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Peer reviewedBlock, Karen K.; And Others – Developmental Psychology, 1973
Results showed that reversal shift was easier than extradimensional shift and that relative shift difficulty was unaffected by instructions, in contrast to findings with college-age subjects. (Authors)
Descriptors: Age Differences, Concept Formation, Data Analysis, Developmental Psychology
Peer reviewedSeitz, Victoria R. – Child Development, 1971
It was concluded that the scaled preference values have high face validity and that they suggest the need for reexamination of some previous experimental results. (Author)
Descriptors: Cluster Analysis, Dimensional Preference, Kindergarten Children, Measurement Techniques
Peer reviewedKafer, Norman F. – Journal of Psychology, 1981
Developmental changes in the encoding of unfamiliar faces was studied in three experiments with Australian 7- to 12-year-old children (N=24 in experiment 1, N=48 in experiment 2, and N=32 in experiment 3). Results showed that younger children encoded unfamiliar faces in terms of striking isolated features and that avoidant children made more…
Descriptors: Age Differences, Children, Developmental Stages, Dimensional Preference
Regan, David; And Others – Scientific American, 1979
Discusses how an individual's visual system processes cues to motion in depth. A theoretical model of the operations of the visual system that underlie the perception of motion in depth is included. (HM)
Descriptors: Cognitive Processes, Dimensional Preference, Eyes, Models
Peer reviewedColombo, John; And Others – Cognitive Development, 1995
Investigates the dominance of global versus local visual properties in four-month-old infants as a function of individual differences in fixation duration. Suggests that long-looking infants process visual information more slowly than short-looking infants, and there may be qualitative differences in the manner in which the two groups of infants…
Descriptors: Attention, Cognitive Processes, Dimensional Preference, Discrimination Learning
Peer reviewedRabinowitz, F. Michael; Howe, Mark L. – Journal of Experimental Child Psychology, 1994
Children's use of the middle concept was assessed in two developmental studies. Experiment 1, with kindergarten through fifth-grade students, showed marked improvement in the mastery of the middle concept across elementary grades. In Experiment 2, discrimination pretraining with two nonoverlapping stimulus sets transferred to the novel test…
Descriptors: Age Differences, Concept Formation, Dimensional Preference, Elementary Education
What's in a Shape? Children Represent Shape Variability Differently than Adults When Naming Objects.
Peer reviewedAbecassis, Maurissa; Sera, Maria D.; Yonas, Albert; Schwade, Jennifer – Journal of Experimental Child Psychology, 2001
Investigated degree to which two shape dimensions were represented categorically by children and adults when learning object names. Found that adults accepted names more often to objects that fell within proposed shape boundaries than to objects that crossed boundaries. Children were just as likely to generalize names to novel objects that fell…
Descriptors: Adults, Age Differences, Bias, Children
Allen, Richard J.; Baddeley, Alan D.; Hitch, Graham J. – Journal of Experimental Psychology: General, 2006
The episodic buffer component of working memory is assumed to play a role in the binding of features into chunks. A series of experiments compared memory for arrays of colors or shapes with memory for bound combinations of these features. Demanding concurrent verbal tasks were used to investigate the role of general attentional processes,…
Descriptors: Memory, Experimental Psychology, Comparative Analysis, Task Analysis
Vogel, Edward K.; Woodman, Geoffrey F.; Luck, Steven J. – Journal of Experimental Psychology: Human Perception and Performance, 2006
How long does it take to form a durable representation in visual working memory? Several theorists have proposed that this consolidation process is very slow. Here, we measured the time course of consolidation. Observers performed a change-detection task for colored squares, and shortly after the presentation of the first array, pattern masks were…
Descriptors: Memory, Reaction Time, Spatial Ability, Dimensional Preference
Blaga, Otilia M.; Colombo, John – Developmental Psychology, 2006
Young infants have repeatedly been shown to be slower than older infants to shift fixation from a midline stimulus to a peripheral stimulus. This is generally thought to reflect maturation of the neural substrates that mediate the disengagement of attention, but this developmental difference may also be attributable to young infants' slower…
Descriptors: Familiarity, Infants, Attention Control, Dimensional Preference
Exendine, Lois – 1976
This study examined the effects of using either object-form or paper/pencil versions of reading-readiness tests on the test scores of kindergarten children from low, middle, and high socioeconomic strata. Of 453 kindergarten students that were classified into the three socioeconomic strata, 35 boys and 35 girls were randomly selected from each…
Descriptors: Comparative Analysis, Dimensional Preference, Kindergarten, Performance Factors
Katsuyama, Ronald M.; Reid, Amy – 1976
Purposes of this study are to determine the effects of (1) preassessed dimensional salience upon performance in a bi-dimensional matching task, and (2) pretraining conditions expected to facilitate bi-dimensional processing. An additional aim was to elucidate a model of development involving changing salience hierarchies by comparing the effects…
Descriptors: Age Differences, Dimensional Preference, Early Childhood Education, Elementary School Students
Woodruff, Diana S.; Gerrity, Kathleen M. – 1977
This study examined behavioral correlates of the rapid central nervous system changes occurring in the first 4 months of life. It was hypothesized that during the early months of infancy, visual preference would occur as a function of quantitative dimensions of the stimuli (size) which could be mediated at a subcortical level. It was further…
Descriptors: Dimensional Preference, Eye Fixations, Infant Behavior, Infants
Siegel, Alexander W.; Barber, John C. – 1972
Tests of dimensional dominance with planometric stimuli in either the visual or haptic modality were given to 108 children, 36 from each of the grade levels preschool, kindergarten, and first. Visual dimensions were form and color; haptic dimensions were form and texture. Following initial dominance assessment, one-third of the subjects were…
Descriptors: Age, Color, Developmental Tasks, Dimensional Preference
Hartley, Deborah G. – 1971
The present study examines the relationship between alternation behavior and performance, and in addition, the effects of reinforcement configuration and relevant dimension upon the use of alternation strategies in probability learning. Also investigated is the hypothesis that children's errors at terminal levels of performance in a two-choice…
Descriptors: Dimensional Preference, Discrimination Learning, Educational Research, Elementary Education

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