Title:
Teaching high school science through inquiry : a case study approach
Personal Author:
Publication Information:
Thousand Oaks : Corwin Press ; [Arlington, Va.], 2005
ISBN:
9780761939382
Available:*
Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
---|---|---|---|---|---|
Searching... | 30000010124998 | Q181 L75 2005 | Open Access Book | Book | Searching... |
Searching... | 30000010076782 | Q181 L75 2005 | Open Access Book | Book | Searching... |
Searching... | 30000010088375 | Q181 L75 2005 | Open Access Book | Book | Searching... |
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Summary
Summary
This is the secondary school l version of Llewellyn′s strong Corwin debut Inquire Within: Implementing Inquiry-Based Science Standards (2000). This book focuses on raising a teacher′s capacity to teach science through an inquiry-based process, implementing inquiry as stated by the national standards.
Table of Contents
Preface |
A Call for Instructional Reform |
Who Should Read This Book? |
Contents |
Acknowledgments |
About the Author |
1 Constructing an Understanding of Scientific Inquiry |
A Culture of Inquiry |
What Science Educators Say About Inquiry |
What the National Science Education Standards Says About Inquiry |
What the American Association for the Advancement of Science Says About Inquiry |
Ten Questions About Inquiry-Based Learning |
Looking Beyond |
2 Learning About Inquiry Through Case Studies |
Scientific Inquiry: A Case Study Approach |
A Case Study: Inquiring About Isopods |
Resources for Isopods |
Questions for Reflection |
The Inquiry Cycle |
Brainstorming |
A Definition of Inquiry |
3 Developing a Philosophy for Inquiry |
What Is Constructivism? |
Traditional Versus Constructivist Classrooms |
Historical Perspectives of Constructivism |
Constructivism Today |
Metacognition |
How Adolescents Learn |
The 5E Learning Cycle |
Challenges to Creating to Constructivist Classroom Culture |
4 Comparing Traditional and Inquiry-Based Science Classrooms |
A Traditional Classroom |
The Environment of an Inquiry-Based Classroom |
Students in an Inquiry-Based Classroom |
Teachers in an Inquiry-Based Classroom |
Becoming an Inquiry-Based Teacher |
5 Integrating Inquiry-Based Activities |
Promoting Student Inquiries |
Invitation to Inquiry |
Demonstrations |
Laboratory Experiences and Activities |
Teacher-Initiated Inquiries |
Student-Initiated Inquiries |
Guiding Students Into Inquiry |
Extended Inquiries: A Case Study in Bottle Ecosystem |
An Interview With Jay Costanza |
Questions for Reflection |
6 Modifying a Lab Activity Into an Inquiry Investigation |
The Role of the Laboratory in Science |
New Approaches to Traditional Labs |
The Hydrate Lab |
7 Managing the Inquiry-Based Classroom |
Challenges to Inquiry-Based Teaching |
Making Time for Inquiry |
Just Tell Me the Answer |
Questioning Techniques |
8 Assessing Inquiry |
The Concern About Assessments |
Curriculum Assessments |
Designing Assessments |
Authentic Assessments |
9 Teaching Biology Through Inquiry |
Investigating Yeast |
An Interview With Dr. Dina Markowitz and Jana Penders |
Questions for Reflection |
10 Teaching Earth Science Through Inquiry |
Toilet Paper Timeline |
An Interview With Dr. Tom O'Brien |
Questions for Reflection |
11 Teaching Chemistry Through Inquiry |
The Peanut Lab |
An Interview With Teresa Gerchman |
Questions for Reflection |
12 Teaching Physics Through Inquiry |
Measuring Centripetal Force |
An Interview With George Wolfe |
Questions for Reflection |
13 Reflecting on a Teaching Career |
The Story of Mr. Baker |
Resource A: Inquiry Resources for High School Science Teachers |
Print Resources on Inquiry |
Print Resources on Inquiry Investigations |
Print Resources on Constructivism |
Print Resources on Science Standards and Science Literacy |
Print Resources on Demonstrations and Discrepant Events |
Print Resources on Assessment |
Print Resources on General Science Areas |
Multimedia Resources on Inquiry |
Online Resources on Inquiry |
Professional Organizations |
References |
Index |