The Power of Movement in Plants by Charles Darwin (book club books TXT) π
- Author: Charles Darwin
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Sarracenia purpurea, circumnutation of young pitcher, 227
Saxifraga sarmentosa, circumn utation of an inclined stolon, 218
Schrankia aculeata, nyctitropic movement of the pinnae, 381, 403
β uncinata, nyctitropic movements of leaflets, 381
Securigera coronilla, nocturnal movements of leaflets, 352
Seed-capsules, burying of, 513
Seed-coats, rupture of, 102-106
Seedling plants, circumnutating movements of, 10
Selaginella, circumnutation of 258
β Kraussii (?), circumnutation of young plant, 66
Sida napoea, depression of leaves at night, 322
β, no pulvinus, 322
β retusa, vertical rising of leaves, 322
β rhombifolia, sleep of cotyledons, 308
β, sleep of leaves, 314
β, vertical rising of leaves, 322
β, no pulvinus, 322
β, circumnutation and nyctitropic movements of leaf of young plant, 322
β, nyctitropic movement of leaves, 397
Siegesbeckia orientalis, sleep of leaves, 319, 384
Sinapis alba, hypocotyl bending towards the light, 461
β, transmitted effect of light on radicles, 482, 483, 567
β, growth of radicles in darkness, 486
Sinapis nigra, sleep of cotyledons, 301
Smilax aspera, tendrils apheliotropic, 451
Smithia Pfundii, non-sensitive cotyledons, 127
β, hyponastic movement of the curved summit of the stem, 274-276
β, cotyledons not sleeping at night, 308
β, vertical movement of leaves, 356
β sensitiva, sensitiveness of cotyledons to contact, 126
β, sleep of cotyledons, 308
Sophora chrysophylla, leaflets rise at night, 368
Solanum dulcamara, circumnutating stems, 266
β lycopersicum, movement of hypocotyl, 50
β, of cotyledons, 50
β, effect of darkness, 124
β, rising of cotyledons at night, 306
β, heliotropic movements of hypocotyl, 421
β, effect of an intermittent light, 457
β, rapid heliotropism, 461
β palinacanthum, circumnutation of arched hypocotyl, 51, 100
β, of cotyledon, 51
β, ellipses described by hypocotyl when erect, 107
β, nocturnal movement of cotyledons, 306
Sparganium ramosum, rhizomes of, 189
Sphaerophysa salsola, rising of leaflets, 355
Spirogyra princeps, movements of, 259, n.
Stahl, Dr., on the effect of Aecidium on shoot, 189; on the influence of light on swarm-spores, 488, n.
Stapelia sarpedon, circumnutation of hypocotyl, 46, 47
[page 590]
STAPELIAβTRITICUM
Stapelia sarpedon, minute cotyledons, 97
Stellaria media, nocturnal movement of leaves, 297
Stems, circumnutation of, 201-214
Stolons, or Runners, circumnutation of, 214-222, 558
Strasburger, on the effect of light on spores of Haematococcus, 455, n.; the influence of light on the swarm-spores, 488.
Strawberry, stolons of the, circumnutate, but not affected by moderate light, 454
Strephium floribundum, circumnutation and nyctitropic movement of leaves, 391, 392
T.
Tamarindus Indica, nyctitropic movement of leaflets, 374
Transversal - heliotropismus (of Frank) or diaheliotropism, 438
Trapa natans, unequal cotyledons, 95, n.
Tecoma radicans, stems apheliotropic, 451
Tephrosia caribaea, 354
Terminology, 5
Thalia dealbata, sleep of leaves, 389
β, lateral movement of leaves, 404
Trichosanthes anguina, action of the peg on the radicle, 104
β, nocturnal movement of cotyledons, 304
Trifolium, position of terminal leaflets at night, 282
β globosum, with hairs protecting the seed-bearing flowers, 517
β glomeratum, movement of cotyledons, 309
β incarnatum, movement of cotyledons, 309
β Pannonicum, shape of first true leaf, 350, 415
Trifolium pratense, leaves exposed at night, 293
β repens, circumnutation of flower-stem, 225
β, circumnutating and epinastic movements of flower-stem, 276-279
β, nyctitropic movement of leaves, 349
β, circumnutation and nyctitropic movements of terminal leaflets, 352, 353
β, sleep movements, 349
β resupinatum, no pulvini to cotyledons, 118
β, circumnutation of stem, 204
β, effect of exposure at night, 295
β, cotyledons not rising at night, 118, 309
β, circumnutation and nyctitropic movements of terminal leaflets, 351, 352
β strictum, movements of cotyledons at night, 116, 118
β, nocturnal and diurnal movements of cotyledons, 309-311, 313
β, movement of the left-hand cotyledon, 316
β subterraneum, movement of flower-heads, 71
β, of cotyledons at night, 116, 118, 309
β, circumnutation of flower-stem, 224, 225
β, circumnutation and nyctitropic movements of leaves, 350
β, number of ellipses in 24 hours, 405
β, burying its flower-heads, 513, 514
β, downward movement of peduncle, 515
β, circumnutating movement of peduncle, 516
Trigonella Cretica, sleep of leaves, 345
Triticum repens, underground shoots of, become apogeotropic, 189
[page 591]
TRITICUMβWILSON
Triticum vulgare, sensitiveness of tips of radicle to moist air, 184
Tropaeolum majus (?), sensitiveness of apex of radicle to contact, 167
β, circumnutation of stem, 204
β, influence of illumination on nyctitropic movements, 338-340, 344
β, heliotropic movement and circumnutation of epicotyl of a young seedling, 428, 429
β, of an old internode towards a lateral light, 430
β, stems of very young plants highly heliotropic, of old plants slightly apheliotropic, 453
β, effect of lateral light, 484
β minus (?), circumnutation of buried and arched epicotyl, 27
U.
Ulex, or gorse, first-formed leaf of, 415
Uraria lagopus, vertical sinking of leaflets at night, 365
V.
Vaucher, on the burying of the flower-heads of Trifolium subterraneum, 513; on the protection of seeds, 517
Verbena melindres (?), circumnutation of stem, 210
β, apogeotropic movement of stem, 495
Vicia faba, circumnutation of radicle, 29, 30
β, of epicotyl, 31-33
β, curvature of hypocotyl, 92
β, sensitiveness of apex of radicle, 132-134
β, of the tips of secondary radicles, 154
β, of the primary radicle above the apex, 155-158
β, various experiments, 135-143
β, summary of results, 143-151
β, power of an irritant on, compared with that of geotropism, 151-154
Vicia faba, circumnutation of leaves, 233-235
β, circumnutation of terminal leaflet, 235
β, effect of apogeotropism, 444
β, effect of amputating the tips of radicles, 523
β, regeneration of tips, 526
β, short exposure to geotropic action, 527
β, effects of amputating the tips obliquely, 528
β, of cauterising the tips, 529
β, of grease on the tips, 534
Vines, Mr., on cell growth, 3
Vries, De, on turgescence, 2; on epinasty and hyponasty, 6, 267, 268; the protection of hypocotyls during winter, 557; stolons apheliotropic, 108; the nyctitropic movement of leaves, 283; the position of leaves influenced by epinasty, their own weight and apogeotropism, 440; apogeotropism in petioles and midribs, 443; the stolons of strawberries, 454; the joints or pulvini of the Gramineae, 502
W.
Watering, effect of, on Porlieria hygrometrica, 336-338
Wells, βEssay on Dew,β 284, n.
Wiesner, Prof., on the circumnutation of the hypocotyl, 99, 100; on the hooked tip of climbing stems, 272; observations on the effect of bright sunshine on chlorophyll in leaves, 446; the effects of an intermittent light, 457; on aοΏ½rial roots, 486; on special adaptations, 490
Wigandia, movement of leaves, 248
Williamson, Prof., on leaves of Drosera Capensis, 414
Wilson, Mr. A. S., on the movements of Swedish turnip leaves, 230, 298
Winkler on the protection of seedlings, 108
Wistaria Sinensis, leaflets depressed at night, 354
β, circumnutation with lateral light, 452
Z.
Zea mays, circumnutation of cotyledon, 64
Zea mays, geotropic movement of radicles, 65
β, sensitiveness of apex of radicle to contact, 177-179
β, secondary radicles, 179
β, heliotropic movements of seedling, 64, 421
β, tips of radicles cauterised, 539
Zukal, on the movements of Spirulina, 259, n.
THE END.
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