AbstractWe recently introduced a two-component model of the mechanisms underlying age differences in memory functioning across the lifespan. According to this model, memory performance is based on associative and strategic components. The associative component is relatively mature by middle childhood, whereas the strategic component shows a maturational lag and continues to develop until young adulthood. Focusing on work from our own lab, we review studies from the domains of episodic and working memory informed by this model, and discuss their potential implications for educational settings. The episodic memory studies uncover the latent potential of the associative component in childhood by documenting children's ability to greatly improv...
This experiment examined how knowledge of memory strategies and of memory functioning improves durin...
International audienceEpisodic memory refers to the capacity to bind multimodal memories to constitu...
Several models assume that working memory development depends on age-related increases in efficiency...
AbstractWe recently introduced a two-component model of the mechanisms underlying age differences in...
We recently introduced a two-component model of the mechanisms underlying age differences in memory ...
Children's learning capabilities change while growing up. One framework that describes the cognitive...
This article looks at the development of episodic memory (EM) in children from a lifespan perspectiv...
AbstractThe structural and functional brain circuitries supporting episodic memory undergo profound ...
The authors investigated the strategic component (i.e., elaboration and organization of episodic fea...
Children’s learning capabilities change while growing up. One framework that describes the cognitive...
The structure of working memory and its development across the childhood years were investigated in ...
The aim of the paper was to further explore the complementarity of the working memory models postula...
The aim of this study was to examine action memory as a form of episodic memory among school-aged su...
The data presented by Kemps, De Rammelaere, and Desmet (2000, this issue) appear to have some aspect...
This large-scale study examined the development of time-based prospective memory (PM) across childho...
This experiment examined how knowledge of memory strategies and of memory functioning improves durin...
International audienceEpisodic memory refers to the capacity to bind multimodal memories to constitu...
Several models assume that working memory development depends on age-related increases in efficiency...
AbstractWe recently introduced a two-component model of the mechanisms underlying age differences in...
We recently introduced a two-component model of the mechanisms underlying age differences in memory ...
Children's learning capabilities change while growing up. One framework that describes the cognitive...
This article looks at the development of episodic memory (EM) in children from a lifespan perspectiv...
AbstractThe structural and functional brain circuitries supporting episodic memory undergo profound ...
The authors investigated the strategic component (i.e., elaboration and organization of episodic fea...
Children’s learning capabilities change while growing up. One framework that describes the cognitive...
The structure of working memory and its development across the childhood years were investigated in ...
The aim of the paper was to further explore the complementarity of the working memory models postula...
The aim of this study was to examine action memory as a form of episodic memory among school-aged su...
The data presented by Kemps, De Rammelaere, and Desmet (2000, this issue) appear to have some aspect...
This large-scale study examined the development of time-based prospective memory (PM) across childho...
This experiment examined how knowledge of memory strategies and of memory functioning improves durin...
International audienceEpisodic memory refers to the capacity to bind multimodal memories to constitu...
Several models assume that working memory development depends on age-related increases in efficiency...