tandfonline.com har udgivet en rapport under søgningen “Teacher Education Mathematics”: ABSTRACT ABSTRACT Asking questions is an important way of acquiring information and knowledge and plays a significant role in a child’s learning processes. In this study, we examine what characterises the questions asked by children to their teachers in two kindergartens (4–6-year-olds) and six primary school classes (2nd–4th grade) when situated in a natural outdoor environment. Recordings are undertaken by means of action cameras and audio recorders. We also examine the contexts in which the questions are asked. We found that whereas the preschool children’s science topic questions mostly concerned subject matter (74–95%), the schoolchildren more often asked practical questions. Our findings indicate that providing the children with activities that open for the children’s own explorations of a variety of… Continue Reading →
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tandfonline.com har udgivet en rapport under søgningen “Teacher Education Mathematics”: ABSTRACT ABSTRACT The integration of technology in the classroom has become commonplace in early childhood education; however, promoting outdoor learning is not as emphasized. A wealth of research has documented how young children learn and develop while engaging with technology or outdoor play, but limited literature exists on balancing these learning experiences to support children’s developmental outcomes. The present paper seeks to review current literature on the effects of technology and outdoor learning on young children’s development. Building off of the relevant literature, this paper will provide recommendations for early childhood teacher educators to guide teachers in training on balancing appropriate technology use and outdoor learning. Given the COVID-19 global pandemic, teaching implications regarding balancing technology and outdoor learning are… Continue Reading →
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tandfonline.com har udgivet en rapport under søgningen “Teacher Education Mathematics”: ABSTRACT ABSTRACT The increasing global warming and the loss of biodiversity should concern us all. Some feel that outdoor activities, which take place in natural surroundings, should have a special obligation to change. In this article I present an example of what an outdoor life practice that responds to the ecological crisis could look like. I use the simple Norwegian outdoor life called friluftsliv, and the deep ecological version suggested by philosopher and climber Arne Næss (1912–2009) as an example and case. Naessian friluftsliv is interesting and relevant in three ways. First, Naess gave a philosophical basis for friluftsliv, building on deep ecology and Spinozism. Second, he presented content, norms and guidelines for a deep ecological friluftsliv. And third, he… Continue Reading →
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eric.ed.gov har udgivet: Based on Dewey’s theory of art, aesthetics, and experiences and photographer Barnbaums’ writing about expanded perception through photography, we conducted a one-day experimental mathematics education unit. Using photography in outdoor conditions had a positive impact on teacher students’ perception of the use of photography for teaching mathematics. To study the changes in students’ visual attention deeper, we used gaze-tracking to analyse one student’s visual attention when walking outdoors after the activity. The gaze data indicated that more visual attention was given to objects he had photographed or discussed during the group activity in comparison to other objects. Link til kilde
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eric.ed.gov har udgivet: In this case study, we describe an inquiry-based approach to enhancing tuition in chemistry by taking student teachers out of the lab and into nature. We used video observation and interviews to gain insight into student teachers’ expectations and experiences of such fieldwork. Through thematic analysis, we found that the participants perceived the approach as individually relevant and worthy of integrating as a teaching method in future practice. Further, we discussed challenges presented by outdoor chemistry and ways to overcome these. Overall, we show that fieldwork in chemistry contributed to a better understanding of chemistry as an integral part of nature. Link til kilde
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