Nira Granott is an assistant professor at the School of Human Development, University of Texas at Dallas, and director of the Microdevelopmental Lab at the UT Dallas. She has a Ph.D. from Massachusetts Institute of Technology, the Media Laboratory, and Ed.M. from Harvard University, the Graduate School of Education. She had taught in teachers' continuing education programs, at Harvard Graduate School of Education, and at UT Dallas. She had worked as an educational software designer, producer of multimedia projects in educational television, and consultant for software design projects. Her primary research interests are collaborative microdevelopment, the process of change in development and learning, pathways and mechanisms in the emergence of change, and the way people at different ages interact with each other to make change happen. Included in Who's Who in the World, 2001. Member of American Psychological Society, Society for Research in Child Development, Jean Piaget Society, and American Educational Research Association. Jim Parziale is a part-time professor at the Graduate School of Education at the University of Massachusetts, Boston, and a teacher and science resource teacher for Brookline Public School, Brookline, Massachusetts. He has an Ed.D. in human development and psychology from Harvard University and has won many awards for teaching excellence. His primary research interests are the process of knowledge construction during classroom science activities and the self-organization of children and adults' knowledge with interrelations to the environments in which problems are solved.

"The task of attaining optimal outcomes for learners from a range of cultural backgrounds remains a major social challenge. The research program outlined in Microdevelopment could help us meet that challenge." - David MacLennan, Ph.D. The University College of the Cariboo

• Introduction: Microdevelopment Nira Granott and Jim Parziale; Part I. Variability: 1. Microgenetic srudies in self-explanation Robert S. Siegler; 2. Microdevelopment and dynamic systems: Applications to infant motor development Esther Thelen and Daniela Corbetta; 3. Looking at the hands through time: A microgenetic perspective on learning and instruction Susan Goldin-Meadow and Martha Wagner Alibali; Part II. Transition Mechanisms: 4. A multi-component system that constructs knowledge: Insights from microgenetic study Deanna Kuhn; 5. Bridging to the unknown: a transition mechanism in learning and development Nira Granott, Kurt W. Fischer and Jim Parziale; 6. Observing the dynamics of construction: children building bridges and new ideas Jim Parziale; Part III. Micro- and macrodevelopment: 7. Interacting time scales in personality (and cognitive) development: intentions, emotions and emergent from Marc D. Lewis; 8. How microdevelopment creates macrodevelopment: reiterated sequences, backward transitions and the Zone of Current Development Nira Granott; 9. Macro- and microdevelopment research: assumptions, research strategies, constraints and utilities Kang Lee and Annette Karmiloff-Smith; Part IV. Context: 10. Notebooks as windows on learning: the case of a science-into-ESL programme Rochel Gelman, Laura Romo and Wendy S. Francis; 11. Darwin's construction of the theory of evolution: microdevelopment of explanations of variation and change in species Kurt W. Fischer and Zheng Yan; 12. Developmental dynamics, intentional action and fuzzy sets Paul Van Geert; Indexes.

Nira Granott is an assistant professor at the School of Human Development, University of Texas at Dallas, and director of the Microdevelopmental Lab at the UT Dallas. She has a Ph.D. from Massachusetts Institute of Technology, the Media Laboratory, and Ed.M. from Harvard University, the Graduate School of Education. She had taught in teachers' continuing education programs, at Harvard Graduate School of Education, and at UT Dallas. She had worked as an educational software designer, producer of multimedia projects in educational television, and consultant for software design projects. Her primary research interests are collaborative microdevelopment, the process of change in development and learning, pathways and mechanisms in the emergence of change, and the way people at different ages interact with each other to make change happen. Included in Who's Who in the World, 2001. Member of American Psychological Society, Society for Research in Child Development, Jean Piaget Society, and American Educational Research Association. Jim Parziale is a part-time professor at the Graduate School of Education at the University of Massachusetts, Boston, and a teacher and science resource teacher for Brookline Public School, Brookline, Massachusetts. He has an Ed.D. in human development and psychology from Harvard University and has won many awards for teaching excellence. His primary research interests are the process of knowledge construction during classroom science activities and the self-organization of children and adults' knowledge with interrelations to the environments in which problems are solved.

"The task of attaining optimal outcomes for learners from a range of cultural backgrounds remains a major social challenge. The research program outlined in Microdevelopment could help us meet that challenge." - David MacLennan, Ph.D. The University College of the Cariboo

• Introduction: Microdevelopment Nira Granott and Jim Parziale; Part I. Variability: 1. Microgenetic srudies in self-explanation Robert S. Siegler; 2. Microdevelopment and dynamic systems: Applications to infant motor development Esther Thelen and Daniela Corbetta; 3. Looking at the hands through time: A microgenetic perspective on learning and instruction Susan Goldin-Meadow and Martha Wagner Alibali; Part II. Transition Mechanisms: 4. A multi-component system that constructs knowledge: Insights from microgenetic study Deanna Kuhn; 5. Bridging to the unknown: a transition mechanism in learning and development Nira Granott, Kurt W. Fischer and Jim Parziale; 6. Observing the dynamics of construction: children building bridges and new ideas Jim Parziale; Part III. Micro- and macrodevelopment: 7. Interacting time scales in personality (and cognitive) development: intentions, emotions and emergent from Marc D. Lewis; 8. How microdevelopment creates macrodevelopment: reiterated sequences, backward transitions and the Zone of Current Development Nira Granott; 9. Macro- and microdevelopment research: assumptions, research strategies, constraints and utilities Kang Lee and Annette Karmiloff-Smith; Part IV. Context: 10. Notebooks as windows on learning: the case of a science-into-ESL programme Rochel Gelman, Laura Romo and Wendy S. Francis; 11. Darwin's construction of the theory of evolution: microdevelopment of explanations of variation and change in species Kurt W. Fischer and Zheng Yan; 12. Developmental dynamics, intentional action and fuzzy sets Paul Van Geert; Indexes.

Nira Granott is an assistant professor at the School of Human Development, University of Texas at Dallas, and director of the Microdevelopmental Lab at the UT Dallas. She has a Ph.D. from Massachusetts Institute of Technology, the Media Laboratory, and Ed.M. from Harvard University, the Graduate School of Education. She had taught in teachers' continuing education programs, at Harvard Graduate School of Education, and at UT Dallas. She had worked as an educational software designer, producer of multimedia projects in educational television, and consultant for software design projects. Her primary research interests are collaborative microdevelopment, the process of change in development and learning, pathways and mechanisms in the emergence of change, and the way people at different ages interact with each other to make change happen. Included in Who's Who in the World, 2001. Member of American Psychological Society, Society for Research in Child Development, Jean Piaget Society, and American Educational Research Association. Jim Parziale is a part-time professor at the Graduate School of Education at the University of Massachusetts, Boston, and a teacher and science resource teacher for Brookline Public School, Brookline, Massachusetts. He has an Ed.D. in human development and psychology from Harvard University and has won many awards for teaching excellence. His primary research interests are the process of knowledge construction during classroom science activities and the self-organization of children and adults' knowledge with interrelations to the environments in which problems are solved.

"The task of attaining optimal outcomes for learners from a range of cultural backgrounds remains a major social challenge. The research program outlined in Microdevelopment could help us meet that challenge." - David MacLennan, Ph.D. The University College of the Cariboo

• Introduction: Microdevelopment Nira Granott and Jim Parziale; Part I. Variability: 1. Microgenetic srudies in self-explanation Robert S. Siegler; 2. Microdevelopment and dynamic systems: Applications to infant motor development Esther Thelen and Daniela Corbetta; 3. Looking at the hands through time: A microgenetic perspective on learning and instruction Susan Goldin-Meadow and Martha Wagner Alibali; Part II. Transition Mechanisms: 4. A multi-component system that constructs knowledge: Insights from microgenetic study Deanna Kuhn; 5. Bridging to the unknown: a transition mechanism in learning and development Nira Granott, Kurt W. Fischer and Jim Parziale; 6. Observing the dynamics of construction: children building bridges and new ideas Jim Parziale; Part III. Micro- and macrodevelopment: 7. Interacting time scales in personality (and cognitive) development: intentions, emotions and emergent from Marc D. Lewis; 8. How microdevelopment creates macrodevelopment: reiterated sequences, backward transitions and the Zone of Current Development Nira Granott; 9. Macro- and microdevelopment research: assumptions, research strategies, constraints and utilities Kang Lee and Annette Karmiloff-Smith; Part IV. Context: 10. Notebooks as windows on learning: the case of a science-into-ESL programme Rochel Gelman, Laura Romo and Wendy S. Francis; 11. Darwin's construction of the theory of evolution: microdevelopment of explanations of variation and change in species Kurt W. Fischer and Zheng Yan; 12. Developmental dynamics, intentional action and fuzzy sets Paul Van Geert; Indexes.