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We develop a new theory of the cognitive changes around 4 years of age by trying to explain why understanding of false belief and of alternative naming emerge at this age (Doherty & Perner, 1998). We make use of the notion of discourse referents (DR: Karttunen, 1976) as it is used in File Change Semantics (Heim, 2002), one of the early forms of the more widely known Discourse Representation Theory (Kamp & Reyle, 1993). The assumed cognitive change exists in how children can link DRs in their mind to external referents. The younger children check whether the conditions for a DR match the conditions of an external entity (an implicit/procedural understanding of reference). The older children, in addition, have an explicit understanding of reference in virtue of making explicit identity assertions. This involves the metarepresentational ability of representing that different DRs represent the same external referent, which - we argue - is required for alternative naming and for the false belief task.
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Motor skills are a vital part of healthy development and are featured prominently both in physical examinations and in parents’ baby diaries. It has been known for a long time that motor development is critical for children’s understanding of the physical and social world. Learning occurs through dynamic interactions and exchanges with the physical and the social world, and consequently movements of eyes and head, arms and legs, and the entire body are a critical during learning. At birth, we start with relatively poorly developed motor skills but soon gain eye and head control, learn to reach, grasp, sit, and eventually to crawl and walk on our own. The opportunities arising from each of these motor milestones are profound and open new and exciting possibilities for exploration and interactions, and learning. Consequently, several theoretical accounts of child development suggest that growth in cognitive, social, and perceptual domains are influences by infants’ own motor experiences. Recently, empirical studies have started to unravel the direct impact that motor skills may have other domains of development. This volume is part of this renewed interest and includes reviews of previous findings and recent empirical evidence for associations between the motor domain and other domains from leading researchers in the field of child development. We hope that these articles will stimulate further research on this interesting question.
Motor ability in children. --- developmental trajectories --- Motor development --- Developmental cascades --- Social Behavior --- language development --- Autism Spectrum Disorders --- Perception --- Child Development --- Cognition
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Motor skills are a vital part of healthy development and are featured prominently both in physical examinations and in parents’ baby diaries. It has been known for a long time that motor development is critical for children’s understanding of the physical and social world. Learning occurs through dynamic interactions and exchanges with the physical and the social world, and consequently movements of eyes and head, arms and legs, and the entire body are a critical during learning. At birth, we start with relatively poorly developed motor skills but soon gain eye and head control, learn to reach, grasp, sit, and eventually to crawl and walk on our own. The opportunities arising from each of these motor milestones are profound and open new and exciting possibilities for exploration and interactions, and learning. Consequently, several theoretical accounts of child development suggest that growth in cognitive, social, and perceptual domains are influences by infants’ own motor experiences. Recently, empirical studies have started to unravel the direct impact that motor skills may have other domains of development. This volume is part of this renewed interest and includes reviews of previous findings and recent empirical evidence for associations between the motor domain and other domains from leading researchers in the field of child development. We hope that these articles will stimulate further research on this interesting question.
Motor ability in children. --- developmental trajectories --- Motor development --- Developmental cascades --- Social Behavior --- language development --- Autism Spectrum Disorders --- Perception --- Child Development --- Cognition
Choose an application
Motor skills are a vital part of healthy development and are featured prominently both in physical examinations and in parents’ baby diaries. It has been known for a long time that motor development is critical for children’s understanding of the physical and social world. Learning occurs through dynamic interactions and exchanges with the physical and the social world, and consequently movements of eyes and head, arms and legs, and the entire body are a critical during learning. At birth, we start with relatively poorly developed motor skills but soon gain eye and head control, learn to reach, grasp, sit, and eventually to crawl and walk on our own. The opportunities arising from each of these motor milestones are profound and open new and exciting possibilities for exploration and interactions, and learning. Consequently, several theoretical accounts of child development suggest that growth in cognitive, social, and perceptual domains are influences by infants’ own motor experiences. Recently, empirical studies have started to unravel the direct impact that motor skills may have other domains of development. This volume is part of this renewed interest and includes reviews of previous findings and recent empirical evidence for associations between the motor domain and other domains from leading researchers in the field of child development. We hope that these articles will stimulate further research on this interesting question.
Motor ability in children. --- developmental trajectories --- Motor development --- Developmental cascades --- Social Behavior --- language development --- Autism Spectrum Disorders --- Perception --- Child Development --- Cognition --- developmental trajectories --- Motor development --- Developmental cascades --- Social Behavior --- language development --- Autism Spectrum Disorders --- Perception --- Child Development --- Cognition
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