INTEROCULAR TRANSFER OF GENERALIZATION ALONG LINE-TILT DIMENSION IN PIGEONS A SEPARATION OF THREE TYPES OF SYMMETRIC STIMULI

SHIGERU WATANABE

doi:10.4992/psycholres1954.17.133

INTEROCULAR TRANSFER OF GENERALIZATION ALONG LINE-TILT DIMENSION IN PIGEONS

A SEPARATION OF THREE TYPES OF SYMMETRIC STIMULI

SHIGERU WATANABE

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JOURNAL FREE ACCESS

1975 Volume 17 Issue 3 Pages 133-140

DOI https://doi.org/10.4992/psycholres1954.17.133

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Published: October 30, 1975 Received: May 08, 1975 Available on J-STAGE: February 24, 2009 Accepted: - Advance online publication: - Revised: -
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Date of correction: February 24, 2009 Reason for correction: - Correction: ABSTRACT Details: Wrong : Six groups of 6 pigeons were monocularly trained with a line stimulus equivalent to radius of a pecking key (a single stimulus training group, a interdimensional discrimination group, a oblique-vertical discrimination group, a lateral mirror image discrimination group, a vertical mirror image discrimination group and a lateral-vertical mirror image discrimination group). After 3 types of the mirror image discrimination trainings and the oblique-vertical discrimination training generalization gradients with the untrained eye exhibited a peak at the lateral mirror image of S^D. Whereas, after the interdimensional discrimination training and the single stimulus training generalization gradients with the untrained eye showed a bimodal pattern with peaks at S^D and its lateral mirror image.
Right : Six groups of 6 pigeons were monocularly trained with a line stimulus equivalent to radius of a pecking key (a single stimulus training group, a interdimensional discrimination group, a oblique-vertical discrimination group, a lateral mirror image discrimination group, a vertical mirror image discrimination group and a lateral-vertical mirror image discrimination group). After 3 types of the mirror image discrimination trainings and the oblique-vertical discrimination training generalization gradients with the untrained eye exhibited a peak at the lateral mirror image of S^D. Whereas, after the interdimensional discrimination training and the single stimulus training generalization gradients with the untrained eye showed a bimodal pattern with peaks at S^D and its lateral mirror image.

Date of correction: February 24, 2009 Reason for correction: - Correction: CITATION Details: Wrong : BEALE, I. L., & CORBALLIS, M. C. 1968 Beak shift: An explanation for interocular mirror image reversal in pigeon. Nature, 220, 82-83.
CORBALLIS, M. C., & BEALE, I. L. 1970 Monocular discrimination of mirror image obliques by pigeons : Evidence for lateralized stimulus control. Animal Behavior, 18, 563-566.
INGLE, D. J. 1965 Interocular transfer in goldfish. Science, 149, 1000-1002.
HAMILTON, C. R., TIEMAN, S. B., & Winter, L. 1973 Optic chiasm section affects discriminability of symmetric pattern by monkeys. Brain Research, 49, 427-431.
MELLO, N. 1965 Interhemispheric reversal of mirror image oblique line after monocular training in pigeons. Science, 148, 252-254.
MELLO, N. 1966 Interocular generalization: A study of mirror image reversal following monocular discrimination training in the pigeon. Journal of experimental Analysis of Behavior, 9, 11-16.
NOBLE, J. 1966 Mirror image and the forebrain commissure of the monkey. Nature, 212, 1263-1266.
THOMAS, D. R., KLIPEG, W., & LYONS, J. 1966 Investigation of mirror image transfer effect in pigeons. journal of Experimental Analysis of Behavior, 9, 567-570.
WATANABE, S. 1973a Examination of stimulus conditions in interocular transfer of learning. The Japanese Journal of Psychology, 43, 325-335. (In Japanese)
WATANABE, S. I973b Inhibition and excitation in the interocular transfer in pigeons. Proceedings of 37th Annual Convention of the Japanese Psychological Association, 736-737. (In Japanese)
WATANABE, S. 1974 Interocular transfer of stimulus control in pigeons. The Annual of Animal Psychology, 24, 1-14.
WATANABE, S., & OGAWA, T. 1973 An experimental analysis of mirror image reversal effects in pigeons. The Annual of Animal Psychology, 23, 1-13.

Right : BEALE, I. L., & CORBALLIS, M. C. 1968 Beak shift: An explanation for interocular mirror image reversal in pigeon. Nature, 220, 82-83.
CORBALLIS, M. C., & BEALE, I. L. 1970 Monocular discrimination of mirror image obliques by pigeons: Evidence for lateralized stimulus control. Animal Behavior, 18, 563-566.
INGLE, D. J. 1965 Interocular transfer in goldfish. seience, 149, 1000-1002.
HAMILTON, C. R., TIEMAN, S. B., & Winter, L. 1973 Optic chiasm section affects discriminability of symmetric pattern by monkeys. Brain Research, 49, 427-431.
MELLO, N. 1965 Interhemispheric reversal of mirror image oblique line after monocular training in pigeons. Science, 148, 252-254.
MELLO, N. 1966 Interocular generalization: A study of mirror image reversal following monocular discrimination training in the pigeon. Journal of experimental Analysis of Behavior, 9, 11-16.
NOBLE, J. 1966 Mirror image and the forebrain commissure of the monkey.Nature, 212, 1263-1266.
THOMAS, D. R., KLIPEG, W., & LYONS, J. 1966 Investigation of mirror image transfer effect in pigeons. journal of Experimental Analysis of Behavior, 9, 567-570.
WATANABE, S. 1973a Examination of stimulus conditions in interocular transfer of learning. The Japanese Journal of Psychology, 43, 325-335.(In Japanese)
WATANABE, S. I973b Inhibition and excitation in the interocular transfer in pigeons. Proceedings of 37th Annual Convention of the Japanese Psychological Association, 736-737.(In Japanese)
WATANABE, S. 1974 Interocular transfer of stimulus control in pigeons. The Annual of Animal Psychology, 24, 1-14.
WATANABE, S., & OGAWA, T. 1973 An experimental analysis of mirror image reversal effects in pigeons. The Annual of Animal Psychology, 23, 1-13.

Date of correction: February 24, 2009 Reason for correction: - Correction: PDF FILE Details: -

Date of correction: February 24, 2009 Reason for correction: - Correction: CITATION Details: Wrong : BEALE, I. L., & CORBALLIS, M. C. 1968 Beak shift: An explanation for interocular mirror image reversal in pigeon. Nature, 220, 82-83.
CORBALLIS, M. C., & BEALE, I. L. 1970 Monocular discrimination of mirror image obliques by pigeons: Evidence for lateralized stimulus control. Animal Behavior, 18, 563-566.
INGLE, D. J. 1965 Interocular transfer in goldfish. seience, 149, 1000-1002.
HAMILTON, C. R., TIEMAN, S. B., & Winter, L. 1973 Optic chiasm section affects discriminability of symmetric pattern by monkeys. Brain Research, 49, 427-431.
MELLO, N. 1965 Interhemispheric reversal of mirror image oblique line after monocular training in pigeons. Science, 148, 252-254.
MELLO, N. 1966 Interocular generalization: A study of mirror image reversal following monocular discrimination training in the pigeon. Journal of experimental Analysis of Behavior, 9, 11-16.
NOBLE, J. 1966 Mirror image and the forebrain commissure of the monkey.Nature, 212, 1263-1266.
THOMAS, D. R., KLIPEG, W., & LYONS, J. 1966 Investigation of mirror image transfer effect in pigeons. journal of Experimental Analysis of Behavior, 9, 567-570.
WATANABE, S. 1973a Examination of stimulus conditions in interocular transfer of learning. The Japanese Journal of Psychology, 43, 325-335.(In Japanese)
WATANABE, S. I973b Inhibition and excitation in the interocular transfer in pigeons. Proceedings of 37th Annual Convention of the Japanese Psychological Association, 736-737.(In Japanese)
WATANABE, S. 1974 Interocular transfer of stimulus control in pigeons. The Annual of Animal Psychology, 24, 1-14.
WATANABE, S., & OGAWA, T. 1973 An experimental analysis of mirror image reversal effects in pigeons. The Annual of Animal Psychology, 23, 1-13.

Right : BEALE, I. L., & CORBALLIS, M. C. 1968 Beak shift: An explanation for interocular mirror image reversal in pigeon. Nature, 220, 82-83.
CORBALLIS, M. C., & BEALE, I. L. 1970 Monocular discrimination of mirror image obliques by pigeons: Evidence for lateralized stimulus control. Animal Behavior, 18, 563-566.
INGLE, D. J. 1965 Interocular transfer in goldfish. Science, 149, 1000-1002.
HAMILTON, C. R., TIEMAN, S. B., & Winter, L. 1973 Optic chiasm section affects discriminability of symmetric pattern by monkeys. Brain Research, 49, 427-431.
MELLO, N. 1965 Interhemispheric reversal of mirror image oblique line after monocular training in pigeons. Science, 148, 252-254.
MELLO, N. 1966 Interocular generalization: A study of mirror image reversal following monocular discrimination training in the pigeon. Journal of experimental Analysis of Behavior, 9, 11-16.
NOBLE, J. 1966 Mirror image and the forebrain commissure of the monkey. Nature, 212, 1263-1266.
THOMAS, D. R., KLIPEC, W., & LYONS, J. 1966 Investigation of mirror image transfer effect in pigeons. Journal of Experimental Analysis of Behavior, 9, 567-570.
WATANABE, S. 1973a Examination of stimulus conditions in interocular transfer of learning. The Japanese Journal of Psychology, 43, 325-335.(In Japanese)
WATANABE, S. 1973b Inhibition and excitation in the interocular transfer in pigeons. Proceedings of 37th Annual Convention of the Japanese Psychological Association, 736-737.(In Japanese)
WATANABE, S. 1974 Interocular transfer of stimulus control in pigeons. The Annual of Animal Psychology, 24, 1-14.
WATANABE, S., & OGAWA, T. 1973 An experimental analysis of mirror image reversal effects in pigeons. The Annual of Animal Psychology, 23, 1-13.

Abstract

Six groups of 6 pigeons were monocularly trained with a line stimulus equivalent to radius of a pecking key (a single stimulus training group, a interdimensional discrimination group, a oblique-vertical discrimination group, a lateral mirror image discrimination group, a vertical mirror image discrimination group and a lateral-vertical mirror image discrimination group). After 3 types of the mirror image discrimination trainings and the oblique-vertical discrimination training generalization gradients with the untrained eye exhibited a peak at the lateral mirror image of S^D. Whereas, after the interdimensional discrimination training and the single stimulus training generalization gradients with the untrained eye showed a bimodal pattern with peaks at S^D and its lateral mirror image.

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