Interviews-about-Scenarios

Alsop S. (1998), ‘Modelling Informal Learning in the Public Understanding of Science: The case of radon gas’, unpublished Ph.D. thesis, Kingston: University of Surrey.

Alsop S. (1999), ‘Understanding understanding: Modelling the public learning of radioactivity’, Public Understanding of Science [in press].

Alsop S. Watts D. M. (1997), ‘Sources from a Somerset village: A model for informal learning about radiation and radioactivity’, Science Education 81, 633–50.

Alsop S. Hanson J. Watts D. M. (1998), ‘Pupils' perceptions of radiation and radioactivity: The wary meet the unsavoury’, School Science Review 72 (289), 75–80.

Breakwell G. M. (1990), Interviewing: Problems in practice, London: Routledge.

Breithaupt J. (1997), ‘Decline of physics must be halted’, Times Educational Supplement, 7 March, p. 23.

Briggs C. (1986), Learning how to ask: A sociolinguistic appraisal of the role of the interview in social science research, Cambridge: Cambridge University Press.

Conforto A. M. (1989), ‘The nuclear issue in the school’, Physics Education 24 (2), 83–7.

Curie E. (1938), Madame Curie, Trans. Sheean V. , London: Heinemann.

Eijkelhof H. M. C. (1990), Radiation and Risk in Physics Education, Utrecht: CB Press.

Fischhoff B. Lichtenstein S. Slovic P. Derby L. Keeney L. (1983), Acceptable risk? Cambridge: Cambridge University Press.

Gilbert J. Watts M. Osborne R. (1985), ‘Eliciting students' views about an interview-about-instance technique’, in West L. Pines A. (eds), Cognitive Structure and Conceptual Change, London: Academic Press, pp. 11–29.

Glaser B. Strauss A. (1967), The Discovery of Grounded Theory: Strategies for qualitative reserch, New York: Aldine.

Head J. (1989), ‘The affective constraints on learning science’, in Adey P. Bliss J. Head J. Shayer M. , Adolescent Development and School Science, London: Falmer Press, pp. 162–169.

Hidi S. (1990), ‘Interest and its contribution as a mental resource for learning’, Review of Educational Research 60 (4), 549–71.

Kelly G. (1955), A Theory of Personality: The psychology of personal constructs, New York: Norton.

Koballa T. R. (1995), ‘Children's attitudes towards learning science’, in Glynn S. M. Duit R. (eds), Learning Science in the Schools: Research reforming practice, Hillsdale NJ: Erlbaum.

Krimsky S. Golding D. (1992), Social Theories of Risk, London: Praeger.

Millar R. Osborne J. (1998), Beyond 2000: Science education for the future, London: Nuffield Foundation.

Oldham V. Black P. Solomon J. Stuart H. (1986), ‘A study of pupil views on the dangers of electricity’, European Journal of Science Education 8 (2), 185–97.

Osborne R. Freyberg P. (1987), Learning in Science: The implications of children's science, Auckland: Heinemann.

Osborne R. Gilbert J. (1980), ‘A technique for exploring students' views of the world’, Physics Education 15, 376–9.

Pfundt H. Duit R. (1994), Bibliography: Students' alternative frameworks and science education, Kiel: University of Kiel.

Pintrich P. Marx R. Boyle R. (1993), ‘Beyond cold conceptual change: The role of motivational beliefs and classroom contextual factors in the process of conceptual change’, Review of Educational Research 63 (2), 167–99.

Powney J. Watts D. M. (1987), Interviewing Educational Research, London: Routledge.

Sinatra G. Dole J. (1999), ‘Knowledge versus Beliefs: An artificial distinction in the study of evolution’, paper presented at AERA, Montreal, April.

Solomon J. (1995), ‘Knowledge, values and the public choice of science knowledge’, in G. Aikenhead and J. Solomon, Research in Science Technology and Society Education, New York: Teachers' College Press.

Solvic P. Fischhoff B. Linchenstein S. (1981), ‘Informing the public about the risks due to ionizing radiation’, Health Physics 41 (4), 589–98.

Souza Barros S. (1989), ‘The Goiania Radioactive Accident: Accident or incident?’ paper presented at ICPE/IUPAP, GIREP and UNESCO international conference on energy alternative risk education, Ballaton, Hungary, 7–13 September.

Watts D. M. Alsop S. (1997), ‘A feeling for learning: Modelling affective learning in school science’, Curriculum Journal 8 (3), 351–67.

Watts D. M. Alsop S. Zylbersztajn A. Da Silva S. (1997), ‘Event-centred learning: An approach to teaching science technology and societal issues in two countries’, International Journal of Science Education 19 (3), 341–51.

White R. Gunstone R. (1992), Probing Understanding, London: Falmer Press.

Wynne B. (1991), ‘Knowledges in context’, Science Technology and Human Values 16 (1), 111–28.