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Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
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Searching... | 30000010275645 | QA135.6 B458 2011 | Open Access Book | Book | Searching... |
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Summary
Summary
As teachers and administrators become aware of the potential for applying response to intervention (RTI) to mathematics, there is an immediate need for information on how to implement this process in the classroom. This book addresses that need.
RTI is used to ensure a successful learning experience for all students by targeting specific areas where students struggle and eliminating threats to learning and development. This map of the RTI process offers an overview of research, detailed guidance through each stage of RTI implementation, tools for teacher reflection and growth, and discussion of support strategies beyond the classroom. The authors analyze a variety of common student difficulties in elementary math and apply a three-tier RTI model to the general education classroom. They also include a variety of assessment materials, research-based instructional strategies, and numerous case studies of RTI implementation.
Table of Contents
About the Authors | p. ix |
Preface | p. xi |
Chapter 1 The RTI Process in Elementary Mathematics | p. 1 |
What is RTI? | p. 2 |
The Three-Tier RTI Pyramid | p. 2 |
Foundations of the RTI Process | p. 5 |
RTI Implementation in Schools | p. 6 |
Why is RTI in Mathematics Necessary? | p. 7 |
RTI and Standards-Based Instruction | p. 9 |
Efficacy of RTI for Addressing Educational Standards | p. 15 |
RTI and School Improvement | p. 17 |
Advocacy for RTI | p. 18 |
Teacher Understanding of the RTI Process | p. 18 |
Implementation Issues | p. 20 |
Conclusion | p. 24 |
Chapter 2 Tier 1 Mathematics Instruction: A Critical Component of RTI | p. 25 |
Challenges to Effective Tier 1 Mathematics Instruction | p. 26 |
Universal Screening in Tier 1 Mathematics | p. 28 |
Benchmarking for Tier 1 Mathematics | p. 31 |
High-Quality Instructional Approaches for Tier 1 | p. 33 |
Ten Explicit Tactics for Tier 1 Instruction | p. 40 |
Conclusion | p. 57 |
Chapter 3 RTI Procedures for Number Sense and Early Mathematics Skills | p. 59 |
What is Number Sense? | p. 60 |
Mathematics Curricula for Young Children | p. 64 |
What Does an Early Mathematics RTI Look Like? | p. 67 |
Important Issues for RTI in Early Math | p. 82 |
Diagnosing a Learning Disability in Early Mathematics | p. 85 |
Conclusion | p. 86 |
Chapter 4 RTI Procedures in Elementary Mathematics | p. 87 |
Mathematics Curricula and Progress Monitoring for Elementary Grades | p. 88 |
Case Study: An RTI for Automaticity in Multiplication Facts | p. 91 |
Case Study: An RTI for Finding Common Denominators | p. 102 |
Diagnosing a Learning Disability in Elementary Mathematics | p. 111 |
Conclusion | p. 113 |
Chapter 5 RTI and Problem Solving | p. 115 |
Mental Processing of Story Problems | p. 115 |
The Problem With Story Problems | p. 117 |
Enhancing Story Problem Instruction | p. 118 |
Effective Tier 1 Instruction for Problem Solving | p. 120 |
Assessment Options for Problem-Solving Skills | p. 131 |
Effective Tier 2 and 3 Interventions for Problem Solving | p. 135 |
Case Study: An RTI for Problem Solving | p. 142 |
Conclusion | p. 148 |
Chapter 6 PLC Support Strategies for School- and Districtwide RTI Procedures in Mathematics | p. 149 |
State-and District-Level Leadership | p. 149 |
School-Level Planning | p. 152 |
Professional Learning Communities | p. 152 |
Conclusion | p. 164 |
appendix Reproducibles | p. 167 |
References and Resources | p. 181 |
Index | p. 191 |