Thesis (D.Phil.) -- Central University of Technology, Free State, 2010 / Due to various reasons, today’s learners lead a passive life that results in movement deprivation and poor motor development. Motor development contributes to cognitive development, which can also contribute to school readiness. Since the beginning of the twentieth century, researchers have indicated that there is an increase of learners with motor problems, which can develop into learning problems. The primary aim of the study was to determine the influence of a 10 week Judo intervention programme on Grade 1 learners with motor restraints. The formal standardised test, Bruininks-Oseretsky Test for Motor Proficiency (BOTMP) with its eight subscales, was used for this purpose. A total of 140 learners took part in the programme: 70 learners formed part of the control group and 70 learners formed part of the experimental group. All the learners took part in the pre- and post-tests (the BOTMP). The experimental group took part in the Judo intervention programme. The importance of Judo with regard to motor aspects has been highlighted. It promotes self-confidence and self-control, and has a significant influence on learning behaviour and learning of movement. This sport emphasises body awareness and spatial orientation, and develops sensory-motor activities, as well as cognitive and physical movements. Furthermore, Judo consists of a great number of motor movements and, as a result of this diversity, the participant develops on a motor, cognitive, social and emotional level. To determine whether the Judo intervention programme had any impact on the learners, t-tests were applied. These tests were done on independent and nonindependent groups. The data was statistically processed and depicted in table or graph format. The results indicated a significant improvement in five of the eight subscales of the BOTMP. The motor variates that showed improvement were balance, bilateral coordination, reaction speed, visual motor control, and upper limb speed and dexterity. The means were statistically different on the 5% level. Furthermore, the average of two variates differed on a 1% level, namely balance and bilateral coordination. Running speed and agility, as well as strength, did not show significant signs of improvement. From the results, it can be concluded that an affordable and achievable Judo intervention programme has a significant impact on the gross, gross-fine and fine motor development of Grade 1 learners with motor restraints. The study indicated that Judo as a sport indeed has an effect on the motor skills of these learners. It is recommended that such a programme should be marketed to educators and be included in the Life Orientation Programme.

The purpose of the study was to examine the relationship between sleep patterns, motor proficiency and commonly co-occurring neurodevelopmental disorders in children, attitude to physical activity, mental health, and age. The study also looked at differences in sleep efficiency, as well as, perceived adequacy in physical activity between typically developing children and children with low motor proficiency. The sample consisted of 127 participants, 6-12 years old living in Perth, Western Australia. 51% participants were considered typically developing and 49% to have low motor proficiency. Motor proficiency, indications of Attention-Deficit/Hyperactivity Disorder, Autism Spectrum Disorder and anxiety/depression, adequacy in, or predilection for physical activity did not show a relationship to sleep efficiency. Significant differences between groups in sleep efficiency or adequacy in physical activity were not found. No interaction effect of neurodevelopmental disorders were identified. Sleep in children with movement impairments caused by neurodevelopmental disorders is an area where continued studies are of great importance. Although no relationship was identified in the current study, previous research has suggested sleep may play an important role for development and optimal everyday functioning. A better understanding of physical and psychological consequences and possible contributing factors of low motor proficiency in childhood is important as the risk of long-term dysfunction in emotional, cognitive and physical areas may be reduced in an optimal environment.

Several researchers have reported that the perceptual-motor skills of today’s children are not optimally developed. Furthermore, childhood obesity has increased worldwide and is a cause for concern due to the effect that it has on the present and future public health of children. Childhood obesity has a bearing on a rise in chronic paediatric diseases and an increase in hypertension, as well as on motor and physical deficits. In spite of the inadequate perceptual-motor development that is reported, few studies have been reported that examine the effect of school-based movement development programmes to improve the motor proficiency of school beginners. Firstly, in this thesis, an attempt was made to establish a general profile of the motor proficiency of Grade 1 learners in the North West Province of South Africa, and to determine possible gender and racial differences. Secondly, the relationship between the body composition and blood pressure of Grade 1 learners was examined. Thirdly, the relationship between the body composition and motor, physical and object control skills of these learners was examined. The fourth objective was to determine the effect of school-based movement development programmes on the perceptual-motor proficiency of Grade 1 learners. For objectives one to three, data were collected by means of a stratified randomised sample of 816 Grade 1 learners (419 boys, 397 girls) with a mean age of 6,78 years (+ 0,49) who participated in the NW-CHILD study. The short form of the “Bruininks-Oseretsky Test of Motor Proficiency-2” (Bruininks & Bruininks, 2005), which consists of eight subcomponents, was used to determine the learners’ motor proficiency and the “Test of Gross Motor Development-2” was used to determine the learners’ object control skills. Stature, body mass, skinfolds (subscapular, triceps and calf) and waist circumference were measured according to standard kinantropometric protocols. International cut-off points for body mass index (BMI) were used to classify learners in normal, overweight or obese categories. Blood pressure was measured by means of an Omron 705CP-II. With regard to objective 1, it appeared from the results, which were analysed with descriptive statistics and ttesting, and by making use of the Statistica computer program, that Grade 1 learners exhibit below average (49,63%) to average (48,16%) motor proficiency. The poorest skills exhibited by the learners were in strength, fine motor integration and fine motor precision. The motor proficiency of the boys was mostly average (63,96%) as opposed to that of the girls, which was largely classified as below average (64,74%), although the girls’ manual dexterity and bilateral co-ordination was significantly better compared to the boys. The motor proficiency of most of the white children was average (69,27%), compared to 58,73% of the black children, whose motor proficiency was below average. White children performed significantly better in fine motor precision, fine motor integration, manual dexterity, bilateral co-ordination, upper limb co-ordination and strength skills, and black children in balancing and running speed and agility skills. Concerning objective 2, it appeared from the results, which were analysed with descriptive statistics, the Spearman correlation coefficients and one-way analysis of variance, that the overall incidence of prehypertension and hypertension was 8,5% and 24,9% respectively. Both systolic and diastolic blood pressure exhibited a significant relationship with BMI, body fat percentage and waist circumference. Boys and girls exhibited the same incidence of hypertension. A higher percentage of the black children were hypertensive compared to the white children, although the difference in the blood pressure of the groups was not significant. A high percentage of children of normal weight also exhibited high levels of blood pressure. As far as objective 3 is concerned, it appeared from the results, which were analysed with descriptive statistics, Spearman correlation coefficients and one-way analysis of variance, that 1 out of every 10 learners (11,64%) was overweight (7,84%) or obese (3,80%). Fine motor precision, balance, running speed, agility and strength exhibited a significant relationship with body mass index (p<0.05), while no clear relationship was found between object control skills, upper limb co-ordination and body mass index. For objective 4, two schools were selected from the total sample in one urban area, which consisted of 75 learners (school 1=40 and school 2=35) who had a mean age of 6,66 years (+ 0,24) and who participated in two different perceptual-motor movement development programmes. The perceptual-motor movement development programme of School 1 was based on a process-oriented approach, as opposed to the programme of School 2, which was based on a product-oriented approach. Motor proficiency was measured by making use of the short form of the “Bruininks-Oseretsky Test of Motor Proficiency-2”. The results, which were analysed with descriptive statistics, independent t-testing and a covariance of analysis, showed that both movement development programmes contributed to significant improvements in some of the motor proficiency subcomponents. However, the process-oriented movement programme contributed to a greater extent to improvement on an individual level, which was attributed to the improved underlying neurological processes of motor proficiency and bilateral integration that underwent improvement as a result, while the level of motor proficiency mastery of the product-oriented movement development programme remained unchanged. On the grounds of the above results it is advised that educators, such as the Physical Education teachers who work with Grade 1 learners, take note of the possible deficits with regard to motor proficiency, overweight and obesity, and implement suitable intervention programmes, taking into consideration the gender and racial specific differences that were found in this study. The measuring of blood pressure for basic screening purposes is important in the child population and interventions that include physical activity are advised to reduce the potential cardiovascular complications of obesity amongst children. It could also be recommended that school-based movement development programmes, which are presented by specialists, be implemented in order to improve the motor proficiency of Grade 1 learners and to also contribute to the improvement of the skills of learners with perceptual-motor and physical proficiency problems. / Thesis (PhD (Human Movement Sciences))--North-West University, Potchefstroom Campus, 2013

Several researchers have reported that the perceptual-motor skills of today’s children are not optimally developed. Furthermore, childhood obesity has increased worldwide and is a cause for concern due to the effect that it has on the present and future public health of children. Childhood obesity has a bearing on a rise in chronic paediatric diseases and an increase in hypertension, as well as on motor and physical deficits. In spite of the inadequate perceptual-motor development that is reported, few studies have been reported that examine the effect of school-based movement development programmes to improve the motor proficiency of school beginners. Firstly, in this thesis, an attempt was made to establish a general profile of the motor proficiency of Grade 1 learners in the North West Province of South Africa, and to determine possible gender and racial differences. Secondly, the relationship between the body composition and blood pressure of Grade 1 learners was examined. Thirdly, the relationship between the body composition and motor, physical and object control skills of these learners was examined. The fourth objective was to determine the effect of school-based movement development programmes on the perceptual-motor proficiency of Grade 1 learners. For objectives one to three, data were collected by means of a stratified randomised sample of 816 Grade 1 learners (419 boys, 397 girls) with a mean age of 6,78 years (+ 0,49) who participated in the NW-CHILD study. The short form of the “Bruininks-Oseretsky Test of Motor Proficiency-2” (Bruininks & Bruininks, 2005), which consists of eight subcomponents, was used to determine the learners’ motor proficiency and the “Test of Gross Motor Development-2” was used to determine the learners’ object control skills. Stature, body mass, skinfolds (subscapular, triceps and calf) and waist circumference were measured according to standard kinantropometric protocols. International cut-off points for body mass index (BMI) were used to classify learners in normal, overweight or obese categories. Blood pressure was measured by means of an Omron 705CP-II. With regard to objective 1, it appeared from the results, which were analysed with descriptive statistics and ttesting, and by making use of the Statistica computer program, that Grade 1 learners exhibit below average (49,63%) to average (48,16%) motor proficiency. The poorest skills exhibited by the learners were in strength, fine motor integration and fine motor precision. The motor proficiency of the boys was mostly average (63,96%) as opposed to that of the girls, which was largely classified as below average (64,74%), although the girls’ manual dexterity and bilateral co-ordination was significantly better compared to the boys. The motor proficiency of most of the white children was average (69,27%), compared to 58,73% of the black children, whose motor proficiency was below average. White children performed significantly better in fine motor precision, fine motor integration, manual dexterity, bilateral co-ordination, upper limb co-ordination and strength skills, and black children in balancing and running speed and agility skills. Concerning objective 2, it appeared from the results, which were analysed with descriptive statistics, the Spearman correlation coefficients and one-way analysis of variance, that the overall incidence of prehypertension and hypertension was 8,5% and 24,9% respectively. Both systolic and diastolic blood pressure exhibited a significant relationship with BMI, body fat percentage and waist circumference. Boys and girls exhibited the same incidence of hypertension. A higher percentage of the black children were hypertensive compared to the white children, although the difference in the blood pressure of the groups was not significant. A high percentage of children of normal weight also exhibited high levels of blood pressure. As far as objective 3 is concerned, it appeared from the results, which were analysed with descriptive statistics, Spearman correlation coefficients and one-way analysis of variance, that 1 out of every 10 learners (11,64%) was overweight (7,84%) or obese (3,80%). Fine motor precision, balance, running speed, agility and strength exhibited a significant relationship with body mass index (p<0.05), while no clear relationship was found between object control skills, upper limb co-ordination and body mass index. For objective 4, two schools were selected from the total sample in one urban area, which consisted of 75 learners (school 1=40 and school 2=35) who had a mean age of 6,66 years (+ 0,24) and who participated in two different perceptual-motor movement development programmes. The perceptual-motor movement development programme of School 1 was based on a process-oriented approach, as opposed to the programme of School 2, which was based on a product-oriented approach. Motor proficiency was measured by making use of the short form of the “Bruininks-Oseretsky Test of Motor Proficiency-2”. The results, which were analysed with descriptive statistics, independent t-testing and a covariance of analysis, showed that both movement development programmes contributed to significant improvements in some of the motor proficiency subcomponents. However, the process-oriented movement programme contributed to a greater extent to improvement on an individual level, which was attributed to the improved underlying neurological processes of motor proficiency and bilateral integration that underwent improvement as a result, while the level of motor proficiency mastery of the product-oriented movement development programme remained unchanged. On the grounds of the above results it is advised that educators, such as the Physical Education teachers who work with Grade 1 learners, take note of the possible deficits with regard to motor proficiency, overweight and obesity, and implement suitable intervention programmes, taking into consideration the gender and racial specific differences that were found in this study. The measuring of blood pressure for basic screening purposes is important in the child population and interventions that include physical activity are advised to reduce the potential cardiovascular complications of obesity amongst children. It could also be recommended that school-based movement development programmes, which are presented by specialists, be implemented in order to improve the motor proficiency of Grade 1 learners and to also contribute to the improvement of the skills of learners with perceptual-motor and physical proficiency problems. / Thesis (PhD (Human Movement Sciences))--North-West University, Potchefstroom Campus, 2013