An undergraduate research program in natural product synthesis was established at a small liberal arts college. Discusses program goals (including the total synthesis of maytansine), objectives, and accomplishments to date. Guidelines for establishing such programs are offered. (JN)

The benefits of undergraduate research programs for faculty members are described. Proposal strategies for new faculty, working in the undergraduate setting, and role of the senior faculty are the other major areas considered. (JN)

Examines programmatic effects of undergraduate chemistry research programs, focusing on internal research funding at Pomona College. The two-phase funding plan is described, accompanied by commentary on the reasoning and philosophy which lie behind these procedures. (JN)

The Advanced Physics Project for Independent Learning (Appil) consists of 10 units based on three themes, namely, materials, forces and fields, and waves. Discusses the content and aims of the project, its emphasis on student-centered learning, managerial advantages, characteristics of the teacher's role, resource implications, and other topics.…

In 1996, the Environmental Education Council of Ohio (EECO) took the lead in developing a statewide plan to build Ohio's capacity--or Ohio's ability to provide leadership and resources--for environmental education. The goal for the project was to collaboratively develop and implement a statewide strategy for building Ohio's ability to promote…

Four approaches may be used to convert an existing textbook science program into a district science program. These include correlated resource, chapter, lesson, and generalized approaches, each approach using an adopted textbook series as a base (determining subject scope/sequence) into which local aims and resources may be integrated. (Author/JN)

Provides information on "3-2-l CONTACT," a television series on science subjects. Indicates that 3-year taping rights (without charge) for in-school use are available for the entire series and that, since programs are closed-captioned, hearing-impared students with access to decoders can take advantage of the series. Broadcast…

Compares science education in the United States to that in Germany, France, Japan, People's Republic of China, Soviet Union, Thailand, and the United Kingdom. Includes a list of science education endeavors in each of these countries to stimulate discussion of how to improve the situation in the United States. (JN)

Presents a discussion of the types of unit used in the various Technical Education Council Programs, and the consultation procedures with industry which are required for unit development. (Author/SA)

Describes primary science education in Australia from the 1960s to the present. Suggests what changes should be made in the primary science curriculum and how these changes could be implemented. (DS)

Briefly describes and compares the state-of-the-art of undergraduate and graduate programs and research related to the history of science in the United States, USSR, West Germany, and Great Britain. (DS)

Describes teaching an activity-oriented high school chemistry course during a six-week summer session, including personal experiences of the teacher, laboratory activities completed, examinations, parental involvement, and some innovations that worked. (JN)

Described is the elementary science curriculum "Children and Their Natural Environment" developed by the working group for Educational Research at the University of Gottingen. Objectives are listed as attempting to integrate a particular teaching concept with the scientific way of looking at problems and an attempt to understand teaching…

An account of a teacher's experience in presenting astronomy to 12 to 15 year olds in a summer science program is presented. Observations of planets, meteors, and the sun are the major projects which are discussed. (SA)

Presents information on the Georgia Institute of Technology. This information includes: (1) a brief history of the institute; (2) names of the faculty members of the chemistry and metallurgy divisions; (3) undergraduate program; and (4) graduate program. (HM)