Converging Perspectives on Conceptual Change: Mapping an Emerging Paradigm in the Learning Sciences
Editat de Tamer G. Amin, Olivia Levrinien Limba Engleză Hardback – 14 noi 2017
Amin and Levrini adopt a new approach to assembling the diverse research on conceptual change: the combination of short position pieces with extended synthesis chapters within each section, as well as an overall synthesis chapter at the end of the volume, provide a coherent and comprehensive perspective on conceptual change research.
Arranged over five parts, the book covers a number of topics including:
- the nature of concepts and conceptual change
- representation, language, and discourse in conceptual change
- modeling, explanation, and argumentation in conceptual change
- metacognition and epistemology in conceptual change
- identity and conceptual change.
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Specificații
ISBN-13: 9781138205390
ISBN-10: 1138205397
Pagini: 390
Ilustrații: 68
Dimensiuni: 156 x 234 mm
Greutate: 0.88 kg
Ediția:1
Editura: Taylor & Francis
Colecția Routledge
Locul publicării:Oxford, United Kingdom
ISBN-10: 1138205397
Pagini: 390
Ilustrații: 68
Dimensiuni: 156 x 234 mm
Greutate: 0.88 kg
Ediția:1
Editura: Taylor & Francis
Colecția Routledge
Locul publicării:Oxford, United Kingdom
Public țintă
Postgraduate and UndergraduateCuprins
Acknowledgements
List of Contributors
Introduction T. G. Amin, O. Levrini
Part I: The Nature of Concepts and Conceptual Change B. Sherin
Chapter 1: Knowledge in Pieces: An Evolving Framework for Understanding Knowing and Learning A. A. diSessa
Chapter 2: Initial and Scientific Understandings and the Problem of Conceptual Change S. Vosniadou
Chapter 3: Addressing Robust Misconceptions through the Ontological Distinction between Sequential and Emergent Processes J. B. Henderson, E. Langbeheim, M. T. H. Chi
Chapter 4: Conceptual Change and the Complexity of Learning C. Lundholm
Chapter 5: Conceptual Change, Relationships, and Cultural Epistemologies A. Marin, D. Medin, b ojalehto
Chapter 6: Conceptual Change: A Cultural-Historical and Cognitive-Developmental Framework G. B. Saxe
Part I Synthesis: Elements, Ensembles, and Dynamic Constructions B. Sherin
Part II: Representation, Language and Discourse in Conceptual Change T. G. Amin
Chapter 7: Conceptual Change and Symbol Use in Physics B. Sherin
Chapter 8: The Language Paradox: Words Invite and Impede Conceptual Change S. A. Gelman, J. M. DeJesus
Chapter 9: Gesture’s Role in Reflecting and Fostering Conceptual Change M. A. Novack, E. L. Congdon, E. M. Wakefield, S Goldin-Meadow
Chapter 10: Implicit Conceptual Dynamics and Students’ Explanatory Model Development in Science D. E. Brown
Chapter 11: Conceptual Change, Materiality and Hybrid minds R Säljö
Chapter 12: Multiple Representations and Students’ Conceptual Change in Science D. F. Treagust, M. Won, F. McLure
Part II Synthesis: Representation, Concepts and Concept Learning T. G. Amin
Part III: Modeling, Explanation and Argumentation in Conceptual Change C. A. Chinn
Chapter 13: Consolidation of Conceptual Change, Argumentation, Models and Explanations: Why it Matters for Science Education S. Erduran, E. Kaya, P. Seda Cetin
Chapter 14: The Dynamic Material and Representational Practices of Modeling R. Lehrer, L. Schauble
Chapter 15: Shifts in Epistemic Status in Argumentation and in Conceptual Change M. P. Jiménez-Aleixandre, P. Brocos
Chapter 16: Conceptual Change through Argumentation: A Process of Dynamic Refinement L. Berland, R. Russ
Chapter 17: Concept and Critique: Two Intertwined Routes for Intellectual Development in Science L. Viennot, N. Décamp
Chapter 18: Evaluating Self-generated Explanations in the Process of Understanding S. Kapon
Part III Synthesis: Modeling, Explanation, Argumentation, and Conceptual Change C. A. Chinn
Part IV: Metacognition and Epistemology in Conceptual Change C. Smith, M. Wiser
Chapter 19: Identifying the Role of Epistemic Cognition and Metacognition in Conceptual Change B. K. Hofer
Chapter 20: Don’t Believe Everything You Think: Reappraising Judgments about Conceptions D. Lombardi, G. M. Sinatra
Chapter 21: The Interacting Dynamics of Epistemology and Conceptual Understanding D. Hammer
Chapter 22: Situating Practices of Epistemic Cognition W. A. Sandoval
Chapter 23: Developing an Understanding of the Limits of Knowing F. C. Keil
Part IV Synthesis: Conceptualizing the Interactions among Epistemic Thinking, Metacognition, and Content-Specific Conceptual Change C. L. Smith
Part V: Identity and Conceptual Change M. Levin and O. Levrini
Chapter 24: A Discursive Approach to Identity and Critical Transitions in Mathematics Learning E. Heyd-Metzuyanim
Chapter 25: Identity and Knowledge A. A. diSessa
Chapter 26: Personal, Deeply Affective, and Aesthetic Engagement with Science Content: When Disciplinary Learning Becomes a Vehicle for Identity Construction O. Levrini, M. Levin, P. Fantini
Part V Synthesis: Unpacking the Nexus between Identity and Conceptual Change: Perspectives on an Emerging Research Agenda M. Levin, O. Levrini, J Greeno
Overall Synthesis: Facing the Challenge of Programmatic Research on Conceptual Change T. G. Amin, O. Levrini
List of Contributors
Introduction T. G. Amin, O. Levrini
Part I: The Nature of Concepts and Conceptual Change B. Sherin
Chapter 1: Knowledge in Pieces: An Evolving Framework for Understanding Knowing and Learning A. A. diSessa
Chapter 2: Initial and Scientific Understandings and the Problem of Conceptual Change S. Vosniadou
Chapter 3: Addressing Robust Misconceptions through the Ontological Distinction between Sequential and Emergent Processes J. B. Henderson, E. Langbeheim, M. T. H. Chi
Chapter 4: Conceptual Change and the Complexity of Learning C. Lundholm
Chapter 5: Conceptual Change, Relationships, and Cultural Epistemologies A. Marin, D. Medin, b ojalehto
Chapter 6: Conceptual Change: A Cultural-Historical and Cognitive-Developmental Framework G. B. Saxe
Part I Synthesis: Elements, Ensembles, and Dynamic Constructions B. Sherin
Part II: Representation, Language and Discourse in Conceptual Change T. G. Amin
Chapter 7: Conceptual Change and Symbol Use in Physics B. Sherin
Chapter 8: The Language Paradox: Words Invite and Impede Conceptual Change S. A. Gelman, J. M. DeJesus
Chapter 9: Gesture’s Role in Reflecting and Fostering Conceptual Change M. A. Novack, E. L. Congdon, E. M. Wakefield, S Goldin-Meadow
Chapter 10: Implicit Conceptual Dynamics and Students’ Explanatory Model Development in Science D. E. Brown
Chapter 11: Conceptual Change, Materiality and Hybrid minds R Säljö
Chapter 12: Multiple Representations and Students’ Conceptual Change in Science D. F. Treagust, M. Won, F. McLure
Part II Synthesis: Representation, Concepts and Concept Learning T. G. Amin
Part III: Modeling, Explanation and Argumentation in Conceptual Change C. A. Chinn
Chapter 13: Consolidation of Conceptual Change, Argumentation, Models and Explanations: Why it Matters for Science Education S. Erduran, E. Kaya, P. Seda Cetin
Chapter 14: The Dynamic Material and Representational Practices of Modeling R. Lehrer, L. Schauble
Chapter 15: Shifts in Epistemic Status in Argumentation and in Conceptual Change M. P. Jiménez-Aleixandre, P. Brocos
Chapter 16: Conceptual Change through Argumentation: A Process of Dynamic Refinement L. Berland, R. Russ
Chapter 17: Concept and Critique: Two Intertwined Routes for Intellectual Development in Science L. Viennot, N. Décamp
Chapter 18: Evaluating Self-generated Explanations in the Process of Understanding S. Kapon
Part III Synthesis: Modeling, Explanation, Argumentation, and Conceptual Change C. A. Chinn
Part IV: Metacognition and Epistemology in Conceptual Change C. Smith, M. Wiser
Chapter 19: Identifying the Role of Epistemic Cognition and Metacognition in Conceptual Change B. K. Hofer
Chapter 20: Don’t Believe Everything You Think: Reappraising Judgments about Conceptions D. Lombardi, G. M. Sinatra
Chapter 21: The Interacting Dynamics of Epistemology and Conceptual Understanding D. Hammer
Chapter 22: Situating Practices of Epistemic Cognition W. A. Sandoval
Chapter 23: Developing an Understanding of the Limits of Knowing F. C. Keil
Part IV Synthesis: Conceptualizing the Interactions among Epistemic Thinking, Metacognition, and Content-Specific Conceptual Change C. L. Smith
Part V: Identity and Conceptual Change M. Levin and O. Levrini
Chapter 24: A Discursive Approach to Identity and Critical Transitions in Mathematics Learning E. Heyd-Metzuyanim
Chapter 25: Identity and Knowledge A. A. diSessa
Chapter 26: Personal, Deeply Affective, and Aesthetic Engagement with Science Content: When Disciplinary Learning Becomes a Vehicle for Identity Construction O. Levrini, M. Levin, P. Fantini
Part V Synthesis: Unpacking the Nexus between Identity and Conceptual Change: Perspectives on an Emerging Research Agenda M. Levin, O. Levrini, J Greeno
Overall Synthesis: Facing the Challenge of Programmatic Research on Conceptual Change T. G. Amin, O. Levrini
Notă biografică
Tamer G. Amin is Associate Professor in the Department of Education, and Director of the Science and Mathematics Education Center at the American University of Beirut, Lebanon.
Olivia Levrini is Associate Professor in Physics Education and History of Physics at the University of Bologna, Italy.
Olivia Levrini is Associate Professor in Physics Education and History of Physics at the University of Bologna, Italy.
Descriere
Leading international scholars show how distinct interdisciplinary lines of research and inquiry complement each other and converge over time raising questions for the future of conceptual change research. Areas include process, modelling and argumentation, metacognition and epistemology, language and discourse, identity and social interaction.