This description features a set of lively demonstrations and observations, including some group work, that illustrate features of Earth science such as the Earth's rotation, ocean currents, the formation and erosion of rocks, earthquakes and volcanoes. All were shown in a one-hour presentation to teachers and can readily be used in schools,…

When CLEAPSS, the organisation now well known as a source of advice on health and safety in school science, came into being, it was called the Consortium of Local Education Authorities for the Provision of Science Equipment (CLEAPSE). This short article describes the role of the Science Masters' Association in its creation and the contribution of…

The Association for Science Education (ASE) has been involved in exchanges with various countries in a number of ways. Teachers from all over the world visit the Annual Conference and their own associations have often used ASE methods in developing their own programmes. The responsibilities of the International Committee of ASE range from…

A shared conference presentation describes two ways of bringing education for sustainable development into education. The first part concentrated on putting science into outdoor learning backed up by a series of mind-mapping activities. The second was about linking schools with their surrounding communities to develop ways of working together. An…

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…

Listed are 32 biology A-level projects, categorized by organisms studied as follows: algae (1), bryophytes (1), angiosperms (14), fungi (1), flatworms (1), annelids (2), molluscs (1), crustaceans (2), insects (4), fish (2), mammals (1), humans (1); and one synecological study. (CS)

Included are abstracts of 40 science projects for secondary level courses of biology, physical science, and chemistry. (SL)

Suggests that the Friedel-Crafts reaction, used for synthesizing a wide range of aromatic compounds, is an ideal vehicle for extended senior high school project work in chemistry. Provides a theoretical discussion of the reaction, suggests a number of suitable investigations, and outlines the experimental details. (JR)

Discusses the urban myth that "If toast can land butter-side down, it will" as an example of a source of projects demonstrating the use of the scientific method beyond its usual settings. Other urban myths suitable for investigation are discussed. (Author/MM)

Describes a series of experiments which a group of 12- to 14-year-old students developed and conducted as they attempted to design a solar panel. Includes an outline of their building procedures. (DC)

Presents an account of the making of a wildlife garden. Reviews the problems and outlines the plans and methods that succeeded in the project. Includes 21 illustrations of vegetation as well as descriptions of pond, marsh, meadow, and woodland areas. (ML)

Describes the British Gypsum, a school-industry science project, designed to link the school with local industry. Teaching strategy, some experiments, and evaluation of the project are also included. (HM)

Procedures used by a primary science class to build five different working solar furnaces are summarized. Diagrams, illustrations, and graphs of children's results are included. (DC)

Describes a course where students design and construct a sundial, once they understand the apparent movement of the sun. Explains general issues of daily astronomy and describes the design and construction of three sundials. (PR)