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Associations between classroom climate and children's externalizing symptoms: The moderating effect of kindergarten
Danielle S Roubinov1, Nicole R Bush1,2, Melissa J Hagan1,3
1Department of Psychiatry, University of California, San Francisco, San Francisco, CA, USA.
Insights
Children
Area of Science:
- Child Psychology
- Developmental Psychology
- Educational Psychology
Background:
- Classroom environments significantly influence children's mental health.
- Individual differences in physiological reactivity can affect children's susceptibility to classroom settings.
- Understanding these interactions is crucial for supporting child development.
Purpose of the Study:
- To investigate if children's parasympathetic reactivity moderates the relationship between classroom climate and externalizing symptoms.
- To examine how different instructional practices (child-centered vs. teacher-directed) impact children with varying physiological reactivity.
- To apply the theory of biological sensitivity to context in understanding classroom influences.
Main Methods:
- Studied 338 kindergarten children across 19 classrooms.
- Observed and coded teachers' use of child-centered and teacher-directed practices.
- Assessed children's respiratory sinus arrhythmia reactivity and externalizing symptoms over time.
Main Results:
- Classroom climate interacted with physiological reactivity to predict externalizing symptoms.
- For highly reactive children, child-centered classrooms reduced symptoms, while teacher-directed ones increased them.
- Less reactive children showed lower externalizing symptoms with teacher-dominated management.
Conclusions:
- Children's physiological reactivity plays a key role in how classroom environments affect their behavior.
- Tailoring classroom practices to individual children's sensitivities can optimize mental health outcomes.
- The findings support the biological sensitivity to context theory in educational settings.
Abstract:
Classrooms are key social settings that impact children's mental health, though individual differences in physiological reactivity may render children more or less susceptible to classroom environments. In a diverse sample of children from 19 kindergarten classrooms (N = 338, 48% female, M age = 5.32 years), we examined whether children's parasympathetic reactivity moderated the association between classroom climate and externalizing symptoms. Independent observers coded teachers' use of child-centered and teacher-directed instructional practices across classroom social and management domains. Children's respiratory sinus arrhythmia reactivity to challenge tasks was assessed in fall and a multi-informant measure of externalizing was collected in fall and spring. Both the social and the management domains of classroom climate significantly interacted with children's respiratory sinus arrhythmia reactivity to predict spring externalizing symptoms, controlling for fall symptoms. For more reactive children, as classrooms shifted toward greater proportional use of child-centered methods, externalizing symptoms declined, whereas greater use of teacher-dominated practices was associated with increased symptoms. Conversely, among less reactive children, exposure to more teacher-dominated classroom management practices was associated with lower externalizing. Consistent with the theory of biological sensitivity to context, considering variability in children's physiological reactivity aids understanding of the salience of the classroom environment for children's mental health.