This collection of papers focuses on community building within teacher education programs in Canada, Israel, Australia, and the United States, suggesting that teacher educators must go beyond localized experiences and reach out to each other in a global discussion. There are 12 chapters in 4 parts. Part 1, "Opening the Conversation,"…

A teacher educator, engaged in ongoing practitioner inquiry to explore self as well as program, examines her evolution as a teacher of teachers through reflection, systematic inquiry, and collaboration. Relating autobiographically, she conjures up her professional stories and listens to her voice in an effort to define and refine her role, reflect…

This article presents the results of a study examining the impact of curriculum integration on prospective teachers. Utilizing a qualitative and phenomenological approach, the study follows a group of secondary education students through an entire semester course that employs curriculum integration. Intensive focus group transcripts and student…

Describes the program in a summer institute for 25 junior high school science teachers. Innovations used in the program included lecture-demonstrations, small group discussions, open-ended laboratories, and viewing physics films. Problems that arose are reviewed. The method of evaluating the teachers is described. (LC)

Teachers are encouraged to examine more critically the assumptions on which science curricula are based so they will be less likely to accept naive approaches to discovery learning. Examples from the Physical Science Study Committee (PSSC) and Nuffield Physics are used to show how they use discovery learning. (IS)

A case study of the type of educational experience provided in a seminar for student teachers is discussed. Inspired by a humanistic philosophy, the seminar did, at times, play a liberalizing and creative role. Most discussions, however, focused on utilitarian problems encountered in the students' teaching. (PP)

Results from Biology Cognitive Preference Inventory taken by grade 12 Jewish (N=406) and Arab (N=297) biology majors revealed similarities between cognitive preferences, achievement, and background variables. Reports that, in spite of substantial cultural and home differences, both groups became oriented toward principles/questioning rather than…

Provides evidence to support the conclusion that relationships exist among Piagetian levels of intellectual development, intelligence quotient, content achievement, and inquiry skills in ninth and tenth grade biology students (N=92). (DS)

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)

The article presents the Student Interest Unit (SIU) 0-100 (an instructional strategy based on student interest) approach to motivating gifted and talented children. (PHR)

Discusses how laboratory activities can match science teaching goals. Analysis of two commonly used laboratory investigations in high school physics and biology are presented using a list of 24 skills and behaviors which are related to the processes of scientific inquiry and problem solving. (HM)

Defines approaches to inquiry-based science teaching and describes many ways in which to conduct this kind of science instruction. Argues that with science reform underway, opportunities exist to transform classrooms into environments with active learners engaged in inquiry. (DDR)

Describes an educational program that asks students to attempt to prove that the earth is spherical and that it rotates. Presents tips to pique student interest and charts related to sensing the spin, nonrotation notions, flat earth fallacies, evidence that the earth is spherical and rotates, and the role of watersheds in proving that the earth…

Discusses various problems with Activitymania (prepackaged activities for science instruction) in the context of teaching scientific inquiry. Suggests that teachers clearly define conceptual goals and their relationships to students' lives and interests before selecting classroom activities. (PVD)

Describes five astronomy education projects implemented by the Harvard-Smithsonian Center for Astrophysics Science Education Department and funded by the National Science Foundation. Project efforts have concentrated in three major areas: (1) curriculum development; (2) teacher support; and (3) classroom technology. (DDR)