Presents a 14 point plan for the future of NARST and science education. Suggestions include enlarging the research team, initiating student exchange programs, and determining research priorities. (MA)

Contains recommendations for research priorities of the National Association for Research in Science Teaching (NARST) Study Committee. Promising areas in science education involving antecedent conditions; transactions, and outcomes are identified. Research styles and methodologies are also discussed. (CP)

Reports on a study that examined the performance and science attitudes of two groups of students in a college chemistry course. One group had enrolled in high school chemistry; the other group had not. There was no difference between groups as to attitude toward chemistry or academic performance. (RT)

Initial textbook investigations indicate that more new words/phrases are introduced than in a similar time frame in which foreign languages are studied. Reviews these initial studies, studies of vocabulary mastery in foreign languages, and general research concerning vocabulary development. Reports on occurrence of technical/special words in 25…

Reported and discussed are data collected from 50 states concerning the professional preparation of state science consultants, the nature of the positions, number of workers employed in such units, changes in support staff, facilities, and budget for each five-year interval between 1960 and 1980. Eight trends resulting from the data analysis are…

Visits to six school districts which were identified by the National Science Teachers Association's Search for Excellence program were made during 1983 by teams of 17 researchers. Their reports were analyzed in search for common characteristics that can explain the requirements necessary for excellent science programs. These characteristics are…

Results from studies dealing with students' views toward science teachers/classes, usefulness of science study, and what it is like to be a scientist are reviewed and analyzed. Studies include National Assessment of Educational Progress data and data from an Iowa follow-up study and a study of a large school district. (JN)

The meanings of eight science terms (volume, organism, motion, energy, molecule, cell, enzyme, fossil) were studied by 9-, 13-, and 17-year-olds. Results indicate that the schools were ineffective in increasing numbers of students who mastered these terms between seventh and eleventh grade. Reasons for this finding are discussed. (Author/JN)

Reports on a study in which 61 science supervisors were asked to identify their most effective and least effective teachers. Differences were found regarding gender, quantity of National Science Foundation workshop experiences, and certain elected in-service experiences. (TW)

Reports on a study into the relative importance of the four goal clusters of Project Synthesis as perceived by members of service clubs and community groups. Results indicate that although the importance of science for further studying of science remained constant from 1976-1986, significant increases occurred in the importance of science in…

Reports on a study designed to compare student attitudes concerning their science teachers at the third, seventh, and eleventh grades where students participated in exemplary science programs. Results indicated significantly more positive attitudes of these students in a variety of ways. Included is the questionnaire used with the students. (TW)

Analysis of an open-ended survey of 144 university and school science educators resulted in identification of six major problem areas: conceptual, organizational, teacher-related, student-related, university-centered, and societal. (Author)

Using Project Synthesis as an example of qualitative synthesis research in science education, discusses the characteristics of such research: using research teams to provide perspectives and viewpoints; using variety of data sources; including a conceptual scheme for accomplishing synthesis; and concluding with, among others, an analysis of…

Discusses results of surveys on status of science education in graduate institutions (N=132), focusing on the 35 largest programs in terms of doctoral programs/enrollment and research productivity and other science educators' (N=144) perceptions of problems. Suggests solutions related to: administration, research, science content; theory and…

Science educators (N=28) were asked to indicate whether 23 policy statements and 24 corresponding statements of needed research (appearing in "Crisis in Science Education") represented a critical need, a definite need or a low priority need. Statements seen as critically important by one-half or more respondents are listed and discussed. (JN)