Abstract

Relative age is a phenomenon broadly studied in sport sciences. Youth sports participants born earlier in the selection year tend to present a maturational advantage over their peers. As it is also dependent on physical performance, older physical education students may also benefit from this effect in this school subject. The main goal of this manuscript was to determine whether the relative age effect is present within physical fitness outcomes of Portuguese children and adolescents. The physical–aerobic fitness, strength, flexibility and body composition of 885 students (490 females and 395 males) were collected and compared by quarters of birth, segmented by gender and age groups (10–12; 12–14; 14–16 and 16–18 years). The results reveal a moderate to small effect in physical fitness outcomes, with a trend for children and adolescents born in the early part of the year to present higher performance levels. These differences were more evident in ages closer to the physical maturational onset (12–14 y) and more apparent in male students. This physical fitness advantage may lead to a biased assessment and development of students born earlier in the year.

Highlights

  • Grouping children and adolescents into homogeneous chronological age cohorts is a common practice within educational and sport contexts

  • Non-significant differences were identified for age group 1 (10 to 12 y)

  • In group 3 (14 to 16 y), the Body mass index (BMI) showed significant differences (F = 3.2, p = 0.028, η p 2 = 0.084), where the participants born in Q2 and Q3 showed small to moderate higher values compared to Q1 and Q4

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Summary

Introduction

Grouping children and adolescents into homogeneous chronological age cohorts is a common practice within educational and sport contexts. Age grouping may confer an advantage to those born in the first months of the selection year due to individual differences in physical maturity and development, leading to unbalanced participation and attainment [2,3]. These potential cognitive and biological differences between children and adolescents within an age group are commonly reported as the relative age effect (RAE) [4,5,6,7,8]

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