What makes an outstanding book for a young reader? Although it would be hard to create a rubric for every book, experienced teachers recognize them quickly. They fascinate and captivate with both their content and style. Award-winning trade books inspire young readers to want more... more information, more books, more inquiry, more science. The…

Understanding the nature of science is even more important than mastering its details, says Alan Leshner, Chief Executive Officer of the American Association for the Advancement of Science, in an interview with Educational Leadership. In this article, Leshner discusses the controversy about teaching evolution, and he asserts that demands to…

Examines a sample of 19th-century introductory chemistry textbooks used in the United States and evaluates how the intellectual ferment important to the chemistry of this period is represented in them. Discusses the change in the textbooks as the discipline became professionalized. Concludes that some textbooks shared the personal dimension of…

This study evaluated Ontario Ministry of Education documents and textbooks for environmental content. The documents evaluated were the "Ontario Schools: Intermediate and Senior Divisions" OSIS science and geography curriculum guidelines from grades 7-12. Corresponding textbooks in science and geography were also evaluated. Also…

Discusses the problem of environmental bias and critiques Michael Sanera's approach to evaluation of environmental education performance. Notes that problems result from bias in curriculum materials. Contains 20 references. (DDR)

Employs discourse analysis techniques to examine the approach taken in addressing minority group knowledges in two recently-published sets of junior secondary science texts, with a specific focus on the incorporation of indigenous knowledge into the texts. (Contains 44 references.) (Author/WRM)

This document is the proceedings of the 10th annual meeting of the International Organization for Science and Technology Education (IOSTE). Papers include: (1) "Liberal Education, Information Assessment and Argumentation in Science-LIA" (Andreas Quale, Anders Isnes, Terje Kristensen, and Ketil Mathiassen); (2) "Placing the History…

This digest was prepared to provide some information about activities aimed at improving the science curriculum, a task that is neither easy nor simple. Six identifiable emphases are identified including: inquiry teaching; science, technology, and society; conceptual change; thematic science teaching; The Scope, Sequence, and Coordination project…

A symposium that focused on the education of chemistry teachers in China at predominately the middle and high school levels is discussed. The topics of curriculum and textbook reforms, instructional uses of modern technology, science-technology-society, collaborative efforts with educational psychologists, hands-on laboratory work, and the…

As a beginning point for the curriculum revision process of the Dayton Public Schools, the attitudes of teachers and administrators in that particular urban area were assessed. A 17-item instrument was developed for use in the assessment. The instrument was mailed to all Dayton elementary, middle, and high schools. The attitudes held by Dayton…

This special journal issue presents a review of science education research in 1989. This summary of research is organized around 14 themes: achievement in science, affect, classroom interactions, cognitive processes, computers, curriculum, instruction, legislation and policy, misconceptions, scientific literacy, teachers, tests and assessments,…

The intent of this publication is to consolidate and critique research findings related to teaching and learning in the sciences as they were reported in 1990. The purposes of this and previous summaries include: (1) providing an overview of recent research activity for scholars in the field; (2) providing research information in succinct form for…

This journal issue, presenting review of 1990 science education research, is divided into categories, including among others Conceptual Change and Achievement; Problem Solving; Science Process/Inquiry Skills; Cognitive Development and Logical Reasoning Skills; Assessment and Research Design; the Nature of Science; Science, Technology, and Society;…