The impact of spatial orientation changes on driving behavior in healthy aging
The impact of spatial orientation changes on driving behavior in healthy aging
OBJECTIVES: Global cognitive changes in older age affect driving behavior and road safety, but how spatial orientation differences affect driving behaviors is unknown on a population level, despite clear implications for driving policy and evaluation during aging. The present study aimed to establish how spatial navigation changes affect driving behavior and road safety within a large cohort of older adults.
METHODS: Eight hundred and four participants (mean age: 71.05) were recruited for a prospective cohort study. Participants self-reported driving behavior followed by spatial orientation (allocentric and egocentric) testing and a broader online cognitive battery (visuomotor speed, processing speed, executive functioning, spatial working memory, episodic memory, visuospatial functioning).
RESULTS: Spatial orientation performance significantly predicted driving difficulty and frequency. Experiencing more driving difficulty was associated with worse allocentric spatial orientation, processing speed, and source memory performance. Similarly, avoiding challenging driving situations was associated with worse spatial orientation and episodic memory. Allocentric spatial orientation was the only cognitive domain consistently affecting driving behavior in under 70 and over 70 age groups, a common age threshold for driving evaluation in older age.
DISCUSSION: We established for the first time that worse spatial orientation performance predicted increased driving difficulty and avoidance of challenging situations within an older adult cohort. Deficits in spatial orientation emerge as a robust indicator of driving performance in older age, which should be considered in future aging driving assessments, as it has clear relevance for road safety within the aging population.
Humans, Aged, Orientation, Spatial, Prospective Studies, Healthy Aging, Cognition, Aging/psychology, Automobile Driving
Morrissey, Sol
26a99a30-ef99-4436-938c-aff296ca0c89
Jeffs, Stephen
db31010c-994b-4f95-8185-12be53549ccd
Gillings, Rachel
3da2a5e2-91f6-48e7-90a7-b53132045a9d
Khondoker, Mizanur
e849cf3f-c8b2-49ea-b2d4-d1da9bb16596
Patel, Martyn
f161ced7-afbf-4ddc-839f-8e8c39d8f25d
Fisher-Morris, Mary
295abb16-d54a-49af-a045-8bce5f4993b1
Manley, Ed
bb005b06-1518-4ee4-9645-472ecb7a5c16
Hornberger, Michael
a48c1c63-422a-4c11-9a51-c7be0aa3026d
22 December 2023
Morrissey, Sol
26a99a30-ef99-4436-938c-aff296ca0c89
Jeffs, Stephen
db31010c-994b-4f95-8185-12be53549ccd
Gillings, Rachel
3da2a5e2-91f6-48e7-90a7-b53132045a9d
Khondoker, Mizanur
e849cf3f-c8b2-49ea-b2d4-d1da9bb16596
Patel, Martyn
f161ced7-afbf-4ddc-839f-8e8c39d8f25d
Fisher-Morris, Mary
295abb16-d54a-49af-a045-8bce5f4993b1
Manley, Ed
bb005b06-1518-4ee4-9645-472ecb7a5c16
Hornberger, Michael
a48c1c63-422a-4c11-9a51-c7be0aa3026d
Morrissey, Sol, Jeffs, Stephen, Gillings, Rachel, Khondoker, Mizanur, Patel, Martyn, Fisher-Morris, Mary, Manley, Ed and Hornberger, Michael
(2023)
The impact of spatial orientation changes on driving behavior in healthy aging.
The Journals of Gerontology, Series B: Psychological Sciences and Social Sciences, 79 (3), [gbad188].
(doi:10.1093/geronb/gbad188).
Abstract
OBJECTIVES: Global cognitive changes in older age affect driving behavior and road safety, but how spatial orientation differences affect driving behaviors is unknown on a population level, despite clear implications for driving policy and evaluation during aging. The present study aimed to establish how spatial navigation changes affect driving behavior and road safety within a large cohort of older adults.
METHODS: Eight hundred and four participants (mean age: 71.05) were recruited for a prospective cohort study. Participants self-reported driving behavior followed by spatial orientation (allocentric and egocentric) testing and a broader online cognitive battery (visuomotor speed, processing speed, executive functioning, spatial working memory, episodic memory, visuospatial functioning).
RESULTS: Spatial orientation performance significantly predicted driving difficulty and frequency. Experiencing more driving difficulty was associated with worse allocentric spatial orientation, processing speed, and source memory performance. Similarly, avoiding challenging driving situations was associated with worse spatial orientation and episodic memory. Allocentric spatial orientation was the only cognitive domain consistently affecting driving behavior in under 70 and over 70 age groups, a common age threshold for driving evaluation in older age.
DISCUSSION: We established for the first time that worse spatial orientation performance predicted increased driving difficulty and avoidance of challenging situations within an older adult cohort. Deficits in spatial orientation emerge as a robust indicator of driving performance in older age, which should be considered in future aging driving assessments, as it has clear relevance for road safety within the aging population.
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Published date: 22 December 2023
Additional Information:
© The Author(s) 2023. Published by Oxford University Press on behalf of The Gerontological Society of America.
Keywords:
Humans, Aged, Orientation, Spatial, Prospective Studies, Healthy Aging, Cognition, Aging/psychology, Automobile Driving
Identifiers
Local EPrints ID: 505259
URI: http://eprints.soton.ac.uk/id/eprint/505259
ISSN: 1079-5014
PURE UUID: 32fadd97-c81c-4cc6-be62-b97b458b02ae
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Date deposited: 02 Oct 2025 16:54
Last modified: 03 Oct 2025 02:18
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Contributors
Author:
Sol Morrissey
Author:
Stephen Jeffs
Author:
Rachel Gillings
Author:
Mizanur Khondoker
Author:
Martyn Patel
Author:
Mary Fisher-Morris
Author:
Ed Manley
Author:
Michael Hornberger
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