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Aurélien Frick – Child Development Perspectives, 2025
The development of executive function (EF) has been linked to various life outcomes, motivating intense research on the topic. While much of this research has focused on more thoroughly understanding age-related changes of the underlying neurocognitive mechanisms involved, recent theoretical and empirical works have stressed how the immediate…
Descriptors: Executive Function, Cognitive Development, Child Development, Social Environment
Gaia Scerif; Jelena Sucevic; Hannah Andrews; Emma Blakey; Sylvia U. Gattas; Amy Godfrey; Zachary Hawes; Steven J. Howard; Liberty Kent; Rebecca Merkley; Rosemary O'Connor; Fionnuala O'Reilly; Victoria Simms – npj Science of Learning, 2025
Executive functions (EF) are crucial to regulating learning and are predictors of emerging mathematics. However, interventions that leverage EF to improve mathematics remain poorly understood. 193 four-year-olds (mean age = 3 years; 11 months pre-intervention; 111 female, 69% White) were assessed 5 months apart, with 103 children randomised to an…
Descriptors: Numeracy, Executive Function, Mathematics Skills, Preschool Children
Wanjiang Zhou; Pablo Saiz-González; Ronny Rodriguez Aragon; Kaitlyn Adams; Zan Gao – Quest, 2024
This systematic review synthesized current literature regarding the effect of physical activity (PA) interventions on brain structure (BS) and brain function (BF) in healthy children. This review followed the Preferred Reporting Items for Systematic Reviews protocols and used the Rayyan web for data extraction. Eleven experimental studies were…
Descriptors: Physical Activities, Intervention, Cognitive Structures, Brain
McGuckian, Thomas B.; Wilson, Peter H.; Johnston, Rich D.; Rahimi-Golkhandan, Shahin; Piek, Jan; Green, Dido; Rogers, Jeffrey M.; Maruff, Paul; Steenbergen, Bert; Ruddock, Scott – Child Development, 2023
This longitudinal study modeled children's complex executive function (EF) development using the Groton Maze Learning Task (GMLT). Using a cohort-sequential design, 147 children (61 males, 5.5-11 years) were recruited from six multicultural primary schools in Melbourne and Perth, Australia. Race/ethnicity data were not available. Children were…
Descriptors: Child Development, Cognitive Development, Executive Function, Elementary School Students
Josué Rico-Picó; M. del Carmen Garcia-de-Soria Bazan; Ángela Conejero; Sebastián Moyano; Ángela Hoyo; María de los Ángeles Ballesteros-Duperón; Karla Holmboe; M. Rosario Rueda – Developmental Science, 2025
Executive control (EC) emerges in the first year of life, with the ability to inhibit prepotent responses (inhibitory control [IC]) and to flexibly readapt (cognitive flexibility [CF]) steadily improving. Simultaneously, electrophysiological brain activity undergoes profound reconfiguration, which has been linked to individual variability in EC.…
Descriptors: Infants, Brain Hemisphere Functions, Brain, Executive Function
Nia R. Barbee; Anne L. Dunlop; Elizabeth Corwin; Patricia A. Brennan – Infant Mental Health Journal: Infancy and Early Childhood, 2025
The proposed study sought to investigate whether maternal experiences of racial discrimination and gendered racial stress are associated with offspring executive functioning. Total 266 Black mother-child pairs in the United States were assessed from pregnancy through child age of 4 years. We hypothesized that children whose mothers reported higher…
Descriptors: Racial Discrimination, Racism, Executive Function, Children
Annie Bernier; Sylvana M. Côté; Rose Lapolice Thériault; Gabrielle Leclerc – Developmental Science, 2024
Childcare services are widely used by families and thereby exert an important influence on many young children. Yet, little research has examined whether childcare may impact the development of child executive functioning (EF), one of the pillars of cognitive development in early childhood. Furthermore, despite persisting hypotheses that childcare…
Descriptors: Executive Function, Parent Child Relationship, Child Development, Child Care
Lindsey Bryant – ProQuest LLC, 2022
Over two-thirds of youth participate in a structured sport, making it a vital context in which transactional relations with cognitive development can occur. Yet, little is known about how these constructs inform one another across childhood. Most previous studies have focused on health benefits of sport participation, or on demographic and family…
Descriptors: Cognitive Development, Executive Function, Academic Ability, Preschool Children
Park, Anne T.; Mackey, Allyson P. – Mind, Brain, and Education, 2022
Educational interventions are frequently designed to occur during early childhood, based on the idea that earlier intervention will have greater long-term academic benefits. However, surprisingly little is known about when cognitive and academic skills are most plastic, or malleable, during development. One way to study plasticity is to ask…
Descriptors: Child Development, Age Differences, Cognitive Development, Executive Function
Monticha Uraipong; Nattika Penglee; Thananun Thanarachataphoom; Natrapee Polyai – Higher Education Studies, 2024
Executive function skills are crucial for children in the 21st century, serving as indicators of their readiness for learning. Children with well-developed executive function skills can effectively accomplish various tasks, solve problems using diverse strategies, and collaborate with others happily. This research aims to: 1. Identify the…
Descriptors: Executive Function, Child Development, Skill Development, Early Childhood Education
Kubota, Maki; Hadley, Lauren V.; Schaeffner, Simone; Könen, Tanja; Meaney, Julie-Anne; Morey, Candice C.; Auyeung, Bonnie; Moriguchi, Yusuke; Karbach, Julia; Chevalier, Nicolas – Developmental Psychology, 2023
The current study investigated the effects of metacognitive and executive function (EF) training on childhood EF (inhibition, working memory [WM], cognitive flexibility, and proactive/reactive control) and academic skills (reading, reasoning, and math) among children from disadvantaged backgrounds. Children (N = 134, M[subscript age] = 8.70 years)…
Descriptors: Metacognition, Executive Function, Academic Ability, Child Behavior
Linghui Chu; Gail E. Joseph – International Journal of Bilingual Education and Bilingualism, 2024
The study sought to understand the general trajectory of children's executive function, as well as whether there was heterogeneity among monolingual English-speaking and dual language learning children in their growth of executive function. In addition, the study examined whether monolingual English-speaking and dual language learning children…
Descriptors: Executive Function, English (Second Language), English, Monolingualism
Zelazo, Philip David; Carlson, Stephanie M. – Journal of Cognition and Development, 2023
Executive function (EF) skills are a set of attention-regulation skills involved in intentional, goal-directed behavior that include (but are not limited to) the cool EF skills of working memory, cognitive flexibility, and inhibitory control, and also the hot EF skill of intentional reevaluation. These skills are inevitably expressed in goal- and…
Descriptors: Executive Function, Short Term Memory, Cognitive Processes, Inhibition
Efsun Birtwistle; Olga Chernikova; Miriam Wünsch; Frank Niklas – SAGE Open, 2025
We investigated the effect of cognitive training of executive functions on children's cognitive outcomes. To address this issue, a systematic meta-analysis of published research articles on cognitive training interventions was performed considering children's age, training duration, -procedure, and -technology in moderator analyses. The results (N…
Descriptors: Preschool Children, Elementary School Students, Middle School Students, Executive Function
Andrea Baraldi Cunha; Iryna Babik; Regina T. Harbourne; Stacey C. Dusing; Lin-Ya Hsu; Natalie A. Koziol; Sarah Westcott-McCoy; Sandra L. Willett; James A. Bovaird; Michele A. Lobo – Grantee Submission, 2024
This study aimed to explore whether early developmental abilities are related to future executive function (EF) in children with motor delays. Fourteen children with motor delays (Mean age = 10.76, SD = 2.55) were included from a larger study. Object interaction and developmental outcomes (Bayley-III) were evaluated at baseline and 3, 6, and 12…
Descriptors: Developmental Disabilities, Psychomotor Skills, Symptoms (Individual Disorders), Executive Function