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Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah Brendel, and Region 13

Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Page 1: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

Interactive Science NotebooksPresented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor

Portions adopted from: Annette Holder, M. Wells, Deborah Brendel, and Region 13

Page 2: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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What are Interactive Science Notebooks?

• A student thinking tool• An organizer for what the student learns• A way to access and process the learning

utilizing various modalities (writing, drawing, and discussion)

• A place for writing rough drafts based on hands-on learning

Page 3: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Why Use Interactive Science Notebooks?

• Improves critical thinking skills• Students become actively engaged in thinking and

communicating• Students use both their visual and linguistic

intelligences• Notebooks help students to systematically organize

as they learn• Note taking becomes an active process

Page 4: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Why do Interactive Science Notebooks work?

• Interactive Science Notebooks use both the right and left brain hemispheres to help sort, categorize, remember, and creatively interact with new knowledge

• Students have a place to record data, study for tests, and communicate in a variety of ways

• Research shows that student understanding and literacy skills improve when students do hands-on minds-on science and use science notebooks to make sense of their science investigations

Page 5: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Science Notebook Setup

Page 6: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Science Notebook Supplies

Bound Journal

Crayons Glue or Glue Stick

Map Colors Scissors

Page 7: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Sample Science Notebook Cover

Page 8: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Right Side? Left Side?What Goes Where?

Left SideStudent Output

Lots of Color

The brain remembers things in color better.

• Concept Maps• Drawings• Reflective Writing• Questions about what you’re learning• Data and Graphs• Songs• Poems• Data from Experiments• Cartoons or cartoon strips• Writing Prompts• Reflections• Pictures

Right SideTeacher Input/Content

Blue or Black Ink/Pencil

• Information given in class• Lecture Notes• Lab activities• Video Notes• Summaries• Textbook Notes• Procedures for Experiments• Classroom Specific Information• Cornell-style Notes• Vocabulary words and their definitions• Teacher questions and sample

problems• Handouts with new information

Page 9: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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“A Bit More On The Left”Getting Students to Think About Their Learning

Some Suggested Prompts1. What’s my study plan to learn this information?

2. What’s the best way to remember this topic?

3. Write the lyrics for a song on this topic.

4. Make ___ Vocabulary Cartoons from this topic.

5. Paraphrase this information into 1 sentence.

6. Write 4 “What if…” statements about this topic.

7. Write a letter to ____about this topic.

8. Create an analogy and visual for this topic.

9. Write and solve ___ problems using this information

10. Use a Venn Diagram to compare & contrast these topics.

11. What do I already know about this topic?

12. Make a visual illustration explaining this topic.

13. Write a poem on this topic.

14. Write a mnemonic to help you remember this information.

15. For REFLECTION use prompts such as: What are you curious about? What would you like to test? What are the important details to remember? What don’t you understand?

*Modify to find ways that work best for you and your students.

Page 10: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Getting Started

After you finish your cover decorations, start with the first page and number the first 50 pages.

Numbers should be small and at the top outside corner of every page.

Cover of Notebook

1 2 3

The inside cover is a great place to put lab safety/procedures of a safety contract.

Page 11: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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The first page you create is a title page (like a book).

This is page 1 of your journal. Students decide the title and decorations.

Page 12: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Reserve 2 or more pages after the title page for a Table of contents.

Make columns for:

• Date• Entry• Page

• Grade • (This helps when grades are due.

You don’t have to flip through the entire book.)

Page 13: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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For primary students, it may be helpful to copy and glue in grid pages for the Table

of Contents.

Page 14: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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For Primary Students Consider…

• Creating a class journal to model the process using a chart tablet.

• Students contribute by finding pictures and telling you what to record.

• Smiley face grading.• Letting students express themselves

through more drawing than writing.• MODEL, MODEL, teachers please

model.

Page 15: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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OUTPUT(your interpretation)

INPUT(notes from teacher)

Example page:

Page 16: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Example page:

Page 17: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Example page:

Page 18: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Example page:

Page 19: Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah

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Example page: