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Meyer, Marlene; van Schaik, Johanna E.; Poli, Francesco; Hunnius, Sabine – Developmental Science, 2023
When teaching infants new actions, parents tend to modify their movements. Infants prefer these infant-directed actions (IDAs) over adult-directed actions and learn well from them. Yet, it remains unclear "how" parents' action modulations capture infants' attention. Typically, making movements larger than usual is thought to draw…
Descriptors: Infants, Attention Control, Prediction, Brain Hemisphere Functions
Volkmer, Sindram; Wetzel, Nicole; Widmann, Andreas; Scharf, Florian – Developmental Science, 2022
The ability to shield against distraction while focusing on a task requires the operation of executive functions and is essential for successful learning. We investigated the short-term dynamics of distraction control in a data set of 269 children aged 4-10 years and 51 adults pooled from three studies using multilevel models. Participants…
Descriptors: Attention Control, Attention, Children, Adults
Yuewen Zhang; Zhenhong Wang – Developmental Science, 2024
Intra-individual response time variability (IIRTV) during cognitive performance is increasingly recognized as an important indicator of attentional control (AC) and related brain region function. However, what determinants contribute to preschoolers' IIRTV received little attention. The present study explored the interaction of dopaminergic…
Descriptors: Genetics, Parent Child Relationship, Reaction Time, Attention Control
Broadbent, Hannah J.; White, Hayley; Mareschal, Denis; Kirkham, Natasha Z. – Developmental Science, 2018
Multisensory information has been shown to modulate attention in infants and facilitate learning in adults, by enhancing the amodal properties of a stimulus. However, it remains unclear whether this translates to learning in a multisensory environment across middle childhood, and particularly in the case of incidental learning. One hundred and…
Descriptors: Incidental Learning, Multisensory Learning, Children, Attention Control
Murphy, Jeremy W.; Foxe, John J.; Molholm, Sophie – Developmental Science, 2016
The ability to attend to one among multiple sources of information is central to everyday functioning. Just as central is the ability to switch attention among competing inputs as the task at hand changes. Such processes develop surprisingly slowly, such that even into adolescence, we remain slower and more error prone at switching among tasks…
Descriptors: Attention Control, Executive Function, Physiology, Brain
Cowan, Nelson; Morey, Candice C.; AuBuchon, Angela M.; Zwilling, Christopher E.; Gilchrist, Amanda L. – Developmental Science, 2010
Previous studies have indicated that visual working memory performance increases with age in childhood, but it is not clear why. One main hypothesis has been that younger children are less efficient in their attention; specifically, they are less able to exclude irrelevant items from working memory to make room for relevant items. We examined this…
Descriptors: Young Children, Short Term Memory, Memorization, Adults
Bish, Joel P.; Ferrante, Samantha M.; McDonald-McGinn, Donna; Zackai, Elaine; Simon, Tony J. – Developmental Science, 2005
Using an adaptation of the Attentional Networks Test, we investigated aspects of executive control in children with chromosome 22q11.2 deletion syndrome (DS22q11.2), a common but not well understood disorder that produces non-verbal cognitive deficits and a marked incidence of psychopathology. The data revealed that children with DS22q11.2…
Descriptors: Schizophrenia, Conflict, Symptoms (Individual Disorders), Psychopathology
Switching between Spatial Stimulus-Response Mappings: A Developmental Study of Cognitive Flexibility
Crone, Eveline A.; Ridderinkhof, K. Richard; Worm, Mijkje; Somsen, Riek J. M.; van der Molen, Maurits W. – Developmental Science, 2004
Four different age groups (8-9-year-olds, 11-12-year-olds, 13-15-year-olds and young adults) performed a spatial rule-switch task in which the sorting rule had to be detected on the basis of feedback or on the basis of switch cues. Performance errors were examined on the basis of a recently introduced method of error scoring for the Wisconsin Card…
Descriptors: Feedback (Response), Cues, Children, Adolescents
Casey, B. J.; Davidson, Matthew C.; Hara, Yuko; Thomas, Kathleen M.; Martinez, Antigona; Galvan, Adriana; Halperin, Jeffrey M.; Rodriguez-Aranda, Claudia E.; Tottenham, Nim – Developmental Science, 2004
This study examined the cognitive and neural development of attention switching using a simple forced-choice attention task and functional magnetic resonance imaging. Fourteen children and adults made discriminations among stimuli based on either shape or color. Performance on these trials was compared to performance during blocked trials…
Descriptors: Reaction Time, Brain Hemisphere Functions, Developmental Stages, Attention Control