Transsaccadic Memory for the Position of Stationary and Translating Biologicalmotion Walkers

Previous research demonstrated an advantage for translating objects over stationary objects in transsaccadic displacement detection. However, in some studies, this benefit was absent. The current study was designed in order to clarify the basis of these contradictory findings. To this end, the proce...

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Main Authors: Goedele Van Belle, Peter De Graef, Karl Verfaillie
Format: Article
Language:English
Published: Ubiquity Press 2011-08-01
Series:Psychologica Belgica
Online Access:http://www.psychologicabelgica.com/article/view/51
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spelling doaj-6e71758fc3c64c63829c738b47bf1bf62020-11-24T21:30:33ZengUbiquity PressPsychologica Belgica0033-28792054-670X2011-08-0151217719251Transsaccadic Memory for the Position of Stationary and Translating Biologicalmotion WalkersGoedele Van Belle0Peter De Graef1Karl Verfaillie2Laboratory of Experimental Psychology, Katholieke Universiteit Leuven; Institute of Psychological Sciences, Université Catholique de LouvainLaboratory of Experimental Psychology, Katholieke Universiteit LeuvenLaboratory of Experimental Psychology, Katholieke Universiteit LeuvenPrevious research demonstrated an advantage for translating objects over stationary objects in transsaccadic displacement detection. However, in some studies, this benefit was absent. The current study was designed in order to clarify the basis of these contradictory findings. To this end, the procedure of an experiment with a clear motion benefit was combined with the stimuli of a study in which the motion benefit was absent. Participants saccaded towards either a stationary or a translating point-light walker and had to detect the intrasaccadic displacement of either the saccade target or the saccade flanker. Intrasaccadic displacements of the translating walker were found to be easier to detect than displacements of the stationary walker. Furthermore, displacements of the saccade target walker were better detected than displacements of the flanking walker. Implications for the previously contradictory observations are discussed and an explanation is proposed emphasising the differential importance of spatiotopic coding when a viewer is engaged in smooth object pursuit rather than having a stable fixation before making a saccade towards a translating object.http://www.psychologicabelgica.com/article/view/51
collection DOAJ
language English
format Article
sources DOAJ
author Goedele Van Belle
Peter De Graef
Karl Verfaillie
spellingShingle Goedele Van Belle
Peter De Graef
Karl Verfaillie
Transsaccadic Memory for the Position of Stationary and Translating Biologicalmotion Walkers
Psychologica Belgica
author_facet Goedele Van Belle
Peter De Graef
Karl Verfaillie
author_sort Goedele Van Belle
title Transsaccadic Memory for the Position of Stationary and Translating Biologicalmotion Walkers
title_short Transsaccadic Memory for the Position of Stationary and Translating Biologicalmotion Walkers
title_full Transsaccadic Memory for the Position of Stationary and Translating Biologicalmotion Walkers
title_fullStr Transsaccadic Memory for the Position of Stationary and Translating Biologicalmotion Walkers
title_full_unstemmed Transsaccadic Memory for the Position of Stationary and Translating Biologicalmotion Walkers
title_sort transsaccadic memory for the position of stationary and translating biologicalmotion walkers
publisher Ubiquity Press
series Psychologica Belgica
issn 0033-2879
2054-670X
publishDate 2011-08-01
description Previous research demonstrated an advantage for translating objects over stationary objects in transsaccadic displacement detection. However, in some studies, this benefit was absent. The current study was designed in order to clarify the basis of these contradictory findings. To this end, the procedure of an experiment with a clear motion benefit was combined with the stimuli of a study in which the motion benefit was absent. Participants saccaded towards either a stationary or a translating point-light walker and had to detect the intrasaccadic displacement of either the saccade target or the saccade flanker. Intrasaccadic displacements of the translating walker were found to be easier to detect than displacements of the stationary walker. Furthermore, displacements of the saccade target walker were better detected than displacements of the flanking walker. Implications for the previously contradictory observations are discussed and an explanation is proposed emphasising the differential importance of spatiotopic coding when a viewer is engaged in smooth object pursuit rather than having a stable fixation before making a saccade towards a translating object.
url http://www.psychologicabelgica.com/article/view/51
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