New state or local science/technology "magnet" schools are being established throughout the country; many of these schools are receiving substantial corporate backing as well as donations of equipment and training. Examples of such school-industry partnerships to improve school science are discussed. (JN)

Recommendations from British Columbia teachers in elementary (N=1322) and junior secondary schools (N=309) indicate strong support for emphasis on practical aspects of preservice teacher education. Practice in science teaching, techniques of science teaching, and lesson planning were rated highest. Laboratory safety, reading, and writing should…

Presents quantitative data on the demand and supply of science teachers in Great Britain, discussing implications for the recruitment and professional training of new teachers. Assumptions made about inactive teachers who return to the teaching profession are also considered. (DH)

Lists objectives for excellence/exemplary programs in middle/junior high school science as perceived by a group of middle/junior high school science teachers. These objectives focus on: (1) goals; (2) curricula; (3) instruction; (4) teachers; and (5) evaluation. (JN)

Investigated why elementary and secondary school students in Utah like science and whether there are differences in reasons why they like science subjects related to their age, sex, and type of school. The non-random sample included 815 students (grades 6-8), 499 students (grades 9-10), and 541 students (grades 11-12). (JN)

Describes 12 video films constituting the "What About" series of the Skills Essential to Learning project. Films begin with an introductory sequence showing a teenager using a particular science skill and concludes with a longer sequence showing a scientist using the same skill. Programs last 15 minutes and follow an identical format. (BC)

Four middle/junior high school programs, winners in the National Science Teachers Association's Search for Excellence in Science Education are described. Programs focus on: (1) note-taking in the laboratory; (2) natural history expeditions; (3) environmental physical science (social and scientific ecological studies); and (4) use of teaching teams…

Discusses: (1) Brewster's angle in the elementary laboratory; (2) color mixing by computer; (3) computer iteration at A-level; (4) a simple probe for pressure measurement; (5) the measurement of distance using a laser; and (6) an activity on Archimede's principle. (JN)

Shows how the integration of interpretive programs with school science curricula can strengthen the power and relevance of science education, while increasing the scientific depth of environmental programs. Curriculum resources, need for interpretive resources, role of interpreters, and evaluation/development strategies are addressed. (JN)

Presents an approach that is used to introduce elementary and junior high students to a series of activities that will provide concrete experiences with acids, bases, and indicators. Provides instructions and listings of needed solutions and materials for developing this "magic sign" device. Includes background information and several…

Reports results of a survey on textbook adoption procedures, examining if and how often a procedure is used, whether select local districts from a list, and whether the list covers grade K-12. Also reports results of state science supervisors' (N=26) attitudes about textbook adoption procedures. (JM)

Discusses the application of cognitive processes of physics teaching including idea first and name afterward; translating symbols into words; describing phenomena in words; reversing a line of thought; making decisions; inapplicability of formulas; recognizing the importance of non-examples; comparison and serial ordering; and estimating and…

Presents an activity for students (ages 5-6 and 7-14) to identify external characteristics of marine life and plants through printing (using homemade stamp pads). Includes procedures and list of materials, and printing ideas. (JN)

Examines thought processes closely linked with intellectual development and transcending boundaries of many disciplines. Among the topics discussed are: nonuniform change without calculus; discrimination between observation and inference; asking one's own questions; hypothetico-deductive reasoning; and types of knowledge. (JM)

Describes a course taught at Auburn University (AL) for middle school students. Includes rationale for the course, instructional strategies used, comments on skill building, and descriptions of individual activity stations. Possible spin-offs from such a class which can improve science teaching in the public school classroom are also considered.…