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Het boek Leren in beweging: activiteiten bewegingsintegratie voor kleuters wil kinderen meer laten bewegen (fysieke activiteitsgraad verhogen), beter laten bewegen en cognitieve doelen beter laten bereiken.Het boek is een onmisbare activiteitenbundel voor iedereen die met kinderen werkt. Het is samengesteld voor kleuterleid(st)ers, leerkrachten lichamelijke opvoeding en bewegingsopvoeding in het kleuteronderwijs, kinderverzorgers ? voor iedereen die graag op een actieve manier aan de slag gaat met kinderen en wil werken aan het lichamelijk welzijn van kinderen. De activiteiten zijn in eerste instantie gericht op kinderen van vier tot zes jaar, maar zijn heel eenvoudig aan te passen aan het niveau van jongere en oudere kinderen.De activiteiten zijn logisch en volgens een vaste structuur opgebouwd. Ze maken het mogelijk diverse leerinhouden (taal, wiskunde, muziek?) aan te reiken op een bewegende manier. Binnen elke activiteit komen verschillende mogelijkheden tot differentiatie en variatie aan bod en er is telkens voldoende ruimte voor eigen interpretatie en invulling van de activiteiten. De activiteiten zijn dan ook bij uitstek toepasbaar in verschillende contexten en voor het aanbrengen van uiteenlopende onderwerpen.Dit boek is het resultaat van het praktijkgericht wetenschappelijk onderzoek ?Leren in beweging: bewegingsintegratie in het curriculum kleuteronderwijs? uitgevoerd aan de Hogeschool PXL.Bron: www.acco.be
Bewegingsopvoeding ; kleuteronderwijs ; didactiek. --- kleuteronderwijs vijfjarigen (doelgroep) --- Didactics of sports and games --- bewegingsopvoeding --- lager onderwijs 1ste jaar (doelgroep) --- Didactics of Kindergarten --- kleuteronderwijs vierjarigen (doelgroep) --- Bewegingsopvoeding ; kleuteronderwijs ; didactiek --- kleuters --- muzische vorming --- 471.47 --- Spelen (mv.) --- Bewegingsopvoeding --- Kleuteronderwijs --- Tussendoortjes --- Bewegingsintegratie --- Kleuters --- 477.8 --- 472.7 --- Muzische vorming --- Taalinitiatie --- Wiskundige initiatie --- bewegingsopvoeding (ler) --- kleuters (ler) --- didactiek --- (zie ook: bosspelen) --- didactiek basisonderwijs - bewegingsopvoeding --- Toddlers --- Games --- Movement therapy for children --- Study and teaching --- Belgium --- Didactiek van sport en spel --- Didactiek van het kleuteronderwijs --- PXL-Education 2016 --- kleuteronderwijs --- Bewegingsspelen --- 371.3:796 --- 373.2 --- 373.2 Kleuteronderwijs --- 371.3:796 Didactics of physical education --- Didactics of physical education --- didactische werkvormen --- lichamelijke opvoeding --- motorische ontwikkeling --- expressie --- Bewegingsspel
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Fysieke activiteit is belangrijk, ook voor kinderen in de lagere school. Werk jij met kinderen? Dan kan je hen daarbij helpen. Bewegingsintegratie is dé manier om kinderen te laten bewegen en de competenties in de lagere school aan te leren. De leerlingen oefenen de leerinhouden in terwijl ze bewegen. Ook hun welbevinden en hun betrokkenheid verhoog je zo.Leren in beweging. Activiteiten bewegingsintegratie voor de lagere school is een activiteitenbundel voor leerkrachten in de lagere school, leerkrachten lichamelijke opvoeding en bewegingsopvoeding, kinderverzorgers, ? Als je graag op een actieve manier aan de slag gaat met kinderen en wil werken aan hun lichamelijke welzijn, is dit een onmisbaar boek voor jou.In het eerste deel krijg je een theoretisch kader over de visie op bewegingsintegratie. Daarna vind je allerlei activiteiten per leergebied: Nederlands, Frans, wiskunde, wetenschappen en techniek, mens en maatschappij, levensbeschouwelijke vakken en vakoverschrijdend werken. Alle activiteiten zijn logisch en gestructureerd opgebouwd, met richtvragen om de leerinhouden te verdiepen en heel wat mogelijkheden voor variatie en differentiatie.Geef gerust je eigen interpretatie en invulling aan de activiteiten. De eindtermen staan bij de activiteiten, zodat je in elk onderwijsnet met dit boek aan de slag kan.Bron: https://www.acco.be/nl-be/items/9789463793407/Leren-in-beweging
Bewegingsopvoeding --- Lager onderwijs --- Didactiek --- 477.8 --- bewegingsopvoeding --- sport --- Bewegingsopvoeding ; basisonderwijs --- lager onderwijs --- Bewegingsintegratie --- Didactics of sports and games --- basisonderwijs --- lichamelijke opvoeding --- PXL-Education 2016 --- Physical education and training
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The transition from elementary to secondary school is an important event in childrens life where a lot of changes occur, such as a new physical school environment, new classmates and new teachers. Flemish children usually transfer to secondary school around the age of 11-13 years, which is a period where decreases of physical activity (PA) have been observed. The aim of this doctoral thesis was to examine childrens motivational processes in school physical education (PE) and to identify correlates and predictors of PA and sedentary behavior during the transition from elementary to secondary school. Based on the self-determination theory and the social-ecological model this doctoral thesis focused on individual, interpersonal as well as physical environmental factors during this educational transition. The first part of this doctoral thesis examined the motivational processes in school PE and consisted of two studies. Chapter 1.1 was a cross-sectional study among 11-12 year old children following classes in 6th grade of elementary school. The need-supportive role of the PE teacher and the physical environment in promoting autonomous motivation to engage in PE was studied. It was further tested whether these relations were mediated by the three basic psychological needs (i.e., perceptions of autonomy, competence and relatedness). The results showed that the provision of structure, autonomy support and involvement by the PE teacher was positively related with autonomous motivation toward PE. Perceptions of autonomy and competence mediated this relation. The physical school environment was also positively related with autonomous motivation to engage in PE and this relation was mediated by the perception of autonomy. It was concluded that both the PE teacher as well as the physical school environment can promote autonomous motivation toward PE in 6th grade elementary school children. The second study of part I (chapter 1.2) was a longitudinal study that focused on the personal and environmental changes during the transition from elementary to secondary school. The aim of this study was threefold. First, changes in pupils autonomous motivation toward PE, in the three basic psychological needs, in perceived need support of the PE teacher and in the physical school environment were examined during this educational transition. Second, it was tested whether changes in the perceptions of the need-supportive role of the PE teacher and the perceived physical school environment predicted changes in autonomous motivation toward PE. Finally, the mediating role of the changes in the three basic psychological needs was investigated. An increase of feelings of relatedness with their classmates, perceptions of need support of the PE teacher and the perceived physical school environment was observed during the transition from elementary to secondary school. Furthermore, an improvement of the perception of the need-supporting role of the PE teacher resulted in more autonomous motivation toward PE. Among boys, this relation was mediated by changes in competence and among girls by changes in all three psychological needs. No relation was found between changes in perceptions of the physical school environment and autonomous motivation to engage in PE among girls, but a negative relation was found among boys. No mediation could be identified in this relation. One of the main conclusions was the vital role of the PE teacher in maintaining or increasing autonomous motivation to engage in PE during the transition from elementary to secondary school. The second part of this doctoral thesis focused on the motivational and environmental correlates and predictors of (change in) PA and sedentary behavior and consisted of three studies. Chapter 2.1 had the aim to examine cross-sectionally the mediating role of autonomous motivation to be physically active in the relation between the home/neighborhood environment and pedometer-determined PA. The results identified positive direct relations with pedometer-determined PA for autonomy support of friends, parental logistic support, parental explicit modeling and neighborhood safety. Mediation of autonomous motivation to be physically active was found in the relation between perceived autonomy support of friends and pedometer-determined PA as well as between parental logistic support and pedometer-determined PA. Moreover, a positive indirect relation through autonomous motivation to be physically active emerged between perceptions of autonomy support of the parents and pedometer-determined PA. The results of this study highlight the importance of the social environment in the promotion of a physically active lifestyle. The second study of part II (chapter 2.2) was conducted to identify changes in PA and sedentary behavior during the educational transition. A decrease in self-reported moderate to vigorous PA was detected from elementary to secondary school (-12.2%), but no change was observed in pedometer-determined PA. Furthermore, self-reported moderate to vigorous PA during leisure time decreased more in overweight/obese children (-18.3%) compared with normal weight children (-6.7%). An increase in screen-based sedentary behavior was found (+2.99 hours/week), mainly due to an increase of recreational computer use (+3.22 hours/week). Computer use increased predominantly in overweight/obese boys (+8.18 hours/week). Girls (+3.57 hours/week) and normal weight children (+2.83 hours/week) reported more time spent on homework in secondary school. These results suggest that the contribution of different types of PA (e.g., purposeful and non-purposeful or incidental PA) to total PA changes during the educational transition. Overall, children spent more time on computer and homework. The third study of part II (chapter 2.3) of this doctoral thesis had the aim to identify which school- and home-based factors during elementary school predict PA and screen-based sedentary behavior during secondary school. The results showed that higher levels of pedometer-determined PA among 13- to 14- year old children were predominantly predicted by higher levels of pedometer-determined PA at the age of 11-12, higher levels of parental logistic support at the age of 11-12 and being a boy. Higher levels of moderate to vigorous PA in 8th grade resulted from higher levels of moderate to vigorous PA in 6th grade, being a boy, having a normal weight status in 6th grade, more parental logistic support in 6th grade and more autonomous motivation toward PE in 6th grade. Finally, the most important predictors of lower levels of screen-based sedentary behavior in secondary school were lower levels of television/computer use in elementary school, a normal/high socio-economic status, more PA related parental explicit modeling in elementary school and more PA related autonomy support of friends in elementary school. It was concluded that PA as well as screen-based sedentary behavior at the end of elementary school predict PA and screen-based sedentary behavior in secondary school. This study also highlights the important role of the parents in the promotion of a physically active lifestyle. To conclude, interventions to promote PA during the transition from elementary to secondary school should focus on the school as well as the home environment. In particular, the supportive role of the parents is important to maintain or increase PA levels (i.e. by providing logistic support) and decrease screen-based sedentary behavior (i.e., by explicit modeling) in 11 to 14 year old children
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