352 



INDEX 



Minimum, light requirement, 291; temperature, 



255. 256 

 Minsk, 95 

 Mites, 304 



Mitscherlch; Bodenkunde, 92 



Miyoshi, on penetration of fungi through mem- 

 branes, 126 

 Moisture, influence of, on growth and configuration, 



265-276 

 Molar movement, and diffusion, 106, 107 

 Molecular solutions, 113, 115 



Molisch, on relation of plants to iron, 16, 85; on 

 phycocyanin, phycoerythrin and phycophaein, 

 21; on purple bacteria, 26; on sulphur bacteria, 

 52; on iron bacteria, 53; on soil and flower 

 color, 87; Mikrochemie, 90, 181; on bleeding, 

 143; on furfurol reaction, 159; on warm-bath 

 for forcing, 260. (See also Wiesnerand M.) 

 Moll, on excretion of liquid water, 139 

 Molliard, see Matruchot and M. 

 Monobutyrin, 171 

 Monocotyledons, 151 

 Monopodial branching, 272 

 Mono-potassium phosphate, 82 

 Mono-sodium phosphate, 94, 95 

 Monster a, 249 

 Montanari, on lycopin, 21 



Monteverde, on protochlorophyll, etc., 9, 18; on 

 protochlorophyll and chlorophyll formation, 

 18; on nitrates in plants, 181; on calcium 

 oxalate, etc., in plants, 191; M. and Liubi- 

 menko, on chlorophyll formation, 18 

 Monteverdi, see Monteverde. 

 Montsourie, Park of, 55 

 Moor soils, 92 

 Morchella, 189 



Moritz and Morris, Brewing, 167, 204 

 Morkovin, on respiration, alkaloids and anesthetics, 

 216; on stimulation of intramolecular respira- 

 tion, 225 

 Morkowin, see Morkovin. 

 Morris, see Brown and M.; Moritz and M. 

 Morse and Horn, on osmotic membranes, 112; M. 



et al., on osmotic pressure, 112 

 Mosaic, of leaves, 278 

 Moscow, 95 



Mother, of vinegar, 233 

 Moulds, 47, 79, 85, 121, 123, 211 

 Movement of materials, general occurrence of, 130; 

 of materials in the plant, Pt. I, Chap. VI, 130- 

 153; of gases, 130-133; of water and dissolved 

 substances, 133-134; of organic substances, 

 151-153; of variation, Pt. II, Chap. V, 318- 

 322; autonomic movements of variation, 318; 

 paratonic movements of variation, 318-334 

 Mucor, 79, 260, 270, 299; mucor yeasts, 211, 262, 263 

 Muenschner, effect of transpiration on salt absorp- 

 tion by plants, 150. 

 Mullein, 278 

 Miintz, on physiology of mushrooms, 225. (See 



also Schlosing and M.) 

 Musa, 30 



Mustard, 169, 255, 281 

 Mutation, 318 

 Mycobacterium, 77 

 Mycoderma, 233 

 Mycorhiza, 39, 97, 98, 292 



Mycotrophic plants, 97, 98 

 Myriotonie, 119 

 Myrosin, 169 

 Myrsiphyllum, 314 



N 



Nabokich, see Nabokikh. 



Nabokikh, on anaerobic respiration, 224; on anaero- 

 biosis of seed plants, 260; N. and Ledebev, on 

 hydrogen bacteria, 51 



Nadson, on starch formation, 38; on penetration of 

 algae into stone, etc., 126 



Nagamatsz, on photosynthesis, 37. (See also Sachs 

 and N.) 



Nancy, 65 



Naphtha, 7, 159 



Nathansohn, on sulphite bacteria, 50, 52; Stoffaus- 

 tausch, 121; on artificial parthenogenesis, 336 



Negative pressure, of gases in plant, 106, 132, 133, 

 144 



Neliubov, on gas poisoning and nutation, 263 



Neljubow, see Neliubov. 



Nelumbium, 130, 131 



Nemec, on geotropic preception, 299 



Nencki, see Nentskii 



Nentskii, on chlorophyll, 13; N. and Marchlewski, 

 on hemopyrrol, 12; N. and Silber, on hemato- 

 porphyrin, 12; N. and Zaliesskii, on meso- 

 porphyrin and hemin, 12 



Nepenthes, 38 



Nereum, 107 



Nettle (see also Urtica), 20, 48 



Neuberg, on fermentation of pyrotartaric acid, 209; 

 on photochemical processes, 35, 288; N. and 

 Karczag, on carboxylase, etc., 209; N. and 

 Kerb, on yeast without sugar, 209; 



Neumeister, on isolation of peptones, 162; on pro- 

 teolytic enzymes, 169 



Newcombe, on tissue strains and development, 304 



Nickel, 82 



Nicloux, on enzymes, 169 



Nicolas, on respiration, 213 



Nicotin, 102, 273 



Nictitropic movements, 322 



Nigrosin, 5 



Niklevskii, on hydrogen bacteria, 52 



Niklewski, see Niklevskii. 



Nile silt, 92 



Nitrates, 65-69, 70-74, 79, 98, 178 



Nitrification, in soil, 67—72 



Nitrifying bacteria, 49—52, 68, 69, 79 



Nitrite bacteria, 69 



Nitrites, 65, 70 



N itrobacter , 69, 70 



Nitrogen, assimilation of, Pt. I, Chap. Ill, 64-79; 

 circulation of in nature, 72-73, 211; atmos- 

 pheric, 64-68; assimilation of, by bacteria, 78- 

 79; fixation of, by Leguminosce, etc., 73-77; of 

 soil, 65-67, 75; nitrogen compounds, assimi- 

 lated by lower plants, 79; in nutrition, 82, 104, 

 160, 175, 179, 183, 184, 188, 193, 205, 230; oxi- 

 dation of, by calcium carbide, 73 



Nitrosobacter, 69 



Nitrosococcus, 69 



Nitrosomonas, 44, 69, 70 



