This exciting new book for science methods has its foundation in the National Science Standards. Chapters are built around the learning cycle of exploration, invention, and expansion, and the role of thinking skills in students' meaningful construction of science knowledge. Every chapter begins with Exploring Your Ideas, in which readers bring out their prior knowledge as they consider a problem. Then, the reader is guided through an explanation involving concrete examples and practice opportunities that develop knowledge and skills. Finally, discussion and examples of the topic help readers apply new ideas to classroom situations. This book ensures readers are prepared to teach to the expectations of today's school boards, principals, and parents. It sets out a general approach to working with some students' alternative “scientific” conceptions and readies future teachers to circumvent misconceptions in order to introduce students who hold these ideas to the rational inquiry techniques of true science. For teachers in the field of Science.
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This exceptionally clear and logically organized new entry far science methods has its foundation in constructivism and inquiry, the fundamental approach of the National Science Education Standards. Each chapter is structured as a learning cycle of exploration, invention, and expansion, beginning by bringing out readers' prior knowledge in the Exploring Your Ideas feature, followed by an explanation involving concrete examples, and concluding with the application of new ideas to several classroom situations. 't-his structured approach benefits new users of inquiry by guiding the development of effective inquiry-teaching strategies.
Features of This Text:
Science in the Elementary and Middle School views science literacy as a vital part of the knowledge of all students and adults in the 21st century. Meaningful learning of science content, skills, and values enables students to fully participate in modern society.
Drawing upon many years of elementary and middle school teaching experience, higher education, supervising, and research, we have written this textbook to illustrate: (1) strategies for teaching relevant science for full understanding; (2) the use of an inquiry approach that empowers students to more fully comprehend their world; and (3) theory and research supporting best practices in the teaching of science.
Our text focuses on meaningful learning of essential science knowledge that has its foundation in the national science standards. It is built upon recognizing that students construct knowledge in their own minds so that it has meaning for them. The research literature in science education and in constructivism contributed heavily to the approach taken in this book. As we have worked with the research literature, conducted our own research, and developed and taught science lessons, we have used the theories and strategies discussed in this book. Based in the broader areas of inquiry teaching and learning, we find that the learning cycle approach to structuring lessons and units provides teachers and learners with flexibility, assuring the inclusion of the best aspects of the major theories describing how students learn. We have applied the learning cycle of Exploration, Invention, and Expansion in teaching science concepts, generalizations, skills, and dispositions.
This book is rich in examples and illustrations of how to teach science. Each chapter is organized so that it reflects the nature of inquiry learning through the learning cycle.
Each chapter begins with an Exploration activity that helps the readers recall their prior knowledge and use it to solve a specific science teaching and learning problem. Classroom Scenes features bring readers into the lessons. The chapter sequence also enables readers to test and check their prior ideas.
Readers then work with explanations that develop more appropriate and usable ideas related to the teaching and learning area that makes up the focus of the chapter. Each chapter involves an active learning process. Opportunities for reflecting on the reading, checking ideas based on classroom experiences, and interacting with others appear throughout the chapter. These activities help readers reflect on their practice with the new ides.
Lesson plans for the range of grade levels, from kindergarten through middle school, move the readers from Classrooms Scenes and exploratory activities to the planning that results in meaningful science teaching. Lesson plans and Classroom Scenes are found throughout the book.
Opportunities for application of and reflection on this book's ideas are found in the Applying What You Know activities. Readers will benefit most from these sections if they are used as they are encountered in the book, and if shared with others. Instructors may use these as discussion starters.
The latter parts of each chapter focus on the application and extension of the teaching and learning area that makes up the focus of the chapter. These are accomplished through additional scenarios, sample lesson plans, and Applying What You Know activities.
ORGANIZATION OF THIS TEXT
Chapters 1 through 6 focus on student learning, inquiry teaching, and setting appropriate science goals. Critical elements for teaching science are dealt with in detail in the remaining chapters. Examples of these include assessment through fully involving diverse learners, integrated teaching across subject areas, classroom management, unit development, incorporating technology, safety, and facility and resource planning. Major curriculum movements, such as multicultural education and the full involvement of diverse learners in the classroom, are discussed in detail and integrated throughout the many science topics considered.
Chapters 12 through 15 tie the book's discussions together by providing a comprehensive approach with starting points for teaching physical sciences, biological sciences, and Earth sciences. These last chapters help the reader anticipate the prior knowledge students may bring to each of these three major science areas. They identify the content and appropriate strategies that can be utilized in teaching each of these areas. These last four chapters can be used as a resource for many of the earlier chapters as those are being read and reflected upon.
This textbook and its accompanying materials serve as a comprehensive reference for those who are teaching and developing the science education curriculum.
This text-integrated supplement at www.prenhall.com/sunal provides readers with access to Internet links for resources supporting and extending this book's discussion of meaningful science instruction and curriculum through research, meaningful activities, self-assessments, chat areas, and a threaded message board. For the professor, the Syllabus Managerô allows online creation and management of course syllabi.
This useful tool provides additional support for instructors, including test questions and online integration.
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Book Description Prentice Hall, 2002. Paperback. Book Condition: New. Bookseller Inventory # DADAX0130283428
Book Description Prentice Hall, 2002. Paperback. Book Condition: New. book. Bookseller Inventory # 0130283428
Book Description Prentice Hall, 2002. Paperback. Book Condition: New. Bookseller Inventory # P110130283428
Book Description Paperback. Book Condition: BRAND NEW. BRAND NEW. Fast Shipping. Prompt Customer Service. Satisfaction guaranteed. Bookseller Inventory # 0130283428BNA
Book Description Book Condition: Brand New. Book Condition: Brand New. Bookseller Inventory # 97801302834291.0