In 2011, OFSTED produced its triennial report, "Successful Science" (OFSTED, 2011), celebrating the successes of science in English schools over the previous three years and informing educators of what things still needed to be addressed. The Primary Science Quality Mark (PSQM, www.psqm.org.uk) was highlighted as helping to address many…

Even in the foundation stage (ages 3-5), children reveal an awareness of and enthusiasm for dinosaurs and fossils, so this research includes the entire primary age range. The authors sought to discover what ideas prevail as children develop and how their understanding progresses. Reviewing relevant educational research led them to define five…

Children are engaged by finding out about science in the real world (Harlen, 2010). Many children will be cyclists or will have seen or heard about the success of British cyclists in the Olympics and the Tour de France. This makes cycling a good hook to draw children into learning science. It is also a good cross-curricular topic, with strong…

As reported in an earlier article (Russell and McGuigan, 2014), with Nuffield Foundation support, the authors of this article have been exploring with a group of primary teachers the teaching and learning of evolution and inheritance, focusing on conceptual progression. The new National Curriculum for England requires learners to access knowledge…

The author believes that giving children more control over what, and how, they investigate can really engage and motivate them in science. Holligan suggests that providing creative science investigations can also provide a great basis for developing literacy and numeracy skills. Teachers have to provide lots of opportunity for class discussion,…

In this second installment of a two-part article, the author draws from coaching and research into children's learning in science to present a model for building pupils' scientific ideas quickly and effectively. In the first article, the author outlined how pupils' reading improves when they are more engaged in finding scientific…

A keen personal interest in natural history, involvement in environmental organisations, and experience, first as a secondary biology teacher and later as a field teacher, means that this author has spent many years working outdoors. Any part of the curriculum involving ecological concepts would lead her to open the door and go outside. She…

Teachers learn a lot about learning and teaching from dialogue with each other. Association for Science Education (ASE) meetings and other science conferences are ideal ways of coming into contact with other professionals to engage in dialogue. One special dimension of that contact is encountering overseas colleagues. Authors Brenda Keogh and…

When scientists do not know the answer to something, they do two things: admit "I don't know" and say "let's find out". This is the basis of "being scientific"; this is what teachers should also be doing in order to develop scientific literacy in their pupils. The heart of scientific enquiry is this two-part "I don't know, let's find out" attitude…

Many teachers seem to have followed the "dunking theory." That is, they dunk their children in a variety of investigations and hope that through their practical work they will absorb a thorough understanding of enquiry skills. Children seem to have quite a good natural waterproof coating when it comes to absorbing scientific skills through…

The primary Communities of Scientific Enquiry project is one element of the outreach work in Science in Society in Biomedical Sciences in partnership with the School of Education at the University of Ulster. The project aims to develop scientific understanding and skills at key stage 2 and is a response to several contemporary issues in primary…

Last year the author's local beekeeping association had over 700 children visit it. Every single one of them knew that there was a queen bee and all the children and their teachers wanted to see her. Children are fascinated by bees. The whole process of living in an apparently small community, making honey, visiting flowers, waggle dances, having…

For some children maths and science are exciting subjects that work side by side, one providing the opportunity to practise and hone skills and knowledge gained from the other. For other children the subjects are disjointed and seem to bear no relationship to each other. Science can provide a wonderful opportunity to practise a variety of math…

Almost one in five pupils in England have been identified as having special educational needs and there are times when other children will also need some extra help and support with their learning. Many children with special educational needs (SEN) in mainstream schools do not make as much progress as they could. This is sometimes because of their…

To develop children's understanding and ability to enquire, teachers need to create the conditions that promote thinking and the expression of ideas. Opportunities to wonder aloud, speculate, and form hypotheses are essential. These can be offered through the use of visual stimuli--objects and demonstrations, pictures and dramatic scenarios,…