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Vegetable Teratology / An Account of the Principal Deviations from the Usual Construction of Plants

Chapter 69: INDEX OF NAMES OF PLANTS.
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About This Book

This work presents a systematic survey of abnormal plant development, cataloguing and explaining principal deviations from typical organization. It organizes anomalies into groups—unions and adhesions of organs, independence phenomena including fission and dialysis, and positional changes such as displacement, prolification, and heterotaxy—and examines causes, variants, and illustrative cases. The author draws on published records and personal observations, provides detailed descriptions and illustrations, and situates teratological examples within morphological theory and comparative study, aiming to make anomalous forms intelligible rather than mere curiosities.

  • Receptacle, abortion of, 457
    • elongation of, 116, 440
    • spiral torsion of, 325
  • Reflexion, 209
  • Regularity, 213
  • Rhizotaxy, 1
  • Rose Willow, 166, 168
  • Roots, adventitious, 156
    • elongation of, 434
  • Rudimentary organs, 469

S.

  • Saint Valery Apple, 135, 282, 304, 375, 388
  • Savoys, 426
  • Scales, formation of, 164, 448, 470
  • Scape, leaves on, 163
  • Seeds, abortion of, 407
    • union of, 50
  • Sepals, adhesion of, to petals, 34
    • cohesion of, 27
    • enation from, 448
    • phyllody of, 243
    • pistillody of, 303
    • staminody of, 298
  • Sepalody, 282
  • Separation, 58
  • Sex, changes of, 190, 509
  • Shamrock, four-leaved, 356
  • Shoots below cotyledons, 167; see Leaders
  • Size, alterations in, 411
  • Solenaidie, 21, 316
  • Solution, 59, 76
    • bibliography, 82
    • of calyx, 77
      • plants subject to, 82
    • of stamens, 82
  • Spathes, increased number of, 357
  • Speiranthy, 91, 325
  • Spiral torsion, 319
    • plants subject to, 325
    • of leaf, 326
    • of receptacle, 324
  • Spines, 456
  • Sports, 336
  • Spurs, formation of, 228, 315
  • Stamens, see Andrœcium
    • abortion of, 463
    • adhesion of, 34, 35
    • cohesion of, 29
    • compound, 294, 345
    • dialysis, 73
    • enation from, 453
    • fission of, 68
    • in ovary, 183
    • petalody of, 283
    • phyllody of, 253
    • pistillody of, 303
    • tubular, 316
  • Staminody, of accessory organs, 301
  • Stasimorphy, 216
  • Stem, see axes
  • Stipules, increased number of, 357
  • Strawberry, Plymouth, 275
  • Suppression, 393
    • of andrœcium, 405
      • flower, 408
      • foliar organs, 395
  • Suppression of ovules, 407
    • remarks on, 409
    • of seeds, 407
  • Symmetry, 213
  • Synanthy, 37
    • bibliography, 45
    • plants subject to, 44, 508
  • Syncarpy, 45
  • Syngenesia, 29
  • Synophty, 57
  • Synspermy, 50

T.

  • Tendrils, adventitious, 326
    • formation of, 473
  • Thalamus, see Receptacle
  • Thorns, 456
  • Torsion spiral, 319
  • Tubers, 421
    • in axils of leaves, 142
  • Tubes, formation of, 312, 509 (see Ascidia, Solenaidy, Spurs)
  • Tubular petals, 314

U.

  • Union, 8
  • Unisexuality, 195
  • Uovoli, 420

V.

  • Varieties, dwarf, 411
  • Venation, 338
  • Virescence, 338
  • Viviparous plants, 106, 168

W.

  • Warts, 444
  • Wheat-ear carnation, 371

INDEX OF NAMES OF PLANTS.

[In the following Index the names of the orders that are incidentally mentioned are printed in small capitals, those of the genera and species in ordinary type. The names are inserted as found in the several records, &c., without in general any attempt having been made to determine their accuracy. For this reason the authority for the specific name is rarely given, such citations being here unnecessary if not impracticable. It may, however, be assumed that the names made use of are those generally adopted by naturalists.

This index will be found useful for statistical purposes. It will show at a glance, at least approximately, how often certain genera and species are affected with malformation, as contrasted with others. The nature of the malformation may of course be ascertained by referring to the particular page indicated by the number. The proportion of wild to cultivated plants may also be approximately ascertained, and the effects of cultivation estimated. The disproportionate frequency with which some species are affected, e.g., Trifolium repens, &c., as contrasted with other closely allied, and perhaps equally common species, under apparently identical conditions, is also made manifest.]

A.

B.