INDEX 



619 



Lobelia erinus, 285. 



Lobeliaceae, inulin in, 475. 



Loew, 363, 381, 392,411, 429, 431,438,466, 

 499> 55> hypothesis of proteid forma- 

 tion, 405 ; importance of calcium, 



433- 



and Bokorny, 67-69 ; influence of 

 chlorides on production of tannin, 492 ; 

 precipitations in cell-sap, 97. 



Lommel, 349. 



Lookeren, 494. 



Lopriore, 332, 564, 570. 



Lory, 521, 525. 



Lb'seke, 391. 



Lotze, 19. 



Lubbock, 596. 



Luca, de, 476, 536, 537, 564, 571. 



Lucanus, 404, 429, 585. 



Luck, 306. 



Luderitz, 533, 542. 



Liidtke, 461. 



Ludwig, 75, 495, 499, 582 ; on differential 

 absorption, 74 ; on tannin, 492. 



Lund, 565. 



Lupinus, 458, 460, 462 ; absence of pepsin 

 and trypsin from, 466 ; exosmosis of 

 asparagin from living cotyledons of, 

 95, 600 ; autotrophic cotyledons of, 

 596 ; enzymes of, 507 ; formation of 

 amides during germination, 461 ; sen- 

 sitivity to acid solutions, 420 ; Z. albtts, 

 disappearance of oil from isolated co- 

 tyledons, 599 ; L. hirsutus, presence of 

 trypsin in, 466 ; L. luteus, 398 ; analyses 

 of seedlings, 467 ; leucin in, 465 ; root 

 tubercles of, 396, Fig. 59 ; seedling of, 

 597, Fig. 68. 



Liipke, 420, 430. 



Lutz, 405, 604. 



Lycopodium alpinum, 437 ; L. chamaecy- 

 parissus, 437 ; L. phlegmaria, 437. 



Maby, 173. 



Macagno, 353. 



Macaire, 138. 



Macallum, 426. 



Macdougal, 325, 402. 



Mach u. Haas, decrease of tannin during 

 ripening of fruits, 602. 



Macmillan, 377. 



Mac Nab, on use of lithium salts, 219. 



Magnesium, distribution of, 343 ; functions 

 of, 431. 



Magnol, 217. 



Magnolia, 256. 



Maize, development of, in absence of chlo- 

 rine, 431. 



Malaguti et Durocher, 437; influence of 

 soil on composition of ash, 129. 



Malfatti, on proteids, 65, 66. 



Malpighi, 225, 525, 571, 582, 593. 



Maltase, 506. 



Mah<a arborea, 247. 



Manganese, occurrence of, 437. 



Mangin, 180, 185, 188, 327, 332, 430-2, 

 478, 525 ; on calcium pectate in cell- 

 walls, 133 ; on extracellular protoplasm, 

 59 ; influence of temperature on di- 

 osmosis, 187; on pectins, 482; respira- 

 tion of pollen-tubes, 525. 



Manihot utilissima^ 494. 



Mannite, 325, 476. 



Maquenne, 356, 477, 564. 



Marcet, 536. 



Marchantia, 28, 191, 275 ; induction of 

 dorsiventrality in, 20 ; M. polymorpha, 

 rhizoid of, 151, Fig. u. 



Marchlewski, on chlorophyll, carotin, &c., 

 315.316. 



Marey, 242. 



Mariotte, 225, 241 ; law of, 144 ; on absorp- 

 tion by leaves, 160. 



Marloth, 162; on saline incrustations, 131. 



Marrgrafif, 418. 



Marschall, 450, 462. 



Marshall Ward, 37 ; on gingerbeer-plant, 

 560. 



Martin, 206. 



Martinand, 510. 



Matteuci, 264. 



Mailmen!, 437, 478. 



Maxwell, 162. 



Mayer, 174, 328, 348, 353, 404-8, 410- 



13, 43i, 499. 55. 524, 534, 548, 555, 

 559 ; decreased respiration in cut seed- 

 lings, 566 ; on fermentation, 552. 



Maze, 399. 



Mechanomorphosis, 24. 



Medium, influence of, on growth, 415. 



Meinecke, 159. 



Meissner, 339, 360. 



Meister, absorptive capacity of soils, 169. 



Melampyrum, 369 ; dulcite in, 477. 



Melezitose, 474. 



Melnikoff, 432 ; on calcium pectate in cell- 

 wall, 133. 



Melobesta, 133. 



Melsens, 564. 



Mene, 402. 



Menze, 321. 



Mer, 323, 539, 603. 



Mercury, 437. 



Merget, 179, 180, 242 ; on currents of air 

 in Nelumbtum, 205. 



Merkel u. Bonnet, 290. 



Merlis, 600. 



Merulius lacrymans, 276. 



Mesembryanthemum, 433 ; oxalic acid in, 

 328. 



Mesnard, 479, 500, 529, 593, 600-2. 



Mesocarpus, 342. 



Metabolic products, 451, sec. 78 ; localiza- 

 tion of, 454 ; consumption of, 456 ; 

 plastic and aplastic, 457. 



Metabolism, analytical examples of, nitro- 

 genous, 461, sec. 80, 465, sec. 81 ; - 



