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Structure-based modulation of inhibition of return is triggered by object-internal but not occluding shape features

Structure-based modulation of inhibition of return is triggered by object-internal but not occluding shape features
Structure-based modulation of inhibition of return is triggered by object-internal but not occluding shape features
When attention is oriented to an object it is inhibited from returning to the same object following a short delay. This inhibition-of-return (IOR) effect is modulated by an edge discontinuity presented between cue and target—an effect referred to as structure-based modulation of IOR. Here we examined two alternative accounts for the structure-based modulation effect. On one account the modulation is caused by the presence of any intervening feature between cue and target. On another account the modulation is caused by edge-bounded (i.e., closed) regions of space, on which space-based selection mechanisms operate. We presented cues and targets on unsegmented and internally or externally segmented rectangles to examine the two alternative accounts for the effect. Contrary to the predictions of the two alternative accounts, structure-based modulation of IOR was found with the internally but not with the externally segmented displays. This supports our hypothesis that object-based IOR arises from perceptually complete and internally structured object representations.
1857-1866
Reppa, Irene
82356dae-80dc-4691-94e7-b10f42737a58
Leek, E. Charles
6f63c405-e28f-4f8c-8ead-3b0a79c7dc88
Reppa, Irene
82356dae-80dc-4691-94e7-b10f42737a58
Leek, E. Charles
6f63c405-e28f-4f8c-8ead-3b0a79c7dc88

Reppa, Irene and Leek, E. Charles (2006) Structure-based modulation of inhibition of return is triggered by object-internal but not occluding shape features. The Quarterly Journal of Experimental Psychology, 59 (11), 1857-1866. (doi:10.1080/17470210600872113).

Record type: Article

Abstract

When attention is oriented to an object it is inhibited from returning to the same object following a short delay. This inhibition-of-return (IOR) effect is modulated by an edge discontinuity presented between cue and target—an effect referred to as structure-based modulation of IOR. Here we examined two alternative accounts for the structure-based modulation effect. On one account the modulation is caused by the presence of any intervening feature between cue and target. On another account the modulation is caused by edge-bounded (i.e., closed) regions of space, on which space-based selection mechanisms operate. We presented cues and targets on unsegmented and internally or externally segmented rectangles to examine the two alternative accounts for the effect. Contrary to the predictions of the two alternative accounts, structure-based modulation of IOR was found with the internally but not with the externally segmented displays. This supports our hypothesis that object-based IOR arises from perceptually complete and internally structured object representations.

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Published date: November 2006

Identifiers

Local EPrints ID: 494462
URI: http://eprints.soton.ac.uk/id/eprint/494462
PURE UUID: f62b9a26-abd7-4207-8230-8b66318e5ee8
ORCID for E. Charles Leek: ORCID iD orcid.org/0000-0001-9258-7504

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Date deposited: 08 Oct 2024 17:12
Last modified: 13 Nov 2024 03:11

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Contributors

Author: Irene Reppa
Author: E. Charles Leek ORCID iD

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