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E-raamat: Ask, Explore, Write!: An Inquiry-Driven Approach to Science and Literacy Learning

(Central Michigan University, USA), (Fulton Middle School, Michigan, USA),
  • Formaat: 184 pages
  • Ilmumisaeg: 12-Feb-2020
  • Kirjastus: Routledge
  • Keel: eng
  • ISBN-13: 9781000025576
  • Formaat - PDF+DRM
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  • Formaat: 184 pages
  • Ilmumisaeg: 12-Feb-2020
  • Kirjastus: Routledge
  • Keel: eng
  • ISBN-13: 9781000025576

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Discover how to effectively incorporate literacy instruction into your middle or high school science classroom with this practical book. Youll find creative, inquiry-based tools to show you what it means to teach science with and through writing, and strategies to help your students become young scientists who can use reading and writing to better understand their world.



Troy Hicks, Jeremy Hyler, and Wiline Pangle share helpful examples of lessons and samples of students work, as well as innovative strategies you can use to improve students abilities to read and write various types of scientific nonfiction, including argument essays, informational pieces, infographics, and more. As all three authors come to the work of science and literacy from different perspectives and backgrounds, the book offers unique and wide-ranging experiences that will inspire you and offer you insights into many aspects of the classroom, including when, why, and how reading and writing can work in the science lesson.

Featured topics include:











Debates and the current conversation around science writing in the classroom and society.





How to integrate science notebooks into teaching.





Improving nonfiction writing by expanding disciplinary vocabulary and crafting scientific arguments.





Incorporating visual explanations and infographics.





Encouraging collaboration through whiteboard modeling.





Professional development in science and writing.

The strategies are all aligned to the Next Generation Science Standards and Common Core State Standards for ease of implementation.

From science teachers to curriculum directors and instructional supervisors, this book is essential for anyone wanting to improve interdisciplinary literacy in their school.
Preface xiii
A Note About the Companion Website xiv
Link for the Companion Website xv
Meet the Authors xvii
Introduction: Our Science/Literacy Stories xix
Jeremy's Story: My Path to Becoming a Mad Scientist...err, Science Teacher xxi
Wiline's Story: From France to Michigan, with Many Stops in the Field xxiv
Troy's Story: Stepping Into Science Literacy xxvi
Next Steps xxviii
Chapter 1 Writing in Science?(!)
1(22)
Jeremy's Journey: My Introduction to (Not) Writing across the Curriculum
2(4)
A Bit of Scientific Writing History
6(11)
Wiline's Perspective: The Dreaded Science Textbook
7(2)
Troy's Perspective: A Deeper Look at WAC, WID, WTL, and WID Movements
9(2)
A Move Toward Disciplinary Literacy
11(1)
Strategies for Writing in Science
12(3)
Literacy Now in the NGSS
15(2)
Four Key Shifts Driving the Science/Writing Conversation
17(4)
1 Literacy and Science Do Mix
18(1)
2 Writing and Science are Both Process-Oriented
19(1)
3 Inquiry Matters
19(1)
4 Technology, Writing, and Science are Intertwined
20(1)
Conclusion: More Alike than Different
21(2)
Chapter 2 Science Notebooks
23(28)
What Science Notebooks Are
24(2)
Why Use Science Notebooks
26(4)
Jeremy's Perspective
26(2)
Wiline's Perspective
28(2)
How to Teach with Science Notebooks
30(14)
Jeremy's Perspective: A Case Study with Photosynthesis
30(5)
Wiline's Perspective
35(1)
Observational Entries
35(3)
Data Recording Entries
38(3)
Brainstorming Entries
41(1)
Notetaking Entries
41(3)
How to Assess Science Notebooks
44(4)
Next Steps with Science Notebooks
48(3)
Chapter 3 Visual Explanations with Inf ographics
51(24)
What Infographics Are
53(2)
Why Use Infographics
55(1)
How to Teach with Infographics
56(15)
Jeremy's Perspective: Introducing Infographics to Students
57(5)
Wiline's Perspective: A Deeper Dive into Creating Tables and Other Graphs
62(1)
Step 1 Organizing Data into Tables
63(1)
Step 2 Organizing Data into Graphs
64(1)
Step 2.1 Organizing Data into Line Graphs
65(3)
Step 2.2 Organizing Data into Pie Graphs
68(1)
Step 2.3 Organizing Data into Bar Graphs
68(2)
Considering the Benefits and Constraints of Various Graph Types
70(1)
How to Assess Infographics
71(2)
Next Steps with Infographics
73(2)
Chapter 4 Encouraging Collaboration through Whiteboard Modeling
75(20)
Welcome to a Classroom with Students Engaged in Modeling Pedagogy
75(4)
How to Teach with Modeling
79(2)
What Happens with Whiteboarding: Preparing for, Conducting, and Debriefing a Board Meeting
79(1)
Before the Board Meeting: Working in Small Groups
80(1)
During the Board Meeting: Listening Attentively
80(1)
After the Board Meeting: Reflecting on Our Learning
81(1)
Jeremy's Perspective: Modeling in Middle School
81(7)
Wiline's Perspective: Whiteboarding with Undergraduates
85(3)
How to Assess Modeling and Whiteboarding
88(1)
Wiline's Perspective
89(2)
Next Steps with Modeling and Whiteboarding
91(4)
Chapter 5 Additional Strategies to Encourage Inquiry, Reading, and Writing
95(26)
Moving into Deeper Inquiry with the Question Formulation Technique
96(3)
Creating (Creative) Nonfiction
99(5)
Creative Nonfiction Example 1: Narrative Poetry
101(1)
Creative Nonfiction Example 2: Real Estate Ads
101(3)
Jeremy's Perspective: Everyday Vocabulary and Science Vocabulary
104(1)
Wiline's Perspective: Concept Mapping
105(3)
Wiline's Perspective: Writing Strategies for Scientific Argument
108(7)
Pre-writing: Outlining
108(4)
Writing: Drafting
112(1)
Writing: Editing
112(1)
Peer Review
113(2)
Literature that Uses Science
115(1)
Apps, Websites, and Devices Worth Considering in the Science Classroom
116(3)
Conclusion: Foreground Literacy Practices During Inquiry Activities
119(2)
Chapter 6 Professional Development in Science and Writing
121(28)
The Design of the Beaver Island Institute for Science and Literacy Teachers
122(3)
The Field Experiences
125(12)
Field Experience 1 Snake Boards (Observational Design)
125(2)
Field Experience 2 Line Transects/Botany
127(2)
Field Experience 3 Stream sampling
129(1)
Field Experience 4 Trail Cameras
130(2)
Field Experience 5 Removal of Plant Invasive Species
132(3)
Field Experience 6 Animal Behavior
135(2)
Capturing and Interpreting Data: A Closer Look
137(2)
Outcomes and Implications
139(5)
Participant Responses via Institute Surveys
139(2)
Sample Units
141(1)
Clean Water: Creation and Access
141(1)
Interactions and Interdependence
142(2)
Species Integration and Management
144(1)
Rethinking Professional Learning for Scientific Literacy
144(2)
Conclusion: Next Steps with the Next Gen Science Standards and Literacy Learning
146(1)
Potential Next Moves for Teachers
147(2)
References 149
Troy Hicks is a professor of English and Education at Central Michigan University, and Director of the Chippewa River Writing Project. He has authored and co-authored nine books and over 30 journal articles and book chapters for teachers and other educators.

Jeremy Hyler is a middle school English teacher and a teacher consultant for the Chippewa River Writing Project, a satellite site of the National Writing Project. He is also a regular blogger for MiddleWeb.

Wiline Pangle is a lecturer in the Department of Biology at Central Michigan University. She also works with science teachers across Michigan to develop inquiry-based activities to promote sciences at all levels of education.