Dinosaurs, Mushrooms, and Geometric Forms - Conversations with Young Children About Natural Science and Mathematics

Abstract In this case study, we explore how early childhood education and care (ECEC) teachers can foster children’s participation in conversations about natural science and mathematics and what factors influence it. Data consisted of 29 conversations between ECEC teachers and children. The results showed that eight of the conversations were open dialogues in which the teachers and children participated equally. In 19 of the conversations, the ECEC teachers led the conversation, and the children, to various degrees, were active and engaged participants. Two conversations were led by the children. The results showed that the children participated more actively in conversations about natural science than mathematics, and that multisensory artifacts and physical activities enhanced their participation in the conversations. The study suggests that ECEC settings should provide more opportunities for multisensory experiences and physical activities, and that teachers need more guidance on how to explain concepts and phenomena, within natural science and mathematics, to children of different ages.

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Publication Details

Journal
Early Childhood Education Journal
Published
2025-01-27
DOI
https://doi.org/10.1007/s10643-025-01850-w
Primary Topic
Science Education and Pedagogy
Type
article
Field-Weighted Citation Impact
0.00
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article

Dinosaurs, Mushrooms, and Geometric Forms - Conversations with Young Children About Natural Science and Mathematics

Anne‐Line Bjerknes, Ingunn Skalstad, Siv Svendsen
Early Childhood Education Journal
Science Education and Pedagogy
article

Dinosaurs, Mushrooms, and Geometric Forms - Conversations with Young Children About Natural Science and Mathematics

Anne‐Line Bjerknes, Ingunn Skalstad, Siv Svendsen
article en

Abstract

Abstract In this case study, we explore how early childhood education and care (ECEC) teachers can foster children’s participation in conversations about natural science and mathematics and what factors influence it. Data consisted of 29 conversations between ECEC teachers and children. The results showed that eight of the conversations were open dialogues in which the teachers and children participated equally. In 19 of the conversations, the ECEC teachers led the conversation, and the children, to various degrees, were active and engaged participants. Two conversations were led by the children. The results showed that the children participated more actively in conversations about natural science than mathematics, and that multisensory artifacts and physical activities enhanced their participation in the conversations. The study suggests that ECEC settings should provide more opportunities for multisensory experiences and physical activities, and that teachers need more guidance on how to explain concepts and phenomena, within natural science and mathematics, to children of different ages.

Early Childhood Education JournalVol. 54(2)
University of South-Eastern Norway (NO)
Openalex Percentile: Top 99%
Science Education and Pedagogy
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