The linguistic representation of abstract concepts in learning science: a cognitive discursive approachTools Zacharias, Sally (2018) The linguistic representation of abstract concepts in learning science: a cognitive discursive approach. PhD thesis, University of Nottingham.
AbstractLearning scientific concepts can be challenging for many pupils and consequently much research has been carried out to locate and explain the social and cognitive processes involved in bringing about changes to learners’ abstract conceptual understandings. This thesis contributes to this field by offering a text-world account (Werth 1999, Gavins 2007a) of how scientific concepts are constructed and linguistically represented in classroom discourse. More specifically, its first aim is to explore how a group of twenty, first year secondary pupils and their teacher construct and linguistically represent the abstract scientific concept of heat energy (and related concepts) in discourse. In so doing, it examines how the concept emerges and develops during a series of classroom activities, including a teacher-led demonstration, a simulated role-play and a group discussion/writing task, in addition to teacher and pupil interviews. By using the Text World Theory framework (see Gavins 2007a; Werth 1999) to focus on the linguistic choices and their corresponding cognitive effects, it becomes possible to explore the cognitive architecture of the pupils during the learning events and interviews. Thus, it is hoped that this study makes an innovative contribution to the field of cognitive linguistics and science education by explaining and exemplifying how learners’ scientific concepts develop in naturalistic settings (Amin 2015). As a text-world approach to investigating classroom discourse is a relatively new area of exploration, the thesis also aims to examine the effectiveness of the text-world framework to explore multimodal, interactive classroom environments.
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