The authors suggest that simply by changing the method of questioning, a teacher can change not only the intellectual demands in the classroom, but also the range of thinking strategies that provide for understanding and competence. (KC)

The use of analogy can be the most effective way of helping science students successfully formulate hypotheses and develop understandings of concepts. (JR)

The purpose of this paper is to present classroom teachers with a succinct, practical explanation of how to teach reading comprehension. An approach to the systematic teaching of comprehension which is based on practical interpretation of current research and theory is presented. Examples are given that will assist any teacher who is responsible…

Illustrating the way in which poorly posed questions may adversely affect class participation and learning, this article presents examples of classroom questions that have been classified and analyzed; components of hierarchical questioning strategies; and methods for using questions to stimulate thinking and enhance classroom learning. (Author/JC)

Argues that by carefully planning questioning techniques, the classroom teacher can build prereading concepts and help students make those links between their own knowledge and experience and the information contained in a text. Offers taxonomies of teacher responses and of concept development to help teachers structure classroom interaction. (FL)

The difficulties hearing impaired students experience in acquiring the conceptual information underlying narratives is discussed in terms of schemata development and the role of incidental learning. Principles for teaching concepts and labels, elaborating the schema, using questions to fill in conceptual gaps, and using imaginary play and…

This book shows educators how to rethink teaching by challenging their beliefs about knowledge and learning. It helps teachers organize for student learning rather than plan for teacher telling by applying constructivist learning theory in the classroom. It presents a constructivist perspective on how to arrange classroom events for student…

Presented are examples of how the terminology used in typical rate questions is misunderstood by a large proportion of students. Explanations based on both interviews and paper-and-pencil tests are given as to why this phenomenon exists. (MNS)

The intent of this book is to encourage teachers to examine how they question in order to generate richer classroom interaction. Part One sets out the reasons for the limited effectiveness of questions in present classroom practice, and examines the two structures which form the matrix of all educational processes: the structure for thinking and…

Shows how a scale of questions can be used to develop and assess children's ability to comprehend information presented through different modalities and media. The scale's five levels, which indicate increasing difficulty in comprehension, are association, classification, seriation, integration, and extension. (Author/DB)

An alternative approach for teaching primary school science has been proposed by the Learning in Science Project (Primary--LISP(P). This study investigated the use of the approach during three series of lessons on the topic "metals." Each series followed the same general pattern: (1) an introductory session to stimulate children to ask…

Observes that the improvement of reading scores is not a legitimate educational goal, notes that reading abilities are inseparable from other modes of linguistic expression, and proposes many types of activities for teaching language in a context involving increasing knowledge of the uses of language in different subjects. (GT)

Argues that "student talk" is an important developmental activity in mathematics. Gives suggestions that will facilitate student talk. (PK)

The stand taken in the Learning in Science Project (Primary)--LISP(P)--is that primary school science should be centrally concerned with children's present interaction with their world rather than their future science education. Further, it has been decided that one of the LISP(P) foci should be on questions that children ask and how these…

One area explored in the Learning in Science Project (Primary--LISP(P)--was children's questions about and explanations of phenomena. Data were obtained from work with classes of children, interviews with children, informal discussions with teachers, and observations of two teachers using an alternative teaching model (outlined in an appendix)…