Win At Any Cost: Examining Personality Correlates of Achievement in Adolescent Athletes

Achievement in sports is often attributed to being highly competitive or doing “whatever it takes” to win as opposed to being agreeable. The current consensus is that these traits, manifested as hypercompetitiveness, Machiavellianism, and agreeableness, tend to be highly related within adult populations and athletes. Machiavellianism, the “whatever it takes' ' attribute and hypercompetitiveness have been found to be positively correlated with one another while both are negatively correlated with agreeableness. Previous studies have failed to examine the same phenomenon in individual-sport adolescent athlete populations, in addition to how these trends may influence athletic achievement. In this study, a random sampling of an adolescent athlete population was given a battery of personality scales: The Hypercompetitive Attitude Scale, the MACH-IV, and an IPIP Agreeableness Measure. The participants’ highest national rankings in their sport were also examined. Previous findings in adult populations were replicated in this study, as Machiavellianism and hypercompetitiveness were found to have a strong negative correlation with agreeableness(r= -0.678, p= 0.000039, and r= -0.690, p= 0.000025, respectively). Machiavellianism displayed a moderate, positive correlation with hypercompetitiveness(r= 0.496, p= 0.005312). However, the differences in Machiavellianism and hypercompetitiveness between those who had achieved a rank of at least top 15 in the country and other participants were not found to be statistically significant. These results show that athletic achievement in adolescents was not significantly affected by the personality traits of Machiavellianism and hypercompetitiveness. Additional research is needed to discover what personality traits constitute a champion.

The Effect of Modeling on Self-Efficacy and Flow State of Adolescent Athletes Through Role Models

This study aimed to verify the effects of role modeling on adolescent athletes’ self-efficacy and flow state. The subjects were middle school and high school athletes registered with the Korean Sport & Olympic Committee. From the collected data, descriptive statistics, confirmatory factor analysis, correlation analysis, and structural equation model analysis were performed. To verify the mediating effects of self-efficacy in the relationship between modeling and flow state, structural equation modeling analysis was conducted. The direct effects of adolescent athlete modeling on flow state (β = 0.416, B = 0.244, p < 0.01) and self-efficacy (β = 0.479, B = 0.500, p < 0.01) were all significant, and the direct effects of self-efficacy on flow state (β = 0.404, B = 0.227, p < 0.01) were also significant. Furthermore, it was confirmed that the indirect effect of modeling on flow state (β = 0.194, B = 0.114, p < 0.01) was significant, and that the partial mediated effects of self-efficacy were significant. Thus, we confirmed that when adolescent athlete use modeling through a role model, their self-efficacy increased which in turn led to a positive effect on the ability to achieve a flow state.

Risk Factors, Diagnosis and Management of Bone Stress Injuries in Adolescent Athletes: A Narrative Review

Physical activity is known to be beneficial for bone; however, some athletes who train intensely are at risk of bone stress injury (BSI). Incidence in adolescent athlete populations is between 3.9 and 19% with recurrence rates as high as 21%. Participation in physical training can be highly skeletally demanding, particularly during periods of rapid growth in adolescence, and when competition and training demands are heaviest. Sports involving running and jumping are associated with a higher incidence of BSI and some athletes appear to be more susceptible than others. Maintaining a very lean physique in aesthetic sports (gymnastics, figure skating and ballet) or a prolonged negative energy balance in extreme endurance events (long distance running and triathlon) may compound the risk of BSI with repetitive mechanical loading of bone, due to the additional negative effects of hormonal disturbances. The following review presents a summary of the epidemiology of BSI in the adolescent athlete, risk factors for BSI (physical and behavioural characteristics, energy balance and hormone disruption, growth velocity, sport-specific risk, training load, etc.), prevention and management strategies.