Traditionally, the terms "current,""voltage," and "resistance" are introduced in a linear sequence according to structure of the discipline and based on measurement operations. A new approach is discussed, the terms being introduced simultaneously in a qualitative way, using the system aspect of the electric circuit as an integrative base.…

Describes a proposal for a new physics program for geology majors at the University of Rome based on a problem-oriented approach and extending the range of physics concepts covered by more traditional courses. Emphasis is put on applying physical concepts to geological problems. (Author/SK)

Suggests introducing the periodic table theme for a junior high school chemistry course. Describes strategy to implement this approach with associated student activities. (DS)

Describes the use of personalized instruction in an introductory biology course for nonmajors at the University of Wisconsin-Superior. (CS)

Addresses pedagogical problems of science in ethics and ethics in science with reference to beginning courses in chemistry and philosophical ethics, citing experiences in attempting to combine the two fields. (Author)

A nation-wide symposium on geology teaching was held in Spain, focusing on various aspects of geology curriculum and instruction at the secondary and college levels, including sessions on geology museums and the history/philosophy of geology. Indicates that a nationwide network of interested teachers was organized to update high school teachers.…

Suggests using National Institute for Occupational Safety and Health (NIOSH) criteria documents as a source for special topics material in chemistry. Presents a list of selected NIOSH documents, ordering information, and reviews one document on formaldehyde in some detail. (SK)

Briefly describes a module on the origin of life formulated for inclusion in introductory biology, geology, and astronomy courses. The authors are preparing a concise monograph on the topic to complement the three-week module. (Author/SK)

Suggests that a course in cultural science be adopted throughout high schools, where the majority of citizens finished their education. Discusses rationale for such a cultural or multidisciplinary course, teacher training, current practices, and changing from specialized science to a cultural approach. (SK)

Develops a rationale for integrating oceanography and marine education in land-oriented curriculum at the secondary level. Examples of topics with a multidisciplinary approach are described in the areas of acoustics and music, aquaria, archeology, art, astronomy, literature, careers, ecology, gastronomy, geology, and topics on various aquatic…

Summarizes 10 findings of a national survey of the status of introductory astronomy courses for nonscience majors. Findings focus on instructors, course length, laboratory components, laboratory equipment and exercises, texts, enrollment, mathematics prerequisites, and instructors' needs to enhance their teaching capabilities. (SK)

Describes a physics classroom in Briarcliff High School, Briarcliff Manor, New Jersey. Over 50 percent of the student body studies at least a year of physics before graduating, but less than 15 percent take a computer course. The physics programs discussed illustrate five different computer applications. (MP)

The Learning Environmental Inventory is promoted as a tool that has been used extensively to ascertain differences in class environment and how student environment perceptions relate to achievement and attitude. It's felt that teachers can improve their classrooms through careful use of the instrument and application of knowledge gained. (MP)

The act of attributing human emotions to nonhuman animals (personification) may lead to misconceptions by young students who may not be able to distinguish fact from fiction. Three major types of personification (animism, anthropomorphism, and teleology) are briefly reviewed with related examples. (DS)

Presents position statements indicating the necessity of laboratory experiences for the teaching and learning of science in the elementary school. Three different perspectives are addressed: research, curriculum, and teaching. (DS)