Discusses seven propositions which set a framework for reorganizing science education. Suggests that education resulting from such a curriculum will be more humane, diversified, individualized, and stimulating. This will require new, broader criteria for success and new teacher roles, requiring increased competence and training. (Author/JN)

Proposed is a plan for changing elementary school teachers' attitudes toward science. Persuading teachers, a mandate to teach science, and rewards for teachers involved in science curriculum development, the three steps in the model, are presented in some detail. Implementing the model is also discussed. (MNS)

Effects of the request for equal time (to teach creationist viewpoint) on science curriculum/instruction and teacher credibility are discussed. Uses examples from earth science to illustrate possible effects of a recent creationist bill, Maryland House Bill 1078. (JN)

Describes a sixth-form field course consisting of written materials for students and a teacher's booklet giving necessary techniques, lists of apparatus, and practical hints. The course aims to estimate energy flows in a woodland ecosystem by means of a series of practical sessions involving field/laboratory investigations and calculations.…

This bibliography lists publications for students aged 11 to 16. The documents are collected under: (1) Mathematics; (2) Mathematics and Science; (3) Mathematics and Biology; (4) Mathematics and Chemistry; (5) Mathematics and Physics; and (6) Electronic Calculators. Each section separately lists books, journal articles, and some unpublished…

Discusses a field/laboratory study of the barn owl in which students collect and dissect owl pellets. Interdisciplinary lessons focus on eco-politics, reconstruction of owl prey skeletons, studies of predator-prey relationships, and construction/installation of nest boxes for owls and other birds. The unit begins and ends with an attitude…

Principals can improve programs by becoming science advocates (to teachers, students, and parents), constructing and pushing a science curriculum plan, ensuring annual funds for science materials, providing needed inservice experiences, monitoring the program, and handling likely problems. A 73-item checklist is provided for evaluating current…

Describes a study conducted to determine the percentage of students who complete their initial science course; the relationship between students' first science course grades and their enrollment and success in subsequent science courses; and the similarity of science grades and overall grade point average. Suggests ways of promoting success. (AYC)

Theses proposed in C. P. Snow's book "The Two Cultures," including uncommunicative scientific and literary groups, gap between rich and poor, overpopulation, and nuclear war remain viable topics. Discusses the scientific and literary cultural gap and what can be done in general studies science courses to ameliorate the condition.…

It is noted science education is in a major period of transition, largely because of major problems facing society today. The feeling expressed is that science teaching designed to respond to societal demands of the 1960's is inappropriate for the demands of the 1980's. Possible directions for new programs are discussed. (MP)

Compared effectiveness of a Biological Sciences Curriculum Study (BSCS)-style laboratory program in a university general biology course against a popular traditionally oriented program. Although learning gains for both groups were significant, students using the BSCS-style investigations scored significantly higher on a posttest of laboratory…

Describes how the Technical Library at Texaco Chemical Company conducts a course in the use of the library and the chemical literature therein. Suggestions are then given on how academia could most thoroughly prepare students to utilize the information available to them in an industrial setting. (Author/JN)

Summarizes a Royal Society report on the educational implications of the growth of biotechnology (application of biological organisms, systems, or processes to manufacturing and service industries). Eighteen recommendations are made including the inclusion of biotechnological content into science curricula. (Author/JN)

Provides rationale (philosophical and practical) for teaching astronomy in secondary schools, suggesting that astronomical subject matter be incorporated into such areas as the physical sciences and mathematics rather than introducing an astronomy course. Also discusses careers in astronomy and ways to help teachers to reintroduce astronomy into…

Suggests that invasion biology can supply subject matter for teaching evolution, genetics, ecological relationships, and conservation. Describes flowering and non-flowering plant invaders, vertebrates and invertebrates, and two ecological invasions on the southern coast of England. (JN)