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MAG 360 MAN of view, and not too closely crowded grow | with shrubs of inferior merit MAGPIE MOTH. See Abraxas. MAHERNIA. Thirteen species. Green-house evergreen shrubs. Young cuttings taken off at a joint. Loam and sandy peat. MAHONIA. Four species. Hardy or half-hardy evergreen shrubs. M. nervosa is deciduous. Layers or ripe cuttings. Sand, peat, and loam. MAIDEN HAIR. Passifiora adiantum, and Adiantum capillus veneris, ifC. MAIDEN-HAIR TREE. Salishuria adiantifoUa. MAIDEN TREE is a seedling tree which has not been grafted. The time which elapses before seedlings attain a bearing age is very various. The pear requires from twelve to eighteen years ; the apple five to thirteen ; plum and cherry four to five; vine three to four ; raspberry two ; and the strawberry one. MAJORANA. Four species. Halfhardy evergreen shrubs. M. hortensis a hardy annual. Slips or cuttings. They succeed well in a sandy soil and a dry situation. MALABAR LEAF. Cinnamomum Malabatrum. MALABAR NIGHTSHADE. Basclla. MALABAR NUT. Justicia adhatoda. MALABAR ROSE. Hibiscus Rosa Malabarica. MALACHODENDRON ovatum. Hardy deciduous tree. Layers or ripe cuttings. Peat and loam. MALAY APPLE. Jambosa malaccensis. MALASIS paludosa. Hardy orchid. Division. Sandy peat. MALESHERBIA. Two species, (ireen-house annuals. Seeds. Sandy loam. MALFORMATION. See Deformity. MALLOW. Malva. MALOPE. Two species. Hardy annuals. Seeds. Common soil. MALPIGHIA. Fourteen species. Stove evergreen shrubs or trees. Ripe cuttings. Light soil. MALT DUST. See Vegetable Manures. MALVA. Mallow. Forty-eight species. The stove and green-house evergreen shrubs increase by cuttings, and , j I MAMESTRA. well in any rich soil. The hardy and half-hardy herbaceous kinds crease by division or by seeds. The hardy annuals by seeds, and common soil. MALVAVISCUS. Three siSecies. Stove evergreen shrubs. Cuttings. Loam and peat. MAMMEA americana. Stove evergreen fruit tree. Ripe cuttings. Sandy loam. — M. brassica, M. oleracea. The whole cabbage tribe are subject to the attacks of the caterpillars of these moths, known as the Cabbage and White -line Brown- eyed Mollis. These appear in June or May. The Cabbage Moth is light brown, with wavy marked wings; its caterpillar is green stained with grey, with a dark line down the back. The White-line Moth is rusty brown, and its upper wings wliite margined, with an orange coloured spot near it; caterpillar brownish. Hand- picking or lime dust are the only remedies. Curtis. MAMMILLARIA. Seventy- eight species. Stove evergreen shrubs. Offsets. Sandy peat. MANDARIN ORANGE. Citrus nobilis. MANETTIA. Four species. Stove evergreen climbers. Young cuttings. Loam and peat. MANGIFERA. Mango Tree. Two species. Stove evergreen tropical fruit trees. Ripe cuttings, or fresh seeds imported from the places of their natural growth. Turfy sandy loam, or loam and peat. The mango thrives best in a temperature of 60^. It does not require bottom heat. Leaf-mould is a good manure. It must not be pruned, for excessive bleeding always follows. MANGO GINGER. Curcuma amada. MANGO TREE. See Mangifera. MANICARIA saccifera. A tine palm tree. Seeds. Rich loam. MANNA. Alhagi. MANNA ASH. Ornus rotundijolia. MANULEA. Eleven species Chiefly green-house annuals and evergreen shrubs, or stove herbaceous perennials. Cuttings or seeds. Peat and sand, or vegetable mould. MANURES. Manures are animal, vegetable and mineral ; they directly assist the growth of plants, first, by entering into their composition ; secondly, by absorbing and retaining moisture
MAN 361 MAN from the atmosphere ; thirdly, by absorbing the gases of the atmosphere; fourthly, by stimulating the vascular system of the plants. Manures approximately assist vegetation, first, by killing predatory vermin and weeds ; secondly, by promoting the decomposition of stubborn organic remains in the soil thirdly, by protecting incumbent plants from violent changes of temperature. All these properties seldom if ever occur in one species of manure, but each is usually particularized by possessing one or more in a superior degree. That is the most generally applicable manure, which is composed of matters essential to the growth of plants: the chief of these are carbon, hydrogen, and oxygen; therefore all animal and vegetable substances are excellent manures. It would evidently be of great benefit, if every plant could be manured with the decaying parts of its own species; tiie ancients made this a particular object. We read that those vines were the most fruitful, which were manured with their own leaves and prunings, and the skins of expressed grapes. This rule might be so far followed, as that the stems of potatoes, peas, &c., could be dug respectively into the compartments where those crops are intended to be grown in the following year. Of the less general manures which benefit plants by entering into their composition, a few words will suftice. Sulphate of lime (gypsum) is a component of clover, lucerne, turnips, &c.; hence it has been applied with benefit to these crops on such soils as did not already contain it. Bones broken small have lately become a very general manure; their utility is easily accounted for. The bones of oxen contain about fifty per cent, of gelatine, which is soluble in water, and rapidly becomes putrescent. The remainder is chiefly phosphate and carbonate of lime, salts which are components of wheat, rve, barley, oats, peas, beans, vines, cucumbers, potatoes, garlic, onions, truffles, &c. Common salt also is employed as a manure, and is beneficial, partly in consequence of entering into the constitution of plants. Some manures ameliorate a soil by absorbing moisture from theatmosphere. This property is at least as beneficial to ground that is aluminous as to that ; which is siliceous; for it is equally useless to either during such periods of the year as are characterized by a plentiful deposition of rain; but in the drought of summer, when moisture is much wanting to plants, it is beneficial to both; in very dry seasons it is even of greater importance to clayey than to light soils ; for vegetation on the former suffers more from long continued drought than on the latter, inasmuch as that moisture being equally exhaled from each, the surface of the clayey soil becomes caked and impervious to air, the only grand source of compensatory moisture that is available to the languishing plants, and which is more open to those which grow on light, and, consequently, more pervious soils. The following table of the comparative absorbent powers of many manures, is extracted chiefly from An Essay on the Use of Salt in Agriculture, by Mr. Cuthbert Johnson. Parts. Horse-dung evaporated pre-^ viously to dryness, at a | temperature of 100^, ab- 1 sorbed during an exposure f" of three hours to air satu- \ rated with moisture at 62'^ Putrefied tanners' bark,~ under similar circumstances (66') .... Unputrefied tanners' bark Cowdung 130 Pig dung 120 Sheep dung 81 Pigeon dung oO . Refuse marine salt (GC^) . . 49i Soot (68°) 36 Burnt clay 29 The richest soil (in one hour) 23 Coal ashes 14 Lime (part carbonate) . . Crushed rock salt .... 11 10 Gypsum 9 Ciialk 4 The absorbing power of a manure is much influenced by the state in which it is presented to the atmosphere, lii a finely divided state mere capillary attraction assists it; hence, the importance of keeping the soil frequently stirred by hoeing, &c. But a mere mass of cotton, by means of capillary attraction, will absorb moisture from the air, yet it parts with it at a very slight elevation of temperature : it is of importance therefore to ascertain whiuli J 145 145 115
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•hivi] I
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A DICTIONARY MODERN GARDENING. BY G
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1\ ^o AUTHOR'S PREFACE. REMOTE STOR
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THE GARDENERS' DICTIONARY. ABE —
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ACC 19 ACH I i I the PcBonta Moutan
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ACT 21 Hardy liorbaceous perennials
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AGR 23 AGR , , i ' * , i ; | antiqu
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AGR 25 AI T Husbandry was published
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ALS 27 ALT mediately, in sandy loam
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AMB 29 AMB usually attains the size
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AME 31 AM II bark. This treatment,
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ANE 33 ANE a well known American sp
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ANG 35 ANI almost useless if preser
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— ANN 37 ANN and over that put ri
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ANN 39 ANT Impatiens bizar, tall, d
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— ANT 41 A PH when nearly expande
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Codlin White . *Cumberlaiid Spice D
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APP 45 APP Fig. 2—(P. 44.) Fig. 3
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APP 47 APP it is believed, this has
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AP P 49 APP Its flavour is rich and
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— APP 51 APP apples on even a lig
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APP 53 APP It somewhat resembles th
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APP 53 APP of many of the plants th
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APP 57 APR ' close as poi5sibIe. An
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APR 69 APR years. The Moor Park mos
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— — — — — — — — AQU
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ARB 63 ARM ! j quent change in the
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— ART 65 A S I heads have been cu
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ASP 67 ASP be exposed as short a ti
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— ASP 69 ASP remembering always t
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. — — — — — — — —
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— AUR 73 AVE ! j Queen Victoria;
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A Z A 75 A Z A cultivating the vari
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B AL 77 B A N Old beds may be gathe
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— BAR 79 BAR i 1 sometimes ceases
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BAR 81 B A S ble and charitable, an
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B E A 83 B E A j ' eucceed with the
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— BED 85 BEE the hole. If water i
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B IB 87 B I L cies. Chiefly hardy d
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BL A 89 BLI , chrysnlids. Sheep fol
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— — B L U 91 BOM " No seed ever
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— BOM 93 BOM 1 ' : , in a slantin
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— BON 95 B R often do considerabl
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B OR 97 B OT pricking out is when t
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BRI 99 BRI evergreen trees. Cutting
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— BRO 101 BRU mitted, removing th
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BUD 103 BUD ness in the operation i
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BUD 105 B U L which takes place in
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BURSERA BUR 107 CAB Two species. St
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CAB 109 C AC Cliiefly stove evergre
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C AC 111 C AL quite dry, and winter
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— — C AL 113 C A L vered have r
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CAM 115 C AM Fulgida, crimson. t*Fe
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CAM 117 CAM day, and 50° to 55° b
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CAN 119 CAN natural enlargement. In
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CAN 121 CAN I | | j j j [ i ! energ
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CAN 123 CAP unless it be very valua
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CAR 125 CAR thirds of their stems.
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— I CAR 127 • CAR of them being
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CAR 129 CAR of the leaves a little
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CAR 131 CAR the other end into hole
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CAS 133 CAT a dense plantation of t
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C E A 135 C E L the earth around ea
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— C E L 137 CES I On either side
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CH A 139 C H A CHARCOAL. Soot, a ch
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CHE 141 Explanation of Abbreviation
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— CHE 143 cherry. Ripens at Phila
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CHE 145 CHI temporary stakes about
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CH R 147 CHR Horatio, fine rosd? Im
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C IC 149 CIN annually, toTje drawn
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C IR 151 C IT rods, to which they a
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CL A 153 C L I ing drain-like openi
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CLI 15c C L I climates, which, as w
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C LU 157 C N E clump of such trees
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— coc 159 COM than aphis ; as tob
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COM 161 CON The food of plants, whe
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— CON 163 CON j j sufficient stre
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— — CON 165 CON which may remai
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COR 167 C R A CORRIGIOLA. Three spe
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— — C RO 169 CRO Of the Autumn
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— cue 171 cue ' to be too powerfu
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cue cue 173 -« regards the preserv
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— — cue 175 CUR varieties. Hard
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— CUR 177 CUR ] , ! ' j ' perhaps
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— CUR 179 CUR they lurk, should b
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CUR 181 CUR succeed ; planting them
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CUT 183 CUT for the generality of p
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CYC 185 C YP remain in the pots, an
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D AH 187 D AH Varieties.—These ar
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D AH 189 D A H Silvio, Bubras, cher
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— — D A H 191 D AH they may be
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DAN 193 DEC DAMPING OFF is a name a
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— DEG 195 D ES ing the egg is hat
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Die 197 DI G i | j best the head of
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DIG 199 DIS ' I j ; digging than th
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DOU 201 DOU i , specified elsewhere
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DR I 203 DUN i | 1 piece, to receiv
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— — DUN 205 DUN Mr. Cutlibert J
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— DUR 207 w ECU on straw anil hay
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— END 209 END Time and mode of so
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ENK 211 ENT Fig. 40. protect proper
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ER Y 213 ERY hardy evergreen creepe
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ETI 215 EVE The smallest approach t
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EXT 217 EXT have been expected, bef
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— EYE 219 F AL fruit trees, aroun
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— — — — — — FED 221 FEN
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FER 223 FER slight [ through a fine
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— — — F IG 225 FIG [ ' ' \ an
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— FIN 227 FLO open, as then the s
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Thirty-twos ) (32s) ] Twenty-fours
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FLO 231 FLO Fig. 51. O 1 2 3 4- s e
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FOR 233 FOU ; at accustomed times,
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F R A 235 FR A I , ally, both for c
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— FR A 237 FRI vary above 3° in
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FRU 239 FRU i ! the open air at the
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— FUE 241 FUM increased, and they
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GAR 243 GAR time ; for though garde
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GAR 245 G EI , dener there are none
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GER 247 GER A certain degree of war
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— — — GE R 249 G L A sown aft
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G L A 251 G L A unfruitful, the sap
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mixture of fine peat and sand ; GL
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— GOO 255 GOO To raise Varieties.
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— GOV 257 G R A ed without any sh
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— GRA 259 GRA almost exclusively
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G R A 261 are contemplated, is not
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— — GRA 263 GRA : the preceding
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— GR A 265 GR A and these, as the
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GR A 267 GR A setting of the fruit,
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— GRA 269 GRA Vines in Frames.—
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— GRE 271 GRE ; ; ' \ ' broken by
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GRE 273 GRE this one house are cont
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GRE 275 GRE tered sunny place for a
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GRO 277 GU A plantation ; they are
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GYP 279 HAL ' ! ! | j : | might be
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HAN 281 HE A upon each other to pro
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— H E A 283 HE A ing air, without
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H EA 285 HE A prepared in the follo
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HED 287 HED ; ^ ! : drills a foot a
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HED 289 H E L the month of November
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HER 291 HER If a press cannot easil
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— HOE 293 HOE These have all hand
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HON 295 HOR I 1. Periclymenuin Semp
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H OR 297 HOR i i sufficient quantit
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HOR 299 HOR subject of planting and
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HO R 301 HOR into execution. Accord
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II R 303 HO R to every rural establ
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HOT 305 HOT j ] j inclosure should
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HOT 307 HOT , , i i ground very sma
Page 303 and 304: — — HOT 309 HOT *—— wall, a
Page 305 and 306: HOT 311 HOT either separately or co
Page 307 and 308: — HOT 313 HUM purpose of steaming
Page 309 and 310: — — ; H Y A 315 " As soon as se
Page 311 and 312: — H YB 317 H YB Hvbridizing, stri
Page 313 and 314: H YD 319 H YG column, forcing up th
Page 315 and 316: — — tings in a light soil. 21 H
Page 317 and 318: — — ICE 323 IMP inch thick shou
Page 319 and 320: — — — — INO 325 IRR \ : INO
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Page 323 and 324: — — — — — — — — —
Page 325 and 326: — — — — — — — — JUN
Page 327 and 328: K ID 333 KID • i : 1 i i to clasp
Page 329 and 330: KNI 335 LAB I this should be width,
Page 331 and 332: L AM 337 LAN any soil that is not p
Page 333 and 334: LAN 339 LAN an indication of want o
Page 335 and 336: LAV 341 LAVANDULA. Lavender. Ten sp
Page 337 and 338: LAW 343 LAW or trap set to destroy
Page 339 and 340: LEA 345 LEA tljey survive for twice
Page 341 and 342: LEI 347 LEO Scotch or Flag, which i
Page 343 and 344: — LET 349 LIB made, as directed f
Page 345 and 346: L I L there are many varieties; the
Page 347 and 348: LIM 353 LIP one bushel of salt with
Page 349 and 350: — L I S 355 LOA put half an inch
Page 351 and 352: LOR 357 LUI pine or plant-stove, wi
Page 353: L YO 359 MAG He died about the year
Page 357 and 358: — — — — — — — — —
Page 359 and 360: MAR 365 MAR spots suitable for ston
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Page 363 and 364: — ME A 369 —- CUBIC MEASURE. 17
Page 365 and 366: — MEL 371 MEL MELISSA. Balm. Four
Page 367 and 368: MEL 373 MEL kept in its natural pos
Page 369 and 370: MEL 375 M E N '. largest establishm
Page 371 and 372: MIC 37? M IL of which are to be pin
Page 373 and 374: MOE 379 M N serves to freshen it fo
Page 375 and 376: MOT 381 M U L MOTHS, of most kinds,
Page 377 and 378: — MUS 383 MUS as soon as all the
Page 379 and 380: MUS 385 MUS , ; i water is to pour
Page 381 and 382: MU S 387 MUS is to be inserted in t
Page 383 and 384: M U S 389 MUS ' i ! i ' j i ! made
Page 385 and 386: — N AI 391 N A R light rich mould
Page 387 and 388: — N AR 393 NE A stronger, as well
Page 389 and 390: NET 395 NIC ravagos ries, &c. of bi
Page 391 and 392: — — — — — NOR 397 NOV eve
Page 393 and 394: NUR 399 OCT i I , i ' stems general
Page 395 and 396: — OC Y 401 OLY ing into house.—
Page 397 and 398: — ONI 403 R A each side of every
Page 399 and 400: ORG 4Q5 ORG > i ! chief orchard fru
Page 401 and 402: ORC 407 ORC a butterfly. Peristeria
Page 403 and 404: — — ORC 409 ORC is filled three
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ORC 411 OT I palustris, grow more v
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OX-E 413 V JEN October or November,
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P.^0 415 P MO "From Single Eyes.—
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— PAN 417 PAP ' ' | ! rules can b
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PAR 419 PAR ! ! ' sown annually, bu
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PAS 421 P AU i night temperature of
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PEA 423 PEA the above times in pots
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PEA 425, PEA hundred to three thous
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— PEA 427 PEA inches asunder, for
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PEA 429 PEA column of mercury fifte
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PEA 431 PEA
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PEA 433 PEA Fig. 111.—(P. 432.) s
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PEA 435 PEA Fig. 113.—(P. 434.) |
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— PEA 437 PEA Fig. 115.—{P. 434
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— PEA 439 PEA Fig. 117.—(P. 435
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PEA 44J Fig. 119.—(P. 437.) " gre
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PEA 443 PEA Fig. 121.—(P. 439.) t
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PEA 445 PEA " In the next summer, t
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PEA 447 PEA the stem. The wall, the
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— PEL 449 PEL when fully expanded
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PEL 451 PEL be given to the stems;
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— PEN 453 PET P. latifolius, whit
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PH A 455 PHY herbaceous ; P. longif
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— P I N 457 PI N I should be plac
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PIN 459 PIN President (Creed's.) Pr
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PIP 461 PIT Table of the quantity o
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P L A 463 PL A ailopted ; if clay,
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P L A 465 PLU PLATYLOBIUM. Six spec
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CoE's Golden Drop, r/ Hooker, Lindl
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PLU 469 PLU old buds may be taken f
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PO I 471 POI flower. Old plants tha
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— POL 473 PON coming too dry. In
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— POP 475 POT — — I Seedling,
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POT 477 POT [ [ ' | I : i i | ' | 1
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POT 479 POT though longer in coming
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— POT 481 POT rated from their ro
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POU 483 PRO i be placed at regular
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PRU 485 PRU same year, arising from
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PS Y 487 PT E ! j of flowers. They
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P YC 489 QUI ' ing to it rags dippe
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RAF 491 RAM i employed ; the earth
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— RAN 493 RAN fine; Glacia, yello
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— — RAN 495 RAP pens that plant
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u- 32 1^ 4D7 Fig. 142.—vP. 496.)
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RED 499 REN \ ; ; i I RED NIGHTSHAD
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— RH E 601 RH • | ! ' R. pulchr
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— RHU 503 RHU (Iron, but require
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RIC 505 green climber. Cuttings. Lo
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ROC 507 ROC ground with a thicket,
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ROO 509 ROO the plant deprived of t
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— ROP 511 ROS lations formed by t
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' Due ROS 513 ROS Comte de Paris, d
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— ROS 515 ROS ' i I | ' inserted
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— — — ROS 517 ROS : three wee
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RO S 519 RO S is not too low. If th
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ROS 521 ROS closer than when grown
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— Carrots Kohl-rabi . Swedisli tu
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the force of the resemblance. ley.
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— SAL 527 SAL newly planted. The
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SAL 529 SAL If the chalk is to be b
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SAW 531 SCH They niriy be sown in t
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— — SCI 533 SCO Scions of apple
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SCR 535 SCU — ted the too free ci
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SEA 537 SEA ; ' ! every two, in pre
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SEA 539 SEN are not much detrimentc
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— — — — — — — — —
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S 11 A 543 S H R ply of sap to the
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S LO 545 SNA species. In the woody
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S I 547 SO I and sliglitly fibrous
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— SOL 549 SOR ous-rooted perennia
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SPA 551 S PH spades have the plate
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— S P R 553 S T A of temperature,
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— green shrub. Young cuttings pea
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STO 557 STO be no doubt that it wou
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— STO 559 STO or budded with succ
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S TO 561 S T j '• , I > best way
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2 . . STO 563 STO
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STO 565 STO of the tank. The bottom
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— — ; ; S T R 567 S T R the wat
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— STR 569 STR second, and after t
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— S T R 571 S T R a plan which an
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573 * Fig. 164.—(P. 572.) p|^,;::
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S T R 575 sue " If Dr. Brinckle's o
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— SU F 577 S W L j j at all what
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— S YM 579 TAN ous trees. Cutting
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TAX 581 TEN evergreen shrub; and T.
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— T EP 583 T E R. 1 | "Towards th
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THE 585 THE dener in regulating the
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— TH 587 T HU a vine may be taken
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— — green climber. Cuttings and
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TON 591 TOO troduced into this coun
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T R A 693 T R A Hardy deciduous shr
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— T R A 595 T R A torn, especiall
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T R A 597 T R A feet of the main st
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TRE 599 TRE the acncia; and in some
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TRE 601 TRE Ireillage still stronge
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— — — TRE 603 T R I trellises
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— TRO 605 TRO perennials. The gre
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— — TRU 607 TU L "The proper so
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T U L 609 TU L have bloomed; after
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TUL " If the bottom be wet and sour
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— TUR 613 TUR Alumina 1.35 Oxide
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TWA 615 VAN Hardy or half-hardy her
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— V ER 617 VIN winter in a cold f
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— V I 619 W H A ner: as soon as t
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— — W AL 621 W A L the copings
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— Diplacus pumiceus. W AL 623 W A
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— WAT 625 WAT manent plants, into
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WAT 627 WAT the refuse ehouKl he th
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VV E A 629 W E A 24. The/rog" has c
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— W E A 631 WEE webs, and creep a
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W I R 633 W OR of which the ravages
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— X YL 635 Z YG ! \ j ' nial. Div
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A dictionary of modern gardening - University Library

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