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Studies on Conditioned Responses in Fishes. Part I.

Published online by Cambridge University Press:  11 May 2009

H. O. Bull
H. O. Bull
Affiliation:
The Marine Biological Laboratory, Plymouth.
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Summary

It has been shown by experiments formulated upon the conditioned response principle that the blenny, Blennius gattorugine, is able to perceive and to profit by very small changes in its environment. This fish is able to form conditioned motor responses using food as unconditioned stimulus, towards a momentary increase of 0-4C, or more, in the temperature of the surrounding water.

It is also able to form similar conditioned motor responses towards a momentary decrease in the salinity of the surrounding water, of as little as 3 parts per 1000, or towards a change of greater magnitude (up to 37 parts per 1000).

Conditioned responses have been established in the wrasses, Crenilabrus inelops and Labrus bergylta, towards visual stimuli of varying kinds. It appears that these fishes can discriminate after differential training between one or two sources of light, and between monochromatic red, green, yellow, or violet light, but not readily between even comparatively large differences in intensity of a luminous source. These results are those obtained upon dark-adapted fishes. More extensive experiments will be necessary before a final statement is made upon their capacity for colour discrimination.

Type
Research Article
Information
Journal of the Marine Biological Association of the United Kingdom , Volume 15 , Issue 2 , April 1928 , pp. 485 - 533
Copyright
Copyright © Marine Biological Association of the United Kingdom 1928

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References

REFERENCES

1Washburn, M. F.The Animal Mind. 3rd Edn.Macmillan & Co., New York. 1926.Google Scholar
2Driesch, H.The Science and Philosophy of the Organism. 2 vols., A. & C. Black, London. 1908.Google Scholar
3Russell, E. S.The Study of Living Things. Methuen & Co., London. 1924.Google Scholar
4McDougall, W.Outline of Psychology. Methuen & Co., London. 1923.Google Scholar
5Watson, J. B.Behaviourism. Kegan Paul, Trench, Trubner & Co., London. 1925.Google Scholar
6Pavlov, I. P. Trans, by Anrep., G. V. Conditioned Reflexes. An investigation of the physiological activity of the cerebral cortex. Oxford Univ. Press. 1927.Google Scholar
7Bechtereff, W. V.Über die Hauptäufserungen der Neuropsychischen Tätigkeit bei objektivum Studium derselben (Zur Psycho-reflexologie) Zeitschr. F. Psychol. u. Physiol. d. Sinnesorg. 1912. 60. Pp. 280–301.Google Scholar
8Cason, H.The conditioned reflex or conditioned response as a common activity of living organisms. Psych. Bull., Vol. 22, No. 8. August, 1925.Google Scholar
9Herrick, C. J.Brains of Eats and Men. A survey of the origin and biological significance of the cerebral cortex. The University of Chicago Press, Chicago. 1926.Google Scholar
10Froloff, J. P. Bedingte Reflexe bei Fischen. 1. Mitteilung. Pflüger's Archiv. f. Physiol., Bd. 208, p. 261. (1925.)CrossRefGoogle Scholar
11Smith, G. Elliot. The cerebral cortex in Lepidosiren. Anat. Anz., Bd. 33, pp. 513–540. 1908.Google Scholar
12Johnston, J. B.Further contributions to the study of the evolution of the Fore-brain. Journ. Comp. Neur., Vol. 35, pp. 337–481; vol. 36, pp. 143–192.CrossRefGoogle Scholar
13Holmgren, N., and Van Der Horst, C. J. Contribution to the morphology of the brain of Ceratodus. Acta Zoologica. Bd. 6, pp. 59–165. 1925.Google Scholar
14Kalischer, O. Zur Funktion der Schläfenlappens des Groszhirns. Eine neue hörprüfungsmethode bei Hunden; Zugleich ein Beitrag zur Dressur als Physiologischer Untersuchungsmethode. Sitzungsb, d. Königl. Preus. Akad. d. Wissensch. zu Berlin. 1907. 1, pp. 204–216.Google Scholar
15Johnson, H. M.Audition and habit formation in the dog. Behaviour Monog. 1913. 2, No. 3.Google Scholar
16Chidester, F. E.A critical examination of the evidence for physical and chemical influences on fish migration. Brit. Journ. Exp. Biology., Vol. 2, No. 1, pp. 79–118. (1924.)Google Scholar
17Hogben, L. T.Comparative Physiology. Sidgwick & Jackson, London. 1926. (Pp. 163–168.)Google Scholar
18Evans, C. Lovatt.Recent Advances in Physiology. Pp. 328–360. J. & A. Churchill, London. 1925.Google Scholar
19Anrep, G. V.The Irradiation of Conditioned Reflexes. Proc. Roy. Soo. Ser. B., Vol. 94, p. 404.Google Scholar
20Podkopaew, N. A.Die methodik der Erforschung der bedingten Reflexe. J. F. Bergmann, München. 1926.Google Scholar
21Morgan, C. Lloyd.The Conditioned Response. The Bristol Medico-Chirurgical Journal, Vol. XLI, No. 154. (Oct., 1924.)Google Scholar
22Froloff, J. P. Bedingte Reflexe und Hemmingen bei Fischen. XII Internat. Physiol. Congress, Stockholm. Skandinavisches Archiv. F. Physiol., Bd. 49, p. 130. (1926.)Google Scholar
23Lillie, R. S., and Cattell, W.The conditions of activation of unfertilized starfish eggs by the electric current. Biol. Bull. XLIX, No. 2, p. 100. August, 1925.Google Scholar
24Möbius, K. A.Die Bewegung der Tiere und ihr psychischer Horizont. Schrift. Naturw. Ver. Schleswig-Holstein, 1873, I, p. 111.Google Scholar