Outlines a course based on a series of experiments in which students are introduced to the behavior of electrical components without any references to Ohm's law. Argues that this approach has advantages over the traditional presentation. (DDR)

Analyzes observations of primary students in a small Interactive Science Centre using a model of play, practice, and problem solving derived from a range of literature. Identifies features of the creative phase of the activities. Contains 31 references. (DDR)

Reports the results of a survey sent to 50 Yorkshire primary schools that focuses on ponds and how they are planned, constructed, used, and managed. (DDR)

Outlines a teaching strategy designed to promote hands-on, inquiry-type learning. This strategy is based on constructivist principles and reflects much of the current understanding of how children learn science. Contains 31 references. (DDR)

Summarizes research into how children perceive three-dimensional objects. Focuses on the difficulty that students have in appreciating how the orientation of the semicircular canals affects balance and space perception. (DDR)

Offers advice on planning geology field trips as well as related sources of information. Focuses on a visit to study geological features in the North Yorkshire Moors and the Yorkshire coast. (DDR)

The British National Curriculum calls for children to work with living things. Discusses alternatives available for teaching children about bugs, most notably through models and live animals kept in school. Models prove valuable for introducing children to bugs and for stimulating them to ask scientific questions. Raises issues behind keeping live…

Describes a teacher's experiences with using partnerships with industry as a resource to motivate primary science students. The project enables students to see the relevance of classroom science to the real world and provides an opportunity for students to apply concepts learned in the classroom. (DDR)

Reports on a study of children ages 10-11 years (N=6) exploring forces. Reveals a gap between the ways that measurement is used in mathematics and the ways it is used in science. Reviews the focus of the National Numeracy Project. (DDR)

Recommends beginning certain chemistry courses with revision and consolidation of mole calculations. Argues that by choosing examples related to health and safety, mole calculations can be made less academic while raising student awareness of important issues. (DDR)

Provides an overview of a student research program that stresses the role of science in everyday life, knowledge and understanding, and the methods of scientific inquiry. Provides concrete examples of how these purposes can be achieved in a holistic way. (DDR)

Recommends that numeracy be better coordinated and integrated across the curriculum and that teachers examine the image of mathematics presented to children. Discusses the value of eliciting children's ideas about and experiences with numbers and measuring. (DDR)

Designates Frank Halliwell as an inspiring science teacher who employed the demonstration lecture method very effectively. Traces the origin and development of this method to John Tyndall and provides numerous examples of his work. (DDR)

Explains the work of a primary-research group focusing on the practical aspects of the use of scale in science. Reports on three studies that look at the impact of the representation of scale in different areas related to the Standard Assessment Tasks (SAT). (DDR)

Focuses on the use of a science-based topic with children ages six and seven to explore ideas for developing children's use of descriptive language. Employs talk partners and circle time as strategies for developing language. (DDR)