Discusses the concept of quality, relates quality to four themes of the evolving science curriculum, and examines implications for science teacher education. The four curriculum development themes focus on problem-solving skills, the cultural heritage, a conceptual framework of the realm of science, and moral/ethical issues resulting from…

Presents many ideas regarding activities that can be used in science club meetings. Includes hints to problem solvers, problems to solve, ideas for competitions, and an interdisciplinary section about imaginary science. (DDR)

Suggests that schools include technology in the curriculum; the emphasis should be on the analysis of real problems. (LS)

Raises questions about the widely accepted rationale of teaching scientific methodology in order to help students become better problem solvers in nonscience settings. Argues that it is better to teach problem solving skills within familiar contexts not complicated by difficult subject matter. (DC)

An astrophysics course based on the constructivist approach to science teaching is described. The study of galactic structure is given as an example. Direct experiences and observations, representative-symbolic language, organized knowledge, and formal strategies are emphasized. (KR)

Evidence is offered that the Levels of Attainment in Science in Britain's National Curriculum will be achieved by only the top 20 percent of 14 and 16 year olds, rather than 50 percent as planned. New teaching skills are presented as ways to alter this prediction. Success in improving standards is demonstrated in three examples. (Author/KR)

Provided is a perspective on the teaching of a unit on the Earth in space. The themes to be found within the unit, approaches and resources that can be used for teaching and learning the subject, and some of the typical ideas that children hold about astronomical subjects are provided. (KR)

Presents information in brief on changing priorities in science education. Cites three categories of aims for science, traits of underachievers, and the processes of science. Includes reflections on the Salter's GCSE Scheme of Assessment, the integration of science and drama, and a historical perspective of practical work in school science. (RT)

Discusses idea that education "for" the environment should begin as early as do other components of the British National Curriculum, continue throughout, and not be regarded as the poor relation of education "about" the environment. Maintaining the health of the environment is considered by the author to be the most important task that will face…

Describes the Warwick Process Science Project (WPSP), which uses teams of teachers for writing a process-oriented science curriculum for students in the 11-16 age category. Discusses the project's philosophy and priorities, and delineates some of the science process skills being integrated into this new British curriculum. (TW)

Contains six articles on various aspects of British science education. Deals with problem solving, the common examining system and the science curriculum, a comparison of girls and physics in Australia and the United Kingdom, energy education, the use of observations in science and science teaching and science software. (TW)

The development of scientific explorations in schools and a framework for their assessment within the context of Britain's Graded Assessment in Science Project (GASP) scheme is described. The criteria for assessing the planning, implementing, concluding, and evaluating of explorations are provided. (KR)

Discusses the need to teach problem-solving skills in science. Differentiates between guided discovery, guided inquiry, guided exploration, and guided investigation. Describes how guided exploration evolved and how it can be applied to the science curriculum. Provides a flowchart for guided investigation. (TW)