Lists 46 household chemicals readily available at local stores by common name, chemical name, chemical formula, and typical commercial source. Suggests that school budgetary constraints can be eased by this practice and that students can become more chemically literate as consumers. (JJK)

It is of critical importance in the Asia/Pacific region to produce quality science books which are attractive and interesting for children and youths and which can also stimulate their interest in science and provide them with accurate scientific knowledge in an easily understandable way. This publication is a report of a training course on book…

Reports two surveys conducted in 1983 and 1986 to determine physical chemistry textbooks being used. The selection processes and results are discussed. Provides six tables showing the results. (YP)

Summarized is a study designed to indicate how secondary school science teachers in Great Britain choose and use industrially produced resource materials (IPRM). Among the types of IPRM considered are films, videos, and computer simulations. Suggestions are given for improving materials for schools. (RH)

This report is designed as a guide for the production of science books for primary children. Section I contains presentations on the topic of how to produce primary science books, including: an essay on the development of physics theories, the roles of science books, editing science textbooks for primary schools, editing photographic science books…

This resource guide is a source of current information for teachers, principals, administrators, science curriculum specialists, parents, and those involved in systemic reform of science education. These curriculum materials and other resources support inquiry-based science teaching that fosters an understanding of science concepts through…

The 422 Presidential Science Honorees (1980-86) participated in a Delphi study composed of two surveys regarding their professional reading patterns including science education journals, general education journals, science indexes, and general education indexes. Demographic information about the respondents is provided. (Author/YP)

Examines the reading level and potential comprehension level of 10 fourth-grade science textbooks. Reports that there is a great deal of variability between and within the science texts. (YP)

Reported are the results of a study of organic chemistry courses at 33 different undergraduate colleges and universities. Details of the site visits including lecture and laboratory components of the courses are provided. (CW)

Examines science textbook language and determines some characteristics of them: distant authorial voice, concern for precision, limited context, limited syntax, and rhetorical model. Suggests three further researcher needs. (YP)

Each issue in this set of newsletters is devoted exclusively to reviews of a science textbook. Each text is reviewed by two scientists and one science educator. Textbooks reviewed by issue are: (1) "Scott, Foresman Biology" (1988); (2) "Heath Life Science" (1987); (3) "Prentice-Hall Biology" (1987); (4) "Scott, Foresman Life Science" (1987); (5)…

Investigates whether enriching text with analogies, similes, and metaphors has an impact on student cognitive learning and attitudes. Reports no gain on achievement, negative gain on attitude, no gain on proposition recall test, and negative gain on student attention to the text. (YP)

Examines the influence of the use of hands-on materials in elementary school science instruction from a survey of 301 school principals. The rationale for the survey, questions used, and responses are provided. Lists 12 references. (YP)

Describes a science presentation which promotes various ways to improve laboratory safety. Recommendations for storing chemicals include: minimize the type and amount of stocked materials, purchase certain chemicals in small quantities, and use plastic embedments. Cites several books for reference. (RT)

This resource guide has been prepared to help high school personnel infuse energy education into the basic education program of grades 10-12. The resource guide has two major sections. The first deals with the "why, what, when and where" questions of energy education including a set of objectives and concepts relative to energy education at the…