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Original Articles

The Architecture and Dynamics of Intersubjectivity in Science Classrooms

Pages 230-244 | Published online: 17 Nov 2009

Keep up to date with the latest research on this topic with citation updates for this article.

Read on this site (6)

Rossana Mary Fujarra Beraldo, M. Beatrice Ligorio & Silviane Barbato. (2018) Intersubjectivity in primary and secondary education: a review study. Research Papers in Education 33:2, pages 278-299.
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Estella Williams Chizhik & Alexander Williams Chizhik. (2018) Using Activity Theory to Examine How Teachers' Lesson Plans Meet Students' Learning Needs. The Teacher Educator 53:1, pages 67-85.
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Audrey Msimanga & Anthony Lelliott. (2014) Talking Science in Multilingual Contexts in South Africa: Possibilities and challenges for engagement in learners home languages in high school classrooms. International Journal of Science Education 36:7, pages 1159-1183.
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Luca Tateo. (2009) The Possibility of Perfect Intersubjectivity. Mind, Culture, and Activity 16:2, pages 198-200.
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MitchellJ. Nathan, Billie Eilam & Suyeon Kim. (2007) To Disagree, We Must Also Agree: How Intersubjectivity Structures and Perpetuates Discourse in a Mathematics Classroom. Journal of the Learning Sciences 16:4, pages 523-563.
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Articles from other publishers (16)

Corinna Mönch & Silvija Markic. (2022) Exploring Pre-Service Chemistry Teachers’ Pedagogical Scientific Language Knowledge. Education Sciences 12:4, pages 244.
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Karen D. Larison. (2021) On Beyond Constructivism. Science & Education 31:1, pages 213-239.
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Valeria M. Cabello, Patricia M. Moreira & Paulina Griñó Morales. (2021) Elementary Students’ Reasoning in Drawn Explanations Based on a Scientific Theory. Education Sciences 11:10, pages 581.
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Raúl Orduña Picón, Hannah Sevian & Eduardo F. Mortimer. (2020) Conceptual Profile of Substance. Science & Education 29:5, pages 1317-1360.
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Mariano Castellaro & Nadia Soledad Peralta. (2020) Pensar el conocimiento escolar desde el socioconstructivismo: interacción, construcción y contexto. Perfiles Educativos 42:168, pages 140-156.
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Valeria M. Cabello, Constanza Real & Maria Antonietta Impedovo. (2019) Explanations in STEM Areas: an Analysis of Representations Through Language in Teacher Education. Research in Science Education 49:4, pages 1087-1106.
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Orlando AguiarJrJr, Hannah Sevian & Charbel N. El-Hani. (2018) Teaching About Energy. Science & Education 27:9-10, pages 863-893.
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Brian R. Belland, Andrew E. Walker & Nam Ju Kim. (2017) A Bayesian Network Meta-Analysis to Synthesize the Influence of Contexts of Scaffolding Use on Cognitive Outcomes in STEM Education. Review of Educational Research 87:6, pages 1042-1081.
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Brian R. BellandBrian R. Belland. 2017. Instructional Scaffolding in STEM Education. Instructional Scaffolding in STEM Education 17 53 .
Jesse Pirini. (2016) Intersubjectivity and Materiality: A Multimodal Perspective. Multimodal Communication 5:1, pages 1-14.
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Mariano A. Castellaro & Néstor D. Roselli. (2014) Peer collaboration in childhood according to age, socioeconomic context and task. European Journal of Psychology of Education 30:1, pages 63-80.
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M. Clarà & E. Barberà. (2014) Three problems with the connectivist conception of learning. Journal of Computer Assisted Learning 30:3, pages 197-206.
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Marc Clarà & Teresa Mauri. (2013) How Triadic Dialogue Allows Transfer of Responsibility in Dyadic Tutoring. Human Development 56:5, pages 325-340.
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Alexsandro Pereira de Pereira & Fernanda Ostermann. (2012) A aproximação sociocultural à mente, de James V. Wertsch, e implicações para a educação em ciências. Ciência & Educação (Bauru) 18:1, pages 23-39.
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J. Gillen, K. Littleton, A. Twiner, J.K. Staarman & N. Mercer. (2008) Using the interactive whiteboard to resource continuity and support multimodal teaching in a primary science classroom. Journal of Computer Assisted Learning 24:4, pages 348-358.
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Jaana Holvikivi. (2007) Logical Reasoning Ability in Engineering Students: A Case Study. IEEE Transactions on Education 50:4, pages 367-372.
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