Fifth graders’ use of gesture and models when translanguaging during a content and language integrated science class in Hong Kong
Fifth graders’ use of gesture and models when translanguaging during a content and language integrated science class in Hong Kong
复制标题
香港五年级学生在内容和语言综合科学课上进行跨语言翻译时使用的手势和模型
DOI:
10.1080/13670050.2020.1754752
复制
发表时间:
2020
影响因子:
2.8
通讯作者:
Melanie Williams
中科院分区:
文献类型:
--
作者:
Melanie Williams
ABSTRACT
Translanguaging in science includes the use of semiotic repertoires complete with non-linguistic modes of meaning (e.g. gesture, tactile) that until recently have gone unnoticed in research into content language integrated learning (CLIL). Currently, there are calls for classroom research in CLIL settings that examines the semiotic processes in the spontaneous translanguaging of emergent bilinguals. In response, this study aims to expand bilingualism research by investigating the ways in which fifth-grade emergent bilinguals’ draw from their semiotic repertoires when translanguaging in content-based science lessons. Multimodal transcriptions made from video recordings of the lessons allow a cross-case analysis of the emergent bilinguals’ shifts from oral to gestural or tactile modes during a biology and physics unit. Findings illustrate that emergent bilinguals use non-linguistic modes to aid their science discourse in four distinct ways: replacement, support, demonstration and imitation. For instance, gestural and tactile meanings replace unknown everyday words and science language during demonstrations. A fine-grained analysis of the semiotic units shows that tactile moves, gesticulations, pantomime and imitation each play a role in the semiotic processes involved when translanguaging in a content-based science class. They allow the expression of ideas, the mediation of language and the unaided flow of discourse.