Developing an Intentionally Designed Physical Activity Model of Programming for Children’s Structured Recreation in Canada

Sport and education organizations have established models to ensure that coaches and teachers understand the physical, social, emotional and mental development of children. Such pathways of intentionally designed models fail to exist in the recreation sector where many physical activity (PA) programs are mainly developed based on convenience and instructor availability rather than on established credentials and current pedagogy practices. Addressing this gap, this paper explores the creation of an intentionally designed model of programming for children’s structured recreation, which is defined as sport or PA-based programs that are planned and led by an instructor. This proposed model is contextualized within the province of Alberta, but may be applicable across the nation. The authors further define “intentionally designed” as the development of purposeful programming with specific objectives that align with outside sources. One such source comes from the Canadian Parks and Recreation Association, who has created a Canadian Recreation Framework, an initiative to ultimately develop the well-being of all Canadians. The proposed, structured recreation model also incorporates several guiding principles including physical literacy and sport philosophy. Physical Literacy (PL) focuses on the lived body as the embodied dimension of our human experience, and how it can be enriched through various experiences that enable us to reach our full potential (Whitehead, 2007). It is about viewing the body holistically rather than separate from the entire being. By planning diverse PA in four environments, including land, water, air, and ice, the model also aligns with the sports sector and its philosophy of developing both fundamental movement skills and fundamental sport skills. Moreover, with allocated playing time, intentionally designed structured lesson plans, and one consistent leader in each activity, the model aims to increase the participants’ motor proficiency and levels of PA while building their confidence and competence across distinct exercises. The execution of the proposed recreation model involves a four-month program where participants rotate to a different PA environment each month and attend two classes per week, cumulating in 32 total classes. Management implications are discussed to determine how recreational professionals can achieve the intended outcomes of the model. Finally, further research is necessary to determine if this model can increase participants’ motor proficiency and positively influence physical activity behaviors in the recreation sector.

Sufficiency of the BOT-2 short form to screen motor competency in preschool children with strabismus

Background Strabismus is one of the most common visual disorders in children, with a reported prevalence of 2.48% in preschoolers. Additionally, up to 89.9% of preschool children with strabismus do not have normal stereopsis. Whether this lack of normal stereopsis affects the motor competency of preschool children with strabismus is unknown. The Bruininks-Oseretsky Test of Motor Proficiency Second Edition short form (BOT-2 SF) can be a useful tool for screening; however, its sufficiency as a diagnostic tool for children with various disorders is controversial. Objective The aims of this study were thus to examine motor competency in preschool children with strabismus by using the BOT-2 and to evaluate the usefulness of the BOT-2 SF to identify those at risk for motor competency issues. Methods Forty preschool children (aged 5–7 years) with strabismus were recruited, all of whom had abnormal stereopsis. The BOT-2 complete form (CF) was administered to all children. The BOT-2 CF was administered to all children. The scores of the BOT-2 SF were extracted from the relevant items of the BOT-2 CF for further analysis. Results The prevalence of children with strabismus who had below average performance in the composites of “Fine Manual Control”, “Manual Coordination”,”Body Coordination”, and “Strength and Agility” were 15%, 70%, 32.5%, and 5%, respectively, on the BOT-2 CF. Compared with these results, the sensitivity of the BOT-2 SF was 33.33% (95% CI = 7.49%–70.07%) and the specificity was 100% (95% CI = 88.78%–100%). Conclusion Preschool children with strabismus had a high prevalence of impaired motor competency, especially in fine motor competency. The BOT-2 SF was not as sensitive in identifying motor difficulties in preschool children with strabismus. Therefore, the BOT-2 CF is recommended for evaluating motor proficiency in preschool children with strabismus.

Differences of Motor Proficiency in Preschool Girls Related to Organized Physical Activity

This study purpose was to determine the level of motor competence and differences in motor skills of preschool girls aged 5 to 7 from Serbia according to participation in organized physical activities. Materials and methods. Ninety-one girls aged 5-7 years (mean ± 6.4) were divided into three subsamples: control group, rhythmic gymnastics and sports school. Girls were assessed with the MABC-2 test. Descriptive statistics analyzed the basic characteristics of participants according to the level of motor competence. Furthermore, Pearson’s χ2 test for contingency tables, MANOVA and discriminant analysis were employed to find differences in motor proficiency among groups. Results. Significant differences have been found in girls attending rhythmic gymnastics in aiming & catching on the upper bound of moderate effect size (p < 0.001, η2 = 139), and total test score moderate effect size (p = 0.006, η2 = 0.105) compared to girls who did not participate in organized physical activity. The discrimination coefficient explained the differences in girls in aiming and catching, with a contribution of 41.4%, balance skills with 24%, and a total test score of 22.9%. According to the level of motor competence, 61% from the control group and 40% from the sports school group scored below average in aiming & catching. The total test score of ≥ 50 percentile was achieved by 68.3% of girls in the control group, 84% in the sports school group, and 96% in rhythmic gymnastics. Conclusion. This study confirms that sports practice contributes to the development of motor capabilities and influences individual differences in children’s scores. Our findings can contribute to understanding how important it is to promote object control skills games for girls and older preschoolers generally.

Test of Motor Proficiency Second Edition (BOT-2) Short Form: A Systematic Review of Studies Conducted in Healthy Children

Motor skill competence of children is one of the important predictors of health because if a child is physically active during early childhood, the possibility of occurrence of many chronic diseases in adulthood will be reduced. The aim of this study was to systematically review the studies conducted in healthy children using the shorter form of the Bruininks-Oseretsky (BOT-2) and to determine the applicability in cross-sectional studies and pre-post designs. The search and analysis of the studies were done in accordance with the PRISMA guidelines. An electronic databases search (Google Scholar, PubMed, Mendeley, Science Direct, and Scopus) yielded 250 relevant studies conducted from 2011 to 2020. A total of 21 studies were included in quantitative synthesis, with a total of 3893 participants, both male and female. Through this study, the BOT-2 test proved its broad applicability, so it can be concluded that this test can be used to improve motor proficiency in a healthy population of children. Hence, it is necessary to invest a lot of time during the implementation of various programs so that children would adequately develop their basic motor skills so they broaden their own repertoire of movements.

Inclusion Strategies: A Trampoline Program For Children With Autism Spectrum Disorder

Background: Autism Spectrum Disorder (ASD) is a neurological disorder that is characterized by deficits in social, communication, and motor function. Trampoline-based interventions reported to promote motor proficiency in children with ASD to foster the development of coordination, balance and muscle strengthen.Methods: This study examined the effects of two trampoline interventions on the motor skill proficiency, muscle strength of the lower limbs, and body mass index (BMI) of 25 children (aged 6.9 ± 2.3 years) with ASD. The 20-weeks intervention participants (n=6) are in the experimental group A, whereas the 32-week intervention participants (n=8) are in experimental group B. The control group consists of 11 participants who did not receive any intervention constituting.The Bruininks–Oseretsky Test of Motor Proficiency-2 (BOT-2), the Standing long jump, and BMI assessment were conducted three times for each participant at baseline (T1), middle time of the intervention (T2), and post-intervention (T3).Results: The findings suggest that children in both experimental groups exhibited significant improvements in BOT-2 and the standing long jump after the 20-weekand 32-week of trampoline-based physical activity intervention when compared to the children in the control group. No significant difference was found on BMI before and after the interventions in all three groups. Conclusion: The findings provide supporting evidence that a minimum 20-week trampoline training may be a viable therapeutic option for training children with ASD to improve their motor proficiency.