SOME ASPECTS OF PROTORECEPTION AND VISION IN FISHES
207
Terry, R. J. (1910). The morphology of the pineal region in teleoats. J . Morph.
Tester, A. L. (1969). Summary of experiments on the response of tuna t o stimuli.
I n “ Modern Fishing Gear of the World ”, ed. Krietjonason, H. (q.v.). pp.
On a method for collecting and keeping clupeids for
experimental purposes, together with some remarks on fishing with lightsources and a short doscription of free cupulae of the lateral line organ on
the trunk of the sardine, Clupea pilchardw Walb. Pubbl. Siaz. 2001. Napoli,
28, 226-240.
Verheyen, F. J. (1958). The mechanisms of the trapping effect of artificial lightsources upon animals. Arch. nderl. Zool. 13, 1-107.
Verheyen, F. J. (19594. Attraction of fish by the use of light. I n “ Modem
Fishing Gear of the World ”, ed. Kristjonason, H. (4.v.). pp. 648-649.
Verheyen. F. J. (195913). Aquarium studies: new possibilities in sardine research.
Proc. World. Sci. Meet. Biol. Sardines related Species (F.A.O.) 3, 1015-1031.
Verrier, M.-L. (1930). Contribution a 1’6tude de la vision chez les SBlacienR. Ann.
Sci. nut. Zool. 13, 5-54.
Wagner, H. G., MncNichol, E. F., Jr., and Wolbarnht, M. L. (1960). The response
properties of single ganglion cells in the goldfkh retina. J. gen Phyaiol. 43,
Suppl. no. 0, 45-02.
Wald, G. (1939a). On the distribution of vitamins A, and A,. J. gen. Phyaiol. 22,
Wald, G . (1939b). The porphyropsin visual system. J. gen. Phyaiol. 22, 776-794.
Wald, G. (1941). The visual system of euryhaline fishes. J. gen. Phyaiot. 25,
Wald, G . (1940). The chemical evolution of vision. Harvey Lect., Ser. 41, pp.
Wald, G. (1958). The significance of vertebrate metamorphosis. Science, 128,
Wald, G . (1960). Tho significance of vert~hrato rnohnlorphocrk. C‘wct&don, 21,
W ~ H .
G . 1,. (1942). 7’hr C’c,rtcIir& Eye trntl itti .4(&rptiw Itdialion. ?h& No. 19,
W I L ~ I I I ~ ,
I I. ( I %I%). ‘1’110 c*o-circlitint i o i i of vortobdo nislanophoro responses.
\VolHh, J. H. (193s). I h n i t r l rliyt.hriis. Qtmrt. Rev. Ifid. 13, 123-129.
Wilcockn. J. C. (1883).
21, 321-368.
638-642.
Verheyon, F. J. (19b6).
391-415.
236-245.
1 17-1 60.
1481-1490.
916-938.
C’mdniok Inat. Sci. 7H6 pp.
Iliol. /ti?v. 17, 1%) lh0.
l‘ho history arid statistics of the pilchard fiRhery in
England. I n “ Fish nrid Fisheries ”, ed. Herbert, D., pp. 290-303. Wm.
Blackwood & Sons, Edinburgh and London.
Wittenberg, J. B., and Wittenberg, B. A. (1962). Active necretion of oxygen
into the eye of a fish. Nature. Lo&. 194, 106-107.
Woodhead, P. M. J. (1957). Reactiom of nalmonid larvae to light. J. czp. B i d
34, 402416.
Young, J. Z. (1931a). On the autonomic nervous syatern of the toleostean fish
Uranoacopua acaber. Quart. J . micr. Sci. 74, 491-535.
acaber. Proc. m y . SOC. B, 107, 464-485.
YOUng, J. z. (1931b). The pupillary rnechariism Of tho tdlx,Rte8rI flnh ~ ~ Y / J W J H C O ~ U H
207
Terry, R. J. (1910). The morphology of the pineal region in teleoats. J . Morph.
Tester, A. L. (1969). Summary of experiments on the response of tuna t o stimuli.
I n “ Modern Fishing Gear of the World ”, ed. Krietjonason, H. (q.v.). pp.
On a method for collecting and keeping clupeids for
experimental purposes, together with some remarks on fishing with lightsources and a short doscription of free cupulae of the lateral line organ on
the trunk of the sardine, Clupea pilchardw Walb. Pubbl. Siaz. 2001. Napoli,
28, 226-240.
Verheyen, F. J. (1958). The mechanisms of the trapping effect of artificial lightsources upon animals. Arch. nderl. Zool. 13, 1-107.
Verheyen, F. J. (19594. Attraction of fish by the use of light. I n “ Modem
Fishing Gear of the World ”, ed. Kristjonason, H. (4.v.). pp. 648-649.
Verheyen. F. J. (195913). Aquarium studies: new possibilities in sardine research.
Proc. World. Sci. Meet. Biol. Sardines related Species (F.A.O.) 3, 1015-1031.
Verrier, M.-L. (1930). Contribution a 1’6tude de la vision chez les SBlacienR. Ann.
Sci. nut. Zool. 13, 5-54.
Wagner, H. G., MncNichol, E. F., Jr., and Wolbarnht, M. L. (1960). The response
properties of single ganglion cells in the goldfkh retina. J. gen Phyaiol. 43,
Suppl. no. 0, 45-02.
Wald, G. (1939a). On the distribution of vitamins A, and A,. J. gen. Phyaiol. 22,
Wald, G . (1939b). The porphyropsin visual system. J. gen. Phyaiol. 22, 776-794.
Wald, G. (1941). The visual system of euryhaline fishes. J. gen. Phyaiot. 25,
Wald, G . (1940). The chemical evolution of vision. Harvey Lect., Ser. 41, pp.
Wald, G. (1958). The significance of vertebrate metamorphosis. Science, 128,
Wald, G . (1960). Tho significance of vert~hrato rnohnlorphocrk. C‘wct&don, 21,
W ~ H .
G . 1,. (1942). 7’hr C’c,rtcIir& Eye trntl itti .4(&rptiw Itdialion. ?h& No. 19,
W I L ~ I I I ~ ,
I I. ( I %I%). ‘1’110 c*o-circlitint i o i i of vortobdo nislanophoro responses.
\VolHh, J. H. (193s). I h n i t r l rliyt.hriis. Qtmrt. Rev. Ifid. 13, 123-129.
Wilcockn. J. C. (1883).
21, 321-368.
638-642.
Verheyon, F. J. (19b6).
391-415.
236-245.
1 17-1 60.
1481-1490.
916-938.
C’mdniok Inat. Sci. 7H6 pp.
Iliol. /ti?v. 17, 1%) lh0.
l‘ho history arid statistics of the pilchard fiRhery in
England. I n “ Fish nrid Fisheries ”, ed. Herbert, D., pp. 290-303. Wm.
Blackwood & Sons, Edinburgh and London.
Wittenberg, J. B., and Wittenberg, B. A. (1962). Active necretion of oxygen
into the eye of a fish. Nature. Lo&. 194, 106-107.
Woodhead, P. M. J. (1957). Reactiom of nalmonid larvae to light. J. czp. B i d
34, 402416.
Young, J. Z. (1931a). On the autonomic nervous syatern of the toleostean fish
Uranoacopua acaber. Quart. J . micr. Sci. 74, 491-535.
acaber. Proc. m y . SOC. B, 107, 464-485.
YOUng, J. z. (1931b). The pupillary rnechariism Of tho tdlx,Rte8rI flnh ~ ~ Y / J W J H C O ~ U H