Key result
Early sport sampling in childhood was associated with a higher likelihood of recreational participation in adolescence (RR 1.55; 95% CI 1.18-2.03) compared with specialization or nonparticipation.
Why the study?
Does early sport sampling or specialization in childhood predict sport participation profiles in adolescence?
Cohort (n=756)
Does early sport sampling or specialization in childhood predict sport participation profiles in adolescence?
Relative Risk: 1.55 (95% CI 1.18–2.03)
Early sport sampling may promote adolescent recreational activity; hypothesis-generating and leaves causal effects open for trials.
OBJECTIVES: We aimed to increase understanding of the link between sport specialization during childhood and adolescent physical activity (PA). The objectives were as follows: (1) describe the natural course of sport participation over 5 years among children who are early sport samplers or early sport specializers and (2) determine if a sport participation profile in childhood predicts the sport profile in adolescence. METHODS: = 756, ages 10-11 years at study inception) reported their participation in organized and unorganized PA during in-class questionnaires administered every 4 months over 5 years. They were categorized as early sport samplers, early sport specializers, or nonparticipants in year 1 and as recreational sport participants, performance sport participants, or nonparticipants in years 2 to 5. The likelihood that a childhood sport profile would predict the adolescent profile was computed as relative risks. Polynomial logistic regression was used to identify predictors of an adolescent sport profile. RESULTS: Compared with early sport specialization and nonparticipation, early sport sampling in childhood was associated with a higher likelihood of recreational participation (relative risk, 95% confidence interval: 1.55, 1.18-2.03) and a lower likelihood of nonparticipation (0.69, 0.51-0.93) in adolescence. Early sport specialization was associated with a higher likelihood of performance participation (1.65, 1.19-2.28) but not of nonparticipation (1.01, 0.70-1.47) in adolescence. Nonparticipation in childhood was associated with nearly doubling the likelihood of nonparticipation in adolescence (1.88, 1.36-2.62). CONCLUSIONS: Sport sampling should be promoted in childhood because it may be linked to higher PA levels during adolescence.
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Gallant et al. (2017) conducted a cohort in Physical activity (n=756). Early sport sampling vs. Early sport specialization and nonparticipation was evaluated on Recreational participation in adolescence (RR 1.55, 95% CI 1.18-2.03). Early sport sampling in childhood was associated with a higher likelihood of recreational participation in adolescence (RR 1.55; 95% CI 1.18-2.03) compared with specialization or nonparticipation.
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