Reports the proposed indicators of desired directions and future foci for science education. Lists indicators most frequently mentioned by persons involved in the 1979 annual meetings of the National Association of Research in Science Teaching and the National Science Teachers Association. Implications are discussed. (CS)

Offers a rationale for and definition of science education, namely, the discipline concerned with the study of the interaction of science and society, the impact of science upon society, as well as the impact of society upon science. (JN)

Discusses the dangers of quick-fix solutions to the current crisis in science education and the need for a philosophical base and theoretical teaching strategies. Proposes science and mathematics study as requirements for grades K-14 and implementation of a vertically articulated curriculum. Concludes by calling for pluralistic response to the…

Presents information on the perceptions of students (from third, seventh, and eleventh grade) and young adults concerning science classes, their science teachers, and the value of science content. Includes data from the Third Assessment of Science (1977), National Science Supervisors Association Study (1982), and National Science Teacher…

Reviews and assesses major crisis conditions in science education. Cites specific findings from key status studies and reports. Proposes that goals be reassessed and that successes in science teaching be measured in terms of such goals. (ML)

Defends the definition of science education as the interface of science and society, pointing out the fallacies of an alternative definition promulgated by Good, Herron, Lawson, and Renner who, in a previous article (SE 537 615) examined and rejected the science/society interface definition in favor of their own definition. (DH)

Surveyed 132 United States graduate programs in science education to determine enrollment trends. Doctoral graduates, science education faculty (number, age, rank, and types of degrees), university financial support, and employment patterns for doctoral graduates are reported for the 35 largest centers. Results indicate much slower growth since…

Elaborates on the components of five domains of a taxonomy for science educators' concerns for teaching and curriculum development: information, process, creativity, attitude, and applications domain. (YP)

Affective item findings from two national assessments (N=2500 for 1977 assessment; N=2000 for 1983 assessment) are reported and compared. Areas examined include attitudes toward teaching procedures, action of science teachers, current science teacher, and science class. Lists of characteristics of exemplary programs and behaviors of exemplary…

Discusses the major crisis points in science education and reviews findings from the major science studies of the 1980's. Contends that cooperative efforts of elementary, secondary, college, university and scientific communities are needed to resolve the crisis. (ML)

Discusses survey results which focused on changes in service club members' perception of the science curriculum. Responses indicated an increase in the acceptance of the Project Synthesis goals between the years 1982 and 1984. (ML)

The authors present their analysis of trends discernable in doctoral programs in science education from 1966-1980 in 22 institutions with respect to enrollments, faculty, program features, and placement of graduates. (Authors/PB)

Indicates that Master's degree programs have remained rather stable during the 1960-80 period. Over one-half the course requirements in these programs are in science content areas. Courses in science education comprise under a quarter of courses in programs, followed in importance by general courses in curriculum/instruction. (Author/JN)

Describes the Iowa science-technology-society (STS) models and goals. Characterizes and gives examples of using the STS approach in classrooms. Reports the results of four studies that have assessed the outcomes of learning with STS instruction. Identifies some problems concerning the future use of STS in schools. (PR)

Described is a mail survey involving 28 science educators at 28 universities in the United States responsible for nearly all graduate research in science education. Each science educator was asked to prepare a short, one-page description of his/her perception of current problems in science education. (Author/DS)