The Young Child and Mathematics, Third Edition

About the Book
- Illustrates through detailed vignettes how math concepts can be explored in planned learning experiences as well as informal spaces
- Highlights in-the-moment instructional decision-making and childteacher interactions that meaningfully and dynamically support children in making math connections
- Provides an overview of what children know about counting and operations, spatial relations, measurement and data, and patterns and algebra
- Offers examples of informal documentation and assessment approaches that are embedded within classroom practice

Table of Contents
-
Preface泭
- About this Edition泭
- Our Theory of Learning泭
-
Introduction泭
- Everything a Child Does Has Mathematical Value泭
- Finding and Building on the Mathematical Value泭
- An Overview of this Book泭
- Engaging with this Book
-
Chapter 1:泭Counting and Operations泭
- Instructional Activity: Counting Collections泭
- Exploring Childrens Thinking: Counting泭
- Exploring Childrens Thinking: Operations泭
- Assessing Childrens Understanding泭
- Counting and Operations in Informal Spaces泭
- Conclusion
-
Chapter 2:泭Spatial Relations泭
- Instructional Activity: Describe-Draw-Describe泭
- Exploring Childrens Thinking: Describing Spatial Relations泭
- Exploring Childrens Thinking: Representing Spatial Relations泭
- Assessing Childrens Understanding泭
- Spatial Relations in Informal Spaces泭
- Conclusion
-
Chapter 3:泭Measurement and Data泭
- Measurement and Data in Informal Spaces泭
- Instructional Activity: What Do You Notice?泭
- Exploring Childrens Thinking: Measurement泭
- Exploring Childrens Thinking: Data泭
- Assessing Childrens Understanding泭
- Conclusion
-
Chapter 4:泭Patterns and Algebra泭
- Exploring Childrens Thinking: Creating and Extending Patterns泭
- Assessing Childrens Understanding: Tea Party Patterns泭
- Exploring Childrens Thinking: Patterns in Counting泭
- Assessing Childrens Understanding: How High Can Christopher Count?泭
- Exploring Childrens Thinking: Patterns and Algebra in Storybooks泭
- Assessing Childrens Understanding: Storybook Patterns泭
- Conclusion
-
Appendix A:泭A Research Overview of What Young Children Know泭
- What Young Children Know: Counting and Operations泭
- What Young Children Know: Spatial Relations泭
- What Young Children Know: Measurement and Data泭
- What Young Children Know: Patterns and Algebra泭
- Situating What a Child Knows
-
Appendix B:泭Using this Book to Support Professional Learning泭
- Bringing an Instructional Activity into Your Classroom泭
- Making Connections Across Math Content泭
- Exploring Informal Spaces泭
- Creating Classroom Spaces that Support Participation泭
- Connecting Classroom Practice to Research泭
- Connecting Theory to Practice泭
- Connecting to Policy and Standards Documents泭
- References泭
- Index泭
- Acknowledgments泭
- About the Authors
Book Details
ISBN:泭978-1-938113-93-2
Publish Date: 2021
Related Resources
Articles
Playful Math Instruction in the Context of Standards and Accountability泭-泭Deborah Stipek泭provides several examples of engaging activities that show how to use standards, curricula, and assessments to supportnot stiflemath learning through play. (Young Children, July 2017)
Encouraging Persistence and Positive Attitudes Toward Math -泭Explore tips for creating a classroom culture that supports children in tackling challenges head-on in this article by Jessica Mercer Young and Kristen E. Reed. (Teaching泭Young Children, August/September 2018)
For Families
Support Math Readiness Through Math Talk泭- Eugene Geist describes five ways families can use math talk at home to inspire their childrens mathematical thinking and understanding.
Looking for more resources on MATH? Visit our topic page to browse泭our collection of articles on the topic.
Angela Chan Turrou, PhD, is senior researcher and teacher educator at the University of California, Los Angeles (UCLA) Graduate School of Education and Information Studies. Her work lives at the intersection of childrens mathematical thinking, classroom practice, and teacher learning. In her work with teachers and teacher educators across preschool and elementary settings, Angela leverages purposeful Instructional Activities driven by childrens mathematical thinking to support teacher learning, collaboration, and generative growth.泭

Nicholas C. Johnson, PhD, is assistant professor in the School of Teacher Education at San Diego State University (SDSU). His work investigates how classrooms shape childrens opportunities to participate and learn. A former classroom teacher, instructional coach, and county office coordinator, Nick partners with new and practicing teachers to explore childrens mathematical ideas and expand what counts as math in school.

Megan L. Franke, PhD, is professor of education at UCLA. Dr. Frankes work focuses on understanding and supporting teacher learning for both preservice and in-service teachers. She is particularly interested in how teaching mathematics with attention to students mathematical thinking (Cognitively Guided Instruction, or CGI) can challenge existing school structures and create opportunities for students who are often marginalized to mathematically thrive.泭
