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Giving students opportunities to read like mathematicians as they explore content has the potential to move their thinking and understandings in monumental ways. Each chapter presented in this volume provides readers with approaches and activities for pairing a young adult novel with specific mathematics concepts. Chapters include several instructional activities for before, during, and after reading as well as extension activities that move beyond the text as students continue to develop mathematical literacy.
This text offers 6th - 12th grade educators guided instructional approaches for including young adult (YA) literature in science and math classes in order to promote literacy development while learning content. Chapters are co-authored, pairing content experts with literacy experts, to ensure that both content and literacy standards are met in each approach. Each chapter spotlights the reading of one YA novel, and offer pre-, during-, and after reading activities that guide students to a deeper understanding of the content while increasing their literacy practices. While each chapter focuses on a specific content topic, readers will discover the many opportunities reading YA literature in the content area has in encouraging cross-disciplinary study.
It is vital for educators to be aware of how traumatic experiences affect today’s students, yet few teachers learn the tools needed to successfully teach these students. This book highlights how English Language Arts teachers, who are typically not licensed or specifically trained to work with trauma issues, can design and implement instruction that helps students see that they are supported. This book provides specific strategies for teaching literacy based on the authors’ extensive knowledge and experience in trauma-sensitive instruction, adolescent literacy, and culturally responsive–sustaining pedagogies. The authors show how to support middle and high school students with specific literacy practices (reading, speaking, listening, and writing) that build resilience. Trauma-Sensitive Literacy Instruction is for the many teachers who are unsure how to invite students and their traumas into classroom instruction and embed critical discussions and learning within their teaching practices and pedagogy. It will help ELA teachers navigate student trauma in a way that empowers both students and teachers. Book Features: Responds to research that consistently shows how schools are often places that marginalize—and sometimes traumatize or retraumatize—children. Offers specific information related to literature, writing, discussion, and inquiry activities focused on various traumatic experiences. Provides rationales and research, along with examples, teacher vignettes, and steps for incorporating relevant practices in classrooms (grades 6–12). “In this book, ELA teachers will find actionable pedagogical practices toward the transformative teaching trauma demands and the respect, care, and support along the way that ELA educators need and deserve.” —From the Foreword by Elizabeth Dutro, professor, University of Colorado Boulder
Virtually all national standards now require students and teachers to understand the particulars of disciplinary literacy. But recently emerging scholarship suggests that disciplinary literacy is, by itself, an incomplete and potentially problematic approach to secondary literacy instruction. By asking students to “think like” or even “be like” experts, students may receive implicit messaging about whose knowledge is—and isn’t—valued. Critical disciplinary literacy (CDL) creates space for, and highlights connections between, critical literacies and disciplinary literacies. CDL acknowledges disciplines as unique communities with their own specialized (and often exclusionary) skills, norms, practices, and discourses, but deviates from conventional applications of disciplinary literacy by responding to the ways in which power systems and the analytic skills needed to understand them work differently based on the disciplines at hand. A CDL instructional approach acknowledges that applying the critical literacy skills of “reading the word and the world” to understand the power dynamics of vaccine distributions requires a different skill set and strategy approach than looking at textual representations of masculinity in Romeo and Juliet. Written by a team of educators with over 70 combined years of classroom experience, Power Tools: 30 Critical Disciplinary Literacy Strategies for 6–12 Classrooms offers readers research-based, multidisciplinary, ready-to-implement disciplinary literacy strategies from critical literacy lenses. The book sets itself apart from other strategy textbooks by offering creative strategy implementation that calls attention to power systems. Educators can learn, for example, how they might employ read-alouds to explore the global refugee crisis, or use the exit ticket strategy to help students reflect on the relationship between race and COVID statistics/experiences. Power Tools: 30 Critical Disciplinary Literacy Strategies for 6–12 Classrooms provides standards-aligned lessons that both challenge and extend traditional engagement practices to build a more just world. Each chapter includes: An overview of each strategy, situated within the research of best practices; Two disciplinary examples for each CDL strategy (e.g., an example of a CDL think-aloud in seventh grade math and tenth grade ELA classroom). Chapters provide resources such as examples of student work, discussion prompts, dialogue between teacher and students, and reprintables; Ideas for addressing resistance to CDL instruction. Preservice and in-service teachers, as well as teacher educators and researchers, looking to do and support justice-oriented work in disciplinary spaces will find value in the book. Power Tools is an ideal text to implement in courses such as Disciplinary Literacy, Secondary Literacy, Content Area Literacy, Methods/Strategies for Teaching Social Justice, Multicultural Education, ELA methods, Science methods, Social Studies methods, and Mathematics methods.
Describes why secondary students don't read, and offers teachers practical advice and strategies for developing depth, stamina, and passion in adolescent readers.
Curriculum standards for mathematics for grades K-4, 5-8, and 9-12 are presented which suggest areas of instructional emphasis for specific student outcomes. Also discusses evaluation standards for both the curriculum and student achievement. K-12.
Children must develop reading, writing, speaking, and listening skills because those skills are required for success in any discipline. Consequently, in their mathematical development students need to be able to read, write, speak and listen in mathematical terms. Research indicates that children's literature provides a means to promote such communication about mathematical ideas. Investigations examine why and how children's literature can be used to teach mathematics, the variety of children's literature that can be considered, and how lessons can also integrate technology that enhances both language literacy and mathematics literacy. Such information is important, not only for educators, but for parents and caregivers who want to appropriately utilize interdisciplinary connections to facilitate or improve both teaching and learning. Educational research has shown that students taught mathematics via connections to children's literature become more interested critical thinkers and problem solvers, and become more able to connect mathematical ideas to personal and real-life experiences. Parents, caregivers and educators can also benefit from the mathematics and literature connection. The research recommendations that parents and caregivers become more active in the education of their children include reading mathematics-based children's literature during story time. Parents and caregivers may also more easily participate in an effective homework program involving mathematical activities linked to such literature. Teachers who are not comfortable with mathematics typically prefer teaching reading and language arts. Such teachers are attracted to beautifully illustrated children's books and good literature that generates children's interest and inspires their imaginations. By integrating literature in their mathematics lessons, such teachers can find more comfort and pleasure in teaching the material, and convey that positive attitude along with the content of the lessons. Teachers can find many effective ways of unleashing the potential of literature in the mathematics classroom. The search begins with knowledge of the mathematics curriculum and their personal literary preferences. The search is modified by the needs of the students. The search is continuous because the ways of linking literature and mathematics are endless.
"From leading authorities in both adolescent literacy and content-area teaching, this book addresses the particular challenges of literacy learning in each of the major academic disciplines. Chapters focus on how to help students successfully engage withtexts and ideas in English/literature, science, math, history, and arts classrooms. The book shows that while general strategies for reading informational texts are essential, they are not enough--students also need to learn processing strategies that are quite specific to each subject and its typical tasks or problems. Vignettes from exemplary classrooms illustrate research-based ways to build content-area knowledge while targeting essential reading and writing skills"-- Provided by publisher.
Modeling Mathematical Ideas combining current research and practical strategies to build teachers and students strategic competence in problem solving.This must-have book supports teachers in understanding learning progressions that addresses conceptual guiding posts as well as students’ common misconceptions in investigating and discussing important mathematical ideas related to number sense, computational fluency, algebraic thinking and proportional reasoning. In each chapter, the authors opens with a rich real-world mathematical problem and presents classroom strategies (such as visible thinking strategies & technology integration) and other related problems to develop students’ strategic competence in modeling mathematical ideas.