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Frick, Andrea; Wang, Su-hua – Child Development, 2014
Infants' ability to mentally track the orientation of an object during a hidden rotation was investigated (N = 28 in each experiment). A toy on a turntable was fully covered and then rotated 90°. When revealed, the toy had turned with the turntable (probable event), remained at its starting orientation (improbable event in Experiment 1), or…
Descriptors: Infants, Toddlers, Child Development, Cognitive Development
Flohr, John W. – Teaching Music, 1999
Provides information about current brain research. Explains that some of the basic tenets that have guided research are outlined in R. Shore's "Rethinking the Brain: New Insights into Early Development." Offers five hypotheses: (1) nature/nurture; (2) effects of nurture; (3) optimal music learning; (4) minimal disadvantages; and (5) early music…
Descriptors: Brain, Child Development, Early Childhood Education, Educational Research
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Reimer, Bennett – Music Educators Journal, 1999
Explores the argument introduced by the "Mozart Effect" research: that music's positive influence on spatial-temporal reasoning should be the purpose for music education. Considers the implications by reshaping the National Standards for Music Education to fulfill the spatial-temporal rationale. Suggests how to reconcile musical and…
Descriptors: Brain, Child Development, Early Childhood Education, Educational Objectives
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Rauscher, Frances H. – Bulletin of the Council for Research in Music Education, 1999
Presents research on the effects of music instruction on spatial-temporal reasoning in children. Summarizes past studies that tested whether music training transfers to spatial-temporal task performance. A work-in-progress focuses on whether music training can improve economically-disadvantaged preschoolers' abstract reasoning and why…
Descriptors: Brain, Child Development, Early Childhood Education, Educational Research
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Pasnak, Robert; Maccubbin, Elise M.; Campbell, Jessica L.; Gadzichowski, Marinka – Education and Training in Developmental Disabilities, 2004
In a multiple baseline design, a teenager with a mental age of four years was taught two abstractions. One was the oddity principle (selecting the one object in a group which differs from the rest). The other was seriation (aligning objects along a continuum of size, and inserting new objects into their proper places in the alignments). These…
Descriptors: Mental Age, Interpersonal Competence, Abstract Reasoning, Severe Mental Retardation
Clements, Douglas H. – 1998
Although geometry and spatial reasoning are important as a way to interpret and reflect on the physical environment and also form the foundation for learning mathematics and other subjects, many early childhood and primary school teachers spend little time instructing their students in these areas. This paper examines how young children learn…
Descriptors: Age Differences, Child Development, Cognitive Development, Concept Formation