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- Almqvist, Jonas, et al.
(författare)
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How Wii teach Physical Education and Health
- 2014
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Konferensbidrag (refereegranskat)abstract
- BackgroundThe potential use of exergames in Physical Education and Health is surrounded by a growing discussion among practitioners, policy makers and researchers focusing on different expectations about the games. In this discussion there is, however, a need to further include issues about the learning content offered by these games, how the content is expected to be taught and about the potential consequences the use of games may have for learning and socialisation. This study focus on how meanings about health and the human body are offered by the game: What kind of teaching is delegated to the artifact when used in Physical Education and Health?Focus of inquiryThe aim of this article is to investigate how images of health and the human body and are taught by using exergames.Analytical framework and Research methodsThe empirical study builds on the use of an analytical tool called “Epistemological move analysis”. Studies of teaching and learning have shown how teachers use different kinds of actions (for example instructive, confirming, re-orienting, generative, re-constructive and evaluative moves) in order to try to direct the meaning making in educational settings. In this study, these categories are used, developed and specified in the context of teaching in Physical Education and Health. The empirical material used consists of video recordings from sessions where the games Wii Fit Plus and EA Sports Active were played.Research findingsThe results of the analyses show how the games offer different kinds of epistemological moves: Instructive moves about the fit body and how to play the game, re-orienting moves used in order to help the players to modify their action towards a more relevant and effective way, generative moves used to help the players to think about how to play the game and confirming move about the players’ gaming. In sum, the “teacher” constituted in the game is a teachers who instructs, confirms and encourages the players to move and exercise their bodies. But it is not a teacher who, in contrast to teaching in other contexts, is able to help the learners to make investigations or to participate in argumentation and discussion about for example images of health and the human body. Teaching in these games is constituted as a behavioral modification focused on an idea about a pre-defined and ideal body not expected to be discussed in education.
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| 2. |
- Almqvist, Jonas, et al.
(författare)
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Learning and active video gaming in school: How wii teach Physical Education and Health : Contribution to symposium Learning and active video gaming in school at BERA 2014
- 2014
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Konferensbidrag (refereegranskat)abstract
- BackgroundThe potential use of exergames in Physical Education and Health is surrounded by a growing discussion among practitioners, policy makers and researchers focusing on different expectations about the games. In this discussion there is, however, a need to further include issues about the learning content offered by these games, how the content is expected to be taught and about the potential consequences the use of games may have for learning and socialisation. This study focus on how meanings about health and the human body are offered by the game: What kind of teaching is delegated to the artifact when used in Physical Education and Health?Focus of inquiryThe aim of this article is to investigate how images of health and the human body and are taught by using exergames.Analytical framework and Research methodsThe empirical study builds on the use of an analytical tool called “Epistemological move analysis”. Studies of teaching and learning have shown how teachers use different kinds of actions (for example instructive, confirming, re-orienting, generative, re-constructive and evaluative moves) in order to try to direct the meaning making in educational settings. In this study, these categories are used, developed and specified in the context of teaching in Physical Education and Health. The empirical material used consists of video recordings from sessions where the games Wii Fit Plus and EA Sports Active were played.Research findingsThe results of the analyses show how the games offer different kinds of epistemological moves: Instructive moves about the fit body and how to play the game, re-orienting moves used in order to help the players to modify their action towards a more relevant and effective way, generative moves used to help the players to think about how to play the game and confirming move about the players’ gaming. In sum, the “teacher” constituted in the game is a teachers who instructs, confirms and encourages the players to move and exercise their bodies. But it is not a teacher who, in contrast to teaching in other contexts, is able to help the learners to make investigations or to participate in argumentation and discussion about for example images of health and the human body. Teaching in these games is constituted as a behavioral modification focused on an idea about a pre-defined and ideal body not expected to be discussed in education.
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| 3. |
- Almqvist, Jonas, 1968-, et al.
(författare)
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What do Wii teach in PE?
- 2012
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Ingår i: ECER 2012, The Need for Educational Research to Champion Freedom, Education and Development for All.
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Konferensbidrag (refereegranskat)abstract
- In society, video- and computer games are often pointed out as risk factors in relation to physical inactivity, sedentary behaviour as well as increasing levels of obesity. At the same time, computers are an important source of knowledge where IT-competence and IT-experience provide pronounced advantages in society.In the middle of this paradox a new type of videogames is introduced, where body movement and physical activity constitute the central element. These games, so called exergames or active video games, are games where physical movement is involved in the game through the use of for example balance-boards, step-up boards and dance-pads. Exergames are now more and more put forward in several countries as interesting tools to use in physical education in order to stimulate young people to be physically active.In a recent review and synthesis of research on video games and health, Papastergiou (2009) strongly argues that videogames can offer ”potential benefits as educational tools for Health Education and Physical Education, and that those games may improve young people’s knowledge, skills, attitudes and behaviours in relation to health and physical exercise” (Papastergiou, 2009, p 603). However, Vander Schee and Boyles (2010) argue that exergames rather should be seen as a body pedagogy producing certain narrow meanings about health, and that the uncritical implementation of exergames in school is a problematic way to place commercial products in school. Consequently, there are differences in views regarding exergames in educational settings that are worth paying attention to in research about people’s learning about the body, physical activity and health.The aim of this paper is to investigate how images of the human body are expected to be learned when using exergames.The use of artifacts – physical objects made by humans – is a central part of human life. In fact, there are many activities that would not be possible to perform without the use of them. In schools, students learn to use paper and pencils, computers, vaulting-horses, footballs and so on. How and why artifacts are supposed to be used in educational settings is however not given beforehand (Cuban 1986). The use of artifacts mediates certain meanings about the view of learning and the goals and choices of content in education (Almqvist 2005, Quennerstedt et al in press).In this paper, we will use discourse analytical strategies in order to analyse how meanings about the body are expected to be learned when playing exergames. The discourse analytical strategies involve an interest in how processes of discourse constitute how we experience or relate to ourselves as well as our environment (Laclau & Mouffe 1985). Discourses constitute what is possible to say or do as partial and temporal fixations (Foucault 1980). These fixations are imbued with power, values and ideologies. As Evans and colleagues argue: “/…/ health beliefs, perceptions and definitions of illness are constructed, represented and reproduced through language that is culturally specific, ideologically laden and never value free” (Evans et al 2008 p 46).To investigate what these games offer we have explored the manuals, the content, the animations of the games as well as the instructions and comments offered during game play. The empirical material consists of exergames most commonly used in schools: Wii fit and Wii sports (sports active).In the discourse analysis we have explored what is taken for granted in the empirical material in relation to other possible ways to argue. In this way we can explore what is included and excluded in the games and what is possible to think and act in relation to statements concerning the body.The analysis shows how the logic of the game, its animations, instructions and feedback to the player, constitutes the ideal body as a physically active, well-balanced, slim and strong body. The use of the game, the balance board and the hand control, makes it possible to measure and register how the player follows this logic. The analysis also shows how the way the player is supposed to learn about the body is strongly influenced by behaviorism. In the paper we argue that this way of learning about the body is narrow and limited and that it is important to critically discuss the effects of the use of these games in schools.ReferencesAlmqvist, Jonas (2005). Learning and artefacts. On the use of information technology in educational settings. Uppsala: Acta Universitatis Upsaliensis.Cuban, Larry (1986). Teachers and machines. The classroom use of technology since 1920. New York: Teachers College Press.Evans, John, Rich Emma & Davies Bryan (2008). Education, disordered eating and obesity discourse: Fat fabrications. London: RoutledgeFoucault, Michel (1980). Power/knowledge. Selected interviews & other writings 1972-1977. New York: Pantheon Books.Laclau, Ernesto & Mouffe, Chantal (1985). Hegemony and socialist strategy. Towards a radical democratic politics. London: Verso.Papastergiou, Marina (2009). Exploring the potential of computer and video games for health and physical education: A literature review. Computers & Education, 53(3), 603-622.Quennerstedt, Mikael, Almqvist, Jonas & Öhman, Marie (in press). Keep your eye on the ball. Investigating artifacts in physical education. Interchange.Vander Schee, Carolyn J. & Boyles, Deron (2010): ‘Exergaming,’ corporate interests and the crisis discourse of childhood obesity. Sport, Education and Society, 15(2), 169-185.
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| 4. |
- Andersson, Eva, et al.
(författare)
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Improved Physical Capacity in a Project with Guided Physical Activity for Persons with Depression or Anxiety.
- 2010
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Konferensbidrag (refereegranskat)abstract
- Background: Higher physical capacity is correlated with increased health. Knowledge in this area regarding psychiatric diseases is sparse. Purpose: The aim was to study aerobic and several strength capacities in a physical activity project for persons with depression or anxiety. Methods: Eighty-four persons (56 women and 28 men) with depression or anxiety were recruited from psychiatric out-patient clinics in Stockholm. Their mean age and BMI was 46 (21-80) years and 26 (17-41) kg/m2, respectively. 50% were sick-listed. 50% had BMI>25. Aerobic and strength tests were chosen by each subgroup´s project leaders. Directed physical activity was given, in groups 10-15, 1 hour twice/week during 8-12 weeks. Results: Significant changes (p<0.05, of all n=84) between pre- and post tests were seen in submaximal cycle test (11% enhanced values, n=56) and distance of 6 minutes walk test (16%, n=15) as well as in strength tests for the back for the back (i.e. time in static horizontal belly-back, 40%, n=44), abdominal and hip flexors (i.e. number of hip flexion sit-ups, 45%, n=38), leg (i.e. standing with 90O in hips and knees, 48%, n=56) and arm with shoulder muscles (i.e. number of raising weights alternately with the arms, 46%, n=32). Hand grip tests, BMI or blood pressure values did not change significantly. Conclusions: Directed 8-12 weeks physical activity programs can improve physical fitness in individuals with depression or anxiety.
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