The ever-increasing amount of biological knowledge has resulted in compression of topics in the curriculum to a précis of current understanding. This gives the impression that biology is about a list of things we know. This misconception is extremely damaging, contributing to the idea that science is an impersonal process that generates facts,…

Charles Darwin supposed that evolution involved a process of gradual change, generated randomly, with the selection and retention over many generations of survival-promoting features. Some theists have never accepted this idea. "Intelligent design" is a relatively recent theory, supposedly based on scientific evidence, which attempts to…

The familiar image of Saturn and its rings has come to symbolise our idea of a planet but there is still much about Saturn and its system that we do not understand. The history of our beliefs and knowledge about it, one of the most distant planets visible to the naked eye, is described, from the early myths, such as the Indian village that…

This article argues that we need to abandon the word "biodiversity", to rediscover the biology that it obscures and to rethink how to introduce this biology to young people. We cannot go back to the systematics that once made up a large part of a biology A-level course (ages 16-18), so we need to find alternative ways of introducing the variety of…

Discusses the need for a higher level of scientific literacy in Britain and the role of science teachers in helping achieve this. Discusses a report on science and society sponsored by the House of Lords in the United Kingdom. (Author/MM)

Discusses the importance of reading in science lessons, and offers practical solutions to the problems of structuring shared reading, making reading active, encouraging note-taking, and locating potential sources of reading material. (Author/MM)

Argues that in future revisions of the National Curriculum for Science the 'big ideas' of science should be presented as a series of 'explanatory stories' that encapsulate the ideas so that they are understandable by both teachers and pupils and can be used as a framework for teaching. Offers an 'explanatory Earth story' based on this model.…

Presents different ideas on what "emotional literacy" means and why it is important to science teachers. (MM)

Argues that science teachers need to have training in and input into citizenship teaching to ensure that controversial issues in science are handled accurately and appropriately. Makes the case that such input should be of mutual benefit to science and citizenship teaching. (Author/MM)

Updates and extends an article on "Wonder in Science Education" published in 1994. Earlier dimensions identified - wondering 'at' and 'about' - have had wondering 'whether' added. Argues that a new range of questions is brought into the frame by this addition which include basic aspects of values and science. (Author/MM)

Explores the notion of science teachers' professionalism and challenges the beguiling notion of best practice. Argues that science teachers' ownership of their own work imposes on the power of external agencies to effect change. (Contains 15 references.) (Author/ASK)

Argues for including the concepts of "twentieth-century physics"--relativity, quantum mechanics, and chaos theory--within the National Curriculum in science for England and Wales, which almost entirely ignores them. (Contains 16 references.) (Author/ASK)

Asks whether what is taught in science class only makes sense to someone who already understands science. Discusses school science in terms of four questions: (1) What is to be taught?; (2) What conditions promote learning?; (3) What do students learn?; and (4) What are the cognitive processes in learners' minds? (Contains 17 references.)…

A biology curriculum that reflects the practice of biologists, based on a clear description of what biologists know and do, would provide some pupils with a basis for future scientific work and all students with basic scientific literacy. Contends that the British National Curriculum contains an inadequate representation of the work of practicing…

The thinking process does not always start with problem situations that produce cognitive conflict, and the confrontation of students' misconceptions is not always successful as a teaching approach. Contends that curiosity and mystery appear to excite human thinking and could therefore be considered to be the starting point in science teaching and…