INDEX 



351 



ham, three-salt nutrient solution for plant 

 cultures, 84. (See also Hutchins and L. and 

 Pulling and L.) 



Lloyd, on foliar water content, 138 



Lob, supporting Baeyer's hypothesis of photosyn- 

 thesis, 31 



Lochinovskaia, see Palladin, Sabanin and L. 



Lodging, of grain, 86 



Loeb, Dynamics of living matter, 171; organism as 

 a whole, 336; on regeneration; etc., in Bryo- 

 phyllum, 336 



Loew, on liming soils, 85; on catalytic oxidation, 202 



Loewschin, see Levshin. 



Lohnis, on nitrifying bacteria, 78; on toxins from 

 soil bacteria, 100 



Lonicera, 313 



Lbwschin, see Levshin. 



Lubimenko, see Liubimenko. 



Lubin, demonstration of liquid tension, 147, 148 



Luca, de, on alcohol production in leaves, etc., 225 



Ludwig, on imbibition, etc., m 



huff a, 18 



Lupinus, 17, 161, 162, 178, 179, 183. 187. 194. 255, 

 270, 286 



Lusk, Nutrition, 173 



L'vov, see Lvov. 



Lvov, see Palladin and L. 



Lycopin, 20 



Lysin, 163, 164, 178 



M 



Macallum, on microscopical tests for chlorides, etc., 

 90 



MacDougal, on photosynthesis, 3; on hydrostatic 

 system of trees, 145, 151, on influence of 

 environment on form, 268; on light and devel- 

 opment, 283; Plant physiology, 313, 314, 318; 

 on tendrils, 314; on movements in Mimosa, 

 3i8 



MacMillan, on photosynthesis, 3 



Magnesium, 8, 14, 82, 85, 91, 92, 104,290-291; 

 carbonate, 46, 48, 69; chloride, 117; sulphate, 

 82, 117, 161 



Maize, 137. 138, 150, 161, 162, 187. 193. 255 



Majima, on urushiol, 226; M. and Cho, on urushiol, 

 226 



Maksimov, on light and respiration of fungi, 215. 

 (See also Walther el al.) 



Malcewsky, see Malchevskii. 



Malchevskii, see Walther el al. 



Malpighi, on girdling, 143, 151; on water transfer, 

 133 



Malt, 167 



Maltase, 168, 171 



Maltose, 17, 168, 171, 20s, 212 



Manganese, 87 



Mangin, on rdle of stomata, 36. (See also Bonnier 

 and M.) 



Mannite, 39, 225 



Mannose, 189 



Manometer, 220 



Marble, 125 



Marchlewski, see Nentskii and M.; Schunckand M. 



Marl, 71 



Marsilia, 336 



Martin, on papain, 161 



Mason, see Dixon and M. 



Massart, on hormone action. 332 



Material transformations, in the plant, Pt. I, Chap. 



VII, 157-195 



Materials, absorption of, in general, Pt. I, Chap. V, 

 104-129; absorbed by plants, 104; movement 

 of, in the plant, Pt. I, Chap. VI, 130-153 

 Mathews, Physiological chemistry, 162 

 Mathewson, on biochemical tests, 159 

 Matruchot and Molliard, on chlorophyll formation, 



18 

 Matthaei, on photosynthesis and respiration, 35. 



(See also Blackman and M.) 

 Maturity, of seeds, stages of, 288 

 Maximow, see Maksimov. 



Maximum, temperature, 255, 256; light require- 

 ment, 290-291 

 Maxwell, see Schulze, Steiger and M. 

 Mayer, Adolf, on ammonia assimilation by leaves, 

 65; on grand curve of respiration, 217. (See 

 also Wolkoff and M.) 

 Mayer, A. E., Agrikulturchemie, 33, 84 

 Mayer, E. W., see Willstatter, M. and Huni. 

 Mayer, J. R., on energy conservation, xxxiii; on role 



of green plants, 33 

 McCallum, on determination of leaf form, etc., 268 

 McLean, on climatic conditions, 258 

 Measurement, of growth, 247 

 Measuring apparatus, 244, 247 

 Media, artificial, cultures in, 82-84 

 Meisenheimer, see Buchnerand M. 

 Melandryum, 304 

 Melanins, 14 

 Melanpyrite, 39 



Membranes, osmotic, 104, no, 112 

 Mercuric chloride, 58; nitrate, 159, 180; sulphide, 



159. 180 

 Mercury, 82, 106, 132, 147-150, 159, 206, 219 

 Merlis, on seeds and etiolated seedlings, 179 

 Merrill, on distilled water and toxic solutions, 83 

 Mesophyll, 290 

 Mesoporphyrin, 12 

 Metabolism, 13 

 Metaproteins, 161 

 Methane, 52, 201 

 Methyl, in chlorophyll molecule, 8; methyl green, 



orange, violet, 120 

 Methylene blue, 120, 171. 228, 229; as hydrogen 



acceptor and respiration pigment, 210, 211 

 Mettais, 65 



Meunier, on asparagin, 174 

 Mica-schist soil, 92 

 Michaelis, on cell acidity, etc., 192 

 Microchemical tests, 90 

 Micrococcus, 212 



Microorganisms, distribution of, in nature, 53-57; 

 physiological characters of, 43, 44; in air, 55, 

 56; in bog soil, 98, 99, 100; in milk, 57; in rain- 

 water, 53; in human intestine, 57 

 Microscope, invention of, 53; horizontal, 245, 247 

 Mieg, see Willstatter and M. 

 Milk microorganisms of, 57; souring of, 212 

 Millet, 86, 94, 283 

 Millon reaction, 159, 165 

 Mimosa, xxxiv, 318, 320-322 

 Mimulus, 257 

 Minder, see Kniep and M. 



