Help students read and build conceptual understanding of mathematics content! This 2nd edition resource was created to support College and Career Readiness Standards, and provides an in-depth research base about content-area literacy instruction, including key strategies to help students read and comprehend mathematics content. Each strategy includes classroom examples by grade ranges (1-2, 3-5, 6-8 and 9-12) and necessary support materials, such as graphic organizers, templates, or digital resources to help teachers implement quickly and easily. Specific suggestions for differentiating instruction are also provided to help English language learners, gifted students, and students reading below grade level.

Help learners in grades 1-8 get it write with practical strategies to help them write and understand mathematics content. This resource is designed in an easy-to-use format providing detailed strategies, graphic organizers, and activities with classroom examples by grade ranges. Specific suggestions for differentiating instruction are included with every strategy for various levels of readers and learning styles. This resource is correlated to the Common Core State Standards and is aligned to the interdisciplinary themes from the Partnership for 21st Century Skills. 208pp. plus Teacher Resource CD

Apply familiar reading comprehension strategies and relevant research to mathematics instruction to aid in building students' comprehension in mathematics. This resource demonstrates how to facilitate student learning to build schema and make connections among concepts. In addition, it provides clear strategies to help students ask good questions, visualize mathematics, and synthesize their understanding. This resource is aligned to College and Career Readiness Standards.

Use these paired texts to test your students' understanding of level 5 mathematics! Students will also be assessed on their ability to evaluate and draw reasonable conclusions about the text.

"Margie Pearse and Katie Walton have given us a rich treasury of research-based beat math practices. This book offers practical, engaging numeracy strategies to support our struggling students and sets the bar high for our advanced young mathematicians." —Mary Dunwoody, Director of Secondary Curriculum and Professional Development Southeast Delco School District, Folcroft, PA Transform mathematics learning from "doing" to "thinking" Do some of your students arrive at wildly wrong answers to mathematical problems but have no idea why? If so, they are not alone. Many students lack basic numeracy—the ability to think through the math logically, solve problems, and apply math outside the classroom. This book outlines nine critical thinking habits that foster numeracy and details practical ways to incorporate those habits into instruction. Referencing the new common core standards, NCTM standards, and established literacy practices, the authors include "How Can I Do This in My Math Class...Tomorrow?" applications throughout the book that shows you how to: Monitor and repair students′ understanding Represent mathematics nonlinguistically Develop students′ mathematics vocabulary Create numeracy-rich lesson plans Teaching Numeracy will help you move your students from simply "doing the math" to a deeper understanding of how to think through the math.

Language-Based Approaches to Support Reading Comprehension takes a closer look at students who are frequently marginalized by language differences in the classroom, whether by teachers’ oversight or simply the lack of information. In order to remedy this situation, Falk-Ross and the contributing authors offer their different perspectives on supporting English language learners (ELLs) through specific strategies for assessment and instruction. Each chapter presents a specific issue and challenge, supportive research and up-to-date information, classroom implications and strategies, and case study applications relating to the particular perspective of literacy development for ELLs of middle-level ages.

In this book S.G. Grant reports his study of how four Michigan elementary school teachers manage a range of reforms (such as new tests, textbooks, and curriculum frameworks) in three different school subjects (reading, writing, and mathematics). Two significant findings emerge from his comparison of these responses: teachers' responses vary across classrooms (even when they teach in the same school building) and also across the reforms (a teacher might embrace reforms in one subject area, but ignore proposed changes in another). This study of teachers' responses to reading, writing, and mathematics reform and the prospects for systemic reform is part of a growing trend to look at the intersection of curriculum policy and teachers' classroom practice. It is unique in the way the author looks at teachers' responses to multiple subject matter reforms; uses those responses as part of an analysis of the recent move toward systemic reform; and employs empirical findings as a means of examining the current movement toward systemic reform. Reforming Reading, Writing, and Mathematics is important reading for researchers, practitioners, and graduate students of educational policy, teaching and learning in reading, writing, and mathematics, and elementary education, and for policy analysts in universities, foundations, and government.

Mathematics education in the United States can reproduce social inequalities whether schools use either "basic-skills" curricula to prepare mainly low-income students of color for low-skilled service jobs or "standards-based" curricula to ready students for knowledge-intensive positions. And working for fundamental social change and rectifying injustice are rarely included in any mathematics curriculum. Reading and Writing the World with Mathematics argues that mathematics education should prepare students to investigate and critique injustice, and to challenge, in words and actions, oppressive structures and acts. Based on teacher-research, the book provides a theoretical framework and practical examples for how mathematics educators can connect schooling to a larger sociopolitical context and concretely teach mathematics for social justice.