Introduction to Self-Questioning

Slides:



Advertisements
Similar presentations
Flexible Grouping Practices
Advertisements

Modifications for All Learners
Differentiated Learning Within Groups Cara Mulcahy.
Differentiated Instruction
Differentiation: What It Is/What It Isn’t
Introduction to Fluency. What is Fluency? Fluency is reading with: accuracy speed expression understanding.
Differentiating Instruction by Process. Differentiating Instruction by Process Definitions of Differentiating Instruction by Process How students think.
Introduction to Context Clues
Introduction to Prewriting. What is Prewriting? Prewriting is the first stage of the writing process, followed by drafting and reviewing. It is the time.
Introduction to Thinking Aloud in Math. What is Thinking Aloud? Thinking aloud is a strategy to reveal what is and is not understood. Students think aloud.
Introduction to Using Precise Math Language
Introduction to Using Visual Representations in Math.
Introduction to Organizing in Math. What is Organizing? Organizing is a strategy to detect and understand patterns of relevant information. Students identify.
Introduction to Drafting
Introduction to Word Analysis. What is Word Analysis? Word analysis is a process of learning more about word meanings by studying their origins and parts.
Introduction to Visualizing. What is Visualizing? “Visualizing” text means forming mental pictures of the text you are reading. Skilled readers use visualization.
Introduction to Conducting Research. Defining Characteristics of Conducting Research An inquiry process that involves exploration. Taps into the learner's.
Rediscovering Research: A Path to Standards Based Learning Authentic Learning that Motivates, Constructs Meaning, and Boosts Success.
Instructional Accommodations Inservice. Who deserves accommodations? Everyone! Instructional accommodations are not just for students who are struggling.
Understanding the Value of Differentiated Instruction: Administrative Perspective Guest: Kristen Herbert Rashi School-Boston October 15, 2007.
Introduction to Semantic Mapping. What is Semantic Mapping? Web of words and related concepts Unknown word in center of web surrounded by examples Examples.
Welcome to Unit 6 Seminar: Learning The Language Learning and Assessment Strategies 1.
Achievement for All Implementing Differentiation through the MOSAICS Program Dr. Denise Pupillo.
Differentiating Instruction Dee Sturgill. Differentiated Instruction People learn differently We have various learning styles, learning strengths, abilities,
Summer  Leslie Grahn  Shavon McCown  Patty Otero  Janet Yarn.
A Framework for Inquiry-Based Instruction through
PRESENTED BY: RUBY JERNIGAN The Impact of Project Based Learning.

Introduction to Modeling in math. Modeling is a strategy to represent the important structures of problems so they can more easily be explored and solved.
Introduction to Semantic Mapping
Introduction to Summarizing. What is Summarizing? Summarizing is finding the key ideas and supporting details to get the “gist” of a piece of writing.
Introduction to Interacting with Peers in Math. Interacting with peers—tutoring, giving feedback, collaborating—is a strategy to learn and check understanding.
Training EFL Prospective Teachers on Adopting, Enhancing and Making WebQuests to be Used in Teaching Dr Manal Mohammed Khodary Mohammed Lecturer of Curriculum.
Introduction to Word Analysis. What is Word Analysis? Word analysis is a process of learning more about word meanings by studying their origins and parts.
Advancing Exploration
Meeting the needs of diverse learners k-6. Carol Ann Tomilson  Its not a strategy but a total way of thinking about learners, teaching and learning.
Introduction to Understanding Problems in Math. What is Involved in Understanding Problems Rereading the problem Annotating words and numbers Visualizing.
Math Stations How to Improve Problem-Solving Skills & Incorporate Differentiated Learning into Math Classrooms.
Introduction to Presenting. What Does Presenting Involve? Providing information in verbal, written, and multimedia forms Ensuring listeners understand.
1 Working Smarter, Not Harder: Pat Holliday Angela Szakasits Differentiating Instruction.
Introduction to Modeling in math. What is Modeling? Modeling is a strategy to represent the important structures of problems so they can more easily be.
Introduction to Questioning Using Self-Questioning to support Comprehension.
Differentiation EDUC 307. Frayer Model Differentiati on Description Key Vocabula ry ExamplesNon- examples.
Differentiated Instruction Abdelaziz Adnani ELT Supervisor.
Katherine Atiles Brendan Daly Effie Koutros Audrey Padilla EDL 704.
DIFFERENT STROKES WAYS TO DIFFERENTIATE IN THE CLASSROOM.
Building Effective Content Literacy Tasks. The Cycle of Assessment Teach: Does the instruction and the tasks align to the identified learning target(s)?
Introduction to Reviewing Writing. What is Reviewing? Reviewing is the third phase of the writing process, following prewriting and drafting. It is the.
Introduction to Supporting Science. What Does Science Involve? Identifying a question to investigate Forming hypotheses Collecting data Interpreting data.
Introduction to Interacting with Peers in Math. What is Interacting with Peers? Interacting with peers—tutoring, giving feedback, collaborating—is a strategy.
UDL & DIFFERENTIATION LEARNING STYLES BY ASHLEY WALKER.
UDL & DIFFERENTIATION (DI) Melody Murphy Week 4 Discussion.
The Basic Steps Towards Differentiating. Differentiating instruction is doing what is fair for students. It means creating multiple paths so that students.
UDL & DIFFERENTIATION Cynthia Eason EDU 673 Instruction, Strategy for Differentiated Teaching & Learning.
Introduction to Using Precise Math Language. What is Using Precise Math Language? Using precise language is a strategy to build a shared understanding.
Introduction to Organizing in Math. What is Organizing? Organizing is a strategy to detect and understand patterns of relevant information. Students identify.
Differentiated Learning Within Groups
COMPREHENSION STRATEGIES
Flexible Grouping Practices
CHOOSE APPROPRIATE INSTRUCTION STRATEGIES AND RESOURCES
NORTH CAROLINA TEACHER EVALUATION INSTRUMENT and PROCESS
Module 6: Planning Rich Instruction with OER
Differentiation Strategies for Multi-Grade, And Multi-Ability Classrooms By: Linda Miller Baker.
97.
Differentiated Instruction
CHAPTER 4 Planning in the Problem-Based Classroom
WELCOME   Background information on me PHYSICS Room 65.
Project–Based Learning
Teacher Checklist for Differentiating Instruction, page 1 of 2 Franny McAleer, Think about your curriculum and instruction,
Gail E. Tompkins California State University, Fresno
Presentation transcript:

Introduction to Self-Questioning

What is Self-Questioning? Self-questioning is a strategy that involves querying yourself before, during, and after you read to make meaning of text. It is part of active reading. For skilled readers, questioning becomes automatic—they might not even realize they are doing it.

What Happens When Students Use Questioning? Before they start reading, skilled readers ask themselves, “What is this about? Why am I reading this?” This helps them be clear on the purpose of reading. During reading, skilled readers ask themselves questions to check their understanding and stay on course. After reading, they ask questions to recheck and reflect on what they learned.

How is Questioning Important? Encourages readers to deeply engage with and absorb the meaning of text. Helps readers tap into and build upon their background knowledge. Supports the development of other comprehension skills, such as summarizing.

How Does Questioning Help Students? Gives students strategies to help them figure out when text does not make sense. Provides students with the tools they need to tackle confusing or unclear text head on and make sense of it. Helps students feel less frustrated and become more confident, resourceful readers and learners.

How Can I Prepare Students to Use This Practice? Provide clear explanations about why and how students should ask themselves questions as they read. Model using the three types of questions (literal, inferential, and evaluative). Give your students lots of opportunities to practice using questioning with many types of texts.

Discussion Questions 1 In what ways is questioning important for reading literature and informational text? For struggling students, when is it most important for them to apply self-questioning? How do you explain literal, inferential, and evaluative questions to your students?

How Can I Support Students' Use of Questioning?

Use of Evidence-Based Practices Provide Clear Explanations Give Students Strategies and Models Provide Opportunities for Practice

Differentiated Instruction Plan instruction that considers students' readiness, learning needs, and interests. Use a range of technology tools to: engage learners at varying levels engage learners in multiple ways. offer students options for demonstrating understanding and mastery

Teacher-Dependent Ways to Differentiate By Content Different levels of reading or resource materials, reading buddies, small group instruction, curriculum compacting, multi-level computer programs and Web Quests, audio materials, etc. By Product Activity choice boards, tiered activities, multi-level learning center tasks, similar readiness groups, choice in group work, varied journal prompts, mixed readiness groups with targeted roles for students, etc. By Process Tiered products, students choose mode of presentation to demonstrate learning, independent study, varied rubrics, mentorships, interest-based investigations

Student-Dependent Ways to Differentiate By Readiness Options in content, topic, or theme, options in the tools needed for production, options in methods for engagement By Profile Consideration of gender, culture, learning styles, strengths, and weaknesses By Interests Identification of background knowledge/gaps in learning, vary amount of direct instruction, and practice, pace of instruction, complexity of activities, and exploration of a topic

Discussion Questions 2 What methods do you use to assess your students' self-questioning needs and readiness? Which technology tools do you use to support student self-questioning? What factors do you consider when differentiating instruction?

Activities Before Reading Encourage students to ask themselves questions such as the following: What do I think the text will be about based on the information I see right away? (headers, type of text, images, etc.) What do I already know about the topic? (Draw out their background knowledge.) What is my purpose for reading this text? What do I predict will happen?

Activities During Reading Encourage students to self-check by asking themselves: Does what I’m reading make sense? What am I supposed to be learning? Where am I getting stuck? How does this relate to what I already know?

Activities After Reading Ask students to share the questions they posed to themselves with each other. Encourage students to discuss when and how they posed questions to themselves. Identify questions that students can ask themselves to recheck and reflect.

Discussion Questions 3 What do you take into account when peers work together in pairs or small groups? What prompts can you use to encourage students to ask themselves questions when reading? In what ways can digital text support students’ self-questioning?

Disclaimer Awarded through a cooperative agreement from the U.S. Department of education, Office of Special Education Programs (OSEP), Grant #H327G090004-10, PowerUp What Works was developed by a team of experts in education, technology, differentiated instruction/UDL, and special education at the Center for Technology Implementation, operated by the American Institutes for Research (AIR) in collaboration with the Education Development Center, Inc. (EDC) and the Center for Applied Special Technology (CAST). This document contains information from other public and private organizations that may be useful to the reader; these materials are merely examples of resources that may be available. Inclusion of this information does not constitute an endorsement by the U.S. Department of Education of any products or services offered or views expressed. This publication also contains hyperlinks and URLs created and maintained by outside organizations and provided for the reader's convenience. The Department is not responsible for the accuracy if this information. Further, the programs/models/resources featured on this site have not been extensively evaluated by CTI. This website was created and is maintained by American Institutes for Research (AIR) through funding from the U.S. Department of Education, Award # H327G090004. For more information, send an e-mail to PowerUp@air.org.