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Foreword | |
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Acknowledgments | |
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Introduction | |
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Science in Early Childhood | |
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Young Scientists with Growing Ideas | |
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Children Grow Up by Growing Ideas | |
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Children Grow Smart by Growing Ideas | |
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Constructivist Classrooms | |
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Professional Knowledge Standards | |
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Technology for Young Citizens | |
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The Importance of Simple | |
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Spaces for Growing Ideas | |
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National Science Education Standards | |
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A Simple Message | |
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A Constructivist View of Learning | |
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Building Big Ideas | |
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Problems of Emerging Relevance | |
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Points of View | |
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Tie Teaching to Assessment | |
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The Pursuit of Making Sense | |
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Deliver Opportunities, Not Concepts | |
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How We Learn Determines What We Learn | |
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Can Classrooms Really Work That Way? | |
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Learning to Care and Caring to Learn | |
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Teach-Assess-Reflect Cycle | |
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Good Curriculum, Good Behavior | |
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When Good Curriculum Is Not Enough | |
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Assessment Within Teaching | |
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Errors Lead to Truths | |
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The Productivity of Wrong Answers | |
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Structured Reflection | |
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Becoming a Master Learner | |
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Reflection in Steps | |
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Ever a Learner | |
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Landscapes for Learning Science | |
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Science as Disciplined Wonder | |
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Amazing Ideas Begin with Wondering | |
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Wondering Within the Curriculum | |
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Classifying: What Not to Do | |
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Classifying: Another Try | |
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Classifying: Inventive Perspectives | |
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Classroom Structure | |
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From Procedures to Concepts | |
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Artful Guidance | |
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Teacher as Provocateur | |
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Science Learning Within Family, Community, and Nature | |
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Laboratories Everywhere | |
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Childhood Physics: A Cargo-Crossing Challenge | |
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Learning in Nature | |
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Mindful Engagement | |
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A Lesson as a Journey | |
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Science of Learning | |
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Children's Emerging Capacities | |
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New Questions About Old Ideas | |
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Two Sides of Learning | |
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Mental Structures | |
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Reflective Abstraction and Theory of Mind | |
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Learning That Transfers | |
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Neuroscience Research | |
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Classroom Research | |
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Liberty and Science for All | |
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Spaces of Liberty | |
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The Richness of Differences | |
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Children with Limited English Proficiency | |
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Children with Special Needs | |
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Collaborative Settings | |
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The Learning Context | |
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Negotiating the Science Curriculum | |
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Meaningful Curriculum | |
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Designing Better Science Lessons84 | |
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Thinking with Children, Not for Children | |
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Animals That Live in the Cold: An Example Unit | |
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Understanding Content and Cognition | |
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From Unifying Science Concepts to Curriculum | |
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Unifying Science Concepts | |
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A New Perspective on Teaching Science | |
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The Search for Patterns | |
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Topics, Concepts, and Key Ideas | |
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Simple and Complex All at Once | |
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Learning from Some Great Scientists | |
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Collective Scientific Thinking | |
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Unifying Concepts: The Physical Environment | |
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Relate Form and Function | |
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Look at Whole Systems and Their Order and Organization | |
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Examine Equilibrium and Evolution105 | |
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Make Models, Collect Evidence, and Offer Explanations | |
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Measure What Changes and What Stays Constant | |
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Planning a Lesson Using Unifying Concepts | |
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Water Studies: A Physics Unit | |
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Concepts: The Living Environment | |
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Relate Form and Function | |
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Look at Whole Systems and Their Order and Organization | |
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Examine Equilibrium and Evolution | |
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Make Models, Collect Evidence, and Offer Explanations | |
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Measure What Changes and What Stays Constant | |
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Plant Growth: A Biology Unit | |
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From Curriculum to the Wonder of Science | |
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Science in the Shopping Cart: A Chemistry Unit | |
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Clean-Up Time | |
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Color Without Crayons | |
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Shake It Up | |
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Sticking Together | |
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Cover with Crackers | |
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Water, Soil, Sand, and Salt: An Earth Science Unit | |
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At Water's Edge | |
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Squeaky-Clean Water | |
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Fruits in a Flood | |
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Waterwheels at Work | |
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Sand from Shore and Store | |
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Putting It All Together | |
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The Classroom as Laboratory | |
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"Verbs" for Learning Science | |
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Lesson Plan Model | |
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Becoming a Professional | |
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Conflicting Messages | |
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A Simple Message | |
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References | |
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Index | |
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About the Author | |