that the Brazilian Govern- ment is interested in the great Havre ring, but I am not one of them, however plausible their deductions drawn from the past may appear. It may be that the operation I have alluded to may have given birth to the hope of these wealthy French speculators that it might be repeated either wholly or on account with them, but they have apparently been left to carry their own burden. They may have been and CULTURE AND PRODUCTION. 179 may still "be influenced "by the hope that the reported negotia- tions between Brazil and France may result in a commercial treaty, resulting in a diminution of the exorbitant French duty on coffee, amounting to more than the invoice cost, with freight and marine insurance added, so as to offset some recompense on this side for the importation of real French wines, instead of the Hamburg concoctions imported and sold as French. “In my No. 66, dated January 16, I spoke of the Havre ring, with its enormous coffee stock hanging as an incubus over the trade, and so it has continued. In September its Havre stocks were represented to have cost 3,000,000/. sterling, against the market estimated value 2,000,000Z. ster- ling, or a straight loss of 1,000,000Z. sterling, not including expenses of c carrying/ previous losses, &c. “ Several large failures also have occurred there ; yet a reinforced concern seems to have been organised, and are apparently determined to continue the same course. Why Santos and Santos coffee should have been alone selected for these speculative operations is puzzling, but so it is. Certain is it also that the Brazilian coffee trade has changed, assumed a new form ; for whereas formerly the large importers sent out orders and letters of credit for purchases of large parcels and cargoes for sale there to jobbers, nowadays these very jobbers have become importers, and to such an extent that the old importers are almost driven from the field. Nearly all the firms in Santos and Bio have head or branch houses, or partners, or agents abroad, through whom they offer to sell for immediate or future shipment a given quan- tity of coffee, quality as per type sample there shown, at a fixed price in foreign money, this price including invoice cost on board and freight. This enables the jobbers and retailers to buy out here instead of there, where they were so often in the meshes of speculative cliques. Now they know that on a certain day they will have their supply and its cost, they running no risk except the loss of the vessel, and hence their expected supply, all other risks falling upon the n 2 180 LOCAL DETAILS OF vendor here. They obtain letters of credit just as others do, and settle for the draughts drawn in virtue thereof payable at ninety days after sight in London, Paris, Frankfort, &c., just as readily as if they made the purchase in warehouse at New York, Havre, Antwerp, Hamburg, &c., on sixty days’ credit, to be paid for in cash as 6 taken from store, with discount.’ But the system is a bad one, and may yet result seriously, and this seems to be the opinion of many who shun such, on a principle well founded. The risks run by the party out here are many and serious ; amongst them, quality sold not obtainable, prices advanced, exchange rates advanced, rates of freight advanced, absence of steamers and vessels, rainy weather preventing shipments wuthin specified time, fires, &c. If all these are to be feared in contracting for shipping 4 short,’ how much more for 4 long ’ delivery ? 4C I am informed that coffee has been sold to Havre, quality and price agreed upon, for shipment here all along up to end of March 1883. Coffee is therefore sold which may not exist, as myriads of pods or dried berries are still on the bushes, and may or may not inclose beans or burnt, oilless kernels. Then again, this is a rainy climate, and the main stem of our railroad system may again be damaged on the Serra and traffic interrupted, as we have often seen before, thus stopping supplies, which would of course inter- fere with the fulfilment of these future delivery contracts. Nothing can show more plainly how the trade has been cut up than Table V., in my despatch No. 84, made up from the invoice book of this consulate, containing the number of invoices certified to. The number for 1882 would have been greater had not a large buyer in New York, for its roasting purposes, opened branch houses at Bio and here and ship their coffees in large invoices. The small invoices then point to the fact that the consignees are many, and perhaps a number of them are in our interior cities and towns. “ Laying aside the Havre operations, the same is the case with Europe, where it seems many cities and towns have their respective little combinations for importation and CULTURE AND PRODUCTION. 181 division amongst individual members thereof. A house here not long ago shipped per steamer to Hamburg 2000 bags, divided or cut up into fifteen invoices for delivery all over Germany, at different points. I was told that the largest invoice was for 1000 bags. This house is one of the oldest, wealthiest, and most reliable import and export firms here, able to do what they wish, but nothing with type samples, futures, or speculation as now conducted. You will thus see that the Brazilian coffee trade has been brought down nearly to a Ceylon writer’s notion of 4 plantation to cup. 5 44 The prices of coffee here are very low as compared with former years, and much is being said and written about it both here and abroad, and the Government and associations are engaged in promoting the display of samples in Europe and the United States, with the view of bringing Brazilian, especially Santos, coffee better before consumers. If an exportation of 1,500,000 bags cannot show what Santos coffee really is, I fail to see how a few finger-picked samples, showing what it can and ought to be, but representing what cannot be had, can have any good effect. Ear better would it be to have an exhibition of samples of coffee from other producing countries at some central point in the province, where the planters might go and see that planters in those countries send to consuming markets for sale the same coffee that their own cooks, after picking and washing out stones, chaff, &c., roast and prepare for the table. No one can or will deny that the flavour of Santos coffee is not equal to any other, but it hurts the planter to see it quoted so much below others abroad, and to be told that it is mixed with and sold as some other hind at the quoted market price for such kind. Nothing more reasonable than this, for if the planter deems it more to his interest to send down for sale his crop contain- ing one-fourth stones, dirt, unsightly, valueless, black, and ashy beans and husk, he ought to expect it to be sold at a price here which will allow some margin for cleaning it abroad and putting it into the same condition for roasting and drinking as he himself uses. 182 LOCAL DETAILS OF “ Too many coffee trees have been planted, and hence the fruit not properly harvested and prepared for market, and planters are reported as confessing this. Well-prepared coffees are sent down and fetch relatively high prices, both here and abroad, but being exceptions, are not generally quoted. And if the actual low prices here leave a loss to the planter, which, however, I do not believe, he must blame himself in tacitly protecting the high and exorbitant railroad freight charges. These railroads pay dividends at the rate of ten to fourteen per centum -per annum. All but one are native enterprises, in many instances many planters being large shareholders, who grumble at low coffee prices, but not at their railroad dividends. The railroad freight and charges average 5 milreis on every bag of coffee sent to Santos ; the average sale price to-day is about 17 milreis per bag (60 kilo- grams or 132 pounds), not including very ordinary and triage, of which there is a large quantity in store, not worth on an average over 9 or 10 milreis per bag, which, deducting all other charges, will leave little or nothing for the planter. The planter must now clean his crop very much better so as to send down a better quality, send down a smaller quantity, and obtain comparatively higher prices, paying, or rather not paying freight on unsent trash, and cause railroads to be satisfied with less income and smaller dividends ; otherwise Mexico may teach them a severe lesson.” Cayenne . — Coffee was at one time an important staple of this country, the variety grown being Mocha, for the culti- vation of which the country is especially adapted ; it is now chiefly grown as a shade tree for cocoa, annatto, and other crops, though a few Government plantations are maintained. The average production is scarcely 100,000 lb. a year ; the shipments, in 1875, were but 752 lb. The product is not however, quite lost; although temporarily abandoned, the trees continue to thrive in a wild state, and may be reclaimed hereafter. They attain a height of about 15-16 ft., with a trunk 30 in. round at a few feet from the ground ; they are CULTURE AND PRODUCTION. 183 rich, in foliage, but do not flower; they also appear to be safe from the ravages of insects. Celebes . — The Minahassa district produces a very superior coffee ; the kernels, instead of being opaque, and having a tinge of bronze, are translucent, and of a greenish-blue colour. The best are those which have these characters, and, at the same time, are very hard ; this coffee commands a much higher price than that of Java, and is superior to any raised in the Archipelago, unless it may be some that comes from the highlands in the interior of Sumatra. The general character of the produce, however, is not good, too little care being bestowed upon its preparation. The crop is subject to some variation, but the average yield of the Government gardens is never less than 5,000,000 lb. The whole number of trees belonging to the Government is over 6 million ; but a large proportion of these are young, and therefore bear little or no fruit. Several private individuals also own large plantations. The trees are found to thrive best above an elevation of 1000 ft. In some districts, the produce amounts to 2-4 lb. a tree, while in others it is only lb. It is packed in bags on the plantations, and is transported from the small storehouses in the interior to the large ones at Menado, where it is put on board vessels either directly for foreign ports, or to be taken to Macassar, and thence be reshipped to Europe. Ceylon . — This island is now by far the most important coffee producer of all the British possessions, occupying the rank once held by the West Indies. In 1877, it was esti mated that the capital invested in Ceylon coffee culture was nearly 14,000,000Z., and a notable increase has taken place since. The hill region, covering an area of about 4000 square miles, is somewhat circular in form, and its most elevated parts rise to 8280 ft. above the level of the sea. Systematic coffee cultivation is almost exclusively confined to these hills, although irregular native garden plantations are found everywhere in the south-western portion of the 184 LOCAL DETAILS OF island, even close to the sea beach. The favourite and most fruitful elevation is between 3000 and 4500 ft. ; but, in a few exceptional cases, estates descend almost to the foot of the hills, whilst others are situated at 5500 ft., and even higher. Native gardens, sometimes bearing good crops, may be met with along the coast actually at sea-level. In these cases, however, the plants will invariably be found growing under the shade of suitable trees, without which protection all chance of their thriving permanently would be out of the question. These native gardens are, moreover, limited in extent, and are generally richly manured, and often well- watered during the dry season. These conclusions are borne out in those districts where coffee cultivation has been attempted below 1000 ft. elevation, abandoned properties on every side bearing evidence that humidity and rainfall have been insufficient to neutralise the high temperature. In the neighbourhood of Kandy, there are properties which, even at 1800 ft., seem to owe their present existence chiefly to shade and irrigation. In fact, the climate which is most favour- able for coffee, is that in which an Englishman will find little to complain of, except occasional malaria. There are now some forty districts in which the cultiva- tion is carried on, containing in all about 1400 properties, of which over 1200 are in course of cultivation ; these have a total area of about 300,000 acres. The average crop per acre of land in bearing has ranged, during the twenty years from 1856 to 1875, from 5*07 cwt. an acre (in 1868), to 2*75 cwt. (in 1874) — the general average for the twenty years being rather under 4*25 cwt. an acre. In 1856, the production, taking the average of two years (a good and a bad season), was 5 cwt. an acre ; in 1877, this had dwindled down to 3*43 cwt. At the average yield of twenty years ago, the island should, in 1877, have exported 1,120,000 cwt. of plantation coffee, whereas it fell short by 30 per cent. This reduced production per acre is greatly due to disease, but also to inefficient transport accommodation. With these remedied, the standard of 4 cwt. an acre all round could CULTURE AND PRODUCTION. 185 doubtless be maintained. The native cultivation of coffee has usually been calculated to extend over 50,000 acres ; but it varies very much, according to the character of the season, the prices of produce, and the cheapness of money. The most suitable soil is that which grows soft timber, and is dark chocolate-coloured, mixed with small stones, and dotted with granite boulders. As the strongest and most continuous wind comes from the south-west, it will be evident that this aspect is the worst that can be chosen ; neither would it be wise to select one directly opposite, this being exposed for some months of the year to the north-east monsoon. A bleak and exposed aspect is one of those evils that can neither be mitigated nor remedied. The monsoons, blowing incessantly for three or four months together, are assailants which coffee bushes cannot withstand. Northerly or easterly facings are perhaps the best, not being directly exposed to violent wind for any lengthened period ; the latter also gets the benefit of the morning sun. The season for beginning agricultural operations is October, or the early part of November, while the buildings should be finished by the middle of January. Felling is usually commenced in October to November, and the felled timber is left for fully six or eight weeks to dry. The best time for firing is 1st to 15th of February, when the prevalent dry weather and not too violent north-east wind are favourable. Pitting should begin as soon as possible after the land has been cleared, say in January or February, and may be continued up to the end of June, or until the rainy season sets in. This wet season, extending more or less through June, July, and August, is the only safe time for putting out the plants. Abundant supplies of plants of all sizes are generally to be found growing wild in the forest, in the vicinity of old estates. These, having grown up in the shade, are generally lanky and straggling, and consequently require, before being planted out in the estate, to be “ stumped ” ; they are then very independent, and usually come on well. Where wild 186 LOCAL DETAILS OF plants are not to be had, others can frequently be got from native gardens at a trifling rate per thousand. When plants in sufficient number are obtainable in either of these ways, a nursery is but little required ; but in case the planter should not find his wants thus supplied, it will be advisable to begin making a nursery. The nursery is usually made in May to June, and should yield plants fit for putting out at the same time in the following year. The best time to obtain seed is the end of October, when a few bushels of fresh berries of the new crop can be obtained from neigh- bouring estates. Over the planted seeds, a layer of rotten leaves may be spread two inches thick, the bed being then well watered at least once every three days, if the weather be dry, until germination takes place. In about six weeks, the seeds will begin to force their way above ground, and to send a root downwards, when the layer of decayed leaves may be gently and carefully removed. If it is intended to put out plants that have grown for three years in the nursery, Hull recommends their being cut down to stumps in the beds in the December or January before the planting season; they will then throw out suckers, which, by July, will be 9-10 in. high. When these plants are put out, a couple of the most promising suckers may be selected, the rest being pulled off. These two (being those nearest the roots) may then grow together for a month, after which the weaker of the two is taken off, the other being left to develop into the tree. By this plan he was able, in one case, to pick a maiden crop of 2-3 cwt. an acre off plants that had been hardly eighteen months in the ground. Once the rains commence, the sooner the plants are in their places the better. Early planting is most desirable, as upon it a maiden crop may often depend. When the climate is hot, it will be necessary to erect a “ pandall,” or awning, to pro- tect the young plants from the sun during the dry months. The shade must, however, be removed on the approach of the rainy season, otherwise the drip will prove injurious to the plants, which, moreover, will be strengthened by such CULTURE AND PRODUCTION. 187 sun and air as they are likely to get at this time of year. Staking should be performed by the middle of May, before the commencement of the south-west monsoon. The blossom generally bursts forth in March, under the influence of the showers which usually fall in that month. About October, every preparation ought to be complete for gathering in the crop. The berries begin to ripen in October or early November, and continue to come on until the middle or end of January. In some low-lying districts, however, the crop ripens more rapidly, and all must be got in within about a month or six weeks. The labourers employed on the planta- tions are largely drawn from Southern India, chiefly from the districts of Madura, Tinnevelly, Tanjore, and Trichi- nopoly, though Mysore furnishes a considerable contingent. These coolies are brought over by Kanganies , or native “ gangers,” who receive advances from the estate managers, to enable them to furnish funds for preliminary expenses, to each cooly who enrols himself. The usual time for their arrival in Ceylon is between May and October ; and for their return home, after the harvest. Local labour is also avail- able for carpenters’ and similar work. The advantage of providing coffee with shade trees, at any elevation less than 2000 ft., is gradually being appreciated, and, in 1877, it was estimated that about 3000 acres of plantation coffee were growing under shade. It is evident, however, from experience gained at Hantane, Nilambie and Matale, that success depends much upon the kind of tree, and that the natural forest will seldom do, the coffee not prospering, and the falling trees doing much damage in some cases. In Dumbara, cocoa has been planted among the coffee, profiting by the shade of the latter for some years, and then expanding sufficiently to return the favour. It is said that under this shade some of the worst weeds do not flourish ; but, remembering how very necessary is shade to cocoa itself at all stages of its growth, it is difficult to see what ultimate good can arise. Cocoa and coffee do not prosper on the same ground elsewhere, e.g. Central America, West Indies, Natal. 188 LOCAL DETAILS OF In Lower Matale, coffee growing under coco-nut palms is doing well up to the age of six years, and the coco-nuts are flourishing. More worthy of encouragement is the growth of shade-giving timber trees, especially subsoil feeders. Perhaps the best adapted for this purpose in Ceylon is the native jack ( Artocarjpus integrifolia ), which attains a large size, and resembles, and belongs to the same family as the bread-fruit tree. Its presence seems to be actually beneficial to the coffee-plant, it is a subsoil feeder, it produces a fruit much valued as fruit by the natives, its timber is valuable for cabinet-making and building purposes, and it flourishes best precisely in those situations where its shade is most required. As it will not bear transplanting, a few seeds must be placed, a couple of inches below the surface, in each spot where a tree is required to grow, the strongest sapling being retained. The loquat tree is planted along the roadsides on many estates, and coffee appears to thrive well under it ; it yields a useful fruit, but its timber is not apparently of much a due. The castor-oil plant, which grows 6-10 ft. high in a year, bearing a crop in the first year, might perhaps be found useful in some cases, as it requires little care in cultivation, but it cannot be strongly recommended for growth with coffee, being apparently a surface-feeder. Plantains or bananas, as planted for shade in St. Domingo, will not injure the coffee ; perhaps, for the first few years, till the jacks have had time to grow, they might be useful. Trees for shade should not be so near each other as to prevent a free circula- tion of air, nor entirely to exclude the sun’s rays. They may, however, in hot situations, be grown tolerably close at first, it being easy to thin them out afterwards. In order to make the trees throw out wide leafy heads, they should be trained to single stems till 10-12 ft. high, all lateral branches being kept off. This will also tend to produce large straight timber. Estimates. — In the following estimates for the purchase of 300 A. forest land, and 200 A. grass land, bringing 200 of the former into cultivation and full bearing, the price of the CULTURE AND PRODUCTION. 189 former is calculated at 10Z. an acre, the latter at 4Z., and labour at 9 d. a day, including Kanganies’ wages : — First year : 1st October to 30th September following : — Land, 3,800Z, ; felling, burning, and clearing 50 A. at 45s., 112Z. 10s.; tools, 35Z. ; coolie lines, 80Z. ; conductor’s house, &c., 50Z. ; temporary bungalow, 50Z. ; nursery for second year’s extension (100,000 plants), 37Z. 10s. ; roads, 34Z. 10s. ; lining out 50 A. at 5s., 12Z. 10s. ; holing 50 A. at 5 ft. X 6 ft. = 1452 holes per A. at 25 for 9 d., 108Z. 15s. : filling in, at 120 holes for 9 d, 22Z. 13s. 9 d . ; 75,000 plants at 10s. per 1000, 37Z. 10s. ; planting 72,600, at 200 for 9 cZ., 13Z. 12s. 3cZ. ; cleaning up and weeding 50 A. at 10s., 25Z. ; superintendent, 120Z. ; allowances, 12Z. ; conductor, 45Z. 12s. ; contingencies, 50Z. ; = total, 4647Z. 3s. Second year (cultivation, 50 A., and extension, 50 A.) : — weeding, 50Z. ; supplying vacancies, 10Z. 8s. 6d. ; repairing buildings, 20Z. ; roads and trenching, 15Z. ; replanting nursery, 20Z. ; additional lines, 50Z. ; tools, 25Z. ; felling, clearing, lining, holing, filling in, and planting as before, 270 Z. Is.; roads, 1 mile, 12Z. ; cleaning and weeding as before, 25Z. ; superintendent, 182Z. ; horse, 40Z. ; conductor, 51Z, 12s. ; contingencies, 50 Z. ; = total, 821Z. Is. 6cZ. Third year (cultivation, 100 A., and extension 50 A.) : — weeding, 100Z. ; supplying vacancies, 15Z. 13s. ; repairing buildings, 30Z. ; roads and trenching, 22Z. 10s. ; replanting and manuring nurseries, 25Z. ; topping and handling 50 A., at 7s. 6cZ., 18Z. 15s. ; additional lines, 50Z. ; tools, 25Z. ; felling, &c., 50 A., as before, 270Z. Is.; roads, 1 mile, 12Z. ; cleaning and weeding, 25Z. ; pulping house, machinery and store, 400Z. ; picking 850 boxes (125 cwt.) cherry, at 7cZ. a box, 24Z. 15s.; curing, at Is. a cwt., 6Z. 5s. ; carriage at Is. a bush, parchment, 31Z. 5s.; superintendent, 262Z. ; conductor, 57Z. 12s.; contin- gencies, 50Z. ; = total, 1425Z. 16s. Fourth year (cultivation 150 A., and extension, 50 A.) : — weeding, 150Z. ; filling up vacancies, 19Z. 10s. 3d. ; repairing buildings, 40Z. ; roads and trenching, 33Z. 15s. ; partially replanting nursery, 12Z. 10s. ; topping and handling 50 A., 190 LOCAL DETAILS OF 18Z. 15 s. ; pruning 50 A., at 15s., 37 Z. 10s. ; completing store, &c., 400Z. ; picking 2850 boxes (425 cwt.) cherry, 83Z. 2s. 6 d.; curing, 21Z. 5s. ; carriage, 106Z. 5s. ; additional coolie lines, 50Z.; tools, 25Z.; felling, &c., as before, 270Z. Is.; roads, 12Z.; cleaning and weeding, 25Z. ; permanent cattle sheds, 100Z. ; cattle, 75 head, at 61., 225 Z ; keepers, &c., (6 men), 53Z. 12s. ; superintendent, 312Z. ; conductor, 63Z. 12s. ; contingencies, 50Z. ; = total, 2108 Z. 17s. 9 d. Fifth year (cultivation, 200 A.) weeding, 200Z. ; filling up \ acancies, 23Z. 9s. 6 d . ; repairing buildings, 50Z. ; trenching and roads, 42Z. 10s. ; nurseries, 12Z. 10s. ; topping and handling 50 A., 18Z. 15s. ; pruning and handling 100 A., 75 Z. ; manuring 40 A., at 5Z., 200Z. ; picking 4850 boxes (725 cwt.) cherry, 141Z. 9s. ; curing, 36Z. 5s. ; carriage, 181Z. 5s. ; per- manent bungalow, 500Z. ; stock (25 head), 75Z.; keep of ditto, 53Z. 12s. ; superintendent, 362Z. ; conductor, 69Z. 12s ; contingencies, 50Z. ; = total, 2091Z. 7s. 6 d. Sixth year : — weeding, 250Z. ; filling up vacancies, 25Z. ; ; keeping up buildings, 50Z. ; trenching and roads, 40 Z. ; nurseries, 12Z. 10s. ; pruning and handling 150 A.atlZ., 1501. ; ditto, 50 at 15s., 37 Z. 10s. ; manuring 40 A., at 6Z., 240Z. ; ! picking 6850 boxes (1025 cwt.) cherry, 199Z. 6s. 6 d . ; curing, 51Z. 5s. ; carriage, 257 Z. 10s. ; stock, 150Z. ; management, 431Z. 12s. ; contingencies, 50Z. ; = total, 1944Z. 13s. 6 d. Seventh year : — weeding, supplying vacancies, maintenance of buildings and roads, trenching, nurseries, and manure, as 5 before, 617Z. 10s. ; pruning, at 1Z. an A., 200Z. ; picking, curing, j and despatching 1200 cwt. crop, 593Z. 6s. 8 d . ; stock, man- ' agement, and contingencies, 613Z. 12s. ; = total, 2024Z. 8s. 8 d. The balance sheet will then stand as under : — £ s. d. £ S ' 1st year: — To expenses.. 4647 3 0 By balance 4647 3 0 2nd year : — „ balance . . 4647 3 0 „ expenses .. 821 1 6 „ „ 546S 4 6 5468 4 6 546S 4 6 CULTURE AND PRODUCTION. 191 £ s. cl. £ 5. cl. 3rd year: — To balance .. 5168 4 6 By 125 cwt. crop, at 90s. net 562 10 0 „ expenses .. 1425 16 0 „ balance 6331 10 6 6894 0 6 6894 0 6 4th year: — To balance .. 6331 10 6 By 425 cwt. crop, at 90s. . . 1912 10 0 „ expenses .. 2108 17 0 ,, balance 6527 17 6 8440 7 6 8440 7 6 5th year : — To balance .. 6527 17 6 By 725 cwt. crop, at 90s. . . 3262 10 0 „ expenses . . 2091 7 6 „ balance 5356 15 0 8619 5 0 8619 5 0 6th year To balance .. 5356 15 0 By 1025 cwt. crop, at 90s. 4612 10 0 „ expenses .. 1944 13 6 „ balance 2688 18 6 7301 8 6 7301 8 G 7th year: — To balance .. 2688 18 6 By 1200 cwt. crop, at 90s. 5400 0 0 „ expenses .. 2024 8 8 „ balance .. 686 12 10 5400 0 0 5400 0 0 Subsequent years : — ex- penses 2000 0 0 By 1200 cwt. crop, at 90s. 5400 0 0 The yield of the crop is based on a first harvest of cwt. an acre, followed annually afterwards by one of 6 cwt. an acre ; these figures are now manifestly too high. As to the longevity of coffee estates, there appears to be no necessary limit to the life of the plant in its natural state, and, under suitable conditions of climate, soil, and culture, it may live indefinitely. In native gardens in Ceylon, there are many trees far above half a century old, and several of the earliest European plantations still thrive and yield at upwards of 40 years of age. The price of land has risen considerably since the introduction of Liberian coffee ; low-lying plots that ten years since were not worth 4 K. an acre now sell at 20Z. No export duty is levied in Ceylon. The exports were, in 1874, 192 LOCAL DETAILS OF plantation, 635,935 cwt, native, 97,020; 1875, 813,401 and 115,205; 1876, 586,580 and 80,585; 1877, 896,534 and 82,281. Colombia .— According to Consul Mallet, tlie department of Chiriqui, in the interior of Colombia, offers a fine field for coffee culture. Planting has already been introduced, but only in a small way as yet. The fine lands lying along the slopes of the mountain ranges are said to be admirably adapted for the purpose. Land costs nothing, the climate is favourable, transport and labour are efficient and cheap. In other departments of the state, coffee culture is of old standing, the produce, especially from Ocama and Ambalima, being of excellent quality ; it is, however, limited in quantity, and chiefly consumed in the country. Costa Bica . — Coffee raised on the highlands of Costa Eica and Nicaragua is said to be unsurpassed in strength, and to possess an aromatic flavour unknown to the best Eastern growths ; that grown at medium elevations is of good quality and though without the plump form and bluish tint of the upland produce, it compares favourably with Javan or Moluccan coffee. The cultivation suffers much from want of labour. The quantities exported in the years 1875-8 respectively were about 23^ million, 10 \ million, 24J million, and 18 million pounds. The principal -consumers appear to be Great Britain, California, and France. Ecuador . — Increasing attention is being given to coffee cultivation in Ecuador, and the produce is of good quality. The exports from Guayaquil during the years 1873-8 respectively were about 700,000; 1,000,000; 1,000,000; 800,000 ; 1,000,000; and 100,000 pounds. The crop of 1878 was completely spoilt by heavy rains ; the yield was very inferior in quality, and so low in quantity as not to suffice for local needs. Guatemala . — One of the principal coffee districts has suffered largely from Indian disturbances, exhaustion of the soil, and, perhaps, inadaptability of climate ; but for every tree abandoned in this section, 100 have been planted in new CULTURE AND PRODUCTION. 193 and better lands. Probably there have been 2,000,000 new trees planted, consequently the crop of 1880-81 should exhibit a marked increase over that of any previous season. The Yera Paz or Coban district, which Has its outlet on the Atlantic, via Yzabal and Belize, has been specially sought after by Germans and Americans, and is being industriously developed in its coffee-bearing qualities. The land and labour are cheaper than on the Pacific slope ; but the yield per tree is very much less, being an average of 1 lb., while on the Pacific slope it reaches 3 lb., and even 5 lb. in some specially favoured localities. Nevertheless it is questionable which section will, in the end, produce the better results. Boddam-Whetham points out the existence of several disad- vantages in the country, viz. : — the want of good roads, and the liability of losing most of the labourers at a moment’s notice, in the event of their being required for military service ; on some plantations, too, water has to be conveyed in flumes from a distance. The advantages are that the climate is pleasant, as the plantations are situated between 2000 and 4500 ft. above the sea-level, and that hitherto there has been no disease, all the conditions for good crops being favourable. Coban coffee has a peculiar delicate flavour, and the fine plantations that are gradually arising, point to a prosperous future for this section of Yera Paz. The crop of 1878 was exported principally to the following countries : — California, about 7,500,000 lb. ; England, 6,300,000 ; Germany, 2,800,000 ; France, 2,500,000; Belize (chiefly for England), 800,000; New York, 400,000 ; Belgium, 200,000 ; South America, 170,000. It was valued at 16 c. (100 c. = 4s.) a lb. at the port, but was barely worth 13 c. In the lower districts, the beans are dried by being spread on a patio ; at higher altitudes, they are placed in shallow trays with perforated bottoms, and a current of warm, dry air is made to circulate through the building. The coffee is transported mostly on Indians’ backs, a bag (100 lb.) is a load, and 18-24 miles constitutes a day’s journey, the pay for which is 9 d. Guiana . — Coffee culture in this colony seems to have been o 194 LOCAL DETAILS OF at its height in 1803, when nearly 10 million ponnds were shipped. Since then it has gradually declined, and, in 1874, the exports were but 40,000 lb. Honduras . — The soil in favoured spots is very fertile, and in the gardens of Machaquila and Peten Stik, are coffee-trees yielding 7 and 8 lb. of berries. In the neighbourhood of the Belize Eiver, Indian labour is available, and this side of the continent is much preferable to the Pacific slope, where much coffee is grown, on account of soil and climate, and more particularly as regards the effect of the sun, for it is more or less cloudy here throughout the year, affording the requisite shade to the plant. The lands here at 500-2000 feet above sea-level, are better than the hills in the interior, if for no other reason on account of the facility of transport. India . — Coffee cultivation in some parts of Southern India has remarkably increased of late. The following concise statement from official sources shows the condition of the culture in the three provinces of Madras, Mysore, and Coorg, in the season 1876-7 : — Madras. — Under mature plants, 49,350 acres ; under immature plants, 15,711 acres; total yield about 13£ million pounds ; average yield per acre of mature plants, 268 lb. Mysore. — Under cultivation, 115,315 acres; total yield, about 6J million pounds ; yield varies from 1 \ to 103 lb. per acre. Coorg. — Under mature plants, 35,150 acres; under imma- ture plants, 9000 acres ; total yield, about 12 million pounds, average yield per acre of mature plants, 339 lb. Large reserves fit for coffee-growing still exist in the Nilgiri Hills ; but the Government is unwilling to encourage further deforestation. In the Wynaad district, there are reckoned to remain 200,000 acres of reserve suitable for coffee. The chief seats of the culture are the Wynaad, the Nilgiris, Mysore, Coorg, and the Shervaroy Hills. The Wynaad, officially divided into north, south, and south-east, is a district in the collectorate of Malabar, about 70 miles by 25. Its coffee is conveyed to the coast for curing and shipment, that CULTURE AND PRODUCTION. 195 from the northern division to Tellicherry and that from the south to Calient, principally on pack bullocks. The Nilgiris are a spur of the Western Ghat range, running eastward, and form a bold and lofty group of mountains, containing the culminating elevation of this part of India, at upwards of 8000 ft. above the sea-level. The slopes adjacent to the approaches to Ootacamund are covered with coffee plantations on every side. Labour is not over-abundant, the climate being found rather too cold and wet for the natives of the low countries ; but many advantages of soil and climate render the district eminently suited for coffee cultivation. Some of the plantations are situated as high as 6000 ft. The port of shipment is Calicut, to which the crops are conveyed for a considerable distance by water. The Shervaroy Hills are situated in the centre of the Madras Presidency. Coffee cultivation has not made great progress so far, nor is the yield large. Possibly these hills are situated too far from the sea-coast, the climate being thus too dry; but by the judicious use of shade, such, for instance, as that of the jack- tree, this difficulty might be overcome. The district possesses great advantages in connection with labour supply and cheap transport, being tapped by the Madras and Beypoor Railway. In Mysore, the principal districts where coffee culture is carried on are Munzerabad and Nugger. The slopes of the hills that rise on the plateau of Mysore are thickly clothed with plantations; and on the Bababuden range, there is hardly a spot fit for coffee raising left unoccupied. The produce fetches the highest price in the London market. The port of shipment is Mangalore. This district furnishes labour to Coorg, and the Wynaad. The district of Coorg is some 60 miles in diameter, and its estates may be divided into three classes, each having peculiar advantages and draw- backs — the Mercara, the Ghat, and the Bamboo districts. The Mercara plateau varies in elevation from 3500 to 4000 ft., and is equally exposed to monsoon rains and dry easterly winds. It is well watered, the rainfall reaching 121 in., and being equally distributed throughout the year. Great o 2 196 LOCAL DETAILS OF precautions are needed against wash ; shade is not usually required. The Ghat district was originally covered with thick forest, thus yielding a rich soil, whose fertility was increased by abundant humidity of climate. The estates have, however, been much injured by constant deforestation, by wash, and latterly by drought, and its attendant evils. The Bamboo district has an elevation of 3000-3300 ft., and an annual rainfall of about 65 in., gentle and seasonable. The ground is undulating, and the soil is very rich, not being exposed to wash. Shade is essential. The seasons and operations in Southern India resemble in general those of Ceylon, but possess some peculiarities worth alluding to. There are distinct zones within which coffee will succeed ; this is especially the case in Mysore, as has been admirably illustrated by Lewis Bice, in his exhaustive work on these regions. The raising of nursery plants is much more difficult on account of long drought and dry winds ; abundance of water is, therefore, of vital importance. A northern aspect is best, being most moist during the dry season, and possessing the most uniform temperature : but it will be modified either eastwards or westwards, according to the locality, so as to suit the prevailing wind. On the western slopes of the coast ranges, the south-west monsoon bursts with such force that coffee cannot withstand it ; in that situation, therefore, an easterly tendency of aspect is impera- tive. Further inland, the drier and hotter climate will compel a westerly deviation, so as to catch as much as possible of the monsoon rains. In the western or wetter districts, shade is inadmissible ; in the eastern or drier districts, it becomes a necessity. The plan of leaving individual trees when the forest is cleared, is an objectionable and obsolete way of securing shade. With the first rains after the burn* there springs up an abundant of saplings of the charcoal tree ( Sponia Wiglitii ). In two years, it forms an ample shade for the coffee plants ; but as it grows older, the foliage becomes thin ; the tree, moreover, is but short-lived, and its timber is soft and watery. While, therefore, it affords an CULTURE AND PRODUCTION. 197 excellent temporary shade, it must not he relied upon for permanent shade, hut he replaced hy other growths ; being extremely light, its removal need not damage the coffee. It must be cut down while still living, as its death is said to kill the coffee under it. For permanent shade, preference seems to he given to the jack-tree, as in Ceylon ; hut the Bauhinia , Poinciana regia , mango, and others have their admirers. In Mysore, all coffee grown is subject to an excise tax of 4 annas (6