Title: Introduction to Self-Questioning
1Introduction to Self-Questioning
2What 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 automaticthey might not even realize
they are doing it.
3What 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.
4How 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.
5How 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.
6How 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.
7Discussion 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?
8How Can I Support Students' Use of Questioning?
9Use of Evidence-Based Practices
- Provide Clear Explanations
- Give Students Strategies and Models
- Provide Opportunities for Practice
10Differentiated 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
11Teacher-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
12Student-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
13Discussion 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?
14Activities 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?
15Activities During Reading
- Encourage students to self-check by asking
themselves - Does what Im reading make sense?
- What am I supposed to be learning?
- Where am I getting stuck?
- How does this relate to what I already know?
16Activities 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.
17Discussion 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?
18Disclaimer
- 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_at_air.org.