Author:
Heemskerk Christina Hubertina Helena Maria,Roebers Claudia M.
Abstract
IntroductionThis study aimed to investigate if the acute effects of a physical activity (PA) break on the on-task and off-task classroom behavior of primary school children are mediated by inhibition. Combining arousal theory and the cognitive stimulation hypothesis, we employed a 15-min intermittent PA protocol aiming at high-intensity with cognitive demands. We were interested in the effects of PA in real-life settings and in a feasible and sustainable manner for teachers. Thus, the PA session was short and all data collection carried out in ecologically valid school and classroom environments.MethodsFifteen 4th grade classes were randomly assigned to the experimental group (EG; eight classes, n = 120) or waitlist control group (WCG; seven classes, n = 91). Participants were observed during normal classroom lessons for 25 min before and after the PA break (EG) or a business-as-usual lesson (WCG) and completed the Hearts and Flowers task, a task measuring primarily inhibition, once per observation block. We analyzed the effect of PA on inhibition with ANOVA and the effect on behavior and mediation effect with logistic multilevel models.ResultsThe PA break positively affected inhibition with a small effect. Active off-task classroom behavior was higher at post-test in the WCG, but not the EG. Of practical importance, intercept-slope interactions indicated that those with higher levels of off-task behavior at pre-test experienced greater benefits of the PA breaks. No significant mediation of the effect of PA on task-related behaviors via inhibition was found.DiscussionIn conclusion, a time-efficient PA break can improve inhibition and off-task classroom behavior in primary school children. Although these effects occur concurrently, they appear to be independent of each other.
Reference73 articles.
1. Conflict processing in kindergarten children: new evidence from distribution analyses reveals the dynamics of incorrect response activation and suppression;Ambrosi;J. Exp. Child Psychol,2019
2. Acute exercise and children's cognitive functioning: what is the optimal dose of cognitive challenge?;Anzeneder;Psychol. Sport Exerc,2023
3. The effects of acute exercise on mood, cognition, neurophysiology, and neurochemical pathways: a review;Basso;Brain Plast,2017
4. Mobile electroencephalography reveals differences in cortical processing during exercises with lower and higher cognitive demands in preadolescent children;Becker;Pediatr. Exerc. Sci,2023
5. Relations between inhibition, executive functioning, and ADHD symptoms: a longitudinal study from age 5 to 8½ years;Berlin;Child Neuropsychol,2004