Journaling in the Science Classroom Elaine Howard Includes information adapted from NSTA - 2007.

Slides:



Advertisements
Similar presentations
Inquiry-Based Instruction
Advertisements

Lesson Objective The student will learn how to properly record notes and utilize both the Cornell Note Taking System and the Learning Log.
EFFECTIVE NOTE TAKING STRATEGIES: Cornell Note Taking System & Learning Log.
Cornell Note Taking System
Department of Mathematics and Science
What is Science Lesson 6. What is Science? (Lesson 6) Objectives: Explore and Explain.
CORNELL NOTE TAKING.
Bill Querry EDU 742 Help Students take organized Notes
Beacon Media Supporting Christian schooling worldwide Inquiry-based learning.
Mrs. Buonomo Interactive Science Notebooks. J. Buonomo What are Interactive Science Notebooks?  A student thinking tool  An organizer for inquiry questions.
Science.
Taking Cornell Notes.
Interactive Science Notebooks Presented by: Michele Allen, Katie Dove, Patricia Duke, and Pam Naylor Portions adopted from: Annette Holder, M. Wells, Deborah.
Warm-up  List 10 lab safety rules. Do you have the proper heading on your paper? REMEMBER: You will keep this paper ALL week. Put it somewhere you won’t.
Science Fair Research Paper
Cornell Notes Note-taking strategy that will improve your study skills and your grades!!
Bell Ringer!! By a show of hands, how many of you use your government books for each unit?
Introduction to scientific ideas scientific method.
Science and the Scientific Method! 5 th grade. What is Science? knowledge about or study of the natural world based on facts learned through experiments.
The Scientific Method By: Wanda S. Roberts The Scientific Method: Teacher: Wanda Roberts Grade level: 7th Subject area: Science Standards: S7CS5 Use.
Interactive Science Notebook. Why are we using an Interactive Notebook? To play around with your thinking and ideas about science To organize your scientific.
Cognitive Academic Language Learning Approach TEACHER GUSTAVO GÓMEZ.
USING SCIENCE JOURNALS TO GUIDE STUDENT LEARNING Part 1: How to create a student science journal Part 2: How to assess student journals for learning.
Science Process Skills. Observe- using our senses to find out about objects, events, or living things. Classify- arranging or sorting objects, events,
The Power of the Notebook WDWWWWWWH?. Science Notebooks Notebooks are used to record ideas, thoughts, and questions that are generated as you work.
“The purpose of science notebooks is to build science content and process skills in a manner similar to the way scientists work while serving as a context.
The Scientific Method Science 1 Ms. Griffin. Journal: 5 minutes Do Now: “What is the Scientific Method?” What do you think the scientific method is? Why.
Science Fair By Kimberly Albertson.
Scientific Method How do scientists answer a question or solve a problem that they have encountered? Scientists use organized ways to plan and conduct.
Teaching Science with Interactive Notebooks. What are Interactive Science Notebooks? A thinking tool A place for students to organize what they have learned.
Scientific Method 7 th Grade Science. What is the scientific method? It is a process that is used to find answers to questions about the world around.
Science Fair Research Paper General Paper Guidelines MUST be Typed 12 pt. Font Black Ink 1.5 or double spaced At least 4 pages (not including bibliography.
Taking Cornell Notes. What do Cornell Notes Look Like?
How to Write a Lab Report in Grade 10 Science SNC2D.
Scientific Method Cornell Notes Page #7 Date: 9/9/10.
Science Notebook Setup. WHY do we have to have a science notebook? To use the writing process for discovery and synthesis of inquiry. To model many.
1 The Scientific Method The Key to a Successful Science Fair Project.
The Scientific Method. The scientific method is the only scientific way accepted to back up a theory or idea. This is the method on which all research.
Welcome Science Teachers! Today Propel/ASSET Notebooking 8:30-11:30 Resources PTEI 5-HS 12:00-3:30 Kristen Golomb: Science Coach ASSET Resources Lesson.
S CIENTIFIC M ETHOD. Step 1 of the Scientific Method is to __________.
Interactive Science Notebooks. What are Interactive Science Notebooks?  A student thinking tool  And organizer for inquiry questions and what I learned…
Objective: By the end of the hour I will have created a science journal using the Cornell note taking method and learned how to use my new journal as a.
All CCS 7 th and 8 th graders will participate! A science fair project is EXPERIMENTAL. That means it involves a test done to find an answer to a question.
Science Journals An introduction to Science Journals.
Avalon Science and Engineering Fair 2015 Let’s Get Started Science and Engineering Fair packets will go home this week. All 2 nd, 3 rd, 4 th and 5 th.
Inquiry-Based Instruction
AVID Ms. Richardson.
Taking Cornell Notes.
Science and the Scientific Method!
Taking Cornell Notes.
Scientific Method The scientific method is a guide to problem solving. It involves asking questions, making observations, and trying to figure out things.
Elementary Science Fair Projects
Science and FOSS Notebooks
South Douglas Elementary Science and Engineering Fair
Taking Cornell Notes.
Do Now: Answer the following in your Science Notebook using complete sentences.
Taking Cornell Notes.
Sandra J. Gallardo 5th Grade Science Fair Project
Science Fair Project --- Log Book.
Taking Cornell Notes.
Taking Cornell Notes.
Taking Cornell Notes.
Taking Cornell Notes.
Taking Cornell Notes.
Taking Cornell Notes.
Taking Cornell Notes.
7 Scientific Method 1. Choose a problem. (What do you want solve? Ask a question about it.) List the materials you will need, how much of each material.
AVID- Science Notebooks
Presentation transcript:

Journaling in the Science Classroom Elaine Howard Includes information adapted from NSTA

By the end of the hour I will have created a science journal using the Cornell note taking method and learned 4 journaling strategies to use in my classroom.

Setting It UP

Step 1:Create a Cover Larissa Hale Period 2 Mrs. Hale’s Science Class 2010

Step 2: Gems of Wisdom Gems of Wisdom 1 st six weeks: Scientific Method Ask a question Form a hypothesis Do an experiment Analyze the results Draw a conclusion Communicate findings 2nd six weeks: 3rd six weeks:4th six weeks:

Step 3: Table of Contents Table of Contents Date Lecture/ Activity/ Lab PageGrade

Cornell Note Taking Model

In: Out: Recall Through Summary

Journal & Note TakingIN: Objective What am I learning about? (TEKS) How do I know I am successful/ or learning? (objective) How will I show I am successful? (language objective)

By the end of the hour I will have created a science journal using the Cornell note taking method and learned 4 journaling strategies to use in my classroom.

Out: Summarize what I have learned Write a letter to “Fred” and tell him what you did Explain the concept in your own words

Through: Write important facts/ notes If the teacher takes time to put it on the board you should put it in your notes Draw pictures to help you remember

Recall: List the main ideas of the lesson

In: Out: Recall Through Summary Objective _________________________ _________________________ I am learning TEKS I am successful if I am ______ I will show I am successful by _________________________ Language Objective _________________________ _________________________ Analyze Data/ Results by writing about the process how things are related or answer the questions given by the teacher. Write/Draw important facts. How do you know it’s important? The teacher will write it on the board The teacher will say so It is interesting to you You do not understand it You know you will not remember it later; ex. Formulas, symbols, or important figures 1)Main ideas 2)Number them 3)You will write these after you write your notes Write at least 2 sentences to explain what you have learned.

Why we do it

Journaling in the science classroom… Scientific Journaling provides a method for students to see and understand science phenomena through reconstructing their experiences. Students gain the following skills through regular use of scientific journals: NSTA

Journaling in the science classroom… Making observations Recording events Communicating understanding of concepts Communicating observations and ideas Developing organizational skills Developing questioning abilities Practicing and developing fine motor skills Expressing information in graphic forms Analyzing data Linking disciplines Communicating classroom activities with parents Reflecting on what they have learned

Journaling in the science classroom… Analyzing data Linking disciplines Communicating classroom activities with parents Reflecting on what they have learned

Journaling Strategies

I Think, I Saw, I Discovered Allows students to make predictions, record Their observations and summarize the activity. The three topics for this type of entry are: Hypothesis – what they think will happen Observations – what they saw/observed, data, questions Conclusions – what they learned, their conclusions, their thoughts

I Know, I Wonder, I Learned, Now I Wonder Emphasis on what the student knows and learned from the activity/experiment as opposed to the observations and conclusions. The four topics to cover include: What they already know about the topic What they would like to learn about the topic What they learned during the activity/experiment/unit What additional questions were raised from the experiment?

O.W.L. Chart Observe, Wonder, Learn This method uses a three column graphic organizer, allowing the students to arrange their thoughts and observations in a different format. The three topics are: OBSERVEWONDERLEARN

“I Used to Think But Now I Know” This double entry graphic organizer helps students record how their thinking has changed. I USED TO THINK … BUT NOW I KNOW…

Wrap it up

Use or lose it! Have the students refer to their journals Allow them to critique each other’s notes Encourage them to ask for parental input Grade them Make comments

Journaling in the Science Classroom Elaine Howard Includes information adapted from NSTA