Gaze-centered spatial updating in delayed reaching even in the presence of landmarks
•With landmarks present, reach targets are still coded and updated relative to gaze.•Gaze-dependent coding is found in both immediate and delayed reaching.•Reach errors with landmarks are less strongly influenced by gaze direction.•Variable errors are reduced when landmarks are available and unaffec...
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| Veröffentlicht in: | Vision research (Oxford) Jg. 87; S. 46 - 52 |
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19.07.2013
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| ISSN: | 0042-6989, 1878-5646, 1878-5646 |
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| Abstract | •With landmarks present, reach targets are still coded and updated relative to gaze.•Gaze-dependent coding is found in both immediate and delayed reaching.•Reach errors with landmarks are less strongly influenced by gaze direction.•Variable errors are reduced when landmarks are available and unaffected by delay.•Our findings suggest a combined use of egocentric and allocentric information.
Previous results suggest that the brain predominantly relies on a constantly updated gaze-centered target representation to guide reach movements when no other visual information is available. In the present study, we investigated whether the addition of reliable visual landmarks influences the use of spatial reference frames for immediate and delayed reaching. Subjects reached immediately or after a delay of 8 or 12s to remembered target locations, either with or without landmarks. After target presentation and before reaching they shifted gaze to one of five different fixation points and held their gaze at this location until the end of the reach. With landmarks present, gaze-dependent reaching errors were smaller and more precise than when reaching without landmarks. Delay influenced neither reaching errors nor variability. These findings suggest that when landmarks are available, the brain seems to still use gaze-dependent representations but combine them with gaze-independent allocentric information to guide immediate or delayed reach movements to visual targets. |
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| AbstractList | Previous results suggest that the brain predominantly relies on a constantly updated gaze-centered target representation to guide reach movements when no other visual information is available. In the present study, we investigated whether the addition of reliable visual landmarks influences the use of spatial reference frames for immediate and delayed reaching. Subjects reached immediately or after a delay of 8 or 12s to remembered target locations, either with or without landmarks. After target presentation and before reaching they shifted gaze to one of five different fixation points and held their gaze at this location until the end of the reach. With landmarks present, gaze-dependent reaching errors were smaller and more precise than when reaching without landmarks. Delay influenced neither reaching errors nor variability. These findings suggest that when landmarks are available, the brain seems to still use gaze-dependent representations but combine them with gaze-independent allocentric information to guide immediate or delayed reach movements to visual targets. •With landmarks present, reach targets are still coded and updated relative to gaze.•Gaze-dependent coding is found in both immediate and delayed reaching.•Reach errors with landmarks are less strongly influenced by gaze direction.•Variable errors are reduced when landmarks are available and unaffected by delay.•Our findings suggest a combined use of egocentric and allocentric information. Previous results suggest that the brain predominantly relies on a constantly updated gaze-centered target representation to guide reach movements when no other visual information is available. In the present study, we investigated whether the addition of reliable visual landmarks influences the use of spatial reference frames for immediate and delayed reaching. Subjects reached immediately or after a delay of 8 or 12s to remembered target locations, either with or without landmarks. After target presentation and before reaching they shifted gaze to one of five different fixation points and held their gaze at this location until the end of the reach. With landmarks present, gaze-dependent reaching errors were smaller and more precise than when reaching without landmarks. Delay influenced neither reaching errors nor variability. These findings suggest that when landmarks are available, the brain seems to still use gaze-dependent representations but combine them with gaze-independent allocentric information to guide immediate or delayed reach movements to visual targets. Previous results suggest that the brain predominantly relies on a constantly updated gaze-centered target representation to guide reach movements when no other visual information is available. In the present study, we investigated whether the addition of reliable visual landmarks influences the use of spatial reference frames for immediate and delayed reaching. Subjects reached immediately or after a delay of 8 or 12 s to remembered target locations, either with or without landmarks. After target presentation and before reaching they shifted gaze to one of five different fixation points and held their gaze at this location until the end of the reach. With landmarks present, gaze-dependent reaching errors were smaller and more precise than when reaching without landmarks. Delay influenced neither reaching errors nor variability. These findings suggest that when landmarks are available, the brain seems to still use gaze-dependent representations but combine them with gaze-independent allocentric information to guide immediate or delayed reach movements to visual targets. Previous results suggest that the brain predominantly relies on a constantly updated gaze-centered target representation to guide reach movements when no other visual information is available. In the present study, we investigated whether the addition of reliable visual landmarks influences the use of spatial reference frames for immediate and delayed reaching. Subjects reached immediately or after a delay of 8 or 12s to remembered target locations, either with or without landmarks. After target presentation and before reaching they shifted gaze to one of five different fixation points and held their gaze at this location until the end of the reach. With landmarks present, gaze-dependent reaching errors were smaller and more precise than when reaching without landmarks. Delay influenced neither reaching errors nor variability. These findings suggest that when landmarks are available, the brain seems to still use gaze-dependent representations but combine them with gaze-independent allocentric information to guide immediate or delayed reach movements to visual targets.Previous results suggest that the brain predominantly relies on a constantly updated gaze-centered target representation to guide reach movements when no other visual information is available. In the present study, we investigated whether the addition of reliable visual landmarks influences the use of spatial reference frames for immediate and delayed reaching. Subjects reached immediately or after a delay of 8 or 12s to remembered target locations, either with or without landmarks. After target presentation and before reaching they shifted gaze to one of five different fixation points and held their gaze at this location until the end of the reach. With landmarks present, gaze-dependent reaching errors were smaller and more precise than when reaching without landmarks. Delay influenced neither reaching errors nor variability. These findings suggest that when landmarks are available, the brain seems to still use gaze-dependent representations but combine them with gaze-independent allocentric information to guide immediate or delayed reach movements to visual targets. |
| Author | Fiehler, K. Schütz, I. Henriques, D.Y.P. |
| Author_xml | – sequence: 1 givenname: I. surname: Schütz fullname: Schütz, I. email: immo.schuetz@psychol.uni-giessen.de organization: Department of Psychology, Justus-Liebig-University Giessen, Giessen, Germany – sequence: 2 givenname: D.Y.P. surname: Henriques fullname: Henriques, D.Y.P. organization: School of Kinesiology and Health Science, Center for Vision Research, York University, Toronto, ON, Canada – sequence: 3 givenname: K. surname: Fiehler fullname: Fiehler, K. email: katja.fiehler@psychol.uni-giessen.de organization: Department of Psychology, Justus-Liebig-University Giessen, Giessen, Germany |
| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/23770521$$D View this record in MEDLINE/PubMed |
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| Keywords | Reaching Landmarks Reference frame Spatial coding Delayed reaching Spatial updating |
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A kinematic analysis of avoidance behavior in prehension publication-title: Experimental Brain Research doi: 10.1007/s002210050409 |
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| Snippet | •With landmarks present, reach targets are still coded and updated relative to gaze.•Gaze-dependent coding is found in both immediate and delayed... Previous results suggest that the brain predominantly relies on a constantly updated gaze-centered target representation to guide reach movements when no other... |
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| SubjectTerms | Adult Analysis of Variance Attention - physiology Cues Delayed reaching Female Humans Landmarks Male Movement - physiology Photic Stimulation - methods Reaching Reference frame Space Perception - physiology Spatial coding Spatial updating Young Adult |
| Title | Gaze-centered spatial updating in delayed reaching even in the presence of landmarks |
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