Discusses the advantages of using discrepant events in elementary school science classrooms in terms of motivation and problem solving skills. Describes the materials, procedures, and reasons behind five discrepant activities. (YP)

Examined are some of the distinctive features of the biological sciences. Discussed are the use of models with case studies, universal principles, and alternative frameworks. (CW)

Asserts the function of narrative as a method of thinking is important in the lives of children as well as adults. Maintains that, by examining a story or narrative in children's art, it is possible to account for its importance in their lives. Describes three aspects of narrative: (1) invention; (2) description; and (3) negotiation. (CFR)

Discusses the use of Aristolean logic in developing practical reasoning and arguments. Asserts that practical arguments are used to explain why an individual took action based on practical reasoning. Contends that this approach should be used by teachers in applying research findings to instruction and in encouraging students to support their…

Examines perceptions concerning the shape of the earth and the causes of the day/night cycle among American Indian children. Interviews with 26 Lakota/Dakota elementary children revealed a preference for a synthetic model of the earth and animistic explanations for the day/night cycle. Includes excerpts from the interviews. (MJP)

Focuses on student and in-service primary teachers' learning about balanced and unbalanced forces in a range of contexts and identifies significant features of the learning process from the learners' perspectives. (Contains 33 references.) (DDR)

Writing can be a powerful tool for learning biology. Writing assignments in biology could help students personalize and understand the biology knowledge they are studying. In this article, the authors present the "Botanical Sense of Place" (BSP), a convenient and easy-to-use writing template that they developed to elicit and probe students' prior…

This paper reviews and uses current research to present guidelines for curriculum development and delivery. The presenters demonstrate why manipulatives, laboratories and other "hands on" approaches are not appropriate introductory learning tools for adults. They argue that laboratory and similar strategies are the tools of an…

The conceptual orientation that guides the University of Utah's field-based doctoral program in educational administration is described in this paper, with a focus on making judgments within the decision-making process. The first part explains the rationale for adopting the conceptual orientation and the second part describes the normative model…

Reports on a study to test the validity of the assumption that a teacher's conception of the nature of science directly influences his/her classroom behavior. Recommends a redirection in science education to promote more adequate conceptions of the nature of science in secondary schools. (TW)

Recent advances in developmental science can teach us a great deal about the value of specific kinds of human interactions in the earliest years of life for the developing brain architecture. Animal experiments indicate that enriched environments with opportunity for frequent interaction and new experiences can help the animals' brains develop…

Briefly reviews Albert Bandura's Self-Efficacy Performance Model (ability to perform a task is influenced by an individual's belief in their capability). Tests this model with a sample of 776 university employees and computer-related knowledge and skills. Results supported Bandura's thesis. Includes statistical tables and a discussion of related…

Shows the effects of a tutorial program for college students using process-oriented instruction. Process-oriented instruction combines domain-specific knowledge with teaching thinking strategies. Tutorials included a diagnostic learning style instrument and learning guides. Evaluation questionnaires and exam scores both indicated improved study…

Points out a misconception that is reinforced in many elementary and advanced chemistry texts. Discusses the general limitations of the orbital concept. Notes misconceptions related to the transition elements and their first ionization energies. (MVL)

This paper attempts to create a vision of what it would be like to teach for understanding, to adopt the view of learner as constructor of his or her own understanding, and to share in the creation of an environment for reconstructing students' understanding and reasoning. Such a program is based on assumptions about the cognition of learners,…