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A PAPKK KBAr HEFOBB l^c ^o^?af @ofontaf institute On APBIL 9th, 1889. SIR PREDERiCK YOUNG. K.C.M.G. ' In the Chaib. {Reprinted by pennission^Jrv^t^ " Praeaeiin^fi of the JHnHhiU}.") Mf the stanji cattle of tiij ■y be describe; time is toward s agriculture ! customs, tliDi doubt that tli^ Jerfected as * rocesses of tii'- ravvn. of this great tied, and thi^ taral increase 'S to leave th^ fcry pi-esents a does Canada, i is shown bv ve lauded on United States 52 50 16 59 )8 J6 )6 !1 '9 4 ! quarters of n one." On Fream, and iimigration, Canadian Lands and their Development. 5 ^as the subject of frequent observation and discuBsion between is. He has since put the conclusions at which he arrived in yery admirable language ; I agree with it fully, and quote it here, lidopting his conclusions and his facts as my own. Dr. Fream lays:* — " Probably no country in tho world offora so wide a choice to the settlor as and mineral wealth of Canada, they obtained a better insight into the countjry than could be obtained by any other means. Pro- bably nothing has ever done so much to -make Canada known in this country as the wonderful display at the Colonial and [ii'lil bheJ tl III iioui [niiJ ' -ail tin ''wy It. oJ tho Atlant,.,. Jiitward voyago- >f the 3toera:^.> )ainor Parisian. occasion I got rtons, and I not mth omigrantfj. ■a, are ojccollcut s aro woll-airod 1 i^hip the same iljle in a house, praotico of th ■ eiy pleasantly ce tho voycL^', ecially praise- separation of Ijoya havo ono ildron, another urse, they can ndnoe to tho ft ad amgng is worthy of y are met and ihe Dominion of buildings ►tained if the be had for a oing, and the id little ones, y&y he speeds e the journey ill appreciate are so fitted iger, so that, If out and go iree shillings uoh he takes ist method ie clearest '„" we are iral shows roduction.> isighL into .n8. Pro- la known onial and Canadmn Lands aiid their Development, 7 tii'lian Exhibition— the apples and fruits from Nova Scotia, kheose and butter i'rom Ontario and Quebec, and the golden grain uu the vast prairies, tolling the story of the fertility of its soil >Gtter than could any book. It is to be regretted, therefore, that It the great show of the .Royal Agricultural Society at Windsor k) e popular stand of the Canadian Government will be absent — the first time for many years. As this will be the grandest exhibi- biou of the kind the world has ever seen, and one over which our I-iiiipress Queen will preside, I cannot help thinking thai the fi lits and wealth of our nearest colony should be represented. 1 . would have brought tho value of the land home to a larger lunubor of people than ever before, and in the most convincing 1 Manner. III. — Education. Next to settlement, nothing will be of greater permanent value I to the proper development of tbe agricultural lands of Canada [than sound education in tlie practice and science, bound up n tho proper working and management of the soil, the plant, and the animal. The agriculture of the United States, as well as that in some oi the Southern portions of Canada, has bee:^ carried on without that kn...v' ige, and the only result that is to he .ee-i following tbe work of man is a decrease in the produce oi the soil to an extent that is almost incredible. Ton yefurs ago, for example, the wheat lands of the United States were yielding their sixteen bushels to the acre — (itself a small crop) — whereas to-day they are producing something like nine or ten bushels. Canada has been more fortunate, and I am delighted to see, from th>. last returns of the Minister of Agriculture, that the wheat lands of the whole Dominion show an average yield of twenty bushels to the acre ; whilst in the older districts, such as Nova Scotia, the yields are fairly well maintained, owing to the extensive mixed farming which there prevails. Even in Ontario, about which we hear so much of exhausted lands, wheat shows an average yield .over the last six years of no less than 18^ bushels to the acre, or nearly double that of the United States. When V7e go out, how- ever, to the newer lands — the prairie soils — in Manitoba, all of which have been broken up within the last six year's, we find, in the year 1887, that wheat averaged thirty bushels to the acre, barley thirty-six, and oats fifty. I was astonished, on visiting these lands, to notice to what an extent mixed farming had been adopted, the first object of every settler evidently being to get f mmmm 8 Canadian Lands and their Developvient. one or two cows, and in some cases magnificent herds have been estabhshed. This point I shall deal with later on. All I wish to leii,d up to at the present moment is the fact that, scattered throughout Canada, are Government stations and exi^erimental farms, from whic^. the best information is disseminated amongst the settlers, both through the Dominion Ministry of Agriculture and the various departments o: agriculture in the provinces. At Guolph, in Ontario, is also one of the be-^t equipped agricul- tural colleges 1 have yet seen, vdth an experimental farm and dairy attached. Before proceeding to deal with these, I should very much like to point out that the question of colonisation generally, and the settlement of the new lands of our Empire, has been recognised in our own country by the establishment at Hollesley Bay, in Suffolk, of the Colonial College and Training Farms; and I have been favoureil with a list of the students who have already gone out from that Institution.* They are scattered over every part ol the world, in British Columbia, Wyoming. New Sorth Wales, South Africa, New Zealand, Tasmania, Victoria, Ceylon, North- West Territories, Manitoba, the Argentine, Ontario, Queeiisland, Florida, and New Guinea. It is a curious fact, however, that by far the largest number of students have gone to Manitoba, the extent of the preference for this country not having been noticed even by the authorities of the College until the list for which I asked was made out. It is very evident that the instructions given at the Colonial College will have a very great influence on the future of Canada, and I therefore make no apology for giving the following extract from a letter sent tc me by Mr. Kobert Johnson, in answer to my inquiries as to what the College was doing : — " Our system hab r^nvo been well tested, for quite a number of fellows have gone out to the Colonies, and bad their qualifications practioally tri«.d. The result so far has been most gratifying, for the young men >!ent out from us quickly appreciate the immense advantage which their knowledge gives tiiem over those who have had no training, and of whom tliey write rather frooly as 'greenhorns.' Another great adv;,ucage of a College of this kind has also been already abimdantly proved, i.t., the great facilities which it alTords for the settlement of the young fellows. The College very wisely declines the responsibility of actually placing the lads, but it gives introductions to responsible people in the ColoHies, who have expressed their willingness to further the interests of its pupils. Another advantage is that friendships are formed here among the pupils themselves, who arrange to go out together. Several pairs of pupils are going out in this way this spring, and I need not jiut lonj |e ilh 3rin 3ese ther, iforn ilue, Jdfri lisC' Jope itenc eally jfcount "fi "I Canadian Lands and their Development. 9 Dint out how muoh pleasanter and safer this is than if they went out singly long strangers. This will work advantageously in another way, which may illustrated thus : — By next year there will bo Colonial College students srinkled all over Manitoba (for example), that is, in all ptrts of it. Now, ?ese studeu*;3, even if they do not see much of each other, will write to each ther, and corupare notes of the relative advantages of their several localities. iformatior v/ill thrs be circulated among them which may bo of infinite ilue, to say nothing of the feeling of confidence which the neighbourhood of friends must tend to give. I quite feel that there is a wonderful future for lis College, if it is wisely and carefully worked, as there is every reason to 56 it may bo. Its organisation is being steadily and rapidly (if quietly) stended throughout the British Colonies, and in a few years it ought to do Bally good work in strengthening the ties which unite them to the Mother fountry." I have myself paid several visits to tne College, and I have ^een struck with the fact that, in a little book* recently published, n-itten by two sons of Professor A. J. Church, who have settled Canada, the necessity of practical knowledge just in the form which it is given at the Colonial College is insisted upon. In Canada itself, however, every facility is now afforded for le acquirement of the vequisite knowledge. In company with *rofessor Eobertson, I spent a day at the Ontario Agricultural Jollege at Guelph, which was established fourteen years ago, and ?hich gives a general commercial English educatiou , combined rith technical education in agriculture. The College itself is an cceedingly handsome building, whilst the farm is a well-arranged rea embracing different soils, lowlands and uplands, covering )0 acres. It was purchased by the Provincial Government in I for £15,000, and up to the end of 1880 had cost for live bock, implements, drainoge, &c., no less than £45,000 more. Its president is Professor James Mills, ]\I.A., under whose able irectiou it has become one of the best in the country. A great jature of the College is that the students themselves are enabled obtain great reductions in the already low fees by their labour the farm, thus, in some cases, reducing the fees to a mere tomiual sum. In 1887, on the farm itself, the students earned less than £640 by their labour. The College is, of course, very li'gely helped by grants from the Government. In order that it lay be seen how the College is worked, I would mention that the ses are as follow : — * Making a Start in Canada : Letter? from Two Young Emigiants ; wth Introduction by Alfred J. Church, Professor of Latin in University College, iiondon. Seeley & Co. 10 Canadian Lands and their Development. (1) The entire cost to an Ontario farmer's son able and willing, with con- siderable exporiance in farm work, is from £10 to £14 per year for board, washing, and tuition. (2) To an Ontario young man, without any previous knowledge o! fa.ming, £12 to £15 a year. (3) To students not from Ontario, £13 to £20 a year. The financial stateraeut of the College and Farm, and what it does, was for the year 1867 as follows : — I. — Cqlleqe. £ 8. d, £ 8. d. (a) College maintenance 4,578 (6) Mainttnauce and repairs of buildings.... 1,077 5,655 Revenue from various sources (including tuition fees and balances paid for board, after deducting allowances for work, amount- ing to £1,141) • l.lGl Net cash expenditure 4,494 n The net sum voted by the Legislature to be expended on tin College was £5,163, consequently the unexpended balance for the year was £669. y II.— Fabm. £ s. d. Expenditure 1,842 Hcveuue 490 Net cash expenditure 1,352 On experiments the sum of about £500 was spent, whilst a rather larger amount had to be provided for the horticultural department. The total cost of all the departmetits of the college, farm, and garden was £6,993, and the net sum voted by the legislature for| their maintenance was £3,002, so that an unexpended balance ol £1,009 reniained for the year. The number of students at the college in 1887 was 110, of| whom 78 were from Ontario. They work on the farm or in the garden from 3i to 5 hours a day during all the months of the year, with the exception of July and August, in which moutbl tnere are no lectures, and they work in the fields 9^ hours per day ; and for this they receive from 2d. to od. per hour. The I following time-table, indicating tho class-room work froir. October 1 to December 22 (the fall term), will be interesting •.—- Canadian Lands and their Development. 11 ng, with con- : per year for ;o o! fa'-tning, ind what it £ 8. d, 5,655 1,161 4,494 >■• FiBST Year. Slondtiy : 8,45 ft.m., agriculture; 9.45, agriculture; 10.45, chemistry. "itesday : 8.45, agriculture ; 9.45, physiology and hygiene ; 10.45, veterinary fcnatomy. Wednesday : 8.45, agriculture ; 9.45, English literature ; 10.45, [jhemistry. Thursday : 8.45, bookkeeping, arithmetic, physiology, and lygiene ; 10.45, veterinary anatomy. Friday : 8.45, agriculture ; 9.45, oliomistry ; 10.45, arithmetic. Second Year. Monday : 8.45, mathematics ; 9.45, agriculture ; 10.45, veterinary patho- logy. Ttiesday : 8.45, English literature ; 9.45, agriculture ; 10.45, agricul- ^ral ohdmistry. Wednesday: 8.45, mathematics; 9.45, horticulture ; 10.45, ireterinary pathology. Thursday : 8.45, EngUsh literature ; 9.45, drawing ; 10.15, agricultural chemistry. Friday : 8.45, horticulture ; 9.45, agriculture ; 10.45, agricultural chemistry. The system of farm management is of a mixed character, cattle ind sheep being ket)t in large numbers, and good root, grain, and Jfodder crops being grown. First of all, as to the cropping, which ifor 1887 I was able to obtain. It was as follows : — ided on tlu iauce for the d. I at, whilst a lorticulturai e, farm, and islature for d balance o! was 110, of 11 or in the i onths of the lich ni0atll^ y\ hours per hour. The ! work from iresttng Field No. Acres. Crop. Yield per aore 1 19 Hay 1| tons. 2 17 Fallow 8 17 Barley 27 bushels, 4 20 Pasture ' . . . . 6 20 Bush and winter wheat .... ^Turnips 510 bushels. fi SJO J '^^'i'^olds 450 bushels. " 1 White Belgian carrots 500 bushels. ( White Australian oats 35 bushels. 7 17 Hay.., 2 J tons. 8 20 White Australian oats 32 bushels. 9 20 Mensary barley 30 bushels. 10 20 Oats and orchard .... 11 23 Hay 2 tons. 12 23 Pasture 13 20 Hay 1^ tons. 14 24 Experimental field . . . . - 15 20 Pasture 16 25 Pasture 17 90 I Vineyard ^' ^" \Hay Iton. 18 13 Hay If tons. iq qn ( 'jol^ion vino peas 30 bushels. <^ ( White cluster oats 20 bushels. 20 20 Bush 21 12 Mensary barley 25 bushels. The live stock on the farm consisted of the follo^Ying : — Horses : working horses on farm, and 2 for experiment and instruction, hlue £330. Cattle : Shorthorns— 1 bull. 3 cows, 1 heifer, 12 Canadian Lands and their Development. value £480 ; Hereford— 1 bull, 2 cows, 2 bull calves, £630 ; Galloway ~1 bull, 2 cows, .1 heifer, 1 bull calf, £210; Polled An^!;a3 — 2 cows, 2 heifer calves, 1 steer, £180 ; Ayrshire— 1 bull, 2 C0W9, 2 bull calves, £142; Devon — 1 bull, 1 cow, 1 bull calf, £90 ; Guernsey — 1 bull, 1 cow, £50 ; Jersey — 1 bull, 1 cow, 2 heifer calves, £130; Holstein — 1 bull, 2 cows, 1 heifer calf, 1 bull calf, £156 : West Highland— 1 bull, £10 ; Grade cattle— 25, value £271. Sivine : 6 Berkshire and 1 New York, £36. Sheep: Cotswold — 10 animals, value £36; Oxford — 12, £85; Shropshire— 11, £88; Southdown— 5, £21; Hampshire— 2, £7; Cheviot — 5, £27 ; Leicester — 6, £25 ; Lincoln, 3, £18 ; Merino — 2, £4 ; Highland, 1, £4 ; Grade ewes— 21, £26. Probably this is the only farm in the world on wliich so large a number as eleven herds of cattle and ten flocks of sheep, all of pure breeds, are to be seen ; and it is well to know that these animals have been imported chiefly from England, the approxi- mate cost in each case being as follow : — Cattle. Bull. Aberdeen Poll £100 Hereford 90 Shorthorn 80 Holstein 70 Galloway 70 Jersey 60 Devon .50 Ayrshire 50 Mean 71 Sheep. Ram. Southdown £30 . Shropshire .30 Hampshire 26 Leicester 20 Cotswold 20 Oxford 15 Lincoln 16 Mean 'j,2 Heifer. £70 40 60 5.5 50 50 40 40 50 Ewe. £10 8 8 7 7 8 6 Since it has been in the liands of the College, entirely new sets ol farm buildings and College adjuncts have been built, the latest being a very fine laboratory, which was finished shortly before my own visit. The new farm buildings are exceedingly handsome, and with their courts cover an area of over an acre. They have a south-eastern aspect, with drainage to the north, and stand on Canadian Lands and their Development. 13 a very Jeep, stiff clay loam. The general plan is a square, having a barn with the cattle under on the west, the sheep on the north, the bulls on the east, an'l the horses on the south side. The barn is 130 ft. by 70 ft., the horse range 150 ft. by 30 ft., the sheep loO ft. by 30 ft., and the bull shed 40 ft. by 80 ft. There is a 30 ft. outside court for the sheep the whole length of their building, inside the square, and thus facing the south, and the hulls have separate outside courts on each side in connection with their separate inside boxes. " The barn is built upon 12 ft. stone walls, so that the cattle have a clear overhead of 10 ft., the barn proper being constructed entirely of pine timber, with a height from floor to apex of 45 ft., and to cupola of 65 ft., so that U'oin the cattle floor the building measures 77 ft. in height. The barn floor has two detached granaries, with feed-roc^-'. Ijt'tween, corresponding to one below, and there the straw-cutter and gi'inder are placed. There are also 14 straw and turnip shoots, passage^ to horse and sheep lofts, and 12 doors equally distributed all round, in addition to windows and ventilators. The principal entrance to the cattle is on ohe angle between barn and horses, where steps descend to the level of all the buildings, the site being a sloping one. All the cattle are immediately under the barn, and occupy the whole space, with the exception of 16 ft. the length of the barsi on the west side, which is cut off by a 14- iiich brick wall for root cellar.s and feed-room. These cellars are floored with grout and cement, the outside walls being first lined with inch joards, then laid with tar-felt paper, and covered with liiiished tongue and grooved with narrow boards. The feed-room iii 21 by 16 feet in centre of buiUling between cellars, having sading doors two-thirds of the front upon passage way to cattle stalls, where a two-ton platform weigh scale is placed. The root- pulper stands in the feed-room, in line between the cellar door^i, and is driven by a belt from the engine shaft" above. The stair, or access from barn, breaks upon the feed-room from the north •^ide. The accommodation is for sixty-seven cattle in seven single :'ovvs, as follows : — For large cattle tied up, 34 head ; for small (attic tied up, 14; calves in pens, 11; loose boxes, 8. These boxes are on both ends, the calves between two rows of cows with a door on each side, and all the rows cross the building, or edge on the fced-roorn. Watering troughs are attached to the feeding troughs ni every row, the floor grouted and cemented, and box ^talh^ laid with cedar blocks. Feed passages are six feet apart between water troughs, and main passages eight feet in width 14 Canadian Lands and their DevcLopmcm. Double stalls, 7 feet 4 inches, centre to centre ; single, 5 feet ; half the boxes are 20 by 17, and half 15 by 11 feet ; calf pens, 7 by 8. The space behind the cattle is eix feet, a door opens into manure court at each row of cattle, and passages lead to horsee and sheep. Light is admitted by thirteen windows in addition to those over the six doors to court. The horse range has stalls for fourteen single and one double, with three boxes. Three of the stalls are six feet, all other 5^ feet in width, boxes 12 by 12; feeding passage seven feet, and the space behind horses is eleven feet. The floor is cedar block pavement. At the end adjoining barn is a small room for extra harness, that for daily use being in a press upon the wall behind each team. The teed-room, 80 by 10 feet, will hold cut hay and oais. As it was proposed to use cut hay only, there are no racks, and the mangers are div- ied for hay and oats. Straw is got by four shootB behind horses, and there are corresponding openings in front should long hay be wanted from the loft. Double doors, with an eight feet passage between, divide the building — the owq to the m,,nure court and the other from roadway, with two ordinary doors to said court, and two on end near bull shed. Water is got from three hydrants inside on the head passage, ' and light by eighteen win- dows. Ail the stalls and boxes are fitted with pillars and top rails. The horse loft is arranged to be filled with hay by a horse hay-fork. The sheep range is divided into live inside and six outside compartments — dry, solid soil inside and gravel outside. A live-feet passage runs throughout, with hay-racks upon sub-divisions opposite ' shoots from loft ; water is supplied by three hydrants. There is a wool-room, grain bin, separate lambing pens, and pens for each of the stock rams. Eight feet doors open into the special court, which is fenced from the large manure court by a lour- feet stone and lime wall. The bull shed is a separate building, 40 by 30 feet, having a ten-feet centre passage, with six boxes on each side, 14 by 14 feet, and one for straw. Each box has an outside fenced yard of 14 by 14 feet. Overhead is for hay, straw, and gram. The yard enclosed by the four ranges just described is surrounded by au eight-feet causewayed sidewalk, excepting on the sheep side, which is taken up by a special court for them. The manure fronj all classes of animals is taken immediately into the large court, in centre of which are two cemented brick tanks — one for the liquid froin stables, the other for rainfall from buildings. Any over- accumulation of mixed liquid from the manure is taken into the Canadian Lands and their Devcloptncnt. first tank, and both tanks have an overflow into the open ditch north of tho buildings. This manure court is laid with rough t)rokeu stones, and blinded to an average of four inches with sharp ifravel and cinders. Many other items could be enumerated, such as galvanised iron sliingles, horse stable walls inlaid with brick, ventilators all over, rope and pulley covers for all trap openings overhead, three coats of paint everywhere outside, a 17-horse power portable engine, with cable rope for a separate houf5e fifty feet, distant, driving straw-cutter, root pulper, grain grinder, and threshing machine as required in the barn and feed-room. Shortly before my own visit a new silo had been added, and this was being filled with maize chopped in half-inch lengths, from which very good food was expected. The fullest details are kept of the produce of the farm. In ten years, from 1878 to 1887, winter wheat averaged 27 bushels per acre ; spring wheat, 17 bushels ; barley, 32 bushels ; oats, 40 bushels ; peas, 29 bushels ; hay, 1| tons per acre ; mangold, 24 tons; swede turnips, 19 tons ; carrots, 595 bushels ; and potatoes, 114 bushels. In addition to this, experiments are continually being conducted, and not only on the farm itself, but farmers are interested in the subject by being asked to test new varieties of cereals in a similar manner to that which has been adopted by the Bath and West of England Society in our own country. In 1887 no less than 78 farmers made experiments with the best varieties of grain, in conjunction with the College. Elxperiraents on manures, on feeding, and on dairying are made, and the whole results are given in bulletins, which are scattered by tens of thousands throughout the country. I must apologise for dealing at so great a length with this ('oilege, but really it is an institution which has a greater be;).ring on the agricultural development of Canada than we realise in this country. Go where you will in Manitoba and the North- West, it will be found that the great bulk of the settlers Lre from Ontario. The live stock, whether of horses or cattle, tound on these new lands are not, as a rule, imported direct from ihe old country, but from Ontario. What is done in this province iias a bearing over the whole country ; the work of the Ontario (. allege has a widespreading influence in bringing about the very best management of the soils, plants, and animals in every part of the Dominion. It, therefore, helps on the highest development t'f the lands of Canada. it iimst not be forgotten aleo that this institution is but a com- 16 Canadian Lands and their Development. plement to an educational system, which is unsurpassed by any in the world. In tlie early days of the provinces of Ontario and Quebec, the Government set aside largo areas of Crown lands, the money accruing from the sales of which have been and are apphed to educational purposes. Commencing with the primary schools (which in these provinces at any rate are free), we find them maintained partly by a school tax levied on the lands situated in the school sections, and partly from grants from the Government, which are given out of the funds above alluded to. These schools; furnish a good English and commercial education, while recently agriculture has been added to the list of subjects taught. For this a very good te.xt book has been adopted. Besides these there are the high (or, as we should call thera, grammar) schools, in which the classics and modern languages are added to the course taught in the primary schools. Then there are the various colleges, which in a large part were fostered by the various denominations. Each province has several such institutions, which are officered by men of noted talent in their particular branches, and many of them by men of world-wide reputation. Some evidence of the work done by these institutions may be found in the great spirit of religious toleration which is evident in all parts of Canada. The Toronto University is com- posed of .the various sectarian colleges, including the Catholic one, and the same is the case at Winnipeg University, which is also an amalgamation of all the sectarian colleges of Manitoba — all oi which work together as one university, under the presidency of the Bishop of Rupert's Laud. In the arts faculty of Toronto no fees of any kind are exacted, and in most of the colleges of the Dominion (as is the case in the' high schools), where fees are exacted tliey are merely nommal. The faculties in connection with Toronto University, and those of McGill University at Montreal, will compare favourably with those of the old univer- sities of the older world. Sir Daniel Wilson is the president oi the Toronto University. Sir William Dawson of the McGill Uni- versity, and Dr. G. M. Grant of Queen's University at Kingston ; and it is sufficient to mention their names to show that too much has not been claimed for the institutions over which they preside. As progress aod education go hand in hand, the maximum of education means the maximum of advance. Such educational facilities as I have indicated show how fully alive are the Govern- ment and people of Canada to the importance of making know- ledge the foi'.ndation of all development. Canadian Lands and their Development. 17 IV. — Experiment and Example. The Collef^e at Guelph was established by the provincial legis- lature, the Bill for the purpose having been introduced by the Hon. -lohn Carling, v^ho was then a member of that body. That gentleman is now a member of the Dominion Parliament, and a very excellent Minister of Agriculture. Having seen the bene- ficial results which followed the establiBliment of the Guelph College, he has signalised his term of otiice as a Minister of the Crown by th(j further estabhshnicnt of a cfutral experimental farm at Ottawa, on the borders of the provinces of Quebec and Ontario, as well as others at Nappan, Nova Scotia, for the marif)inio provinces; at Brandon, for Manitoba; at Indian Head, for 'the North- West territories; and at Agassiz, for British Columbia, Pre -ious to their establishment, Professor Saunders, P.E.S.C, made a report on the whole subject, after visituig many similar colleges and farms in the United States. The result was that these experimental farms were established, their objects being : — (a) To conduct resoarchos and verify exporiments designed to teat the rolaUvo value, for all purposes, of different broods of Rtock, and their adapta- bility to the varying climatic or other conditions which prevail in the several provinces, and in the North-West territories ; [h) To examine into scientific and economic questions involved in the production of butt;Gr and cheese : (c) To test the mGritb^ hardiness, and adaptability of new or untried \-arieti03 of wheat or other cereals, and of field crops, grasses, and forage plauts, fruits, vegetables, plants, and trees, and to disseminate among persons engaged in farming, gardening, or fruit-growing, upon such conditions as are proficnbod by the Minister of Agriculture, samples of such surplus products as arc considered to bo specially worthy of introduction ; ('i) To analyse fertilisers, whether natural or artificial, and to conduct experiments with such fertilisers, in order to tost their comparative value as ftpplitid to crops of different kinds ; [(■) To oxamhie into the composition and digestibility of foods for domestic animals ; (/) To conduct experiments in the planting of trees for timber and for she! tor ; ('jf) To examine into the diseases to which cultivated plants and trees are imbjcot, and also into the ravages of destructive insects, and to ascertain and test the most useful preventives and remedies to be used in each case ; (h) To investigate the diseases to wliich domestic animals are subject ; (f) To ascertain the vitality and purity of agricultural seeds ; and (,;) To conduct any other experiments and researches bearing upon the agvi.-iilluraJ industry of Canada, which may be approved by the Minister o£ Agriculture. 18 Canadian Lands atid their Development. lu company with the Hon. John Carling, to whom I am indebted for many couitesieg, Dr. Preain and myself visited the Central Farm, near Ottawa, and we were both very much im- pressed with its situation and management. It occupies sorao 500 acres, and, although it had been only established for a year, Prof. Saunders (wlio is the director of allthose farms) had already many important experiments under weigh. I was extremely pleased to find that, from the first liioment of tho working of i^ha farm, an endeavour was made to interest tho ordinary farmers of tho Dominion in its work. One of tiie most important factors \n the farming of Lhoso large areas of fertile lands in the North- West must be the acolimatisatiou of ,|uu;k ripening varieties of graiu. The soils are fertile ; but late summer frosts may be dangerous, and BO quick-growing crops are necessary, if the results of farm- ing are to be always depended upon. With the establishment of these farms, therefore, trials were commenced with Ladoga wheat, a variety obtained from northern Russia. Small bags oJ seed were also sent out to settlers in Manitoba and the North West. The experience at 0' tawa is that this variety will ripcti at least a week earlier than th.> red Fyfo, and I think, from what I saw in north-west Manitoba, that this will be confirmed. I myself saw it growing side by side with the red Fyfe in at least thirty instances in north-west Manitoba, and in only one case was tho'e any doubt as to its greater earlinoss. In that case my friend. Dr. Fream, examined tho two crops very carefully, and expressed tho opinion that tlie Ladoga was the most forward. Should this prove to be the case, the exceptional frosts in tho early summer (which are only occasional, and only occur in some districts, chiefly low-lying ones) will do oven less damage in tho future than they havo done in the past. It is a useful work, and one that will materially iiolp in the settlement of the country. It may not be out of place to observe here that in the old provinces it was not an unusual occurrence for the earlier frosts in autumn to damage tlio wheat and (jther cereal crops, but witli improved cultivation t!iis condition of things ceased. Princi? Edward Island affords a :,'ood illustration of this. Parliamen- tary records show that applications wore mado to the Ijegislaturc for rehef upon that very ground, which relief was granted. Eariy settlers in Ontario suffered from a similar state of things, thougl;, perhaps, not so continuously as those in Prince Edward leland. It is very feasible to imagine that as the tilth of the^soil becomes finer, and the drainage more perfect, moru heat is absorbed and Canadian Landa and their Dcvalopment. 19 roLainod. It m (,y bo iliat this will be the caBo, also, with the piairio lands, ami thai with cultivation and sottleniont the occasional dan^or from Hununor h-ostn will disappear. In addition to this, I learn that this year sainploB of nearly evury variety of ^rain and pulso crops grown in Europe have benn obtained, and will be tested. As Ottawa has a climate which represents the average condition of a largo portion of settled Can!i.da, and which is favourable to the growth of grapes, and fniits of most kinds in the open, and in which cereals and most field crops can be grown successfully, tlie introduction of new crops may be safely expected, and these cannot but ali'ord now sources of wealth. The investigations into tho causes of plant diseases hi. d already made some progress, and at the time of my visit a very iDt.-ireating roport on " Smut in Wheat" — an important matter to »;, country wliich exports grain so largely— was being issued. The favni buildings are very commodious, and well adapted for tlu! purposes for which they are intended. This year they will bo IJIled with cattle, sheep, pigs, and horses, and the whole will undoubtedly prove a very useful central station, from which practical information will go forth which cannot fail to improve tho standard of farm pi-actice in the Dominion. The other experimental farms wore being prepared last year, iiud will commence their labours this. I only saw the site of that at Indian Head. This' comprises one entire section and an angle between the section and the Canadian Pacific railway containing 48 acres, in all 688 acres, and 'is situated east, and adjoins the town site half a mile from the station. The rail- way passes along the south boundary, from which a fine view of the whole farm can be seen. Through the section two creeks run in a north-easterly direction to the Qu'Appelle river. One is the outlet for a lake six miles south ; tho other proceeds from flowing springs seven miles south-west. Those creeks, besides being of c,'i\'at value to the farm in supplying water and aObrdhig suitable ftlopo'i for all kinds of experimental work, will also beautify the site chosen in a way that cannot be easily surpassed by any prairie section in tho north-west. The soil is a black loamy clay on the northern portion of the section, changing to sandy clay loam, with a fow gravel ridges on tho southern part. The subsoil 's a very porous clay, which easily absorbs all moisture and ret.uns it during the most severe drought, underlying the surface Boil from twelve inches to three feet. Hardly any amount of 20 Canadian Lands and their Development. m rain or dry weather can sovioualy affect the crops. Tho whole of the Boction was hrokcii in 1882-3 by the Boll Farming Company ; and has by them boon under cultivation ever since. When the Govornmeut obtained possession at tho bogimiing of last yooi", no part of it wan plou^'h('d, and conKoqnontiy no preparation for experimental work conid be made until npring opened. Duriii;; the winter, plans of buildings were made out, and when sub- mitted to the proper authorities, wore approved of by them as suitable for the country. Tenders were asked for thoir erection, and last autumn the contractor was at work at tho foundations. The buildings to be put up comprise siuperintcndent's house, horticulturist's and foreman's dwellings, a basement barn UO ft. by 48 ft., and a horse stable. Sheep honse, implement house, and other necessary buildings will bo added this year. It is needless to say that all those will be of the most substantial character. In England we have derived great advantage from experimenl^! and example farms, and it is likely that equally satisfactory results will accrue to Canada. V. — AORICULTUIIB. It would be an extraordinary fact if we did not find sucli endeavours to build up a country on the truest lines amjijy responded to. The agriculture of Canada has responded nobly. Each year sees a great advance, not only in the cultivated areas, but in the productions of meat, dairy produce, grain, vegetables,' and fruits. Time will not permit a description of tho agriculture of each of the provinces, and its growth, The best farming of the older provinces is amply shown in the descriptions of the Guelph College and farm. Manitoba and the North- West territories are the lands which are now being developed, and [ will, therefore, confine my attention to those. The development hero has been very marked, and it is evident that too much is not clanned for these lands when they are described as " tho future granary of the world." I was very much amused at readmgma work* which was put into my hands as I landed at Liverpool last autumn, that m Manitoba " the climate is too Arctic even for wheat." I had gone through some hundreds of miles of country, over _the whole of which smiling fields of golden rnnZ^%"^v'',*''^,^u''"°' °^><^ his L'ompetitorB." By William E. Bear, tfonclon : Cobden Club Canadian Lands ami their Development. 'Jl riahi were oithor waving f^racefuUy, or boiug havvoatod to tho merry buz/ of tlin roaper. I had also obbainotl tho following iiioirefl, showing that tlio acreajro of j^'rain crops each yonv in steadily iiicruasiiig : — ACUKAQK 01-' ClUAIN CnOPS IN MaNITOHA. Wheat. Barley, Oats. Acres. AcieH. AcrcH, 1 884 .'}()7,02() 40,848 133,(X)4 1885 :}G7,47U 52, 1 8'J 157,026 1986 380,23 1 60,305 1.59,450 1887 432,000 56,000 155,176 1 888 520,000 70,000 1 70,000 Increase in 4 yearn 212,980 20,152 36,006 Tlieso figiircH «how that in four years the whoat aroa lias increasod by 70 per cunt. ; l)arloy, 75 por cunt. , and oatn, 28 per cent. They aro the boat answer to audi a curious niiaconcoption as that the climate of Manitoba is *' too Arctic oven for wheat." [n 1887 the average yields were 30 bushels of wheat per acre, 30 bushels of barley, and 50 bushels of oats, rarniiug also is more (-(!n*M'ally of a mixed character than 1 oxpectial to find it, while Jiere aro no less tlian 29 cheese factories — an increase of 13 iu iwo years ; and 2 creameries in the province. There aro also Honie excellent stock to be found on the prairies, and at Bins- earth the Manitoba and North-West Railway Company have establishod a very good stock farm, from which good pure-bred bull*:? of the shorthorn breed can be obtaintid. West of Manitoba we have the great North-West, consisting of Assniiboia, Saskatchewan, and xVlberta — unknown lands hut a very few years ago, but which are now beginning to be developed. The i^i'owth of agriculture here is very marked, the latest figures 1 liavc been able to obtain being for 1885. These have to be largely increasod now. They show the following growth since 1881 ;— 1881. 1885. Increase. Plorses, colts, fillies, and niulos . . 10,870 24,456 13,586 Working oxon 3,33 1 5,!)19 2,01S Milch cows 3,848 11,030 7,182 Other horned cattlo 5,690 69,557 63,867 Sheep 346 19,398 19,052 Pigs 2,775 22,642 19,767 lbs. lb.s. lbs. Homo-made butter 70,717 510,191 439,474 cheese 1,C60 10,270 9,210 Acres. Acres. Acres. Wheat 5,078 67,255 61,577 Barley 11,605 11,605 Oata ,35,343 35,343 Potatoes 811 3,676 2,865 Cultivated hay 428 428 V 23 Canadncm Lands anA their Development. The ranching industry is being well developed, and I was pleased to see how greatly liorse ranching is being established. Sir John Lister Kayo is doing a good work in this matter, having imported a large number of pure-brod stallions and high class half-bred mares from this country. Tho health of the horses has, I hear, been good during the whole of the past winter, and it is very evident that the Minister of Agriculture is right when he says that " horse ranching in Alberta is becoming an important industry, and the "^ ^ "ovemeut in breeding, owing to judicious selection, attracts tl^i notice of all tho visitors there." Prom Atlantic to Pacific there is this evidence of growth in agri- culture, and growth too iu tho right direction. Many visitors go to the new lands iu the North- West expecting to find a very rude agriculture — wheat growing alone, or rough ranching alone. They will soon find out their mistake, for they will come across bits of farming that would be no discredit to this country, and herds that an English owner would be proud to have adorning his park. Some of the new se!:tlers — men who were utterly ignorant of agriculture until they arrived in the country — do not farm so well as they o ight, but they are gradually brought by the example and help of tho better men into a fairly good system. I have neither the object nor the intention of painting Canada as a paradise : it has its liillticultieR as well as its advan- tages for the new comer as for the old, settler. But honest and intelligent labour will secure tlie advantages and vapidly over- come the difficulties. VI. — Twenty Years' Progress. The following tables may be of value as showing how greatly Canada has grown during the past twenty years, so far as her exports are concerned : — (1) Exixyrt of Forest and Agricultural Proikicts. Forests. Agricultural ProduotB. ■ 1S08 £3.652,400 .» ^^2,574,200 1878 b,002,2OO 3,601,000 1887 4,097,000 3,765,200 (2) Exports of Aitimals, and their Produce. 1868 .... £1,378,600 1878 .... £2,803,800 1887 .... £4,850,000 (3) Exports of \V7ieat and Flour. To Great Britain. To United Statoa. BuslielR. Bushels. 1868 1,398,000 1,698,000 1877 2,680,000 500,000 1887 6,776,000 364,000 Canadian Lands and their Development. Q& (4) Exports of Cheeso. To Great Britain. To United Stattw. 1868 £110,000 £13,800 1877 690,000 B9,000 1887 1,418,600 6,133 (5) Exports of Butter. To Great Britain. To United States. 1877 £550,000 £13,000 1887 151,400 8,400 (6) Export of Apples. To Great Britain. To United States. 1868 £8,881 £7,146 1877 33,723 5,377 1887 129,836 39,522 In these we have a yery good picture of the growth of the exports of agricultural produce— steady progress being maintained in every branch, except that of butter — a matter to which attention is being directed which cannot fail to bring about a revival of this trade. Another point which the figures show is that Great Uritain is the main market for Canadian produce. For instance, in the twenty ^ears since federation (1868 to 1887 inclusive) the following ere the to*-.al values of the exports of cboesc, butter, apples, and peas to the two places : — To Great Britain. To United States. Cheese £15,742,000 £320,000 Butter 7,126,00Cj • 1,500,000 Peas 0,032,600 1,661,000 Apples 871,310 261,466 The total exports to all countries during the same period have boon as follow : — » ' Apples £1,200,000 Butter 9,333,600 Cheese 16,062,000 Peas 8,000,000 These figures will give some idea of the trade in what is really >o:;oiidary products, but to which attention should be more and more directed. VII. — Mineral Wealth. There is another matter which must have a great influence on the future of Canada, and that is, its great mineral deposits. Now oliat the Country possesses such magnificent railways as the Canadian Pacific and the Grand Trunk, there is not the slightesb 24 Canadiaio Lands and their Development: reason why this source of wealth, and espcicially coal, copper, and phosphates, should not be very largely developed in the near future. Their development will mean, not only new sources of wealth, but new industries, more labour, and greater comforts for the people. Tlie bituminous coalfields of British Columbia and the plains, and the groat anthracite deposits on the Bow River, should have a very useful influence in developing that Pacific trade, by which we shall in the near future find our shortest route to the southern hemisphere. But I should like to dwell in this paper more especially on the phosphate lands, as these should prove of great value, not only in supplying this country with a necessary fertiliser, but in maintaining and increasing the fertility of the lands of Canada themselves. The exhaustion of the lauds of the United States offer a warning which ought not to Ijo neglected, and should direct attention to the science of manuring, and its absolute neces- sity to good agriculture. "Like produces like " is a proverb of which the breeder — whether of animals or of plants — has by long experience proved the truth. Just as physiology has evolved this fact, so also chemistry — whether in the laboratory of nature or in the work-room of the scientist — has established another. It is that " nothing produces nothing." The growth of the plant, or the formation of beef, mutton, pork, or milk, is but a reconstruction, or rather, a new combination, of what already exists. The grain of wheat which is sold at Mark Lane, or the log of mutton which the butcher sends home for the Sunday dinner, these are but a new combination of matters which have existed in other forms ever since the various worlds were called together out of chaos. The soil and the atmosphere do their part in supplyiug matter for these combinations, but their powers iu the matter are strictly limited, and nothing is so conservative, or so slow, as is nature in giving up her treasures for new combi- nations, and now wealth. In these days, however, we go the pace : even nature has to work at express speed. Our beef must be made in two years, as against four or five in our grandfathers' time ; our mutton in less time than lamb a few years ago ; 700 gallons of milk have to be produced against 500 gallons in 18G0 ; crops are not only taken at will, and with bigger yields, but he is a poor farmer who does not also get his catch crops as an inter- mediary to those crops which Mr. Mechi would have suggested. " Nothing comes from nothing," and if our soils are to go the pace, if they are to be used as machines to the utmost limits of Canadian Lands and their Development. 25 which they are capable ; if they are to be made to produce, not two blades of grass, but two bigger blades, where only one was produced before, then they must either have a greater supply of active constituents, in a form suitable for re-combination iri meat, tuilk, vegetable, or grain, or the pressure breaks them down, and their latter state will be one of infertility, and they become of less than prairie value. Our soils are living the pace ; the story of British agriculture to-day is nothing less than this ; and by the proper provision of those constituents which the soil, the plant, and the animal need in their combinations, ihey are perfectly able to do so. In Canada, also, the large crops will not go on for ever, unless the uocessary constituents are returned to the soil. The whole matter is a subject of absolute knowledge, and there need be no mystery at all attaching to it. The "staple" of the soil — by which the machine may be made to run easily — must in the first place be maintained. For this, bulky manures, such as farmyard dang, or decaying vegetable matter, must be used ; good cultivation must be employed to secure a fine tilth and cleanliness ; and then the crops should be so arranged in their rotation that the constitu- ents taken from the soil shall approximately balance each other. This is the first point in soil management. Had we not such a wasteful system by which most of the sewage of such a highly fed people as the English, who live on the fruits and grain of the whole world, as well as the produce of their own acres, is lost, we could from our own waste provide far more than enough of all the conptituents required to maintain our acres in greater fertility than any others ju the world. But all this — ^n which my old friend the late Mr. Mechi used to discant so eloquently — goes to the rivers and the sea, and is lost to future wealth ; and so we have to supplement our natural supplies on the farm from other sources. To find out what is needed for the soil should be com- paratively easy, since the fifty years' experiences at Eothamsted give us very exact data. We know that average crops of wheat, barley, and meadow hay will take away from the soil the follow- ing (among others) constituents per acre : — Wheat and Straw Barley and Straw Meadow Hay i4,8001b.) (4,5801b.) {IJ ton =3,360 lb. lb. lb. lb. Nitrogen 45-0 46-0 44-0 Potash 31-5 34-0 56-6 Phosphoric acid 21-0 21*0 13'7 • Fream, " The Rothamstead exporinents," p. 142, 26 Canadian Lands and their Development. In Great Britain alone we can thus estimate the quantity of the principal ingredients removed in the crops of one year alone, taking nitrogen, phosphoric acid, and potash as such. This would be as follows : — Conatitacnts removecl from soil. Crop. Acres. Nitrogen. Phosphoric Acid. Potash. Tons. Tons. Tons, . Wheat 2,564,237 .51,469 24,040 •36,060 Barley 9,085,561 41,897 18,552 38,921 Hay 7,069,453 138,842 44,184 176,734 Totals 11,719,251 232,208 86,776 251,715 As we have a cultivated area of 47,000,000 acres in the United Kingdom, this area of 11,719,251 acres may be talcen as one- fourth, and it may bo assumed that from the soil each year there is removed some 928,000 tons of nitrogen, 344,000 tons of phosphoric acid, and 1,000,000 tons of potash, A portion of these constituents would be returned in the farm manures ; but, after that has been allowed for, a very large quantity of each must be obtained elsewhere. But it does not follow that all these constituents have to be supplied by man. Nitrogen exists in profusion in nature, and is constantly being renewed in active power. In the soil nitrification is going on continuously, while it is a moot point whether such leguminous plants as Clevel- and beans do not assimilate the free nitrogen of the atmosphere. Eain and seed also supply new stores. In an active form nitrogen is the manure that is dearest of all, and yet it is doubtful if we have yet realised how sparingly it ought to be used. It is not only a plant food, but an active agent also in the soil iu jnaking it give up mineral constituents which are equally necessary to the plant. It is this point which deserves the greatest attention. Pliosphates and potash are present in tbe soil, but the former in but small quantities, and are not renewable by nature. By putting active nitrates into the soil in the form ol nitrate of soda or sulphate of ammonia the effect is to make available at once large quantities of phosphoric acid and potasli for the plant, , A big crop may follow the first use, but with the result that the phospliatos and potash become exhausted, and tbe soil infertile. Until these latter are i-enewed, all the nitrates in the world are of no avail. Another point is, that active nitrates are not held by the soil, Once a storm comes they are washed out. At Rothamsted a greater quantity of nitrates are lost in the drainage water than tlie crops take up, while no trace of loss of Canadian Lamls and their Development. 27 phosphates and but slight traces of loss of potash have been discovered. It cannot be too widely known that exhaustion of the soil is invariably caused by the loss of the mineral constituents rather than the absence of nitrates. By supplying these, nitrates can then be usefully used, but in moderation. But the back- bone of the soil is a proper quantity of phosphoric acid and potash. Canada is fortunate in this matter as in the phosphate lands in Quebec she has an enormous deposit of the most necessary of all manures. Last December a meeting was held of the chemical maaure manufacturers of this country, when the complaint was made that the world's supply of phosphates was getting short. I at once pointed to the Quebec lands, which I visited last autumn and brought specimens away, as a large source of future supplies. tS.t present only small quantities are being mined — 23,000 tons last year. In 1870, however, the Carolina beds only produced 17,000 tons, and yet last year the output was one of 500,000 tons. Both to maintain the fertility of her own soils, and to export to otlier countries, there is a great future for these lands. VIII.-r-CONCLUSION. There are many other subjects on which I might speak, for < Janada is a great country, and those who have to deal with it can uever be, like Bosalind's lover, " gravelled for lack of matter." In ihe North- West Fertile Belt alone there are 300,000,000 acres of land awaiting people to subdue them and make them their own. All American writer has recently pointed out that 105,000,000 acves in that country, with its wasteful farming and low yields, were capable of feeding 50,000,000 people, and furnish besides 283,000,000 bushels of grain for export. If we deduct for roads aud rivers, and put it down that 230,000,000 acres can be peopled, we shall find that the North- West alone could feed a population of 100,000,000, and still send 600,000,000 bushels of grain to the people of other countries. Even this would be only a small portion of this great country. The vast dairy manufac- tures in Ontario and Quebec, the fruit production of Nova Scotia, the great timber wealth in the east and in the west, its mineral resources, and its teeming fisheries, — these have been but barely alUidod to. One of the primary objects of the Eoyal Colonial Institute is to afford an independent platform for the discission ifthiBand similar subjects in the interest of a " United Empire," and it is in the hope of contributing in some measure to the 2b Canadian Lands and their Development. furtherance of that aim that I have venLured to address you to- night. The Colony I have chosen is our nearest and largest one, and it is the pathway of the Empire of which we are all so proud. It is a country of great promise, and, as its lands and industiies become developed, the English-speaking race will, more and more, look with lively admiration, interest, and pleasure to — " The North, the North, the cold, true North ; The land of love and song." 58 you to- rgest one, BO proud. industries nore and 3 to — I — ■ i_ , '• -■ •■■'■;llif'tfa'll"*^i'^ /i V ,Tr«c Mason Q^ !•»