The boundaries between subject disciplines in secondary education today make it difficult for students to see their subjects in context. However, examining the secondary curriculum in England shows that there are a wealth of opportunities for making links and helping to develop students' epistemic insight and scholarly thought. This article…

The revised National Curriculum for Science for key stages 3 and 4 (ages 11-16) in England provides the opportunity to develop a new coherent approach to teaching about the carbon cycle, the use of carbon as a fuel and the resulting issues. The Earth Science Education Unit (ESEU) intends to develop a new workshop to support the teaching of this…

Describes a survey in which one thousand British undergraduates who had studied one or more Nuffield A-Level single sciences were identified; both they and their teachers were asked about the influence of this experience on their university performance. The survey revealed definite approval for the Nuffield schemes. (MLH)

Discusses a two-year assessment undertaken to evaluate the Nuffield A-Level chemistry course. Secondary teachers selected chemistry experiments for assessment purposes and assessed their students in manipulative skills, observational skills, interpretation skills, creative skills, and attitudes. (MLH)

Reports on a survey of 72 schools and 51 teachers who have used the Nuffield Combined Science program. The study sought to determine teachers' opinions of material suitability, discovery learning, and to describe physical characteristics of schools using the program. (CP)

Presents student and teacher evaluations of the LAMP unit "Paints and Dyes." The units are designed for low motivated secondary school students. Copies of the objectives and the evaluation instruments are included with the article. (CP)

Presents courses, projects and teaching styles relating to different areas of science that are used in British schools. School science for the education of all, chemistry-O level syllabus, and teaching styles in the Nuffield A-level Physics course are examples of information presented. (HM)

Presents an evaluative study of the Nuffield A-level organic chemistry course which was conducted in the United Kingdom. Questionnaire surveys were used to compare the course content with the content Nuffield teachers and university lecturers thought should be included in an A-level course. (HM)

Summarizes the result of a subjective evaluation of the Nuffield Primary Science Project, including teacher reaction and the progress of the students in later years of schooling. (AL)

The content, instructional methods, and exams, as well as justification for the adoption of the science program, are presented. (CP)

The first of two short articles describes the American Association for the Advancement of Science elementary school program; the other describes an experimental school-based testing program for the assessment of biology students in England for the award of certificate offered by an external examinations' board. (AL)

Critical examination of the Teachers' Guide and Guide to Experiments and Questions Book in O-level Nuffield physics course reveals there may be disadvantages to the current organization when analyzed with psychological considerations. (PS)

Assesses the physics, chemistry and biology content of the Nuffield Combined Science Course used in British schools by experimental testing to children's understanding of the course. A model by which the pupils' achievement is mapped to an estimate of their maximum Piagetian level of thinking is presented. (HM)

Reviews the advanced chemistry course of the Nuffield O-Level Chemistry Project being developed in Great Britain. (SL)