INDEX 



619 



Lobelia erinus, 285. 



Lobeliaceae, inulin in, 475. 



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

 499, 550; 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. 



Loseke, 391. 



Lotze, 19. 



Lubbock, 596. 



Luca, de, 476, 536, 537, 564, 57 1- 



Lucanus, 404, 429, 585. 



Luck, 306. 



Liideritz, 533, 542. 



Llidtke, 461. 



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

 absorption, 74 ; on tannin, 492. 



Lund, 565. 



iS) 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 ; L.albus, 

 disappearance of oil from isolated co- 

 tyledons, 599 ; L. /iirsit/us, 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. 



Lycopodiiun alpinion, 437 ; L. cJiamaecy- 

 parissits, 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. 



Mak'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 utilisshna, 494. 



Mannite, 325, 476. 



Maquenne, 356, 477, 564. 



Marcet, 536. 



Marchantta, 28, 191, 275 ; induction of 

 dorsiventrality in, 20 ; M. polymorpha, 

 rhizoid of, 151, Fig. 11. 



Marchlewski, on chlorophyll, carotin, &c., 



Marey, 242. 



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



tion by leaves, 1 60. 



Marloth, 162; on saline incrustations, 131. 

 Marrgraff, 418. 

 Marschall, 450, 462. 

 Marshall Ward, 37 ; on gingerbeer-plant, 



560. 



Martin, 206. 

 Martinand, 510. 

 Matteuci, 264. 

 Maumene, 437, 478. 

 Maxwell, 162. 

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



13, 431, 499, 505, 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, I5"9. 

 Meissner, 339, 360. 



Meister, absorptive capacity of soils, 169. 

 Mdampyrum, 369 ; dulcite in, 477. 

 Melezitose, 474. 

 Melnikoff, 432 ; on calcium pectate in cell- 



wall, 133. 

 MeZobesia, 133. 

 Melsens, 564. 

 Mene, 402. 

 Menze, 321. 

 Mer, 323, 539, 603. 

 Mercury, 437. 

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



in Nelu/nbtum, 205. 

 Merkel u. Bonnet, 290. 

 Merlis, 600. 



Merulius lacrymans, 276. 

 Mcsembryanthemum, 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 ; - 



