Relationship Between Actual and Perceived Locomotor and Ball Skills Competence Among Children: A Person-Centered Approach.

This study examined whether profiles varying in actual and perceived locomotor and ball skill competencies would be identified and whether these profiles would differ in relation to children's characteristics. Participants were 127 (70 boys; 57 girls) French-speaking Canadian children (5-11 years). Actual and perceived motor competencies were, respectively, measured using the Test of Gross Motor Development - Third version and the pictorial scale of Perceived Movement Skill Competence. Latent profile analyses revealed four profiles: (1) Non-Alignment: Devaluation (children underestimated their slightly below average competencies; 17.9%); (2) Non-Alignment: Overestimation (children overestimated their slightly below average competencies; 24.7%); (3) Non-Alignment: Underestimation (children slightly underestimated their above average competencies; 24.9%); (4) Alignment: Low Competence (children displayed accurate but slightly below average competencies; 32.5%). Girls were more likely to correspond to profiles 1 and 4, older children and children more frequently involved in physical activity/sport practice were more likely to correspond to profile 3, and younger children were more likely to correspond to profile 2. These results emphasise the importance of considering the alignment between perceived and actual motor competencies. They also indicate that age and physical activity/sport practice were associated with higher competencies, whereas girls and younger children were associated with lower competencies.

Psychometric Properties of a French Version of the Perceived Motor Competence in Childhood Questionnaire.

In this study, we examined the psychometric properties of a French version of the Perceived Motor Competence in Childhood (PMC-C) questionnaire. The participants were 219 French-speaking children (aged 5-12 years), recruited from elementary schools in the Canadian Province of Quebec. Results supported the validity and reliability of a second-order confirmatory factor analytic (CFA) model, including one higher-order factor. Additional analyses supported the complete measurement invariance of the first- and second-order factor structure across sex and indicated no differential item functioning or latent mean differences in PMC-C factors as a function of selected predictors (i.e., age, body mass-index and physical activity/sport involvement). Thus, this French version of the PMC-C has satisfactory psychometric properties (i.e., factor validity and reliability, measurement invariance and differential item functioning) and can be used to assess French-speaking children's perceived motor competence.

Fundamental movement skills in children and adolescents with intellectual disabilities: A systematic review.

BACKGROUND: This systematic review is a synthesis of studies concerning: (a) mastery, deficits, and/or delays in fundamental movement skills (FMS) among children and adolescents with intellectual disabilities; (b) comparisons of FMS between children and adolescents with intellectual disabilities and those with typical development (TD); and (c) correlates of FMS. METHOD: A systematic electronic search was performed in 12 databases. Seventeen studies, published between 1951 and 2017, met the inclusion criteria. RESULTS: Children with intellectual disabilities exhibited a lack of mastery and deficits/developmental delays in FMS. They tended to have significantly lower FMS performance than children with TD. Adolescents with intellectual disabilities had developmental delays in balance skills, but were not compared with adolescents with TD. Mastery or deficits in FMS were not explored. Several variables were significantly correlated with FMS among children and adolescents with intellectual disabilities. CONCLUSION: In future studies, FMS should be examined as an important outcome among children and adolescents with intellectual disabilities.