Reflects the most current research toward equity and social justice in mathematics education
Addresses the challenge of meeting the needs of marginalized students in mathematics education Includes contributions from educators writing critically about mathematics education in diverse contexts

Autorentext

Tonya Gau Bartell is an Associate Professor of Mathematics Education at Michigan State University. Bartell's research focuses on issues of culture, race, and power in mathematics teaching and learning with particular attention to teachers' development of mathematics pedagogy for social justice and pedagogy integrating a focus on children's multiple mathematical knowledge bases. She served as co-chair of the 2015 Annual Meeting of PME-NA from which this book arose, is on the Editorial Board of Mathematics Teacher Education and Development and is a co-editor of the Journal of Teacher Education .

Inhalt
Part I: Theoretical and Political Perspectives Toward Equity and Justice in Mathematics Education.- Chapter 1: Disrupting Policies and Reforms in Mathematics Education to Address the Needs of Marginalized Learners.- Chapter 2: Making the Implicit Explicit: Building a Case for Implicit Racial Attitudes to Inform Mathematics Education Research.- Chapter 3: A Socio-Spatial Framework for Urban Mathematics Education: Considering Equity, Social Justice, and the Spatial Turn.- Chapter 4: Building on Misconceptions and Students' Intuitions in Advanced Mathematics.- Chapter 5: Promoting Equitable Systems in Mathematics Education Starts with Us: Linking Literature on Allywork to the Work of Mathematics Teacher Educators.- Chapter 6: A Commentary on Theoretical & Political Perspectives Toward Equity and Justice in Mathematics Education.- Part II: Identifying and Connecting to Family and Community Funds of Knowledge.- Chapter 7: Connecting Algonquin Loomwork and Western Mathematics in a Grade 6Math Class.- Chapter 8: Conversions for Life: Transnational Families' Mathematical Funds of Knowledge.- Chapter 9: A Commentary on Identifying and Connecting to Family and Community Funds of Knowledge.- Part III: Student Learning and Engagement in PreK-12 Mathematics Classrooms.- Chapter 10: So we only have one we share with more, and then they have way more and they share with less: Mathematics and Spatial Justice.- Chapter 11: Supporting the Development of Bilingual Learners' Mathematical Discourse in a Multilingual, Technological Context.- Chapter 12: The Micro-Politics of Counting.- Chapter 13: A Commentary on Student Learning and Engagement in preK-12 Mathematics Classrooms.- Part IV: Supporting Teachers on Addressing the Needs of Marginalized Students.- Chapter 14: Preservice Teachers' Strategies for Teaching Mathematics with English Learners.- Chapter 15: How I Want to Teach the Lesson: Framing Children's Multiple Mathematical Knowledge Bases in the Analysis and Adaptation of Existing Curriculum Materials.- Chapter 16: Seeing Mathematics Through Different Eyes: An Equitable Approach to Use With Prospective Teachers.- Chapter 17: Using Concept Maps in Teacher Education: Building Connections among Multiple Mathematical Knowledge Bases and Assessing Mathematical Understanding.- Chapter 18: Using Ethnomathematics Perspective to Widen the Vision of Mathematics Teacher Education Curriculum.- Chapter 19: A Commentary on Supporting Teachers in Addressing the Needs of Marginalized Students.