\ 
aN 
Bes) «Fig. 30 - 
5 Aaa 152, 406. 
| Mesophyll, 223, 342 
Mesozoic strata, 426 
- Metamorphosis of organs, 220 
Metastasis, 161, 176 
_ Mexican region, 449 
“Mezquit,’ 449 
Microbacteria, 260 
Micropyle, 145. Fig. 300 
Microsporangium, 324, 332. 
450.0 4) 
Microspore, 245, 306, 324, 332. 
447» 449-451 
Mid-rib, 105 
Migration of a 433 
Milde, 6 
Mildew, 226, 281 
Mimosa. See Sensitive plant 
Mimosez, 403, 448. Fig. 143, 
Miocene system, 430 
Mistletoe, 231. Fig. 378 1. 
Mitrzeform corolla, 133. Fig. 257 
»Mohl, 5 
Molecule, 158 
- Monadelphous, 139, 400. 
Monimiacez, 374 
‘Monkey-pot,’ 399 
Monkshood, 415. Fig. 533 
Monocarpellary, 142. Fig. 288, +316, B25 f. 
Monocarpic, 235 
~ Monochlamydez, 374 
‘Monoch!amydeous ‘applied to a flower 
which has a calyx but no corolla), Fig. 
207, 259 
Monocotyledones, ix., 126, 246, 338, 428. 
Fig. 95, 305, 460° 
_ Monocotyledonous (applied to an embryo 
which has only one cotyledon). 
- Monececious (living together), 112, 257, 
Fig. 447, 
Fig. 
517 
Fig. 275, 523 
289 
: Monopetalous.’ See Gamopetalous 
“Monophyllous.’ See Gamophyllous 
“Monosepalous.’ See Gamosepalous 
Monotropacez, 388 
- Moracee, 374. Fig. so02 
Morphology, 1, 69 
Mosses. See Musci 
~ Mother-cell, 32. : Fig. 83 I., 
* Mother of vinegar,’ 276 
Motility of protoplasm, 10, 199, 210 
_ Mould-fungi, 262, 279, o8t. Fig. 1, 306 
85, 385, 442 
Me Movement of water in plants, 159 
Movement, Phenomena of, 195 
Mucilage, Conversion into, 23, 249. 
Mucor, 279, 280 
~ Mucorini, 271, Qo. 1, 396, 404 
Mucronate, 97. Fig. 16 
_ Mulberry, Fig. 302 
- Multifid 125 
Maaltipligation of cells, 32 
_ Musaceze, 348 
_ Muschelkalk, 426 ae 
" Glossarial Index, 
RE, ; \ 
“Fig. 308; 325, 
Musci, 244, 301. 
Muscinez, 244 — 
Mushroom, 282. Fig. 392 Be zh 
Mycelium, 263, 279. | Fig. 39 368 
Mycoderma, 276 
Myricacez, 376 i 
Myristicaceze, 374° 0.) Wa eee 
Myrsinacez, 387 ets 
Myrtacez, 399, 446 
Myrtales, 399 
Myxomycetes, 283 
Fig. 426-435 
AGELT, 6 
1 Naiadeze, 351 
Naked, 118, 390. Fig. 304 
Napiform (turnip- shaped), 73. 
Narcissales, 349 wy 
Nardoo, 327 i Sa ect 
Natural systems, 239, 243 Be 
Neck, Fig. 422 os! sh Be 
Neck-cell, 191 ne 8 af 
Nectary, 53,135. Fig. 231, 266, 533 ae ie 
Negative heliotropism, 207. A 
Nepenthes, 163. Fig. 193 aa ce hie 
Net-veined, 106. Fig. 181, 191 
Neuter, 112. Fig. 203 © Pani 
New Caledonia, 459 
New red sandstone, 4255 0) “7 sae 
New Zealand, 460 1 ane 
Nightshade, 384. Fig. 495 - ie 
Nitella, 294. Fig. 371 L} 420° 7 49 
Nitrogen, 162, 168 | he 
Nocturnal position, 206 i 
Node, 76. Fig. 142, 211, 418, 504 pe ie 
Norfolk Island, 460. ibe ae ‘ 
Normal root, 75. Fig. 101-104 : 
North American foreshheeiaa HA us 
Nosology, 216 ; ey ngs: 
Nostocaceze, 249, 255 iV ae 
Notorhizal, 157. > ‘Fig"337 9 =e qeeen i ae 
Nucleolus, 11. Fig. 2, 3 ie . 
Nucleus, 8, II, 145, 156. Fig. 3 2, 3 300 
360, 422 
Nucule, 152, 293, 384. Fig. 321, 418 m1, 
419, 490 | Sie ana 
Nudiflorz, 355 (Os that 
Nut, 154. Fig. 485 v. cite 
Nutation, 201 BRS oie; 
Nutrient ‘substances, i ix.762 5) Noe 
Nutrition of plants, 162 1 ea 
Nyctaginez, 374. Fig. 342 0 
Nympheacez, 416. Fig. oe (eae 
Ee? Say 
AK-APPLE, Fi B70) 
Asis 
Oak-gall, 235. Fig. 379° 
Oak-spangle, 235 ‘ae x 
Oases, 443 °C alt aaa 
Obcordate, 95, 97, way, Fig. 15 
Oblique section, 69. 
_ a 5 
Obovate, 95 N 
Obsolete, 116, 395. . 
Oceanic ee 457 
