Discusses the benefits of research partnerships between scientists and K-16 students. Regards the partnerships as effective vehicles for teaching scientific logic, processes, and content by integrating inquiry-based educational approaches with innovative research questions. Reviews integrated research and education through geoscience partnerships.…

Describes national and local activities done during National Chemistry Week including chemistry demonstrations, shopping center exhibits, contests, and museum exhibits. Discusses the supplementary material about chemistry in selected editions of 16 newspapers, "Solution for the Future." Presents many pictures showing those activities.…

Describes the start, material development, relevance, teaching methods, dissemination, evaluation, and future plan of the Science and Technology in Society (SATIS) projects. Provides a list of 100 SATIS resource units to enrich science courses for 14-16 age students. (Author/YP)

Presents statistical data on chemistry and chemical engineering departments for the 1988-89 academic year. Provides tables for departments offering approved programs, degrees awarded by schools, and trends during the last five years. (YP)

Discusses a teacher education program for helping teachers facilitate the development of students' understanding of the nature of mathematics and science and to motivate students' interest. Describes the rationale, courses, delivery format, admissions, and program evaluation. (YP)

Examines the educational value of exhibits for transferring wildlife information to high school students. Reports that the passive exhibitry technique produced increases in the wildlife knowledge of students. (Author/YP)

Determines how the use of a science education program affected selected ninth-grade students' comprehension of science reading material. The different effects of the program depended on students' reading and mathematics scores. (Author/YP)

Describes a three-week summer program teaching selected chemistry faculty how to incorporate polymer chemistry into chemistry courses. In addition to lectures, the program conducted many experiments and provided a trip to industry laboratories. (YP)

Described are the formation of DEUS (Danish Enterprise University System) consortium and DEUS TraiNet as examples of European collaboration program. The organization, technology, computer conferencing, service, and multimedia training of the programs are summarized. (YP)

Describes a course designed to improve the professional qualities and skills of students by using a design project as the focal point of the course. Gives an example of a product development program including the introduction, stages, and evaluation. (Author/YP)

Discusses the establishment and implications of programs and workshops developed in response to Florida's State Comprehension Plan for Mathematics, Science, and Computer Education. Emphases are on efforts geared toward expanding support for precollege science teaching. (ZWH)

Defines a few major reasons for the frequent failure of laboratory instructional methods and outlines some modes of thinking that seem to promise greater effectiveness and firmer justification for maintaining the laboratory as an essential component of physics teaching. (MVL)

Reviews three pioneer programs that attempt to integrate genetic science and ethics in the classroom. Concludes by suggesting that the basic goal of integrating science and ethics is undermined in each program by a lack of correspondence between the articulated pedagogical goals and the unarticulated theoretical framework. (LZ)

Contains descriptions of 11 college chemistry education programs that were awarded grants by the Pfizer Foundation because they make the introductory chemistry experience more positive and engaging for students, especially women and minorities. (LZ)

The use of computers in science assessment is examined for six considerations: (1) purpose of computer use in assessment; (2) value of program evaluation models; (3) possible harmful side effects of assessment; (4) nature of imbedded questions; (5) definition of treatment; and (6) computers and the classroom context. (LZ)