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Gordon, F. Robert; Yonas, Albert – Journal of Experimental Child Psychology, 1976
In order to study infants' sensitivity to binocular information for depth, 11 infants, 20 to 26 weeks of age, were presented with real and stereoscopically projected virtual objects at three distances, and the infants' reaching behavior was videotaped. (Author/SB)
Descriptors: Depth Perception, Infants, Perceptual Development, Research
Ball, William A. – 1977
In this study examining infants' responses to optical expansion, 18 infants between 36 and 61 days old watched expanding shadows that differed in the terminal location of the center of expansion and the number of dimensions undergoing change. Babies consistently rotated their heads upward during expansion of a closed figure when the center of…
Descriptors: Depth Perception, Infant Behavior, Infants, Perceptual Development
Peer reviewed Peer reviewed
Yonas, Albert; And Others – Developmental Psychology, 1978
Investigates the responsiveness of 14- and 20-week-old infants to binocular information using a stereoscopic shadow caster showing an object approaching on a collision course. (Author/SS)
Descriptors: Age Differences, Depth Perception, Infant Behavior, Infants
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Olson, Richard K.; Boswell, Sally L. – Child Development, 1976
Descriptors: Depth Perception, Perceptual Development, Pictorial Stimuli, Preschool Children
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Arterberry, Martha; And Others – Developmental Psychology, 1989
Results indicate that seven-month-old infants are sensitive to the depth cues of linear perspective and texture gradients. Self-produced locomotor experience is not necessary for the development of sensitivity to static-monocular depth information. (RJC)
Descriptors: Age Differences, Depth Perception, Infants, Perceptual Development
Peer reviewed Peer reviewed
Omari, Issa M.; MacGinitie, Walter H. – Child Development, 1974
Pictorial depth perception of Tanzanian children was investigated using two versions of Hudson's pictures test. Revised version test scores were higher for all children. (ST)
Descriptors: Cross Cultural Studies, Depth Perception, Elementary School Students, Measurement
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Freeman, Norman; And Others – Journal of Experimental Child Psychology, 1977
In this experiment, 446 children, ranging in age from 5-10 years, were required to draw one object behind another in a situation in which adults invariably produce the further object partially occluded to the nearer. (MS)
Descriptors: Age Differences, Cognitive Processes, Depth Perception, Elementary School Students
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Yonas, Albert; Hagen, Margaret – Journal of Experimental Child Psychology, 1973
Results of this study suggest that 3-year-olds have a good deal of sensitivity to static depth information. (Authors)
Descriptors: Adults, Age Differences, Children, Data Analysis
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Lawson, R. B.; Frey, W. F. – Perceptual and Motor Skills, 1971
Descriptors: Depth Perception, Discrimination Learning, Distance, Perceptual Development
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Johnson, Scott P.; Aslin, Richard N. – Cognitive Development, 1996
Two experiments examined the effects of common motion, background texture, and orientation on four-month olds' perception of unity of a partially occluded rod. Results indicated that infants' perception of object unity is not dependent on a single visual cue but on a variety of cues including motion, interposition, depth cues, background texture,…
Descriptors: Depth Perception, Infants, Motion, Object Permanence
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Pickens, Jeffrey – Developmental Psychology, 1994
Sixty-four infants viewed side-by-side videotapes of toy trains (in four visual conditions) and listened to sounds at increasing or decreasing amplitude designed to match one of the videos. Results suggested that five-month olds were sensitive to auditory-visual distance relations and that change in size was an important visual depth cue. (MDM)
Descriptors: Auditory Discrimination, Cues, Depth Perception, Distance
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Kaufmann, Ruth; And Others – Journal of Experimental Child Psychology, 1981
An Ames static trapezoidal window was used to test infants' responsiveness to pictorial depth. Sensitivity to the pictorial information for depth that is present in the trapezoidal window appears to develop after the age of 22 weeks. (Author/DB)
Descriptors: Age Differences, Depth Perception, Infant Behavior, Infants
Peer reviewed Peer reviewed
Rosser, Rosemary A.; Chandler, Kacey – Cognitive Development, 1995
Examined how children's and adults' initial conceptions of objects and space influence predictions about the physical world, but lead the naive person to misconstrue a dynamic event. Found that participants proficiently anticipated where an oscillating screen would contact a hidden object, but underestimated the distance until contact.…
Descriptors: Adults, Age Differences, Cognitive Development, Depth Perception
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Withagen, Rob; Michaels, Claire F. – Journal of Experimental Psychology: Human Perception and Performance, 2005
Two processes have been hypothesized to underlie improvement in perception: attunement and calibration. These processes were examined in a dynamic touch paradigm in which participants were asked to report the lengths of unseen, wielded rods differing in length, diameter, and material. Two experiments addressed whether feedback informs about the…
Descriptors: Feedback, Cognitive Processes, Perceptual Development, Hypothesis Testing
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Bushnell, Emily W.; Boudreau, J. Paul – Child Development, 1993
Emphasizes the role that motor development may play in determining developmental sequences in other domains, such as haptic or tactile perception and depth perception. Maintains that there is a high degree of fit between the developmental sequence in which certain perceptual sensitivities unfold and the ages at which the corresponding motor…
Descriptors: Depth Perception, Developmental Stages, Infants, Motor Development
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