Are you interested in using argument-driven inquiry for middle school lab instruction but just are not sure how to do it? "Argument-Driven Inquiry in Physical Science" will provide you with both the information and instructional materials you need to start using this method right away. The book is a one-stop source of expertise, advice,…

This pedagogical picture book is a powerful tool in a small package. The authors of "The Power of Questioning" invite you to nurture the potential for learning that grows out of children's irrepressible urges to ask questions. The book's foundation is a three-part instructional model, Powerful Practices, grounded in questioning,…

In this second installment of a two-part article, the author draws from coaching and research into children's learning in science to present a model for building pupils' scientific ideas quickly and effectively. In the first article, the author outlined how pupils' reading improves when they are more engaged in finding scientific…

This article outlines how to incorporate argumentation into a forensic science unit using a mock trial. Practical details of the mock trial include: (1) a method of scaffolding students' development of their argument for the trial, (2) a clearly outlined set of expectations for students during the planning and implementation of the mock…

Argumentation is one of the central practices in science learning and helps deepen students' conceptual understanding. Students should learn how to communicate ideas including procedure tests, data interpretations, and investigation outcomes in verbal and written forms through argument structure. This article presents a negotiation model to…

Drawing from 30 years of teaching and professional development experience, this book offers a roadmap for using children's literature to provide authentic learning. Featuring a "storyteller's voice," each chapter includes a case study about how a particular fiction or nonfiction work can be used in an early childhood classroom; a series of…

This book offers easy-to-use classroom strategies for middle and high school Mathematics and Science classrooms. They demonstrate how teaching, learning, and assessment are inseparable and seamless. Each strategy will engage your students in activity and reflection, consuming little class time, costing nothing, and uniting the three dimensions of…

Presents and examines two lesson excerpts in which different questioning techniques are used. (MKR)

Questions whether the Socratic method is an effective teaching method. Presents a more effective questioning strategy using a dialog as an example. (MVL)

Describes how two teachers developed an inquiry learning and teaching approach called KWLQ in which students recorded their prior knowledge, formulated questions, searched for answers, and finally noted more questions for further study. Describes how they used this approach in inquiry units in kindergarten, second-grade, and fifth-grade classes.…

The experience and science expertise of these award-winning authors makes this easy-to-use guide a teacher's treasure trove. This latest edition to the popular What Successful Teachers Do series describes 75 research-based strategies and outlines best practices for inquiry-oriented science. Each strategy includes a brief description of the…

Examines the work of people who design exploratory exhibits for science museums. Discusses asking good questions, meaningful learning, design criteria from "interest experts," and four concepts about ideal learning environments which include choice in formal and informal learning, expert jargon and natural language, skills and dispositions, and…

Describes introducing students to the chemical elements through the use of Tom Lehrer's recording of "The Elements" and through the use of the game "20 questions." By asking the teacher questions about an unknown element or compound, students are given opportunities to develop and practice analyzing, synthesizing, and…

Describes a method for teaching advanced ecology to juniors and seniors at an independent high school. Uses questions as the primary organizational tool to organize the curriculum. Facilitates teaching science in a manner closer to how it is practiced by scientists and helps students understand and appreciate science itself. (SAH)

Discusses the incompatibility of fast-paced questioning techniques and inquiry-oriented science instruction. Encourages increasing the time allowed for students to construct responses to teacher questions, and utilizing a system of rewards and punishments that supports students working out their own ideas with experiments. (DDR)