Provides rationale, purpose, and content of environmental education degree programs at Tufts University including courses of study for undergraduate majors, graduate offerings, community outreach activities, and foreign exchange programs. Contact information is also included. (JJK)

Briefly describes a physics course for nonmajors which focuses on light and color. (PEB)

Describes an introductory college biology course in which the student's rate of progress, goals and instructional procedures are individualized. (PEB)

Summarizes the educational objectives and strategies of the Chemical Technician Curriculum Project (Chem TeC), which has the primary objective of preparing a set of texts specifically for training chemical technicians. (PR)

Presents three science programs developed as special topics courses at one of the two-year regional campuses of the Pennsylvania State University, Shenango Valley. The authors outline these programs in biology, physics and chemistry to illustrate their plasticity for program development and experimentation. (HM)

Describes the Multidisciplinary Studies program at the University of Massachusetts Dartmouth that provides advanced coursework in the sciences without requiring that a student major in a specific science. Focuses on the fields of environmental science, cognitive science, gerontology, and environmental psychology. (JRH)

Describes an innovative freshman chemistry program in which course sequences have been designed to accommodate students with strong or weak chemistry backgrounds or with no previous chemistry at all. Includes information on courses offered, instructional strategies, and laboratory examinations. (JN)

Describes a semester-long field trip in which 26 students of the University of Colorado studied the geology of the western United States. Only four of the participating students were geology majors. (JR)

Describes the formation and organization of a statewide energy consortium consisting of faculty from 19 campuses of the California State University and Colleges system. Also describes three major consortium activities and reasons for its success. (SK)

Describes aspects of the preprofessional program for minority students in the health sciences at the University of Washington, including a summary of the history of the entire preprofessional program, factors bearing on selection and placement of students, and motivational factors. (CS)

Discussed are three aspects of the development of computer-aided learning materials: (1) reconstructing a beginning college physics course to be more efficient and flexible; (2) exploring simulations and learning sequences not usually accessible to students; (3) dissemination of project ideas to administrators and faculty elsewhere. (CS)

Describes an interdisciplinary approach to science learning in settings usually associated with the humanities or social sciences. Explains the program, its rewards and results, the self and identity seminar, why the program works, and ways of adapting the program. (RT)

Discusses need for and nature of science courses for the nonspecialist, outlining the content of an integrated four-year program devoted to sciences (first two years), technology (third year) and science/technology/human problems (fourth year). Includes recommendations for implementing such a program. (Author/JN)