How exactly does geotropism occur in plants

Phototropism and growth of plants

Results of Biology pp 358-544 | Cite as

  • H. G. You Buy
  • E. Nuernbergk
  • 12Citations
  • 24 downloads

Summary

More than half a century has passed since Wiesner 1878–1880 published his monograph on the “heliotropic phenomena in the plant kingdom”, a work which is still worth studying today and which captivates the reader with the clarity of its thought processes. It may have contributed to the fact that since then plant physiologists have been busy with heliotropism - or as we say today - phototropism of plants, so that a considerable pile of literature on this subject has accumulated over the past 50 years. Apart from short relevant sections in textbooks, there is still no larger, comprehensive treatment of our topic from recent times, but rather somewhat more detailed annual reports and overview presentations on the works that have appeared in a certain period of time (e.g. pierp 1919, G.wheel man 1928, Lbuilder 1929, pisek 1929, ptailor 1929 and others).

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Notes

Special hint

This chapter is part of the Springer Book Archives digitization project with publications that have appeared since the publisher's beginnings in 1842. With this archive, the publisher provides sources for both historical and disciplinary research, each of which must be viewed in a historical context. This chapter is from a book that was published before 1945 and is therefore not advertised by the publisher in its political-ideological orientation typical of the time.

literature

  1. Bakhuyzen, H. L. van de Sande: The internal causes of growth and difference in plants. Contr. Mar. Biol. 1930, 271. Stanford U.S.A. (1930). Google Scholar
  2. Ball, N. G .: Phototropic movements of leaves. The functions of the lamina and the petiole with regard to the perception of the stimulus. Sci. Proc. roy. Dublin Soc. 17, 281 (1923). Google Scholar
  3. Baranetzki, J. (1): The circular nutation and twisting of the stalk. Mém. Acad. imp. Sci. St.-Pétersbourg, sér. 7, 31 (1883). Google Scholar
  4. Baranetzk, J. (2) About the causes which determine the direction of the branches of the tree and shrub species. Flora (Jena) 89, 138 (1901). Google Scholar
  5. Bargagli-Petrucci, G .: Alcune esperienze sul plagiotropismo dei rami di Hederá Helix. Bull. Soc. bot. ital. 1906, 186. Firenze (1906) .Google Scholar
  6. Barth, R .: The geotropic growth curves of the nodes., Diss. Leipzig (1894) .Google Scholar
  7. Bay, CH .: On, compass plants and twisting of leaves. Bot. Gaz. 19, 251. Madison Wise. (1894). Google Scholar
  8. Bayliss-Elliot, J .: Aleuria repanda Pers. Trans, British Myc. Soc. 12, 166. Cambridge (1927). Google Scholar
  9. Bergann, Fr .: Investigations into light growth, light curvature and light decrease in A vena sativa with the help of monochromatic light. Planta (Berl.) 10, 666 (1930). Google Scholar
  10. Berthold, G .: Contributions to the morphology and physiology of marine algae. Jb. Bot. 13, 569. Leipzig (1882) .Google Scholar
  11. Beyer, Ad .: Studies on the Traumatotropism of Plants. Biol. Zbl. 45, 683, 746. Leipzig (1925). Google Scholar
  12. Bischoff, H .: Investigations into the geotropism of the rhizoids. Beih. z. Bot. Zbl. 28 I., 94. Dresden (1912). Google Scholar
  13. Blaauw, A.H .: Light and Growth. III. Med. Landbouwhoogesch. 15, 89. Wageningen (1918) .Google Scholar
  14. Bose, Sir J. CH .: Plant autographs and their revelations., London (1927) .Google Scholar
  15. Boysen-Jensen, P. (1): On the conduction of the phototropic stimulus in the Avena-Koleoptile. Ber. German bot. Ges. B, 118;31, 559. Berlin (1910/1913) Google Scholar
  16. Boysen-Jensen, P. (2): La transmission de l’irritation phototropique dans VAvena. Bull Acad. roy. Sci. et Lett., Danmark (1911). Google Scholar
  17. Boysen-Jensen, P. (3): About growth regulators in bacteria. Biochem. Z. 236, 205, Berhn (1931). Google Scholar
  18. Boysen-Jensen, P (4): On the formation of a growth regulator by A spergillus niger ibid 239, 243 (1931 a). Google Scholar
  19. Boysen-Jensen, P (5): On the formation and biological importance of the growth regulator in Aspergillus niger. Ibid 250, 270 (1932). Google Scholar
  20. Brauner, L. (1): Phototropism and light door reaction. Ber. German bot Ges. 42, 59, Berlin (1924). Google Scholar
  21. Brauner, L (2): About the relationship between stimulus quantity and stimulus success. Jb. Bot 64, 770. Leipzig (1925). Google Scholar
  22. Brauner, L (3): Investigations into the electrolyte permeability and swelling of a lifeless natural membrane. Ibid 73, 513 (1930). Google Scholar
  23. Brefeld, O. (1): About the importance of light for the development of fungi. Bot 35, 386, 401. Leipzig (1877). Google Scholar
  24. Brefeld, O (2): Botanical studies on molds. Investigations from the entire field of mycology 3, 87, 114. Leipzig (1877 a). Google Scholar
  25. Brefeld, O (3): Ibid 4, 76 (1881). Google Scholar
  26. Brefeld, O (4): Ibid 8, 275 (1889). Google Scholar
  27. Book, Hans (1): About the photo- and hydrotropism of the liverwort plant. Finska Vetensk. Soc. Förh. 64, Avd. A, No. 2. Helsingfors (1921) .Google Scholar
  28. Book, Hans (2): About the phototropism of the panic. Mem. Soc. Fauna et FloraGoogle Scholar
  29. Book, Hans Fennica6, 167 (1929/1930). Helsingfors (1930) .Google Scholar
  30. Buchtien, O .: Developmental history of the prothallium of Equisetum. Bibliotheca botanica, H. 8. Stuttgart, (1887). Google Scholar
  31. Van Burkom: Het verband tusschen the blade stand en de verdeeling van de groeisnelheid over the stalk. Diss., Utrecht (1913). Google Scholar
  32. du Buy, H. G .: (1): About the conditions that influence the production of growth substances. Proc. con. Akad. Wetensch. Amsterdam. 34, 2 (1931) -Google Scholar
  33. du Buy, H. G (2): Diss. Utrecht (1933). Google Scholar
  34. du Buy, H. G and E. Nuernbergk (1): About the growth of the coleoptile and the mesocotyl of Avena sativa under different external conditions. I. Proc. con. Akad. Wetensch. Amsterdam. 32, 617 (1929). Google Scholar
  35. du Buy and E. Nuernbergk: (2): Further studies on the influence of light on the growth of coleoptile and mesocotyl in Avena sativa. II. Ibid 32, 808 (1929 a). Google Scholar
  36. du Buy, H. G and E. Nuernbergk (3): About the growth of the coleoptile and the mesocotyl of Avena sativa under different conditions. III. Ibid 33, 542 (1930). Google Scholar
  37. Castle, E. S .: On "reversal" of phototropism in Phycomyces. Journ. Gen. Physiol. 15, 487. Baltimore (1932). Google Scholar
  38. Cholodny, N. (1): About the hormonal effect of the organ tip in geotropic curvature. Ber. German bot. Ges. 42, 356., Berlin (1924). Google Scholar
  39. Cholodny, N (2): Contribution to the analysis of the geotropic response. Jb. Bot. 65, 447. Leipzig (1926). Google Scholar
  40. Cholodny, N (3): Growth hormones and tropisms in plants. Biol. Zbl. 47, 604. Leipzig (1927). Google Scholar
  41. Cholodny, N (4): Contributions to the hormonal theory of tropisms. Planta (Berl.) 6, 118 (1928). Google Scholar
  42. Cholodny, N (5): On the growth of the vertically and horizontally oriented stem in connection with the question of the hormonal nature of tropisms. Ibid 7, 702 (1929). Google Scholar
  43. Cholodny, N (6): Micropotometric studies of the growth and tropisms of the Coleoptile vonsativa. Jb. Bot. 73, 720. Leipzig (1930). Google Scholar
  44. Collander, R .: Investigations into the thermotropism of plants. Öfvers. Finska Vetensk. Soc. Förh. 49, Avd. A, No. 11. Helsingfors (1919) .Google Scholar
  45. Cornehls, Gert .: About orientational movements of dorsiventral flowers. Jb. Bot. 67, 174. Leipzig (1927). Google Scholar
  46. Czaja, A. TH .: The photometric movements of the leaves of Aponogeton ulvaceus. Ber. German bot. Ges. 48, 349. Berlin (1930). Google Scholar
  47. Czapek, Fr. (1): About the causes of the direction of the lateral roots and some other plagiotropic parts of plants. Seating area Akad. Wiss. Vienna, Math.- Naturwiss. Kl. 104 I., 1197. Vienna (1895) .Google Scholar
  48. Czapek, Fr (2): Studies on the effect of external irritant forces on the plant. Flora (Jena) 85, 424 (1898). Google Scholar
  49. Czapek, Fr (3): Further contributions to the knowledge of geotropic stimulus movements. Jb. Bot. 32, 175. Leipzig (1898 a). Google Scholar
  50. Dachnowski, A .: On the knowledge of the developmental physiology of Marchantia polymorpha L. Ibid 44, 254 (1907). Google Scholar
  51. Darwin, CH .: The movements and habits of climbing plants. Ed., London 1906 (1865) Google Scholar
  52. Darwin, CH. a. Fr. (1): The power of movements in plants., London (1880). Google Scholar
  53. Darwin, CH (2): The plant's ability to move. Translated from English by J.V. Carus, Stuttgart (1881). Google Scholar
  54. Derschau, M .: Influence of contact and tension on climbing leaf stalks. Diss., Leipzig (1893). Google Scholar
  55. Dolk, H. E. (1): Concerning the sensibility of decapitated coleoptiles of Avena sativa for light and gravitation. Proc. con. Akad. Wetensch. Amsterdam. 29, III3 (1926) .Google Scholar
  56. Dolk, H. E (2): Geotropy en groeistof. Diss. Utrecht (1930). See also: On the effect of gravity on coleoptiles of Avena sativa. I, II. Proc. con. Akad. Wetensch. Amsterdam. 32, 40, 1127 (1929). Google Scholar
  57. Dolk, H. E (3): The movements of the leaves of the Compass plant Lactuca Scariola. Amer. J. Bot. 18, 195. Brooklym (1931). Google Scholar
  58. Dolk, H. E. a. K. V. Thimann: Studies on the growth hormone of plants. I. Proc. nat. Acad. Sci. UNITED STATES. 18, 30 (1932). Google Scholar
  59. D # x00F6; pp, W.: Investigations into the development of prothallia of native polypodiaceae. Plant research. H. 8. Jena (1927). Google Scholar
  60. "Electrostatics in biochemistry": Colloid chem. Beih. 28, 208. Dresden and Leipzig (1929) .Google Scholar
  61. Elfving, F .: About the behavior of the grass knots on the khnostat. Öfvers. Finska Vetensk. Soc. Förh. 26, 107. Helsingfors (1884) .Google Scholar
  62. Engler, Arn. (1): Tropisms and eccentric growth of trees., Zurich (1918) .Google Scholar
  63. Engler, Arn (2): Heliotropism and geotropism of trees etc. Mitt. Switzerland. Ztr. Anst. f. d. forest. Experimental 13, 225 (1924). Google Scholar
  64. Erman, C. (i): About light orientation in / ns leaves. Bot. Notiser 1926, 45. Lund (1926) .Google Scholar
  65. Erman, C (2): Thermal growth reactions in the coleoptiles of Avena sativa. Ber. German bot. Ges. 44, 432. Berlin (1926a). Google Scholar
  66. Euler, H. von and T. Philipson. (1): To the knowledge of the activators Z. Hoppe Seylers ZS. physiol. Ch. 195, 81 (1931). Google Scholar
  67. Euler, H. von and T. Philipson (2): Water-soluble growth factors. Biochem. Z. 245, 418. Berlin (1932). Google Scholar
  68. Ewart, A .: On contact irritability. Ann. Jard. bot. Buitenzorg 15, 187. Leide (1898) .Google Scholar
  69. Fitting, H .: The conduction of tropical stimuli in parallelotropic parts of plants. Jb. Bot. 44, 177., Leipzig (1907). Google Scholar
  70. Fliry, M .: On the effect of the terminal bud on the hypocotyl elongation of the dicotyledon seedling. Ibid 77, 150 (1932). Google Scholar
  71. Förster, K. (1): The effect of external factors on development and shape formation in Marchantia polymorpha. Planta (Berl.) 3, 325 (1927). Google Scholar
  72. Förster, K (2): The development of submerged Marchantia plants under various external conditions. Ibid 16, 332 (1932). Google Scholar
  73. Frank, A.B .: The natural horizontal direction of parts of plants and their dependence on light and gravity., Leipzig (1870) .Google Scholar
  74. Freytag, Herb .: Investigations into the plagiotropy of the leaves of Tropaeolum majus. Planta (Berl.) 12, 267 (1930). Google Scholar
  75. Garjeanne, A. J. M. (i): Changes in development in liverworts. Ree. Trav. bot. néerl. 25 A, 115. Amsterdam (1928). Google Scholar
  76. Garjeanne, A. J. M (2): Physiology. From: Manual of Bryology, ed. Fr. Verdoorn. Graven-hage, (1932) .Google Scholar
  77. Geiger, M .: Studies on the gas exchange of an extreme shade plant (Aspidistra) and on the methodology of the gas exchange experiments. Jb. Bot. 67, 635. LeipzigGoogle Scholar
  78. Goebel, K. (1): Contributions to the morphology and physiology of the leaf. Bot 38, 753. Leipzig (1880) .Google Scholar
  79. Goebel, K (2): Organography of Plants. III. Part. Special organography of seed plants. 2nd ed., Jena (1923). Google Scholar
  80. Goebel, K (3): The unfolding movements of plants and their teleological interpretation. 2nd ed., Jena (1924). Google Scholar
  81. Goebel, K (4): Morphological and biological remarks. 32. Induced dorsiflexion in lichens. Flora (Jena) 121, 177 (1927). Google Scholar
  82. Goebel, K (5): Organography of Plants. I. part. General organography. 3rd ed., Jena (1928). Google Scholar
  83. Goebel, K (6): About the effect of light on the surface development of the fern prothallia. Ree. Trav. bot. néerl. 25 A, 122., Amsterdam (1928a). Google Scholar
  84. Goebel, K (7): Organography of Plants. Part II. Bryoph3rten / Pteridophrten, 3rd ed., Jena (1930) .Google Scholar
  85. Goebel. Korter, (i): On the occurrence of growth-accelerating and growth-retarding substances. Proc. con. Akad. Wetensch. Amsterdam. 30, 728 (1927). Google Scholar
  86. Goebel. K (2): Large substance problems with wortels. Diss., Utrecht (1932). Google Scholar
  87. Gradmánn, H. (i): Stimulus Physiology of Plants. Jber. Physiol., Berlin (1928) Google Scholar
  88. Gradmánn, H. (2): The Lateral Effect on the Bindweed Plants. Jb. Bot. 68, 46. Leipzig (1928a). Google Scholar
  89. v. Guttenberg, (i): Studies on the phototropism of plantsBeitr. general bot. 2, 139. Berlin (1922). Google Scholar
  90. v. Guttenberg, (2): H. Weidlich's experiments on the movement mechanics of the variation joints. Planta (Berl.) 6, 790 (1928). Google Scholar
  91. de Haas, R. Horreus: On the connection between the geotropie curving and elasticity of the cell-wall. Proc. con. Akad. Wetensch. Amsterdam. 32, 371 (1929). Google Scholar
  92. Haberlandt, G. (1): The perception of the light stimulus by the leaf. Ber. German bot. Ges. 22, 105., Berlin (1904). Google Scholar
  93. Haberlandt, G (2): On the physiology of cell division. I. Seat. prussia. Akad. Wiss., Physik.-math. Kl. 1913, 31S. Berlin (1913) Google Scholar
  94. Haberlandt, G: H. Ibid 1914, 1096 (1914). Google Scholar
  95. Haberlandt, G: III, IV. Ibid 1919, 322, 721 (1919) -Google Scholar
  96. Haberlandt, G: V. Ibid 1920, 323 (1920). Google Scholar
  97. Haberlandt, G: On the developmental physiology of the rhizoids, ibid 1914, 384 (1914). Google Scholar
  98. Haberlandt, G: About experimental generation of adventitious embryos at Oenothera Lamarckiana. Ibid 1921 (1921). Google Scholar
  99. Haberlandt, G: Wound hormones as causative agents for cell division. Contribution general bot. 2, I. Berlin (1921a) .Google Scholar
  100. Haberlandt, G (9): About cell division hormones and their relationship to wound healing, fertilization, parthenogenesis and adventivembryonia. Biol. Zbl. 42, 145. Leipzig (1922). Google Scholar
  101. Henckel, A .: Le phototropisme des Mucorini. Bull. Inst. Rech. biol. Univ. Perm 5, 307 (1927). (Ref .: Bot. Zbl. 154, 418. Jena) .Google Scholar
  102. Herzog, TH .: Anatomy of liverworts. Handbook of Plant Anatomy 7, 1. Berlin (1925). Google Scholar
  103. Heyn, A.N. J. (1): The mechanism of cell stretching. Ree. Trav. bot. néerl. 28, 113. Amsterdam (1931). See also: Google Scholar
  104. Heyn, A.N. J (2): On the relation between growth and extensibility of the cell wall. Proc. con. Akad. Wetensch. Amsterdam. 33, 1045 (1930). Google Scholar
  105. Heyn, A.N. J (3): Further experiments on the mechanism of growth. Ibid 34, 474 (1931) Google Scholar
  106. Heyn, A.N. J, u. J. v. Overbeek: Another test material on the plastic and elastic stretchability of the cell membrane. Ibid 34, 1190 (1931). Google Scholar
  107. Höber, R .: Physical chemistry of cells and tissues., Leipzig (1926) .Google Scholar
  108. Hofmeister, W .: The theory of the plant cell., Leipzig (1867) .Google Scholar
  109. Jost, L .: Plant Physiology 2. Benecke-Jost, Plant Physiology., Jena (1923) .Google Scholar
  110. Karsten, G .: About compass plants. Flora (Jena) III, 48 (1918). Google Scholar
  111. Keeble, F .: Observations on the Loranthaceae of Ceylon. Trans. Linnean Soc. Lond. 5, 11, 91 (1896). Google Scholar
  112. Klebs, G. (1): The conditions of reproduction in some algae and fungi., Jena (1896) .Google Scholar
  113. Klebs, G (2): Arbitrary developmental changes in plants., Jena (1903) .Google Scholar
  114. Klebs, G (3): On the developmental physiology of the fern prothallia. I, II, III. Seating area Heidelberg. Akad. Wiss., Math.-Naturwiss. Kl. 1916, B. 4;1917, B3, B7 (1916/1917). Google Scholar
  115. Klemm, P .: About Caulerpa prolifera. Flora (Jena) 77, 460 (1893). Google Scholar
  116. Knapp, E .: Developmental physiological studies on Fucaceen Eiem. I. Knowing the polarity of the eggs of Cystosira harhata. Planta (Berl.) 14, 731 (1931). Google Scholar
  117. Kny, L .: The growth of the thallus of Coleochaeta scutata in its relationship to gravity and light. Ber. German bot. Ges. 2, 93. Berlin (1884). Google Scholar
  118. Kögl, F. and A. J. Haagen-Smit: About the chemistry of the growth substance. Proc. con. Akad. Wetensch. Amsterdam. 34, 1411 (1931). Google Scholar
  119. Kok, Ali C. (1): About the transport of exogenous substances through parenchymal tissue. Ree. trav. bot. neerl. 30, 23., Amsterdam (1932/1933). See also: Google Scholar
  120. Kok, Ali C (2): On the Influence of Plasma Rotation on Mass Transport. Proc. con. Acad.Wetensch. Amsterdam. 34, 918 (1931). Google Scholar
  121. Kok, Ali C (3): About the transport of caffeine and Li NOg through parenchymal tissue. Ibid 35, 241 (1932). Google Scholar
  122. Kölbl, F .: Experiments on the heliotropism of woody plants. Seating area Akad. Wiss. Vienna, Math.-Naturwiss. Kl. 118, I., 1295 (1909). Google Scholar
  123. Kosanin, N .: The movements of the flower and fruit stalks in the genus Cyclamen. Bull. Inst. Bot. Univ. Beograd I., 260 (1930). Google Scholar
  124. Kostytschew, S .: Textbook of plant physiology I.., Berlin (1926) .Google Scholar
  125. Kostytschew, S .: Went: Textbook of plant physiology 2., Berlin (1931).