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Preface
6
About This Book
8
What’s in the Book?
9
References
14
Acknowledgments
16
Contents
18
About the Authors
22
Contributors
34
Abbreviations
40
Part I Introduction To Environmental Education
42
The History and Philosophy of Environmental Education
43
A Brief History Lesson
43
Authors, Awakenings, and Achievements
44
Authors
45
Awakenings
46
Achievements
47
The Rest of the World Catches Up
48
Rollercoaster Ride to the Twenty-First Century
49
What’s in a Name?
51
Predecessor Disciplines
51
Contributing Disciplines
52
The Focus on Environmental Literacy
53
Environmental Education in the Post-NCLB Classroom
53
References
54
Professional Preparation for Science Teachers in Environmental Education
57
Introduction
57
Theoretical Framework
58
Preservice Science Teachers as Environmental Educators
61
Pedagogical Content Knowledge
62
A Call for Strong Science Content Knowledge
63
Call for Quality EE Teacher Preparation
64
Mentoring Preservice Science Teachers
65
Recommendations and Conclusion
66
References
67
Approaches to Environmental Education
71
Environmental Education and the Schoolyard
72
Place-based Education
73
Population Connection and the EE Project Curricula (PLT [Project Learning Tree], WILD [Wildlife in Learning Design], and WET
75
Science and EE in Nature Centers, Zoos, and Museums
77
Investigating and Evaluating Environmental Issues and Actions
78
The Issue Analysis
79
Issue Investigation
79
Citizenship Action
80
Action Analysis Criteria
80
Action Research and Environmental Education
81
The STS (Science-Technology-Society) Approach to Science Education and Environmental Education
83
Conclusion
86
Appendix 1:Representative Programs Providing Training and Support for Educational Use of Schoolyards
86
References
87
Environmental Education Within Early Childhood
90
Vignette (Part I)
90
Goals and Objectives of This Chapter
91
Definition of Environmental Education
91
Incorporation of EE into Early Childhood Curriculum
92
Contribution of EE to Other Subject Areas
93
Science
93
Mathematics
94
Language Arts
94
Social Studies
95
Music
95
Art
96
Physical Education
96
Health
96
Vignette (Part II)
97
Acquiring Knowledge About the Environment
97
Developing an Environmental Ethic
98
Adapting EE Activities for Inclusion of Students with Special Needs
98
Vignette (Part III)
99
Assessing Environmental Education
100
Summary
100
References
102
Environmental Education Service-Learning in Science Teacher Education
104
Introduction
104
What Is Service-Learning?
104
Theoretical Support
105
Research and Models
106
Service-Learning and National Science Education Standards for Professional Development
107
Inquiry and Service-Learning
108
Assessing Service-Learning
109
Service-Learning Models
110
Examples of Environmental Education Service-Learning in Teacher Education
112
Oklahoma Blue Thumb
112
Louisville Environmental Youth Summit
113
Concluding Remarks
115
References
117
Beyond Terra firma: Bringing Oceanand Aquatic Sciences to Environmentaland Science Teacher Education
119
Earth Systems Science Education: A Conceptual Understanding
120
Ocean Education and Awareness
121
The Need for Ocean and Aquatic Science Education
121
Incorporating Ocean and Aquatic Science into Environmental and Science Teacher Education: A Process of Teaching and Learning
123
Preparation in Environmental Science Concepts
124
Preparation in Ocean and Aquatic Science Concepts
124
Ocean and Aquatic Science Education Initiatives and Resources
125
Ocean Literacy Essential Principles and Fundamental Concepts and Scope and Sequence Conceptual Flow Diagrams
125
National Programs
126
Centers for Ocean Science Education Excellence (COSEE)
126
National Marine Educators Association
127
National Ocean Sciences Bowl
128
National Oceanic and Atmospheric Association
128
Curricular Resources
129
Integrating Ocean and Aquatic Sciences in Environmental and Science Teacher Education
129
References
130
Part II Environmental Education Pedagogy
133
Promoting the Use of Outdoor Learning Spaces by K-12 Inservice Science Teachers Through an Outdoor Professional Development Experince
134
Background and Description of PD
135
Preassessment Results: Incentives and Challenges in Using OLS
136
Professional Development Interventions
138
Geographical Continuum
140
Instructional Content Continuum
140
Temporal Continuum
141
Postassessment: Observed Effects of Professional Development
141
Discussion
143
Prior Learning and Teaching Experience Outdoors
143
Content Differences
143
State Science Standards
144
Real Obstacles Overcome (A Brighter Note)
145
How These Observations Can Inform Other PD Providers
145
References
146
Integrating Environmental Education Field Trip Pedagogy into Science Teacher Preparation
148
What Is a Field Trip?
149
Why Are Field Trips Necessary?
150
What Strategies Do Science Teachers Need to Learn?
151
Familiar Strategies Applied to Field Trips
151
Strategies for Out-of-the-Classroom Challenges
152
Assessment
156
Integrating Field Trips into Preservice Programs
157
Why Science Methods?
157
Representative Science Methods Course Objectives
158
How Can Field Trip Preparation Be Integrated into a Science Methods Course?
159
Summary
160
References
161
“Eeew! There’s Dew on My Toes”: Common Characteristics of Preservice Elementary Teacher Learning in Environmental Education and Instructional Strategies for ScienceTeacher Educators
164
Introduction
164
Theoretical Framework
166
Environment/Ecology Content Knowledge
168
Ecophobia
170
Physical Discomfort Avoidance
174
Mechanical Disinclination
174
Need for Highly Structured Assignments
176
Summary
177
References
178
Name That Plant! Overcoming Plant Blindness and Developing a Sense of Place Using Science and Environmental Education
180
Introduction: Part of the Problem
180
Plant Neglect and Plant Blindness
181
I’ll Sign a Petition, But I’m Not Going In There
182
Sense of Place
184
What’s in a Name?
185
Teaching Plants and Meeting Standards
187
Environmental Education, Sense of Place, and Finally Seeing Plants
189
Appendix 1: Botanical Lessons and Lesson Source Ideas
190
References
192
Place-based Inquiry: Advancing Environmental Education in Science Teacher Preparation
195
Introduction
195
Summer Learning Experience
196
Application in the Classroom
199
Case Study I: Mystery Water
199
Case Study 2: They’re Buggin’ Me
200
Case Study 3: Structures in the School Environment
202
Other Participant-Place-Based Projects
203
Discussion
203
Implications for Preservice Teacher Education
205
Appendix 1: Task Analysis Plan Guidelines
206
References
207
Summer Methods in Summer Camps: Teaching Projects WILD, WET, and Learning Tree at an Outdoor Environmental Education Center
208
Introduction
208
Role of EE in Our Methods Courses
209
The Nature of the Project Curricula
210
Project Learning Tree
210
Project WILD
211
Project WET
211
Instructional Design
212
Preparing for Camp
213
The Camp Experience
216
Camp and Teaching Context
216
Typical Camp Day
218
Elementary Candidate Reflections in Teaching at the Camps
218
Conclusion
221
Appendix 1: Orientation Points for Student Preservice Teachers
221
Appendix 2: FEP Outdoor Environmental Education Teaching Rubric
222
References
223
Teachers Connecting Urban Students to their Environment*
225
Relevant Literature
226
Content and Pedagogy
227
Confidence and Enjoyment
227
Creating Learning Opportunities
228
Summary
228
Theoretical Framework
228
Camp and Course Background
229
Hands-On, Minds-On Summer Science Camp
229
Science Beyond the Classroom (SBC) Course
233
Impact of Course Experiences on Teachers
235
Cultural Awareness
236
Increased Environmental Awareness and Action Implementation
236
Summary
238
Implications
238
Appendix 1: Toilet Homework
239
References
240
Exploring Preservice Teachers’ Mental Models of the Environment
242
Use of Drawings as a Research Tool
243
Development of the Draw-an-Environment Test and Rubic (DAET-R)
244
Impact of Workshops on Mental Models
247
Implications for Preservice Environmental Education Professional Development
250
Appendix A: Draw-an-Environment Test
252
Appendix B: Draw-an-Environment Test – Rubric (DAET-R)
253
References
255
Pedagogy, Environmental Education, and Context: Promoting Knowledge Through Concept Mapping
257
Using Concept Maps with Environmental Questions
257
Promoting Science Literacy, Environmental Literacy, and Pedagogical Content Knowledge
258
Developing Expert Knowledge Through Concept Mapping
259
Concept Mapping the Environment in Preservice Science Teacher Education
260
Promoting a “Need to Know”
261
Scaffolding Construction of Knowledge About Curriculum Design
264
Outcomes
265
Promoting Science Literacy
265
Promoting Environmental Literacy
266
Promoting Pedagogical Content Knowledge
267
Summary
267
References
268
Unraveling the Scientific, Social, Political, and Economic Dimensions of Environmental Issues Through Role-Playing Simulations
269
Introduction and Background
269
Unit Description
270
Initial Concept Map
271
Introducing the Unit
271
Preparing for the Hearing
273
Senate Subcommittee Hearing
273
Senate Subcommittee Statement and Debrief
274
Unpacking the Experience
275
Senate Hearing
275
Senate Subcommittee Statement and Findings
278
Concept Maps
279
Student Experience
280
Student Understandings
281
Implications
282
Exploring Other Contexts and Questions Using Simulations
283
Hog Wild! and the Potential of New Technologies
283
Environmental Inquiry
284
References
285
Exploring Environmental Education Through Ecofeminism: Narratives of Embodiment of Science
286
Theoretical Framework and Ideas
287
Study Methodology
288
Roly-polys
289
Conservation Biology, Bioregionalism, Deep Ecology, and Ecofeminism
292
Discussion
294
References
296
The Value of Nonformal Environmental Education-Based Professional Development in Preservice Science Teacher Preparation
298
Who Are Nonformal EE Educators and Why Should Science Teacher Educators Work with Them?
300
State of EE in Teacher Preparation
301
Resource and Facility Diversity
302
EE Teaching and Learning Methodologies
304
Benefits of Collaborative Relationships
306
Overcoming Obstacles to Integrate Nonformal EE in Preservice Teacher Education
307
Concluding Thoughts
308
References
308
Using Environmental Education Project Curricula with Elementary Preservice Teachers
311
Case One: Life Science Content Course Designed with Project Guides
313
Case Two: Science Inquiry with the Project Guides
315
Case Three: Literacy and the Environmental Education Project Guides
319
Case Four: Using the Project Guides for Field Work
321
Conclusions and Implications
323
Appendix A
324
Project Guides activities and descriptions
324
References
325
Situated Learning in Environmental Education: Using Geospatial Technologies with Preservice Secondary Teachers
327
Introduction
327
Nature Study in Science Education
328
Using Geospatial Information Technologies (GIT) to Study the Environment
330
Using GIT and Situated Learning to Promote EE in a Schoolyard
331
Incorporating GIT into Preservice Field Experience Courses
334
Summary
337
References
337
Using Podcasting to Address Nature-Deficit Disorder
340
Introduction
340
Who is the Digital Native Student?
340
What is Podcasting?
341
Why Should Teachers Use Podcasting in the Classroom?
341
What Do Studies Say About Environmental Education?
342
What Do Studies Say About Teacher Preparation in Environmental Education?
342
Description of the Project
343
Implementation at SUNY Cortland: Elementary Preservice Level
344
Implementation at Salisbury University: Middle/Secondary Preservice Level
346
Conclusion
348
References
348
Integrating Web-based Activities and Site-based Experiences to Investigate Environmental Issues
351
The Hybrid Approach
352
Course Activities
354
Sprawl in the Lehigh River Watershed Activity
358
The Land Use Change Unit
359
Stockertown Sinkhole Dilemma
359
Abandoned Mine Drainage in Pennsylvania
360
Field Trip Site Visits
360
Discussion
361
Conclusion
363
References
363
Author Index
365
Subject Index
374
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