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(Ebook) Teaching High School Science Through Inquiry and Argumentation 2nd Edition by Douglas J Llewellyn ISBN 9781452244457 1452244456

  • SKU: EBN-23507690
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Authors:Douglas J. Llewellyn
Pages:280 pages.
Year:2012
Editon:2
Publisher:Corwin Press
Language:english
File Size:8.83 MB
Format:pdf
ISBNS:9781452244457, 1452244456
Categories: Ebooks

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(Ebook) Teaching High School Science Through Inquiry and Argumentation 2nd Edition by Douglas J Llewellyn ISBN 9781452244457 1452244456

(Ebook) Teaching High School Science Through Inquiry and Argumentation 2nd Edition by Douglas J Llewellyn - Ebook PDF Instant Download/Delivery: 9781452244457 ,1452244456
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ISBN 10: 1452244456
ISBN 13: 9781452244457
Author: Douglas J Llewellyn

Proven ways to teach next generation science! The numbers are in and the pressure is on. The U.S′s lead in science is very much at risk. If we′re to help ensure our students achieve scientific literacy, we need to take a critical look at what′s working and what isn′t. One thing we know for certain: inquiry and argumentation are key, and the single-best resource on the subject is Teaching High School Science Through Inquiry and Argumentation. Devoted to Grades 9–12, this new edition of Douglas Llewellyn′s ground-breaking text aligns the four key elements of effective science education: scientific literacy, inquiry, argumentation, and the nature of science. Fully revised, the second edition features  Content that addresses the new direction of science standards  Exceptional coverage of scientific argumentation Enhanced chapters on assessment and classroom management Questioning techniques that promote the most learning Activities that emphasize making claims and citing evidence New examples of inquiry investigations New approaches to traditional labs Case studies and vignettes that model exemplary science instruction With its standards-based content, there′s no better resource to help you elevate your teaching to meet the call for instructional reform. Douglas Llewellyn teaches science education courses at St. John Fisher College in Rochester, New York. Previously, he was the K–12 Director of Science at the Rochester City School District, a junior high school principal, and a middle school science teacher. His books include Inquire Within: Implementing Inquiry-Based Science Standards in Grades 3–8 and Differentiated Science Inquiry, both published by Corwin. "Llewellyn′s approach supports educators in realizing the central role argumentation plays in helping students make defensible connection between claims, data, evidence, and explanations. Not only is this a timely publication, but one that is sure to be well-used." —Page Keeley, Past President, National Science Teachers Association Author of Science Formative Assessment
 

(Ebook) Teaching High School Science Through Inquiry and Argumentation 2nd Edition Table of contents:

1. Constructing an Understanding of Inquiry

Three Designations of Inquiry

What the National Science Education Standards Say About Inquiry

What A Framework for K−12 Science Education and the Next Generation Science Standards Say About Inquiry

Inquiry as a Three-Legged Stool

Seven Segments of Scientific Inquiry

The Pretzel Theory of Science Inquiry

Inquiry as a Human Endeavor

Ten Beliefs (and Rebuttals) About Inquiry-Based Learning

What Science Inquiry Is—What Science Inquiry Isn’t

A Definition of Scientific Inquiry

Questions for Reflection and Discussion

2. Constructing an Understanding of Scientific Argumentation

The Influence of Media

What Is a Scientific Argument?

Parts of an Argument

Making a Case for Argumentation

What the National Science Education Standards Say About Argumentation

What the Common Core State Standards Say About Argumentation

What A Framework for K−12 Science Education and the Next Generation Science Standards Say About Argumentation

Different Types of Reasoning

Flaws in Scientific Reasoning

Scaffolding Argumentation in the Classroom

The Classroom as a Courtroom

Painting a Picture of What Real Scientists Do

Questions for Reflection and Discussion

3. Learning About Inquiry and Argumentation Through Case Studies

A Case Study Approach

A Case Study: Inquiring About Isopods

The Inquiry Cycle

Brainstorming

Questions for Reflection and Discussion

4. Choosing to Become an Inquiry-Based Teacher

A Choice in Teaching

Self-Directed Learning

The Top 10 Reasons Why Teachers Say They Can’t Teach Through Inquiry

Myths and Misconceptions About Inquiry-Based Teaching

What’s Your Instructional Pie?

Steps in Becoming an Inquiry-Based Teacher

Monitoring Your Progress

The Case of Angela Bicknell

Questions for Reflection and Discussion

5. Developing a Philosophy for Inquiry

What Is Constructivism?

Traditional Versus Constructivist Classrooms

Historical Perspectives of Constructivism

Constructivism Today

Metacognition

How Adolescents Learn

Misconceptions

Conceptual Change Theory

Making Sense of Language

The 5E Learning Cycle

Challenges to Creating a Constructivist Classroom

All Things Are Possible

Case Study: Investigating Yeast

Questions for Reflection and Discussion

6. Four Levels of Science Inquiry 100

Promoting Student Inquiries

Invitation to Inquiry

Demonstrated Inquiries

Structured Inquiries

Guided or Teacher-Initiated Inquiries

Self-Directed or Student-Initiated Inquiries

Guiding Students Into Inquiry

Differentiated Science Inquiry

Case Study 1: Bottle Ecosystems

Case Study 2: The Finger Lakes Regional Stream Monitoring Network

Questions for Reflection and Discussion

7. Modifying a Lab Activity Into an Inquiry-and Argument-Based Investigation

The Role of the Laboratory in Science

New Approaches to Traditional Labs

Modifying a Traditional Lab Into an Inquiry-Based Lab

Addressing Misconceptions About Density

Scaffolding Toward Inquiry

Writing an Inquiry/Argument-Based Lab Report

The Current Debate About High School Science Labs

Case Study: The Hydrate Lab

Questions for Reflection and Discussion

8. Managing the Inquiry-Based Classroom

The Implementation Curve

Challenges to Inquiry-Based Teaching

Making Time for Inquiry and Argumentation

Avoiding a Lockstep Approach

Establishing the Right Atmosphere

Assessing and Monitoring Your Classroom Management Strategies

Case Study: Investigating Contour Lines

Questions for Reflection and Discussion

9. Developing Effective Questioning Skills

The Purpose of Questions

Bloom’s Taxonomy

Expository Questions

Quality Questions Model Quality Thinking

Questioning Techniques

Just Tell Me the Answer

The Power of Praise and Positive Reinforcement

A Three-Step Approach to Better Questioning

Recalibrate Your Questioning Skills

Exploratory Questions

Case Study: Designing a Professional Development Plan

Questions for Reflection and Discussion

10. Assessing Scientific Inquiry

The Anxiety Over Assessment

Curriculum Alignment

Formative and Summative Assessment Tools

Designing Assessments

Choosing the Right Test Item

Using Multiple Assessments

Authentic Assessments

Transitioning to New Assessments

Case Study: Measuring and Assessing Centripetal Force

Questions for Reflection and Discussion

11. Creating a Classroom Culture of Inquiry and Argumentation

The Environment of a Traditional Classroom

The Environment of an Inquiry-Based Classroom

Students in an Inquiry-Based Classroom

Teachers in an Inquiry-Based Classroom

A Classroom Culture That Fosters Inquiry and Argumentation

Reflecting on a Teaching Career

Final Thoughts: Your Legacy

Questions for Reflection and Discussion

Resource A: Resources for High School Science Teachers

Print Resources on Scientific Inquiry and Argumentation

Print Resources on Inquiry-and Argument-Based Investigations

Print Resources on Constructivism

Print Resources on Science Standards and Science Literacy

Print Resources on Assessment

Print Resources on General Science Areas

Multimedia Resources on Scientific Inquiry and Argumentation

Online Resources on Scientific Inquiry and Argumentation

Professional Organizations

Resource B: Bottle Handout

References

Index

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Tags: Douglas J Llewellyn, High School Science, Argumentation

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