666 



INDEX 



261J embryo, 2//, zfi; embryogeny, 

 2.79, 280; endosperm, 2.80; epicotyl, 

 159; fleshy axis, 2.46, i6i, 262J floral 

 axis, 2.69, 271; floral ontogeny, 2.76; 

 flower, X48, 2^9, 276; fruit, 2.48, 2/5; 

 hypocotyl, 2.46, 2^8, 260; inflorescence, 

 148, 24g; lateral roots, 162.; leaves, 

 148,173; megasporogenesis, Z79; micro- 

 sporogenesis, 178; morphology, 2.46; 

 ontogeny of fleshy axis, 161; phloem 

 ontogeny, 167, 267, 2.74, 27/; plastids, 

 4; primary root, 154, 254, 2//; root 

 ontogeny, 2.55; root system, 146, 2^7; 

 secondary cambium, 15, 164, 26s, 266, 

 2.68; secondary thickening, 163, 26}; 

 seed, 148, 150, 2//, 2}2; seedling, 151, 

 2Si; slime bodies, 31; stem, 146, 2.69, 

 271; stomata, 173, tertiary thickening, 

 164, 26s, 266, 268, z6^; vascular anatomy 

 of flower, 177, 278; vascular anatomy 

 of stem, 171, 272; vascular transition, 

 156, 2J7, 2^8, 260, 261; vegetative cycle, 

 146 



Blade (of leaf) (see lamina) 



Bracts, 71 



floral, 88; of Poinsettia, 89 



Brassica, 



cultivated species, 183 



Brassica oleracea (cabbage), 2.83 

 endodermis, io; root, ^p 



Bromeliaceae, 103 



Bryophyllum, 



adventitious roots, 54 



Bud, 63, 64 

 development of bud scales, 85 



Bulb, 57 



Bundles, 42. 



amphicribral, 63; amphivasal, 63; axile, 

 41; bicollateral, 59 (see also under Cu- 

 curhita); cauline, 59; closed, 68; col- 

 lateral, 59; common, 59; diff'erentia- 

 tion of, 66; fibro-vascular, 60; half- 

 amphi vasal, 63; leaf, 75, 77; medul- 

 lary (see Apium and Lactuca'); open, 

 66; radial, 42. 



Cabbage (see Brassica oleracea) 



Calyptrogen, 44 



Calyx, 89 



Cambium, 



activity, types of, 67; fascicular, 66; 

 initials, 67; interfascicular, 68; in root, 

 48; secondary, 51; in stems, 66; in 

 veins, 77 



Cannabis Indica, 114 



Cannabis sativa (hemp), 114, 216 



carpellate flower, 95, 2.10, 222; carpellate 

 inflorescence, 218, lio, 220; cotyledons, 

 2.2.7, -2-27. ^i4: cultivation, 2.15; cysto- 

 liths, 77, 135, 24^; delignification, 144; 

 embryo, ii6; embryogeny, 222, 113; 

 fiber, 13, 2.33, 137; fruit, 114, 22/, 227; 

 history and distribution, 2.14; inflo- 

 rescences, 2.17; lateral root formation, 

 2.31; latex ducts, 36, 2.39, 240; leaf, 

 141, 24i: morphology, 2.15; pericyclic 

 fibers, 141; petiole, 144; phloem fibers, 

 139; preparation of fiber, 2.42.; primary 

 root, 2.18, 22^: root, ii6, X2.8, 22g; 

 root ontogeny, 2.2.8; seed, 12.4, 22$, 

 227; seedling, 2.2.6, 228: sex determi- 

 nation, 2.17; shoot, 115; staminate 

 flower, 2.18, 2/p; staminate inflorescence, 

 217, 118, 2/9; stem, 2.33, 2_jtf, 257; sto- 

 mata, 2.35, 142.; tetraploidy, 131; vas- 

 cular system, 2.38; vascular transition, 



Caprifoliaceae, 



fruit, 106 

 Capsella, 107, 189 

 Capsicum (pepper), 514 



floral development, 543 

 Capsule, 103, 104, 104 

 Cardamine, 



adventitious roots, 54 

 Cariaceae, 



ducts, 139 

 Carpel, 88, 94, 98, loi et seq. 



in Ranunculus, gi; vascular supply, 97 

 Carya, 



ontogeny of leaf, 83 

 Caryophyllaceae, 



ovule, 100; placentation, 99 

 Caryopsis, loi, 103 

 Casparian strip, 19, 20, ii 

 Cataphylls, 71, 85 

 Catkin, p^ 

 Celery (see Apium) 

 Cell, I 



accessory, 16; apical, 108; archesporial, 

 97; basal, 108; cambial, 66; col- 

 lenchyma, 2.2.; companion, 32.; cork, 19; 

 endodermal, 19; epidermal, 15; fiber, 

 13; guard, 16; inclusions,!; lactiferous, 

 35; megaspore mother, 101; meriste- 

 matic, 2, ix; microspore mother, 97; 

 parenchyma, 14, 30, 33; passage, 19, xi; 

 pericyclic, 14; phellodermal, 19; plate, 

 7; primary parietal, 97, loi; primary 

 sporogenous, 97, loi; secretory, 34; 

 sieve tube, 31; stomatal mother, 17; 

 stone, 15; tracheid, z6; xylem ray, 31 



