ABSTRACT
There is a growing body of literature reporting the health benefits of active commuting to school. This study investigated barriers and determinants of active commuting in children in Slovenia living within walking or cycling distance to school, i.e., 3 km. The sample consisted of 339 children (163 girls) aged 11–14 years who reported their mode of commuting, as well as their parents who described the socioeconomic environment of the family. Every third child in this study traveled to school exclusively by car/public transport, while every fifth participant used a passive means of transport when returning home from school. Potential household poverty, education of the mother and parental encouragement for physical activity were not associated with the commuting mode. In addition, conformist family barriers dominated among reasons for not choosing active commuting. A distance to school that was perceived to be too long was the most frequently cited barrier (72% of participants who passively commuted in both directions), followed by concern about being late for school (38% of participants who passively commute in one direction). Parents from all social strata who drive their children to school in either one or both directions while living in a walking or cycling range are a promising target population for active commuting interventions.
ABSTRACT
Background: The negative impact of isolation, confinement, and physical (in)activity due to pandemic movement restriction has been well-documented over the past year, but less is known on the impact of these policies on children's physical fitness. This study was designed to determine the effects of pandemic movement restriction policies on the 24-hour movement behavior (24-HMB) of children, and whether any alterations are reflected in worsening physical fitness outcomes determined via direct testing. Methods: A two-phase, repeated-measures study with matched controls was conducted. Phase One: N = 62 schoolchildren (N = 31 female) completed self-assessment questionnaires on 24-HMB in October 2018 (pre-pandemic) and again in April 2020, at the height of movement restrictions enacted in response to the COVID-19 pandemic first wave. Phase Two: physical fitness of the original N = 62 children were determined directly pre- and post-isolation using an eight-component standardized fitness test battery and compared to N = 62 control children who were matched for age, sex, school region, and fitness centile scores. Results: During lockdown (total duration: 63 days), moderate-to-vigorous physical activity (MVPA) decreased by ~46 min per day, screen time demonstrated a significant interaction effect, such that kids reported spending less recreational screen time on weekends during lockdown compared to no restriction, and sleep duration was consistently lower (95% CI: -104.1 to -45.5 min, p < 0.001). No interaction effect was present for direct fitness indicators, including: hand tapping (reaction time), standing broad jump, polygon backward obstacle course (coordination), sit-ups, stand-and-reach, bent-arm hang, 60-m, and 600-m run (p ≥ 0.05) although significant main effects are noted for both sexes. Conclusion: Initial changes in 24-HMB did not translate to reductions in physical fitness per se, likely due to the high initial fitness levels of the children. Further work is needed to confirm whether longer or repeated movement restrictions exacerbate initial negative 24-HMB trends, especially for children who are less fit when restrictions are initiated, prolonged, or repeated.