Presented is the development of elementary school science in Australia, beginning in 1900 and including changes produced by the impact of American and British science curriculum reforms as these manifested themselves in the 1960-1970 period. (PEB)

Discusses briefly some features of the Australian Science Education Project, ASEP, and experiences of teachers and students with these materials. Implications of this program are identified in terms of cost, time, classroom management, teacher education, and evaluation. (PS)

Preliminary evaluation report describes two distinct portions of the unit Pushes and Pulls'' in Australian Science Education Project materials. The first portion of the unit is highly structured and the second completely devoid of structure. A detailed description of content analysis technique used is included. (PS)

Presents a bibliography for those interested in finding out about the Australian Science Education Project (ASEP), views held about ASEP, and research concerning ASEP. (MLH)

Students' preferences changed from applied to theoretical aspects of physics, and from recall of facts to identification of fundamental principles during two years of study of the Physical Science Study Committee in Australian High Schools. (AL)

Australian science educators discuss the contributions made to science teaching by the Australian Science Education Project (ASEP) in the first three years of its use. (MLH)

Continuing the emphasis of this issue on elementary school science, this article presents information on the Minnesota Mathematics and Science Teaching (Minnemast) Project, the Conceptually Oriented Program in Elementary Science (COPES), and the Science 5/13 Project (which evolved from the Nuffield Junior Science Project). (PEB)

Continues the work done by Mackay (1971) and Gardner (1973) in which attitudes of students enrolled in PSSC physics were assessed. (PEB)

Describes studies by L. D. Mackay and P. L. Gardner that were designed to teach attitudinal objectives in the Physical Science Study Committee (PSSC) course. Differences in results are attributed to the effect of socio-economic level, passage of time and reduced teacher enthusiasm, factors extraneous to PSSC, and a slightly different sample. (GS)

Reports on the Progress in the Learning Science Project set up in the United Kingdom to aid teachers in choosing appropriate science activities for their students. The projects materials published under the title of Match and Mismatch are reviewed. (SL)

Briefly describes the characteristics of process, topic, thematic, applied science, environmental, project, and concept approaches to science curriculum development, and explains why a patterns" approach was used in this project. Sketches the content, teaching, and evaluation of the course. (AL)