1st Edition

Developing Discussion in Secondary Science

208 Pages
by Routledge

208 Pages
by Routledge

Making new organs from stem cells, exploration of space and performance enhancing drugs are all aspects of contemporary science with significant consequences for individuals and society.  Developing Discussion in Secondary Science connects these and other exciting, often controversial, contemporary developments in science to ideas in secondary science curricula. It shows how through developing... Read more

Chapter 1: Introduction

Part 1 Setting up a Community of Scientific Enquiry

Chapter 2: Classroom discussion in science

Chapter 3: Creating a community of enquiry in the science classroom

Chapter 4: Managing discussion: the role of the teacher

Chapter 5: Developing scientific thinking through discussion

 

Part 2: Developing Discussion through Key Ideas

Chapter 6: The atomic and subatomic world

Chapter 7: Genes and cells

Chapter 8: Origins and evolution

Chapter 9: Practical work in science

10. Conclusion

Biography

Dr Lynda Dunlop is a lecturer in science teacher education at the University of York, with experience across undergraduate and postgraduate primary and secondary initial teacher education programmes.  Lynda was previously a lead teacher for secondary science.  She has a PhD in science education, focusing on the evaluation of discussion as a tool to promote engagement with contemporary science.

 

Professor Linda Clarke is Head of the School of Education in the University of Ulster. Her teaching responsibilities relate to initial teacher education and continuing professional development of teachers.  Her research is focused on the use of Information and Communications Technology (ICT) to enhance teaching and learning and Communities of Scientific Enquiry using Communities of Practice Theory as an analytical lens.

 

Professor Valerie McKelvey-Martin, is Head of Engagement and Professor of Molecular Biosciences in the Department of Pharmacy and Pharmaceutical Sciences, University of Ulster.  Her prime research interests include genetics (DNA damage and repair) and public engagement with science.  Valerie teaches undergraduate and postgraduate students, and has published more than 40 scientific papers in peer reviewed journals, as well as several book chapters.