Motion perception at mesopic light levels: effects of physiological ageing and eccentricity

Motion perception at mesopic light levels: effects of physiological ageing and eccentricity

Purpose: To explore the differential effects of age and eccentricity on the perception of motion at photopic and mesopic light levels. Methods: Thirty-six visually normal participants (18 younger; mean age 25 years, range: 20–31) and (18 older; mean age 70 years, range: 60–79) underwent two testing...

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Bibliographic Details
Main Authors: Anderson, A.J (Author), McKendrick, A.M (Author), Sepulveda, J.A (Author), Wood, J.M (Author)
Format: Article
Language:English
Published: Blackwell Publishing Ltd 2021
Subjects:
adult
aged
Aged
ageing
aging
Aging
article
Automobile Driving
avoidance behavior
biological motion
car driving
clinical article
color vision
Color Vision
contrast sensitivity
Contrast Sensitivity
deterioration
driving ability
female
Female
global motion coherence
groups by age
human
human experiment
Humans
male
Male
mesopic vision
Mesopic Vision
middle aged
Middle Aged
motion perception
Motion Perception
movement perception
night
noise
physiology
reference value
Reference Values
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