Increasing Students Reading and Reasons for Reading Science Text - - PowerPoint PPT Presentation

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Increasing Students Reading and Reasons for Reading Science Text - - PowerPoint PPT Presentation

Increasing Students Reading and Reasons for Reading Science Text Gina Cervetti Lawrence Hall of Science University of California, Berkeley Why Read in Inquiry Science? Linking activities and content in ways that enable students to make


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Increasing Students’ Reading and Reasons for Reading Science Text

Gina Cervetti Lawrence Hall of Science University of California, Berkeley

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Why Read in Inquiry Science?

Linking activities and content in ways that enable students to make connections between experience and text:

  • Motivates engaged reading (Guthrie et al., 2006)
  • Helps students develop deep understanding of science

concepts (Palincsar & Magnusson, 2001)

  • Helps students use the discouse of science (Pappas et

al., 2004)

  • Improves reading comprehension (Guthrie et al., 2006;

Romand & Vitale, 2001)

  • Provides authentic opportunities for experience with

nonfiction and informational text

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Connecting Text and Experience (Redux)

Employ multiple modalities (Do-Read-

Write-Talk in any order)

Position science understanding as the

goal and reading as one means

Create mutually reinforcing (even

synergistic) experiences with text and hands-on activities

Use text in a variety of roles in the

inquiry process

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An Example

A design challenge to develop strong glue. Conceptual goals:

Properties of

substances

Mixtures Dissolving

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Read

Read to Set Context Students read a book about the relationship between objects/mixtures, materials, and properties

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Do

Investigate to Test Ingredients Students test ingredients and mixtures to collect firsthand evidence about which ingredients are stickiest.

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Talk

Reflect on Results Students evaluate the test results and decide which ingredients to use to make their first glue mixture.

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Read for Modeling Students read a book that models the design process and reflect on how they can use a similar property-driven design process to refine their glue mixtures.

Read

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Investigate Additional Ingredients Students conduct more ingredient tests, this time focusing on the property

  • f strength. Students

collect firsthand evidence about which ingredients are strongest.

Do & Write

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Read

Read for Additional Evidence Students search in a handbook for evidence about ingredients that might have the properties need to make good glue.

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Talk & Write

Evaluate Evidence and Make Decisions Students evaluate their evidence about glue ingredients from both first and secondhand sources and make decisions about what combination of ingredients will best meet their design goals. They write recipes for glue.

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Read to Connect Students read about a food scientist who designs and tests new jelly beans. Students reflect on how their design process is like that used by the jelly bean scientist.

Read

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Connecting Text and Experience (Redux)

Employ multiple modalities (Do-Read-

Write-Talk in any order)

Position science understanding as the

goal and reading as one means

Create mutually reinforcing (even

synergistic) experiences with text and hands-on activities

Use text in a variety of roles in the

inquiry process

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What functions did text serve in the design process?

Provide information for investigations Support firsthand investigations Provide data for students to interpret Support secondhand investigations Demonstrate a process or disposition Model Read to learn about science Deliver content Connect to the world

  • utside the classroom

Provide context

Roles for Text in Inquiry Science

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Provide Context

Introduce domain

and/or context

Invite students to

engage with the context

Connect to the

world outside the classroom

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Model

Model nature of

science

Model inquiry

processes

Model literacy

processes

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Support secondhand investigations

Provide data for

students to interpret

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Role: Support firsthand investigations

Provide information

that facilitates firsthand investigations

Support students in

making sense of firsthand investigations

Inspire firsthand

investigations

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Deliver Content

Deliver science

information

Provide information

and explanation about unobservable phenomena

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Trade Books

  • Context
  • Where Butterflies Grow by Joanne Ryder
  • Content
  • Zipping, Zapping, Zooming Bats by Anne Earle
  • Camouflage by Carolyn Otto
  • Modeling
  • Wild Mouse by Irene Brady
  • Protecting Primates by Kate Boehm Nyquist
  • Secondhand
  • What Do You Do With A Tail Like? This by Steve Jenkins and Robin

Page

  • Introducing Frogs and Toads by Graham Meadows and Claire Vial
  • Firsthand
  • Tracks, Scats, & Signs by Leslie Dendy
  • Snails and Slugs from the Keeping Minibeasts series
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Authenticity in Science

Deliver Content Provide Context Modeling Supporting Second- hand Investigations Supporting Firsthand Investigations Scientists read to learn findings Scientists read to situate research Scientists replicate others’ procedures and experiments Scientists read and interpret

  • thers’ data and findings

Scientists use reference books

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Text and Inquiry

X Communicate results 9 X X Ask a new question 8 X X X X Make an explanation based on evidence 7 X X Analyze results 6 X X Record and organize data 5 X X Plan and conduct an investigation 4 X X Make a hypothesis 3 X X Ask a question 2 X X X X Explore the topic 1 Support firsthand inquiry

Support secondhand inquiry

Model Deliver content Provide context