Gesture as a conceptual mapping tool
Metaphoric understandings emerge when conceptual mappings link elements of one domain with elements of another. Cross-domain mappings seem powerful and creative, but even mundane meanings involve mappings that link elements with one another. Instructional interactions bring the process of conceptual mapping into the open as one person strives to shape the understanding of another. Using data from a study of time-telling instruction, this chapter describes two important functions of gestures during instruction: (1) guiding mappings that link conceptual models with structures in the environment, and (2) adding image-schematic structure to the conceptualization. Both help form the understanding needed to perform successfully. These critical functions of gesture are apparent only when discourse is treated as multimodal and contextual – as involving the interrelation of talk, gesture, and action with the setting and purpose of activity.
Cited by
Cited by 13 other publications
Alcaraz Carrión, Daniel
Alibali, Martha W. & Mitchell J. Nathan
2012.
Embodiment in Mathematics Teaching and Learning: Evidence From Learners' and Teachers' Gestures.
Journal of the Learning Sciences 21:2
► pp. 247 ff.

Bohlmann, Nina
2019.
Unequal bodies: corporeality and social inequality in mathematics classrooms.
ZDM 51:2
► pp. 263 ff.

Chui, Kawai
2011.
Conceptual metaphors in gesture.
cogl 22:3
► pp. 437 ff.

Lindenberg, Dennis
2023.
‘The Genome Is the Brain of the Cell!’ How Japanese English Learners Mediate Understanding of Academic Content through Metaphor.
Metaphor and Symbol 38:1
► pp. 23 ff.

Mittelberg, Irene
2018.
Gestures as image schemas and force gestalts: A dynamic systems approach augmented with motion-capture data analyses.
Cognitive Semiotics 11:1

Nathan, Mitchell J. & Martha W. Alibali
2021.
An Embodied Theory of Transfer of Mathematical Learning. In
Transfer of Learning [
Research in Mathematics Education, ],
► pp. 27 ff.

Nathan, Mitchell J., Amelia Yeo, Rebecca Boncoddo, Autumn B. Hostetter & Martha W. Alibali
Robutti, Ornella, Cristina Sabena, Christina Krause, Carlotta Soldano & Ferdinando Arzarello
2022.
Gestures in Mathematics Thinking and Learning. In
Handbook of Cognitive Mathematics,
► pp. 1 ff.

2022.
Gestures in Mathematics Thinking and Learning. In
Handbook of Cognitive Mathematics,
► pp. 685 ff.

Thompson, Arthur L., May Pik Yu Chan, Ping Hei Yeung & Youngah Do
Williams, Robert F.
2012.
Image Schemas in Clock-Reading: Latent Errors and Emerging Expertise.
Journal of the Learning Sciences 21:2
► pp. 216 ff.

This list is based on CrossRef data as of 8 march 2023. Please note that it may not be complete. Sources presented here have been supplied by the respective publishers.
Any errors therein should be reported to them.