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Jung, Wendy P.; Kahrs, Björn A.; Lockman, Jeffrey J. – Developmental Psychology, 2018
Handled artifacts are ubiquitous in human technology, but how young children engage in spatially coordinated behaviors with these artifacts is not well understood. To address this issue, children (N = 30) from 17-36 months were studied with motion tracking technology as they fit the distal segment of a handled artifact into a slot. The handle was…
Descriptors: Toddlers, Perceptual Motor Coordination, Spatial Ability, Child Development
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Kahrs, Björn Alexander; Jung, Wendy P.; Lockman, Jeffrey J. – Child Development, 2014
This study examines the development of hammering within an ontogenetic and evolutionary framework using motion-capture technology. Twenty-four right-handed toddlers (19-35 months) wore reflective markers while hammering a peg into a peg-board. The study focuses on the motor characteristics that make tool use uniquely human: wrist involvement,…
Descriptors: Toddlers, Young Children, Motor Development, Handedness
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Liew, Jeffrey; Cameron, Claire E.; Lockman, Jeffrey J. – Early Education and Development, 2018
Primary education is compulsory around the world. This means that around age 5 or 6, millions of children worldwide transition from home or preschool/kindergarten settings into primary school, with the success of this transition shaping school and life trajectories for years to come. Both developmental and environmental factors during early…
Descriptors: Elementary School Students, Motor Development, Psychomotor Skills, Executive Function
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Kahrs, Bjorn A.; Jung, Wendy P.; Lockman, Jeffrey J. – Child Development, 2013
The current study examines the developmental trajectory of banging movements and its implications for tool use development. Twenty (6- to 15-month-old) infants wore reflective markers while banging a handled cube; movements were recorded at 240 Hz. Results indicated that through the second half-year, banging movements undergo developmental changes…
Descriptors: Infants, Motor Development, Psychomotor Skills, Child Development
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Fontenelle, Sarah A.; Kahrs, Bjorn Alexander; Neal, S. Ashley; Newton, A. Taylor; Lockman, Jeffrey J. – Journal of Experimental Child Psychology, 2007
Everyday environments, even small regions within reach, vary dramatically in terms of material composition. Adapting one's manual behavior to such transitions can be considered to be an important element of skilled action. To investigate the origins of this ability, we presented 8-month-olds (n=24) and 10-month-olds (n=24) hard or soft objects on…
Descriptors: Infants, Problem Solving, Perception Tests, Tactual Perception
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Lockman, Jeffrey J.; Thelen, Esther – Child Development, 1993
Advances in the neurosciences, biomechanics, and behavior sciences, along with attempts to integrate theories and findings across these disciplines, have led to a renewed interest in the study of motor development. Considers the contributions that have led to the reinvigoration of this field of study and its new interdisciplinary outlook. (MDM)
Descriptors: Behavioral Sciences, Biomechanics, Child Development, Interdisciplinary Approach
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Lockman, Jeffrey J. – Child Development, 2000
Maintains that advances in the literature on perception-action development suggests that tool use may be a more continuous developmental achievement than previously believed. Suggests new research directions, including efforts to investigate the processes by which children detect and relate affordances between objects, coordinate spatial frames of…
Descriptors: Child Behavior, Child Development, Children, Cognitive Development