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Attentional demands of continuously monitoring orientation using vestibular information

Attentional demands of continuously monitoring orientation using vestibular information
Attentional demands of continuously monitoring orientation using vestibular information
The aim of this series of experiments was to determine whether attention is normally required for continuously processing vestibular information concerning orientation, or is required only when orientation is disrupted (eg by vestibular dysfunction or by conflicting visual and vestibular orientation cues). In the first two studies, healthy subjects were passively oscillated, and indicated when they perceived they were passing through their starting position. There was only weak evidence for interference between performance on this ‘continuous orientation monitoring task’ and on concurrent mental tasks. However, a third study showed that when patients with vestibular imbalance carried out the continuous orientation monitoring task their performance on a concurrent mental arithmetic task was substantially impaired. This dual task interference was correlated with inaccuracy in judging orientation on the continuous orientation monitoring task, which in turn correlated with severity of recent vestibular symptomatology (assessed by questionnaire). In a fourth experiment, disorientation was induced in healthy subjects by rotating the visual field about the line of sight. Bidirectional interference was observed between monitoring orientation (assessed by accuracy in setting a rod to the perceived vertical) and performance of an arithmetic task. Dual task interference was correlated with baseline levels of disorientation induced by the visual field, as indicated by inaccuracy in judging the visual vertical. These findings suggest that monitoring orientation makes significant demands upon cortical processing resources when disorientation is induced, whether the disorientation results from deficient sensory functioning or from ambiguous perceptual information.
vestibular, spatial perception, dual task, attention, cognitive processing, cortical
0028-3932
373-383
Yardley, Lucy
64be42c4-511d-484d-abaa-f8813452a22e
Papo, David
a6f529fb-3707-4fd0-a294-d2aee6abc314
Bronstein, Adolfo
cb85c34e-25c0-4103-a66c-28e33e983af8
Gresty, Michael
dcf0400e-bdc3-4fc5-8f4d-5ec007420635
Gardner, ark
2c360ce3-7e82-4886-8fc6-296582129d72
Lavie, Nillie
479dc724-fcfb-4f43-b835-5c1edf9516a6
Luxon, Linda
25675812-8901-478e-abaa-52de052efa63
Yardley, Lucy
64be42c4-511d-484d-abaa-f8813452a22e
Papo, David
a6f529fb-3707-4fd0-a294-d2aee6abc314
Bronstein, Adolfo
cb85c34e-25c0-4103-a66c-28e33e983af8
Gresty, Michael
dcf0400e-bdc3-4fc5-8f4d-5ec007420635
Gardner, ark
2c360ce3-7e82-4886-8fc6-296582129d72
Lavie, Nillie
479dc724-fcfb-4f43-b835-5c1edf9516a6
Luxon, Linda
25675812-8901-478e-abaa-52de052efa63

Yardley, Lucy, Papo, David, Bronstein, Adolfo, Gresty, Michael, Gardner, ark, Lavie, Nillie and Luxon, Linda (2002) Attentional demands of continuously monitoring orientation using vestibular information. Neuropsychologia, 40 (4), 373-383. (doi:10.1016/S0028-3932(01)00113-0).

Record type: Article

Abstract

The aim of this series of experiments was to determine whether attention is normally required for continuously processing vestibular information concerning orientation, or is required only when orientation is disrupted (eg by vestibular dysfunction or by conflicting visual and vestibular orientation cues). In the first two studies, healthy subjects were passively oscillated, and indicated when they perceived they were passing through their starting position. There was only weak evidence for interference between performance on this ‘continuous orientation monitoring task’ and on concurrent mental tasks. However, a third study showed that when patients with vestibular imbalance carried out the continuous orientation monitoring task their performance on a concurrent mental arithmetic task was substantially impaired. This dual task interference was correlated with inaccuracy in judging orientation on the continuous orientation monitoring task, which in turn correlated with severity of recent vestibular symptomatology (assessed by questionnaire). In a fourth experiment, disorientation was induced in healthy subjects by rotating the visual field about the line of sight. Bidirectional interference was observed between monitoring orientation (assessed by accuracy in setting a rod to the perceived vertical) and performance of an arithmetic task. Dual task interference was correlated with baseline levels of disorientation induced by the visual field, as indicated by inaccuracy in judging the visual vertical. These findings suggest that monitoring orientation makes significant demands upon cortical processing resources when disorientation is induced, whether the disorientation results from deficient sensory functioning or from ambiguous perceptual information.

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More information

Published date: 2002
Keywords: vestibular, spatial perception, dual task, attention, cognitive processing, cortical

Identifiers

Local EPrints ID: 18459
URI: http://eprints.soton.ac.uk/id/eprint/18459
ISSN: 0028-3932
PURE UUID: 943e29f6-1e5f-49e0-9f58-677865d7cb50
ORCID for Lucy Yardley: ORCID iD orcid.org/0000-0002-3853-883X

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Date deposited: 16 Dec 2005
Last modified: 16 Mar 2024 03:02

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Contributors

Author: Lucy Yardley ORCID iD
Author: David Papo
Author: Adolfo Bronstein
Author: Michael Gresty
Author: ark Gardner
Author: Nillie Lavie
Author: Linda Luxon

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