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Thomas Gauduel; Camille Blondet; Sibylle Gonzalez-Monge; James Bonaiuto; Alice Gomez – Developmental Science, 2024
Developmental coordination disorder (DCD) impacts the quality of life and ability to perform coordinated actions in 5% of school-aged children. The quality of body representations of individuals with DCD has been questioned, but never assessed. We hypothesize that children with DCD have imprecise body representations in the sensory and motor…
Descriptors: Motor Development, Psychomotor Skills, Perceptual Motor Learning, Developmental Delays
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Chua, Yu Wei; Lu, Szu-Ching; Anzulewicz, Anna; Sobota, Krzystof; Tachtatzis, Christos; Andonovic, Ivan; Rowe, Philip; Delafield-Butt, Jonathan – Developmental Science, 2022
Movement is prospective. It structures self-generated engagement with objects and social partners and is fundamental to children's learning and development. In autistic children, previous reports of differences in movement kinematics compared to neurotypical peers suggest that its prospective organisation might be disrupted. Here, we employed a…
Descriptors: Autism, Pervasive Developmental Disorders, Motion, Handheld Devices
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Yang, Yang; Zuo, Zhentao; Tam, Fred; Graham, Simon J.; Li, Junjun; Ji, Yuzhu; Meng, Zelong; Gu, Chanyuan; Bi, Hong-Yan; Ou, Jian; Xu, Min – Developmental Science, 2022
Abundant behavioral studies have demonstrated high comorbidity of reading and handwriting difficulties in developmental dyslexia (DD), a neurological condition characterized by unexpectedly low reading ability despite adequate nonverbal intelligence and typical schooling. The neural correlates of handwriting deficits remain largely unknown;…
Descriptors: Foreign Countries, Brain, Cognitive Processes, Handwriting
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Lee, Mei-Hua; Farshchiansadegh, Ali; Ranganathan, Rajiv – Developmental Science, 2018
Examining age differences in motor learning using real-world tasks is often problematic due to task novelty and biomechanical confounds. Here, we investigated how children and adults acquire a novel motor skill in a virtual environment. Participants of three different age groups (9-year-olds, 12-year-olds, and adults) learned to use their upper…
Descriptors: Children, Preadolescents, Adults, Psychomotor Skills
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Stulp, Freek; Oudeyer, Pierre-Yves – Developmental Science, 2018
To harness the complexity of their high-dimensional bodies during sensorimotor development, infants are guided by patterns of freezing and freeing of degrees of freedom. For instance, when learning to reach, infants free the degrees of freedom in their arm proximodistally, that is, from joints that are closer to the body to those that are more…
Descriptors: Motor Development, Comparative Analysis, Human Body, Perceptual Motor Learning
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Hsu, Hsinjen Julie; Bishop, Dorothy V. M. – Developmental Science, 2014
This study tested the procedural deficit hypothesis of specific language impairment (SLI) by comparing children's performance in two motor procedural learning tasks and an implicit verbal sequence learning task. Participants were 7- to 11-year-old children with SLI (n = 48), typically developing age-matched children (n = 20) and younger…
Descriptors: Children, Language Impairments, Sequential Learning, Perceptual Motor Learning
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Subiaul, Francys; Patterson, Eric M.; Schilder, Brian; Renner, Elizabeth; Barr, Rachel – Developmental Science, 2015
In contrast to other primates, human children's imitation performance goes from low to high fidelity soon after infancy. Are such changes associated with the development of other forms of learning? We addressed this question by testing 215 children (26-59 months) on two social conditions (imitation, emulation)--involving a demonstration--and two…
Descriptors: Young Children, Child Development, Imitation, Learning Processes
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James, Karin Harman – Developmental Science, 2010
Since Broca's studies on language processing, cortical functional specialization has been considered to be integral to efficient neural processing. A fundamental question in cognitive neuroscience concerns the type of learning that is required for functional specialization to develop. To address this issue with respect to the development of neural…
Descriptors: Brain, Language Processing, Specialization, Visual Perception
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Perry, Lynn K.; Smith, Linda B.; Hockema, Stephen A. – Developmental Science, 2008
Recent research has shown that 2-year-olds fail at a task that ostensibly only requires the ability to understand that solid objects cannot pass through other solid objects. Two experiments were conducted in which 2- and 3-year-olds judged the stopping point of an object as it moved at varying speeds along a path and behind an occluder, stopping…
Descriptors: Young Children, Cognitive Development, Motion, Child Development