Session Summary
Share...

Direct link:

1-168 - Self-regulation in early childhood and relations to emergent academic skills

Thu, April 6, 4:00 to 5:30pm, Austin Convention Center, Meeting Room 9C

Session Type: Poster Symposium

Integrative Statement

Self-regulation has surfaced as a critical skill that may have long-term implications for children’s early school success (McClelland et al., 2007). Research shows that children with weak self-regulation typically demonstrate more behavior problems, weaker academic skills, and weaker social skills than do their peers with stronger self-regulation (Montroy et al., 2014). The proposed symposium will address several unexplored questions through five empirical studies: What is the relationship between different aspects of self-regulation (working memory, cognitive flexibility, inhibition) and various academic domains and behavioral outcomes? Does peer self-regulation influence individual achievement?

Paper 1 demonstrates that each component of self-regulation has differential effects on academic performance, highlighting the importance of working memory in kindergarten, as it strongly predicts literacy and math skills in first grade.

Paper 2 identifies an association between inhibitory control and counting, number recognition, and non-verbal calculation in 4-to 5-year-old children, suggesting that different aspects of self-regulation relate to early number competence in preschool.

Paper 3 explores whether fall prekindergarten self-regulation relates to children’s invented spelling skills via their decoding skills in the spring. Findings suggest an indirect yet significant role of self-regulation on children’s writing skills.

Paper 4 investigates the relationship between self-regulation at 4 years of age and their pre-adolescent academic and social-behavioral outcomes. Latent growth curve modeling analyses show that early child self-regulation predicts later math and literacy skills.

Paper 5 examines whether kindergarten peer self-regulation influences student achievement. Results suggest that peer self-regulation in the fall predicts individual spring self-regulation, math, and vocabulary knowledge.

Sub Unit

Chair

Discussant

Individual Presentations