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THE CULTURE OF VEGETABLES AND FLOWERS FROM SEEDS AND ROOTS TEXT

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Page 1 7 matches r score of the favourite sorts of Peas or Beans grown to-day with the same number of favourites of half or even a quarter of a century since will at once prove that progress in horticu Page 2 2 matches lly touch up the sides to make them neat and tidy. It is usual at the same time to dig and manure the alleys, but this practice we object to _in toto_, because it tends directly to the Page 3 4 matches enhouse, or on turf sods in frames for planting out, in precisely the same way as Peas for early crops. This practice is convenient in cases where heavy water-logged ground precludes o Page 4 2 matches y where fine specimens of long Beet were rarely obtainable. From this same unkind clay it is possible to secure good crops of long Beets, by making deep holes with a dibber a foot apar Page 5 4 matches r and early spring. Sow in April and the plants may be treated in the same way as other hardy winter greens. They should have the most liberal culture possible, for which they will not Page 6 5 matches finish the crop. Radishes and other small things can be grown on the same bed. In cold frames seed may be sown in February. Warm Borders.—In March the first sowings on warm borders i Page 7 9 matches to bring the crop to perfection. The second lot can be put out in the same way, and other plantings may follow at discretion; but as the season advances the trenches must be less deep. Page 8 6 matches regards watering, the important point is to employ soft water of the same temperature as the frame, and therefore a spare can, filled with water, must be always kept in the frame read Page 9 9 matches Basil, Bush (_Ocymum minimum_).—A dwarf-growing variety, used for the same purposes as the Sweet Basil. Sow in April. Basil, Sweet (_Ocymum Basilicum_).—A tender annual, originally ob Page 10 7 matches with a somewhat nutty tendency, and may be prepared for table in the same manner. Kohl Rabi is cultivated in much the same way as Turnips. Seed may be sown at any time from March to Page 11 6 matches than the favourites of years gone by. The Melon is grown in much the same way as the Cucumber, but it differs in requiring a firmer soil, a higher temperature, a much stronger light, Page 12 4 matches nd renewing the soil periodically. The details of cultivation are the same within doors as without, but the roof gives valuable protection, and helps to maintain the beds at a suitable Page 13 1 match ns, intended for use in the following summer, may also be sown in the same way as advised for spring sowing. The time of sowing is important, as the plants should be forward enough bef Page 14 4 matches it will be found good practice to grow Peas and early Potatoes on the same plot, and to put short sticks to the Peas as soon as they are forward enough. By this management the first to Page 15 2 matches e to cover the tops with a few inches of light dry litter in just the same way that a bed of Radishes is protected. There are many other methods of saving the rising shaws. A plank on Page 16 6 matches taken up and stored in sand. These Radishes may also be cooked in the same manner as Turnips and they make an excellent dish. RHUBARB Rheum hybridum RHUBARB is so much valued that w Page 17 4 matches which will form the crowns for cutting in the following year. At the same time take away any small blanched shoots that may have been left because they were too small or insignificant Page 18 6 matches . It is a better plan to make a small plantation annually, and at the same time destroy an old plantation that has served its turn. But we are bound to say that Strawberry plantations, Page 19 8 matches ills twelve to fifteen inches apart, three inches deep, and about the same width, and almost fill them with rotten manure, or with a mixture of earth and guano, or wood ashes; cover th Page 20 8 matches r the structure may be, the mode of culture remains substantially the same in any case. Now, as to soil, a compost made of mellow turfy loam and leaf-mould in equal parts will be effec Page 21 2 matches c.—So far as seed sowing is concerned, Celeriac may be treated in the same way as Celery. Celery.—For the earliest supply, sow on the first of the month a pinch of seed of one or more Page 22 3 matches and from the syringe. But the water employed should always be of the same temperature as the bed. This is easily managed by keeping a full can standing with the plants. In large frame Page 23 3 matches must be done in a systematic manner, and if practicable always by the same person. It is better to cut all the shoots as fast as they attain a proper size, and sort them for use accord Page 24 1 match demands of the kitchen constant. Crowding, however, is not quite the same thing as overcrowding, and it is only a waste of labour, land and crop to put the plants so close together th Page 25 4 matches pose, then, that we grow Cabbage, or Cauliflower, or Broccoli, on the same plot of ground, one crop following the other for a long series of years, and never refresh the soil with manu Page 26 1 match at it may be kept from being dissipated in the atmosphere, and at the same time be always in a state in which it can be appropriated by the plant. In all good manures, however, there i Page 27 2 matches soda 5 lb. superphosphate 1 lb. sulphate of potash LEEKS require the same fertilisers as Onions, but will need little or no nitrate if good dung is used. POTATO.—For good yield, high Page 28 3 matches final planting. But seeds of many hardy flowers may be treated in the same way, when a long season of growth is necessary for their development. Thus Phloxes, Verbenas, and Hollyhocks, Page 29 2 matches have a good chance from the first. Tender Annuals.—These require the same general treatment as advised for half-hardy annuals. But it is desirable to sow in a stronger heat than is ne Page 30 1 match ay be stored for their season of rest, allowing them to remain in the same pots. They can be put away in a dry cellar, or on the ground, covered up with sand, in any shed or frame wher Page 31 4 matches of which _C. profusa_ (_Clibrani_) is the most popular, that bear the same relation to the Large-flowered Calceolaria as the Star Cineraria does to the Florist’s Cineraria. In point of Page 32 4 matches named. Star Cinerarias (_C. stellata_) are grown under precisely the same conditions as the Florists’ or Show Cinerarias, and this type of flower is highly valued for its singular gra Page 33 5 matches them; therefore it is advisable to plant Lettuces plentifully at the same time, or previously, on the same ground, and to dust around the Dahlias with lime. Insert at least one stake, Page 34 2 matches rainage will do something towards preventing this. Another aid in the same direction is to cover the seed with a layer of sand, and the sand with a thin coating of ordinary potting soi Page 35 1 match from seed in spring. Sow in heat in March and April, and treat in the same manner as Balsams until the time arrives for planting out. A rich sandy loam suits them, and they like full e Page 36 3 matches ity of exposure should be lost. In raising Petunias for bedding, the same conditions are applicable; but as it is useless to put them into the open ground until the weather is warm an Page 38 1 match LIAM Dianthus barbatus. Hardy biennial Sweet William belongs to the same genus as the Pink. The finest strains produce superb heads of flowers, some of them intensely rich in colour, Page 39 2 matches humblest amateur to employ freely in his borders and beds, and at the same time so effective in its colouring as to be adapted for the most complex and highly finished examples of geom Page 40 5 matches , both for its foliage and flowers. It does not resent forcing to the same extent as the Ranunculus; nevertheless, cool treatment is almost essential to do it full justice. The potting Page 41 2 matches oo much damp, often causes the loss of the bulb. Besides growing the same plants from year to year, it is always desirable to have a fresh stock coming on, as the old bulbs may deteri Page 42 5 matches y in spring. If carefully managed, they may remain two seasons in the same pots. Use the 48-size, and plant four or five bulbs in each. A dry, deep, sandy border under a wall in any of Page 43 8 matches when the blossoms begin to open this must be discontinued, and at the same time the heat should be diminished. A succession of Narcissi for indoor decoration can be secured by startin Page 44 1 match hand will seldom err on this point. The water should always be of the same temperature as the house, otherwise the plants will be constantly checked. A tank in the greenhouse meets thi Page 45 3 matches e manner advised for Gloxinia, and the two plants may be grown in the same house. Gloxinia.—From two or three sowings, and by a little management, it is easy to have a supply of this Page 46 2 matches feet in height. It is a half-hardy annual, and should be grown in the same manner as Nicotiana. Salpiglossis merits its increasing popularity. A sowing at the end of this month or the Page 47 3 matches steady progress without a check until they can be planted out. At the same time they must be hardened in readiness for removal to the open ground; and if the work is carried on with ju Page 48 1 match e grown in small groups or alone in beds, the treatment should be the same in either case. With light land there is no difficulty; it is only needful to dig it well, and to incorporate Page 49 4 matches trong before cold weather sets in. Chionodoxa can be forced with the same ease as Roman Hyacinths. A 48-sized pot will accommodate several bulbs. Cinerarias are frequently placed in Page 50 6 matches a time when flowers are scarce and valuable. Like other bulbs of the same class, they may be shaken out of their own pots and transferred to ornamental contrivances. Iris.—The tubero Page 51 2 matches hat the flowers from very late plantings will be quite so good as the same bulbs would have produced had they been put in at an earlier period. Still there are cases when the delay is Page 52 2 matches the pipes should be painted. Be careful not to raise the heat at the same time, for if the pipes are hotter than the hand can bear fumes destructive to vegetation will be given off. M Page 53 4 matches , and in the extent of damage they cause, Snails may be placed in the same category as Slugs. During the day the Snail usually remains in hiding, emerging from rockeries and creeper-co Page 54 5 matches in a very similar manner to the Bordeaux mixture, and is made in the same way as the latter, except that washing soda (five pounds) is substituted for quicklime. Those who leave Pota Page 55 1 match the branches growing from the stem both before and behind are for the same reason left out. At B a tip of a single branch is shown further enlarged to four hundred diameters. The spore
greatly accelerate decay. No remedy is known, but we advise the 19987 characters on this page
greatly accelerate decay. No remedy is known, but we advise the purchase of the soundest and best bulbs. Good drainage and sufficient air are indispensable. All infected foliage and stems should be burned. Disease of Hollyhocks and Malvaceous Plants.—In some parts of England the cultivation of the Hollyhock had at one time quite ceased owing to the attacks of a microscopic fungus named _Puccinia malvacearum_. In gardens and nurseries, where years ago Hollyhocks were one of the chief ornaments of the place, it became impossible to grow a single plant. The disease is not confined to the Hollyhock, for it attacks many malvaceous plants, notably the Mallows of our hedgesides. We have seen plants of the white variety of the Musk Mallow (_Malva moschata_) totally destroyed by this parasite. The home of the Hollyhock fungus is Chili, whence the Potato fungus reached us. The Hollyhock fungus first attacked the malvaceous plants of Australia, and then reached England in 1873 by the continent of Europe. The best and cleanest seeds of the Hollyhock should be purchased. [Illustration: Fungus of Hollyhock] FUNGUS OF HOLLYHOCK DISEASE _Puccinia malvacearum_ A fragment of a Hollyhock leaf is illustrated at A, dotted with the characteristic brown pustules; these pustules cover the stems as well as the leaves. At B is shown the edge of a pustule enlarged one hundred diameters and seen in section; to show the whole of a pustule in section from six inches to a foot of space would be required. Bursting through the skin of the plant may be seen a dense forest of threads, each thread bearing a spore with a joint across the middle. One pustule alone will produce thousands of these double spores. At C some of the threads and spores are still further enlarged to two hundred diameters, and at D one ripe spore is shown falling from the thread and breaking asunder—each piece is a reproductive body or spore. When mature, these minute spores or ‘seeds’ are carried in the air by millions. At E one of the compound spores is enlarged to four hundred diameters. As this disease is seated within the tissues of the plant, remedies are difficult of application, and in many cases attempts at cure have failed. No doubt the fungus is nursed by malvaceous weeds. Infected Hollyhock plants and allied weeds should be destroyed by fire or by deep burying. Poppy Disease.—Garden Poppies are often attacked by a fungus pest closely allied to the fungus of the Potato disease, and named _Peronospora arborescens_. It grows sometimes in abundance on the common Red Poppy of cornfields (_Papaver Rhoeas_), and it badly attacks _P. somniferum_ and all its garden varieties. The fungus grows within the leaves, and emerges with a tree-like growth through the organs of transpiration (the stomates) on the under side of the leaves. Like the fungus of the Potato disease, it speedily sets up decomposition, and destroys the host-plant. [Illustration: Fungus of Poppy] FUNGUS OF POPPY DISEASE _Peronospora arborescens_ At A is illustrated one of the stems of the Poppy _Peronospora_ emerging from the leaf, enlarged seventy-five diameters. The fungus of the Poppy is very much more branched than that of the Potato, and every minute branchlet carries a spore. To save confusion, a large number of spores are omitted from the branchlets in the illustration, and the branches growing from the stem both before and behind are for the same reason left out. At B a tip of a single branch is shown further enlarged to four hundred diameters. The spores in the Poppy fungus are unusually large and numerous: an infected plant will throw off many millions of such spores. All the putrefactive spawn of this fungus is inside the host-plant; cure, therefore, is difficult. This disease, like every other plant disease, is always at its worst in ill-kept places where red field Poppies are abundant. Field Poppies are often sown with unclean corn. As prevention is better than cure, all we can advise is, buy the best and cleanest garden and field seeds, cultivate in the best way, and look out for and burn, or deeply bury as soon as detected, all disease-stricken plants, whether wild or cultivated. When diseased plants of any sort are left to decay on the refuse-heap, it is the most certain way of propagating a plant disease for the next year. Diseases of Violets.—Violets are subject to fungoid diseases, both in spring and autumn. The disease of autumn is caused by the brown _Puccinia violæ_, allied to the _P. graminis_ of Corn and to the _P. malvacearum_ of Hollyhocks and various malvaceous plants. The _Puccinia_ of Violets has its yellowish or orange-coloured stage; it is then known as _Trichobasis_, or _Uredo violarum_. In spring and early summer Violets are often badly affected by a fungus named _Æcidium violæ_, which is apparently identical, however, with _Puccinia violæ_. This disease attacks leaves, stems, and sepals, and it is best examined on the leaves. In this position it is seen to consist of a considerable number of minute yellow pustules, each pustule less in size than a pin’s head, and all congregated into one flat circular mass of about a quarter of an inch in diameter. This pest is very frequent on the Dog Violet, but it is perhaps equally common on the Sweet Violets of our gardens in early spring, and it not infrequently spreads to other species of _Viola_. One of the most destructive pests of Violas is found in _Æcidium depauperans_, so called because its effect is first to starve and attenuate, and then to totally destroy, plants of _Viola cornuta_. It is a close ally of _Ae. violæ_, but it differs in having its minute cups or pustules irregularly distributed all over the green parts of the host-plant instead of being congregated in circular patches, as in _Ae. violæ_. Our illustration shows, at A, a small portion of the stem of _Viola cornuta_ attacked by _Æcidium depauperans_. The minute pustules are seen (natural size) distributed all over the stem, leaf-stalks, and ruined leaves; the effect of the fungus growth is to decompose the tissues of the plant. At B, a transverse section through the stem is illustrated and magnified twenty diameters. The section cuts through several of the abscess-like pustules, and it is seen how completely embedded they are in the flesh of the plant. At C, a pustule is seen in section, enlarged sixty diameters to show more clearly the innumerable spores, or ‘seeds,’ disposed in necklace-like fashion, which are destined to reproduce the pest in future seasons. Another disease of Violets in autumn is caused by a fungus named _Urocystis violæ_. This fungus causes gouty swellings to form on the stalks and principal veins. These swellings at length burst, exhibit black patches, and discharge sooty spores. The fungoid disease named _Phyllosticta violæ_ is frequently common on Violet leaves in June. In this the spots are whitish. No cure is known, and it is always well to burn or deeply bury all infected leaves or plants. [Illustration: Violet Disease] VIOLET DISEASE _Æcidium depauperans_ INDEX Abronia, 373 Abutilon, 228, 365, 373 Achimenes, 228, 320, 360 Acidia heraclei, 420 Aconite, Winter, 353, 410 Acroclinium, 373 Æcidium depauperans, 452 —violæ, 451 Agapanthus, 320, 400 Agaricus campestris, 84 Allium, 321 —ascalonicum, 129 —Cepa, 92 —Porrum, 73 —sativum, 63 —Schoenoprasum, 66 Alonsoa, 229, 398 Alpine Strawberry, 137, 159, 170 Alstroemeria, 321, 400 Althæa rosea, 271 Alyssum, 373, 397 Amaryllis, 229, 340, 360, 401 American Blight, 418 —Cress, 54 Anbury, 146, 434 Anchusa, 386 Anemone, 229, 321, 365, 390, 401, 407 Angelica, 65 —Archangelica, 65 Annuals, 220, 385 —classified according to colour, 222 —Half-hardy, 226 —Hardy, 226, 364, 372, 380, 396, 407 —Tender, 227 —under glass, 225, 397 Annual Chrysanthemum, 250, 373, 397, 398 Anthriscus Cerefolium, 66 Antirrhinum, 230, 360, 386, 395, 397 Ants, 428 Aphis, 416 —Bean, 417 —Pea, 417 —rumicis, 417 Apium graveolens, 47 April work among Flowers, 380 —in the Vegetable Garden, 172 Aquilegia, 231, 365, 390 Artemisia Absinthium, 71 —Dracunculus, 71 Artichoke, Chinese, 132 —Globe, 4, 153, 160, 165, 172, 188, 194 —Jerusalem, 6, 161, 165, 194 Artificial Manures, and their application to Garden Crops, 210 Asparagus, 7, 154, 166, 172, 177, 182, 194 —Greenhouse Foliage varieties, 232, 366 —officinalis, 7 Asperula, 373, 397 Aster, 232, 373, 380, 398 —sub-cæruleus, 386 Aubergine, 61 Aubrietia, 235, 386 August work among Flowers, 396 —in the Vegetable Garden, 188 Auricula, 236, 366, 374 Australian Oak, 271 Autumn Broccoli, 31 Babiana, 323, 401 Balm, 66 Balsam, 237, 374, 381, 386, 390 —Sultan’s, 273 Barbarea præcox, 54 Barbe de Capucin, 122 Barberton or Transvaal Daisy, 266 Bartonia, 373 Basil, Bush, 66 —Sweet, 66 Bastard Trenching, 112 Bean Aphis, 417 —Broad, 16, 154, 161, 166, 172, 195, 196 —Butter, 24 —Climbing French, 21, 161, 173, 178, 183, 186 —Dwarf French 17, 161, 173, 177, 183, 185, 186 —Flageolets, 20, 178 —Haricot, 22, 178 —Runner, 22, 178, 183 —Waxpod, 24 Beet, Garden 24, 122, 161, 156, 173, 178, 185, 193 —Silver, or Sea Kale, 27 —Spinach, 132, 170, 176 Begonia, Fibrous-rooted, 240, 361 —Tuberous-rooted 238, 323, 360, 366, 391, 401 Bell Flower, 244 Bellis perennis, 260 Belvidere, 274 Bermuda Lily, 341 Beta Cicla, 132 —vulgaris, 24 Biennials, Hardy, 227, 364, 386, 396 Bird Pepper, 40 Black Bot, 131 —Fly, 416 —Scab of Potatoes, 440 Blacksmiths, 431 Blight, American. . .418 Blue Fly, 416 —Squill, 348 Borage, 66 Borago officinalis, 66 Bordeaux mixture, 440 Border, Warm, 196 Borecole, 27, 176 Brassica oleracea acephala, 27 —botrytis asparagoides, 29 —caulifiora, 44 —bullata, 38 —gemmifera, 33 —capitata, 35 —Caulo-rapa, 72 —costata, 53 —Rapa, 144 Bremia lactucæ, 442 Broad Bean, 16, 154, 161, 166, 172, 195, 196 Broccoli, 29, 161, 166, 173,178, 183, 186, 188, 195 Brompton Stock, 301, 394 Brussels Sprouts, 33, 161, 166, 173, 178 Bug, Mealy, 425 Bulbs, Flowering, Culture of, 317 —growing in Moss-fibre, 319, 335, 345, 352 —in Store, 413 Burgundy mixture, 440 Bush Basil, 66 Butter Bean, 24 Butterfly Flower, 296 Cabbage, 35, 154, 161, 166, 173, 178, 183, 185, 186, 188, 191, 193 —Flea, 422 —Lettuce, 75, 169, 180 —Portugal, 53, 162 —Red, 38, 166, 174, 188 —Root Fly, 421 —Savoy, 38, 163, 181 Cacalia, 373 Calandrinia, 373, 397 Calceolaria, Herbaceous, 240, 374, 391, 395, 401 —Shrubby, 243, 366 Calendula, 373 —officinalis, 67, 278, 397 Callistephus sinensis, 232 Campanula, 243, 366, 386, 396 —Rapunculus, 70 Canary Creeper, 308, 383 Candytuft, 373, 386, 397 Canna, 246, 361, 392 Canterbury Bell, 245, 381 Cape Primrose, 302 Capsicum, 39, 161, 178, 183 —annuum, 39 —baccatum, 39 Cardoon, 40, 174, 186, 188, 193 Carnation, 247, 362, 381, 398 Carrot, 41, 166, 174, 178, 185,186, 193, 195 —Fly, 419 —Moth, 419 Carum Petroselinum, 68 Castor-oil Plant, 293, 371 Catchfly, 298, 400 Caterpillars, 428 Cauliflower 44, 154, 161, 166, 174, 178, 183, 185, 188, 191, 193, 195 Cayenne Pepper, 40 Celeriac, 51, 122, 166, 193 Celery 47, 122, 166, 174, 179, 183, 186, 189, 191, 193, 195, 196 —Fly, 51, 419 —Leaf Spot of, 442 Celosia cristata, 254 —plumosa, 248, 367 Centranthus, 373 Ceutorhynchus pleurostigma, 437 Chards, 5, 124, 186, 191 Cheiranthus Allionii, 386, 397 —Cheiri, 310 Chemistry of Garden Crops, 202 Chenopodium Bonus-Henricus, 84 Chervil, 122, 174 —Curled, 66, 122 Chicory, 52, 122, 183, 193 Chili, 39, 161 Chimney Campanula, 244 Chinese Artichoke, 132 —Primrose, 291 —Sacred Lily, 346 Chionodoxa, 325, 398 Chives, 66, 122, 167 Chrysanthemum, 249, 362, 373, 381, 386, 397, 398 Cichorium Endivia, 61 —Intybus, 52 Cineraria, 250, 362, 387, 392, 398 —Disease, 447 —Intermediate, 252 —stellata, 252 Cladosporium fulvum, 445 Clarkia, 253, 373, 397, 398 Cleaning Old Pots, 357 Clerodendron fallax, 254, 375 Click-Beetle, 431 Climbing French Bean, 21, 161, 173, 178, 183, 186 Club, 434 Cochlearia Armoracia, 72 Cockscomb, 254, 367 —Plumed, 248 Coleus, 255, 375, 387 Coleworts, 36, 178, 183 Collinsia, 373, 397 Collomia, 373 Columbine, 231 Common Thyme, 71 Convallaria majalis, 342 Convolvulus minor, 373 Coreopsis, 373, 386, 397 Corn Flag, 267 —Salad, 53, 122, 161, 185, 189 Cornflower, 373, 397 Cos Lettuce, 75, 169, 184 Cosmea, 256, 367 Cosmos, 256 Couve Tronchuda, 53, 162 Crambe maritima, 125 Crane Fly, 424 Cress, 54, 123, 154, 185 —American, 54 —Indian, 308 —Land, 54 —Water, 54, 123, 171 Crocus, 325, 401, 407 —Disease, 448 Crops, Garden, Chemistry of, 202 —Rotation of, 198 Crown Imperial, 326, 402 Cucumber, 55, 123, 154, 167, 179, 183, 187, 189, 191 —Pickling, 183 —Ridge, 60, 179, 187 —Root-knot Eelworm, 424 —Winter, 58 Cucumis Melo, 80 —sativus, 55 Cucurbita, 63 —Pepo ovifera, 147 Culture of Flowering Bulbs, 317 —of Flowers from Seeds, 216 —of Vegetables, 1 Curled Chervil, 66, 122 Cutting Flowers, 260 Cyclamen, 256, 326, 362, 382, 387, 396, 398, 402, 407, 410 Cynara Cardunculus, 40 —Scolymus, 4 Cynoglossum, 386 Dactylopius odonidum, 425 Daddy Longlegs, 424 Daffodils, 344, 405 Dahlia, 258, 367, 382, 387 Daisy, Barberton or Transvaal, 266 —Double, 260, 392 —Orange, 263 —Ox-eye, 250, 381 Dandelion, 60, 123, 180 Daucus Carota, 41 Day Lily, Japanese, 343 December work among Flowers, 412 —in the Vegetable Garden, 196 Delphinium, 261, 387 Depressaria cicutella, 419 Dianthus, 262, 367, 375, 393, 398 —barbatus, 307 —Caryophyllus fl. pl., 247, 287 —plumarius, 288 Digitalis, 262, 386 Dimorphotheca, 263, 373, 375, 398 Disease, Cineraria, 447 —Crocus, 448 —Gladiolus, 448 —Hollyhock, 449 —Lily, 448 —Narcissus, 448 —Pea, 443 —Poppy, 450 —Potato, 117, 437 —Senecio, 447 —Tomato, 443 —Violet, 451 —Wart, of Potatoes, 44 Dog’s-tooth Violet, 327, 402 Double Daisy, 260, 392 Drainage of Pots, 358 Dwarf French Bean, 17, 161, 173, 177, 183, 185, 186 Earwigs, 428 Easter Lily, 341 Eelworm, Root-knot, 424, 445 Egg Plant, 61, 162 Elater lineatus, 431 —obscurus, 431 —ruficaudis, 431 Endive, 61, 123, 174, 183, 185, 187, 189, 191, 193, 197 Erysimum, 373, 397 Erysiphe Martii, 443 Eschscholtzia, 264, 373, 397 Eutoca, 373 Faba vulgaris, 16 Feather Hyacinth, 336, 408 February work among Flowers, 364 —in the Vegetable Garden, 160 Fennel, 66, 174 Ferraria, 350, 379 Fibrous-rooted Begonia, 240, 361 Finger-and-toe, 434 Finocchio, 67 Flageolets, 20, 178 Flea, Cabbage, 422 Florence Fennel, 67 Flower of the West Wind, 354 Flowering Bulbs, Culture of, 317 Flowers all the Year Round, 355 —from Seeds, Culture of, 216 Fly, Black, 416 —Blue, 416 —Cabbage Root, 421 —Carrot, 419 —Celery, 51, 419 —Crane, 424 —Green, 416 —Onion, 420 —Turnip, 422 Fœniculum duke, 67 —officinale, 66 Forced Strawberries, 136 Forcing in January, 153 Forget-me-not, 280 Foxglove, 262 Fragaria, 133 Frame Cucumber, 55 —Ground, 160 Freesia, 264, 328, 362, 398, 402 Fritillaria, 326, 328, 402 Fuchsia, 264, 367 Fungicide, 440, 446 Fungus Pests of certain Flowers, 447 —of certain Garden Plants, 434 Fusarium lycopersici, 444 Gaillardia, 265, 375, 386 Galega officinalis, 386 Garden Beet, 24, 122, 161, 166, 173, 178, 185, 193 —Crops, Chemistry of, 202 —Pea, 101, 158, 162, 169, 176, 180, 184, 185, 187, 190, 195 —Rubbish, 185 —Vermin, Eradication of, 414 Garlic, 63, 162, 168, 187 Gaura Lindheimeri, 386 Geranium, 265, 368, 393, 399 Gerbera, 266, 399 Gesnera, 266, 362 Geum, 267, 375, 386 Gilia, 373, 397 Gladiolus 267, 329, 368, 376, 382, 393, 402, 4O7, 410 Globe Artichoke, 4, 153, 160, 165, 172, 188, 194 Glory of the Snow, 325 Gloxinia, 268, 331, 363, 368, 376, 402 Godetia, 269, 373, 397 Good King Henry, 84 Gourd, 63, 180 Grape Hyacinth, 336, 408 Green Fly, 416 Grevillea robusta, 271, 363 ‘Grub’, 437 Gypsophila, 373, 386, 398 Half-hardy Annuals, 226 Haltica (Phyllotreta) nemorum, 422 —oleracea, 422 Hardy Annuals, 226, 364, 372, 380, 396, 407 —Biennials, 227, 364, 386, 396 —Perennials, 227, 386 Haricot Bean, 22, 178 Hawkweed, 373 Helianthus annuus, 138, 302 —tuberosus, 6 Helichrysum, 373 Hemerocallis Kwanso fl. pl., 343 Herbaceous Calceolaria, 240, 374, 391, 395, 401 Herbs, 64, 168, 174 Heterodera radicicola, 424, 445 Heuchera, 386 Hibiscus, 373 Hippeastrum, 229 Hollyhock, 271, 363, 376, 388, 393, 408 —Disease, 449 Horehound, 67 Horse-radish, 72, 156, 168, 195 Hot-bed, 165, 167 Humus, 208 Hyacinth, 332, 403, 408 —Feather, 336, 408 —Grape, 336, 408 —Italian, 337, 399, 404, 408 —Miniature, 336, 408 —Roman, 337, 399, 404, 408 Hyacinthus candicans, 338, 410 Hyssop, 67, 174 Hyssopus officinalis, 67 Iberis, 386 Iceland Poppy, 397 Impatiens, 273, 376 —Balsamina, 237 Indian Cress, 308 —Pink, 262 —Shot, 246, 361 Intermediate Cineraria, 252 —Stock, 301, 371, 400 Introductory Remarks to Culture of Flowering Bulbs, 317 —of Flowers from Seeds, 216 —All the Year Round, 355 —of Vegetables, 1 —Pests of Garden Plants, 414 —to a Year’s Work in Vegetable Garden, 151 Iris, 338, 404 Italian Hyacinth, 337, 399, 404, 408 Ixia, 338, 404 Jacobea, 297, 373 January work among Flowers, 360 —in the Vegetable Garden, 152 Japan Pink, 262 Japanese Day Lily, 343 Jerusalem Artichoke, 6, 161, 165, 194 Jonquil, 339, 405 July work among Flowers, 395 —in the Vegetable Garden, 185 June work among Flowers, 390 —in the Vegetable Garden, 182 Kale, 27, 176 —Sea Kale, 125, 159, 163, 170, 195 Kaulfussia, 373 Knol Kohl, 72, 168 Kochia trichophylla, 274, 368, 382 Kohl Rabi, 72, 168, 185 Lachenalia, 339, 408 Lactuca sativa, 75 Lamb’s Lettuce, 53 Land Cress, 54 Larkspur, 274, 373, 397 Lathyrus odoratus, 303 Lavandula, 67 Lavatera, 275, 373, 377 Lavender, 67 Layia, 373 Leaf-mould, 356 Leaf Rust of Tomato, 445 —Spot of Celery, 442 Leather-jacket, 424 Lecanium hibernaculorum, 426 Leek, 73, 156, 168, 175, 187 —Bulbs, 75 Lemon Thyme, 71 Lepidium sativum, 54 Leptosiphon, 373, 397 Leptosyne, 373 Lettuce, 75, 123, 156, 162, 169, 175, 180, 184, 185, 189, 191, 193 —Lamb’s, 53 —Mildew, 442 Leucojum, 339, 408 Lilies, 340, 410 Lilium auratum, 341, 410 —Harrisii, 341 —lancifolium, 342, 410 Lily, Bermuda, 341 —Chinese Sacred, 346 —Disease, 448 —Easter, 341 —Japanese Day, 343 —of the Valley, 342, 411 Lime, 212 Limnanthes, 373, 397 Linaria, 373, 397, 398 Linum, 373 Lobelia, 275, 368, 377, 383, 396 Love-lies-bleeding, 373 Lupine, 277 Lupinus, 277, 373, 377, 386 Lycopersicum esculentum, 138 Maize, 80, 180 Mallow, 275, 377 Malope, 373 Manures, Artificial, and their application to Garden Crops, 210 March work among-Flowers, 372 —in the Vegetable Garden, 164 Marguerite, 250, 381 Marigold, 277, 373, 377, 383 —Pot, 67, 278 Marjoram, Pot, 67 —Sweet Knotted, 67 Marrow, Vegetable, 147, 176, 182 Marrubium vulgare, 67 Marvel of Peru, 278, 377, 383 Mathiola, 299, 373 May work among Flowers, 385 —in the Vegetable Garden, 176 Mealy Bug, 425 Melissa officinalis, 66 Melon, 80, 157, 169, 175, 180, 184 Melon-house, the, 83 Mentha Pulegium, 69 —viridis, 68 Mercury, 84 Mice, 432 Mignonette, 279, 373, 377, 383, 399 Mildew, Lettuce, 442 —Onion, 442 Mimulus, 279, 369, 396 —moschatus, 280 Miniature Hyacinth, 336, 408 Mint, 68 Mirabilis Jalapa, 278 Monkey Flower, 279 Montbretia, 343 Moss-fibre, growing bulbs in, 319, 335, 345, 352 Mushroom, 84, 184 Musk, 280 Mustard, 92, 123, 157, 162 Myosotis, 280, 393 Nægelia, 266 Narcissus, 344, 399, 405, 409 —Disease, 448 —Tazetta, 346 Nasturtium, 123, 308, 373, 383 —officinale, 54 Nemesia, 280, 378, 398 Nemophila, 373, 397 New Zealand Spinach, 131, 170, 181 Nicotiana, 281, 369, 388, 393, 398 Nigella, 373, 397 Nitrogenous manures, 211 November work among Flowers, 410 —in the Vegetable Garden, 194 Oak, Australian, 271 October work among Flowers, 407 —in the Vegetable Garden, 192 Ocymum Basilicum, 66 —minimum, 66 Oenothera, 386
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PUBLIC-DOMAIN BOOK The Culture of Vegetables and Flowers From Seeds and Roots Sutton & Sons Ltd.primary
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