Presents three science education notes for British science teachers and educators. These are (1) science in general studies; (2) the problem of primary science; and (3) the development of a grade 3 science course. (HM)

As a Teaching Awards Regional Winner in 2002, the author was recently awarded funding by Planet Science (NESTA) for projects to disseminate best practice. One of the things he had in mind was to organise a "creative science event." So last July year 4 children from Chiltern Primary School, Hull, joined a class of year 5 children from…

Discusses which should be given more emphasis in the British primary science: the content or the process. The advantages and disadvantages of both sides are presented. Content objectives treated in the same way as process and attitude objectives are suggested as content guidelines for primary science courses. (HM)

Presents a list of published (or soon to be published) computer assisted instructional programs for biology. The programs vary considerably in terms of intended age/ability level, complexity and depth, and in content. No attempt is made to judge the quality of items in the list. (JN)

It is amazing how many interesting projects are going on in schools that nobody else knows much about. Teachers in St Peters Primary School have, over recent years, been involved in projects on emotional intelligence and in particular have developed a special interest in the use of puppets and role-play in their teaching. A concern to ensure a…

Investigates the effects of using scientific apparatus versus household objects on the accuracy of primary school children in a simple titration exercise. Indicates no significant difference between the accuracy obtained using the two types of apparatus at the beginning, but improved performance for children using scientific apparatus by the end.…

Describes how some experiments in physics can be presented in class using cheap materials. How to produce an electrostatic charge using a polythene bottle and how to make a tissue paper electroscope using a tin can are among the experiments described. (HM)

Describes how infants of six to seven years old can learn floating and sinking. The work described in this article was inspired by the Elementary Science Study (ESS). (HM)

Presents a study designed to determine which particular aspects of pregnancy, birth, and babies were of most interest to 8-year-old children. Children were interested in details of a baby's behavior and development as well as the impact of its arrival on the parents. There were distinct gender differences in those topics, which particularly…

The purpose of this research was to discover whether the children (aged 9 to 11) were thinking while taking part in practical science activities. One method the author used was to video the activity and then watch the replay with each child in turn. She was then able to ask them what they had been thinking about at each stage. The majority of the…

Contains papers on a process-based assessment scheme for the age range of 9-16, a graded-assessment scheme, individual learning through supported self-study, recording systems for student's learning, and a process-based assessment scheme for a Year-1 science course. (YP)

Traditionally science clubs have been seen as a lunchtime or after-school activity, run by volunteer teachers giving up their spare time. Increasingly, however, they are being used creatively as a way of delivering important curriculum enhancement activities or even as a vehicle for the science part of whole-school priorities such as working with…

"Let's Think!" is a cognitive acceleration programme aimed at developing thinking in children aged between 5 and 6. "Let's Think!" was described in "PSR" 69 (Robertson, 2001) using the acronym CASE @ KS1, as it was known before publication by NFER-Nelson. Since then, "Let's Think!" has spread beyond the…

Primary science has rightly been recognised as one of the great successes in UK education over the last 20 years--a jewel in the National Curriculum crown. Its successes are evidenced by the high numbers of pupils achieving the target levels in national tests and by the rising number of science lessons rated as good or better in school inspections…

Summarizes impressions of primary science activities in the United Kingdom, including student assessment, curriculum materials development, teacher development and support, and school implementation of science at the primary level. (DS)