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Sarah C. Creel – Child Development, 2025
How does one assess developmental change when the measures themselves change with development? Most developmental studies of word learning use either looking (infants) or pointing (preschoolers and older). With little empirical evidence of the relationship between the two measures, developmental change is difficult to assess. This paper analyzes…
Descriptors: Preschool Children, Vocabulary Development, Language Acquisition, Accuracy
Bryant, Lauren J.; Cuevas, Kimberly – Child Development, 2022
The effects of rewards on executive function (EF) reflect bidirectional interactions among motivational and executive systems that vary with age and temperament. However, methodological limitations hinder understanding of the precise influences of incentives on early EF, including the role of reward sensitivity. In this within-subjects study,…
Descriptors: Rewards, Executive Function, Reaction Time, Interference (Learning)
Milward, Sophie J.; Kita, Sotaro; Apperly, Ian A. – Child Development, 2017
Previous research has shown that children aged 4-5 years, but not 2-3 years, show adult-like interference from a partner when performing a joint task (Milward, Kita, & Apperly, 2014). This raises questions about the cognitive skills involved in the development of such "corepresentation (CR)" of a partner (Sebanz, Knoblich, &…
Descriptors: Individual Differences, Children, Theory of Mind, Inhibition
Cohen-Gilbert, Julia E.; Thomas, Kathleen M. – Child Development, 2013
This study investigated the changing relation between emotion and inhibitory control during adolescence. One hundred participants between 11 and 25 years of age performed a go-nogo task in which task-relevant stimuli (letters) were presented at the center of large task-irrelevant images depicting negative, positive, or neutral scenes selected from…
Descriptors: Inhibition, Psychological Patterns, Adolescents, Young Adults
Ratcliff, Roger; Love, Jessica; Thompson, Clarissa A.; Opfer, John E. – Child Development, 2012
Children (n = 130; M[subscript age] = 8.51-15.68 years) and college-aged adults (n = 72; M[subscript age] = 20.50 years) completed numerosity discrimination and lexical decision tasks. Children produced longer response times (RTs) than adults. R. Ratcliff's (1978) diffusion model, which divides processing into components (e.g., quality of…
Descriptors: Children, Young Adults, Older Adults, Reaction Time