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Lochy, Aliette; Schiltz, Christine – Child Development, 2019
The emergence of visual cortex specialization for culturally acquired characters like letters and digits, both arbitrary shapes related to specific cognitive domains, is yet unclear. Here, 20 young children (6.12 years old) were tested with a frequency-tagging paradigm coupled with electroencephalogram recordings to assess discrimination responses…
Descriptors: Grade 1, Elementary School Students, Specialization, Brain Hemisphere Functions
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Fair, Joseph; Flom, Ross; Jones, Jacob; Martin, Justin – Child Development, 2012
Six-month-olds reliably discriminate different monkey and human faces whereas 9-month-olds only discriminate different human faces. It is often falsely assumed that perceptual narrowing reflects a permanent change in perceptual abilities. In 3 experiments, ninety-six 12-month-olds' discrimination of unfamiliar monkey faces was examined. Following…
Descriptors: Primatology, Infants, Human Body, Experiments
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Gava, Lucia; Valenza, Eloisa; Turati, Chiara – Child Development, 2009
Five experiments examined 79 newborns' ability to discriminate and categorize a spatial relation, defined by the left-right spatial position of a blinking object-target with respect to a vertical landmark-bar. Three-day-old infants discriminated the up versus low position of an object located on the same side of the landmark-bar (Experiment 1) and…
Descriptors: Neonates, Spatial Ability, Visual Stimuli, Visual Discrimination
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Younger, Barbara A.; Johnson, Kathy E. – Child Development, 2006
Previous research suggests that model competence does not emerge until relatively late in infancy (20-26 months). Development was systematically analyzed within 3 key areas--count noun learning, dual representation, and categorization--hypothesized to support the emergence of model competence in the second year. In an object-handling preferential…
Descriptors: Infants, Models, Concept Formation, Visual Discrimination
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Bertenthal, Bennett I.; Longo, Matthew R.; Kenny, Sarah – Child Development, 2007
The perceived spatiotemporal continuity of objects depends on the way they appear and disappear as they move in the spatial layout. This study investigated whether infants' predictive tracking of a briefly occluded object is sensitive to the manner by which the object disappears and reappears. Five-, 7-, and 9-month-old infants were shown a ball…
Descriptors: Kinetics, Infants, Visual Perception, Object Permanence
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Hollich, George; Newman, Rochelle S.; Jusczyk, Peter W. – Child Development, 2005
In 4 studies, 7.5-month-olds used synchronized visua-lauditory correlations to separate a target speech stream when a distractor passage was presented at equal loudness. Infants succeeded in a segmentation task (using the head-turn preference procedure with video familiarization) when a video of the talker's face was synchronized with the target…
Descriptors: Infants, Auditory Discrimination, Auditory Stimuli, Visual Stimuli
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Rand, Colleen Wright – Child Development, 1973
It was concluded that drawing rules are essential and that adequate visual analysis is a necessary but not sufficient prerequisite to the production of accurate copies. (Author)
Descriptors: Child Development, Data Analysis, Freehand Drawing, Preschool Children
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Turati, Chiara; Macchi Cassia, Viola; Simion, Francesca; Leo, Irene – Child Development, 2006
Existing data indicate that newborns are able to recognize individual faces, but little is known about what perceptual cues drive this ability. The current study showed that either the inner or outer features of the face can act as sufficient cues for newborns' face recognition (Experiment 1), but the outer part of the face enjoys an advantage…
Descriptors: Neonates, Cues, Recognition (Psychology), Human Body
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Zelniker, Tamar; Oppenheimer, Louis – Child Development, 1973
Examines the effect of different training methods on perceptual learning of impulsive children. A matching to sample method (M), and a differentiation method (D) were used. Data indicated that Ss receiving D training learned to process features distinguishing stimuli; whereas, Ss receiving M training showed no preference for a particular mode of…
Descriptors: Child Development, Cognitive Development, Conceptual Tempo, Information Processing
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Odom, Richard D.; Lemond, Carolyn M. – Child Development, 1972
For the age range tested there is a lag between the perception and production of certain facial expressions. (Authors)
Descriptors: Age Differences, Child Development, Facial Expressions, Grade 5
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Goodnow, Jacqueline J. – Child Development, 1971
An investigation to account for age changes in the accuracy with which children match auditory to visual series. (Author)
Descriptors: Age Differences, Auditory Discrimination, Child Development, Elementary School Students