Describes a biology course which is heavily based on field studies. Different aspects of community influences are considered and individual projects are undertaken. (PS)

Describes an optimized learning activity which benefits students, faculty, and administration. Through a self-study program of minicourses, students can work at their own pace to meet performance objectives and take competency tests as often as they think they are ready. (Author/TS)

Members of the Physics Department and the Science Education Department have combined their efforts to implement an audio-tutorial (A-T) mode of instruction in an introductory physics course for non-physical science majors. In the A-T approach, a tape-guided discussion is integrated with various student activities such as laboratory work, viewing…

The teacher's role changes from a presenter of content to a diagnostician of learning experiences in individualized instruction. Common objections to the use of individualized instruction are discussed with reasons to overcome each objection. (Author/TS)

Describes the laboratory portion of a biology course which has been changed to incorporate a self-paced concept allowing students to attend the laboratory at their own convenience. (EB)

Reviews the objectives, themes, and content of a series of five color videotapes on volcanic rock textures. Explains how the tapes, which integrate petrographic observations of textures with computer graphics, can be used in undergraduate and graduate level courses. (ML)

Evaluated and described is an innovative freshman chemistry one-semester laboratory, relating changes in the course to objectives in decreasing lab expenditures, increasing learning, increasing quality, improving attitudes, and producing materials for widespread use. Lists topics for experiments, videotape presentation, and computer simulation.…

Three categories of information are presented in this issue of "Science for Society: Education Review," published by the Commission on Science Education of the American Association for the Advancement of Science. First, as examples of promising innovations in science teaching, there are brief reviews of a secondary school course, Science for…

Describes how college science laboratory activities can be developed by student teams in which original questions are formulated as testable hypotheses and refined into experimental designs on the basis of personal observations. Distinguishes this "minds-on" approach from traditional college science laboratories with respect to students'…