The Lexile Framework: Unnecessary and Potentially Harmful
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Reading Inventory Technical Guide
Technical Guide Using a Valid and Reliable Assessment of College and Career Readiness Across Grades K–12 Technical Guide Excepting those parts intended for classroom use, no part of this publication may be reproduced in whole or in part, or stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without written permission of the publisher. For information regarding permission, write to Scholastic Inc., 557 Broadway, New York, NY 10012. Scholastic Inc. grants teachers who have purchased SRI College & Career permission to reproduce from this book those pages intended for use in their classrooms. Notice of copyright must appear on all copies of copyrighted materials. Portions previously published in: Scholastic Reading Inventory Target Success With the Lexile Framework for Reading, copyright © 2005, 2003, 1999; Scholastic Reading Inventory Using the Lexile Framework, Technical Manual Forms A and B, copyright © 1999; Scholastic Reading Inventory Technical Guide, copyright © 2007, 2001, 1999; Lexiles: A System for Measuring Reader Ability and Text Difficulty, A Guide for Educators, copyright © 2008; iRead Screener Technical Guide by Richard K. Wagner, copyright © 2014; Scholastic Inc. Copyright © 2014, 2008, 2007, 1999 by Scholastic Inc. All rights reserved. Published by Scholastic Inc. ISBN-13: 978-0-545-79638-5 ISBN-10: 0-545-79638-5 SCHOLASTIC, READ 180, SCHOLASTIC READING COUNTS!, and associated logos are trademarks and/or registered trademarks of Scholastic Inc. LEXILE and LEXILE FRAMEWORK are registered trademarks of MetaMetrics, Inc. Other company names, brand names, and product names are the property and/or trademarks of their respective owners. -
Building Reading Proficiency at the Secondary Level
BUILDING INTRODUCTION READING PROFICIENCY AT THE SECONDARY LEVEL A Guide to Resources Cynthia L. Peterson, Ph.D. David C. Caverly, Ph.D. Sheila A. Nicholson, M.S.Ed. Sharon O’Neal, Ph.D. Susen Cusenbary, M.Ed. Southwest Texas State University Southwest Educational Development Laboratory 211 East 7th Street Austin, TX 78701 ©Southwest Educational Development Laboratory, 2000. This guide is produced in whole or in part with funds from the Office of Educational Research and Improvement, U.S. Department of Education, under contract #RJ96006801. The con- tent herein does not necessarily reflect the views of the Department of Education, any other agency of the U.S. Govern- ment or any other source. You are welcome to reproduce Building Reading Proficiency at the Secondary Level and may distribute copies at no cost to recipients; please credit the Southwest Educational Development Laboratory as publisher. SEDL is an Equal Opportunity/ Affirmative Action Employer and is committed to affording equal employment opportunities to all individuals in all employ- ment matters. Available in alternative formats. CONTENTS INTRODUCTION ACKNOWLEDGMENTS iv INTRODUCTION 1 • How to Use the Guide 2 • How Resources Were Selected 3 PART I: PERSPECTIVES 6 • Struggling Secondary Readers: A Closer Look 6 • Informal Assessment 7 • Building Reading Proficiency at the Secondary Level 9 • Principles of Effective Reading Instruction 17 • Principles of Effective Professional Development 19 PART II: RESOURCES 22 • Five Questions Organize the Programs and Strategies 22 • Programs 23 • Strategies 23 • Definitions of Terms 70 PART III: PROCEDURES FOR COMPILING THE GUIDE 133 BIBLIOGRAPHY 136 ACKNOWLEDGMENTS his project was sponsored by South- • Dr. Shernaz García, The University of west Educational Development Lab- Texas at Austin oratory and prepared by a team of • Dr. -
Supporting Special Education Students with System 44™
Foundation Paper Supporting Special Education Students with System 44™ System 44 is a foundational reading program designed for the most challenged struggling readers in Grades 3-12. Intentionally metacognitive, System 44 helps students understand that the English language is a finite system of 44 sounds and 26 letters that can be mastered. System 44 was designed for students in Grades 3-12 reading at a BR-400 Lexile ® level, including Special Education students and English-Language learners. OVERVIEW OF THE SYSTEM 44 PROGRAM System 44 is designed so that the teacher, technology, and texts work together to deliver highly engaging, comprehensive, research-based instructional content to the older struggling reader. Through a combination of teacher-led and software-based instruction, the System 44 student is guided along a systematic path from phonemic awareness to fluent reading. System 44 includes research-based features designed for the most challenged older readers: Computer-Based Screening and Placement The Scholastic Phonics Inventory (SPI) collects data on students’ decoding accuracy as well as fluency. This helps to identify students whose lack of decoding proficiency impedes comprehension. The SPI uses real, as well as nonsense words, which assess students’ ability to apply decoding skills to unfamiliar words. Adaptive Software The System 44 adaptive software delivers, direct, systematic, research-based phonics instruction to students. Multiple points of entry allow students to work at the appropriate level based on their performance on the SPI. Independent Reading Beginning readers will always have something to read with the System 44 program. The Decodable Digest includes two passages for every sound-spelling correspondence taught in the program. -
Research Paper
Research-Based Vocabulary WORDLY WISE 3000® 3rd Edition Books K–12 Kenneth Hodkinson and Sandra Adams (Books 2–12), Cheryl Dressler (Books K–1) By Lee Mountain For young children, one of the most effective ways to learn new words is to listen to read- alouds. Older children, on the other hand, learn many new words through independent reading. Whether children are pre-readers or already reading independently, there is a growing consensus among educators regarding the need for direct teaching of academic vocabulary in a systematic program. In fact, recent research has shown not only that it is important, but that it is important much earlier than was previously thought. This is especially true for children who come from disadvantaged backgrounds, many of whom enter school knowing far fewer words than their middle class peers. The words in the Wordly Wise 3000® series will expand the vocabularies and minds of today’s students. The Third Edition, which extends from kindergarten through high school, Wordly Wise 3000® is a kindergarten provides teachers with effective research-based lessons for direct instruction in vocabulary. through grade 12 vocabulary series that includes reproducible tests and Today’s educators are becoming increasingly aware of the benefits of a structured vocabulary curriculum. Thomas Gunning, author of Creating Literacy Instruction for All an online test generator. The entire Children, calls a planned program of vocabulary development “highly advisable,” and he program introduces over 3,000 suggests that a certain amount of time be set aside each week for vocabulary instruction: words, and exercises become more “A planned approach ensures that vocabulary instruction is given the attention it deserves. -
The Effect of Teaching Phonics and Phonemic Awareness Training To
The Effect of Teaching Phonics and Phonemic Awareness Training to Adolescent Struggling Readers by Stephanie Hardesty Submitted in Partial Fulfillment of the Requirements for the Degree of Master of Education December 2013 Goucher College Graduate Programs in Education Table of Contents List of Tables i Abstract ii I. Introduction 1 Statement of the Problem 2 Hypothesis 3 Operational Definitions 3 II. Literature Review 6 Phonemic Awareness Training and Phonics 6 Reading Instruction in the High School Setting 7 Reading Remediation 10 Summary 13 III. Methods 14 Participants 14 Instrument 15 Procedure 16 IV. Results 19 V. Discussion 20 Implications 20 Threats to Validity 21 Comparison to Previous Studies 22 Suggestions for Future Research 24 References 25 List of Tables 1. Pre- and Post-SRI Test Results 19 i Abstract The purpose of this study was to determine the efficacy of teaching phonics and phonemic awareness training to adolescent struggling readers. The measurement tool was the Scholastic Reading Inventory (SRI). This study involved the use of a pretest/posttest design to compare data prior to the implementation of the reading intervention, System 44, to data after the intervention was complete (one to two years). Achievement gains were not significant, though results could be attributable to a number of intervening factors. Research in the area of high school reading remediation should continue given the continued disagreement over best practices and the new standards that must be met per the Common Core. ii CHAPTER I INTRODUCTION Advanced or proficient reading abilities are one of the primary yet essential skills that should be mastered by every student. -
Text Complexity by Dr
Author Monographs Text Complexity By Dr. Timothy Shanahan University of Illinois at Chicago Member, National Reading Panel; President, International Reading Association, 2006 Chair, National Literacy Panel and National Early Literacy Panel It would be too costly and All texts are not equal. Some texts inconvenient to perform the above- are harder to read and comprehend. explained process for every text, of Just as there are individual differences course, so a second fundamental in children, there are individual premise of readability measurement differences in the texts that we ask is that the measure must specifically children to read. Some children summarize only text features or read better than others, and there characteristics, and not how easily are a variety of reasons for these read the text has been in the past. On differences in reading abilities. The the basis of this enumeration of text same is true of texts. Some texts are features, the formula has successfully easier or harder, and there are several predicted reader comprehension for reasons for these differences. texts. The purpose of this essay is to describe what factors Readability measures have evolved since they first cause texts to differ and to explore the relationship of appeared. Now, most readability formulas only measure text difficulty and children’s learning. two factors: word complexity and sentence complexity (Klare, 1984). Thus, measuring the readability or What makes text complex? complexity of a text involves an evaluation of the words: counting the average number of letters or syllables, Since the 1920s, there has been interest in measuring checking the frequency of the words (common words text difficulty or readability (Lively & Pressey, 1923). -
How to Check a Readability Score with Microsoft Word
How to Check a Readability Score with Microsoft Word Step 1: Open your Informed Consent document in Word. Step 2: Look at the top tool bar and click “Review.” It should the ninth option at the top in Word 365. Step 3: Click “Check Document” or “Spelling Check.” It should be on the right at the very top with the image of a green check mark and the letters ‘abc’. Step 4: A small window should pop up that reads “Readability Statistics,” like the one to the right. *If this window does not automatically pop up for you, try these steps: (1) Go to “File,” then “Options.” (2) Select “Proofing.” (3) Under “When correcting spelling and grammar in Word,” make sure the “Check grammar with spelling” check-box is selected. (4) Select “Show readability statistics.” (5) Try starting over with Step 2. If you still can’t get the readability statistics to show, please click the help button in the top tool bar for step-by-step instructions on how to enable this feature. Step 5: “Flesh-Kincaid Grade Level” in this window is the number the IRB is concerned with regarding readability for the population you are studying. Guidelines - Any population that requires an advanced degree (2-year degree or more) must have a reading level of 12.0 or below. - Children or other special populations (the elderly, prison inmates, etc.) must have a reading level of 3.0 or below. - The general public or any other population that does not fit into the other two categories must have a reading level of 8.0 or below. -
Ela Best Standards
Table of Contents Table of Contents .......................................................................................................................................... 1 Introduction ................................................................................................................................................... 5 Standards Map ............................................................................................................................................ 10 Progression of Foundations Benchmarks .................................................................................................... 11 Spiraled Standards in a Vertical Progression .............................................................................................. 13 Kindergarten ........................................................................................................................................... 26 Foundational Skills ............................................................................................................................. 26 Reading ............................................................................................................................................... 27 Communication ................................................................................................................................... 29 Vocabulary .......................................................................................................................................... 32 Sample texts by -
Smog Readability Formula
The Smog Readability Formula Adapted from McLaughlin, G. (1969). SMOG grading: A new readability formula. Journal of Reading, 12 (8). 639-646. The SMOG conversion tables were developed by Harold C. McGraw, Office of Educational Research, Baltimore Co. Public Schools, Towson, MD. The SMOG Readability Formula is a simple method you can use to determine the reading level of your written materials. If a person reads at or above a grade level, they will understand 90-100% of the information. Generally, you need to aim for a reading level of sixth grade or less. In addition, to ensure that the text is clear and readable, read your draft aloud. How to use the SMOG formula: 1. Count 10 sentences in a row near the beginning of your material. Count 10 sentences in the middle. Count 10 sentences near the end. (30 total sentences) 2. Count every word with three or more syllables in each group of sentences, even if the same word appears more than once. 3. Add the total number of words counted. Use the SMOG Conversion Table I to find the grade level. If your material has fewer than 30 sentences, follow the instructions for "SMOG on Shorter Passages" and use SMOG Conversion Table II. Word Counting Rules: • A sentence is any group of words ending with a period, exclamation point, or question mark. • Words with hyphens count-as-one-word. • Proper nouns are counted. • Read numbers out loud to decide the number of syllables. • In long sentences with colons or semicolons followed by a list, count each part of the list with the beginning phrase of the sentence as an individual sentence. -
The Research Foundation for Core Knowledge Language Arts (CKLA)
The Research Foundation for Core Knowledge Language Arts (CKLA) The Core Knowledge Foundation Revised September, 2016 Anita S. McGinty, CCC-SLP, Ph.D ASEC Advisory, Founder Linda Bevilacqua Core Knowledge Foundation, President Executive Summary Core Knowledge Language Arts (CKLA) Program: Links to Research on Learning and Teaching The Common Core State Standards (CCSS) establish an ambitious vision for the K–12 education system. The standards demand that educational experiences, at every point along the developmental continuum, transparently and intentionally point children toward becoming “college and career ready.” Embedded within the language arts standards is a shift in how to approach reading and writing as developmental processes. The standards move away from reading and writing as discrete skills and toward reading and writing as language-based, lifelong developments that are tightly interwoven with children’s growing knowledge. Indeed, language arts in the context of the CCSS puts knowledge first, with a call for curricula that is “intentionally and coherently structured to develop rich content knowledge within and across grades (NGA Center for Best Practices and CCSS, 2010, p. 10, as quoted in Cervetti & Hiebert, 2015). A major shift within the CCSS is the emphasis on “developing knowledge for and through reading” (Cervetti & Hiebert, 2015). This makes the content of texts as important as other more traditional factors considered within the ELA blocks of young children, such as text levels or decodability. Although the CCSS establish a common focus on the integration of language arts instruction and knowledge building, common standards are not a guarantee that each effort at implementation will be equally effective. -
T E CH N IC AL M an U AL— G R AD E S 3–12 9V.5.0
TECHNICAL MANUAL—GRADES 3–12 REV. JULY. 24, 2019v.5.0 for READING ASSESSMENT PRESCRIPTIVE INSTRUCTIONAL DATA INSTRUCTIONAL PRESCRIPTIVE LEXIA® RAPIDTM ASSESSMENT Technical Manual for RAPID Version 5.0: Grades 3-12 © 2019 Lexia Learning, a Rosetta Stone Company. Lexia®, RAPID™, and other trademarks, names, and logos used herein are the property of Rosetta Stone Ltd. and/or its subsidiaries, and are registered and/or used in the United States and other countries. METAMETRICS® and LEXILE® are trademarks of MetaMetrics, Inc., and are registered in the United States and abroad. Additional trademarks included herein are the property of their respective owners. Information in this document is subject to change without notice and does not represent a commitment on the part of Lexia Learning Systems LLC. The software described in this document is furnished under a license agreement or non-disclosure agreement. The software may be used only in accordance with the terms of the agreement. It is against the law to copy the software on any medium except as specifically allowed in the license or non-disclosure agreement. No part of this manual may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying and recording, for any purpose without the express written permission of Lexia Learning Systems LLC. www.lexialearning.com 300 Baker Avenue • Suite 320 • Concord, MA 01742 TECHNICAL MANUAL FOR RAPID V5.0: GRADES 3-12 tel: 800-435-3942 / 978-405-6200 fax: 978-287-0062 Contents Acknowledgments ................................................................................................................................ -
Generating and Rendering Readability Scores for Project Gutenberg Texts
Generating and Rendering Readability Scores for Project Gutenberg Texts Ronald P. Reck RRecktek LLC. [email protected] and Ruth A. Reck University of California Davis, CA 95616 U.S.A. [email protected] Abstract Here the frequency distribution functions have been calculated for seven different types of readability measurements for over fourteen thousand texts from Project Gutenberg1 (PG). Other supporting measurements were also obtained: the average characters per word, the words per sentence, and the syllables per word. Three types of distributions have been demonstrated from the analysis of the metadata. While there are similarities among some of the scores, there is considerable interpretation yet to be made. The most complex and unique distribution function is found for the Flesch Reading Ease scores. Because of the computing intensity necessary to obtain these distributions it is only in the present age of information science that such a broad brush of characterization of a billion word data source can be made. It is essential that these be sorted by language to better interpret the meaning of the distributions. 1. Introduction Various readability measurements can serve as indicators to quantify the relative accessibility of written information. However, domain specific attributes such as complex terminology or language can direct readability scores towards higher values than the actual complexity of the text warrants. For instance, scientific writing is likely to contain long words that may not significantly increase the complexity of the writing to those familiar with the terms but make the readability value appear greater. Despite this and other limitations, readability measurements remain useful attributes for describing text, especially when the values are regarded as relative measurements from within a specific type of writing or language.