• Homepage
  • Register
  • Sign in
National Stem Centre
  • What we offer
  • STEM
  • Community
  • eLibrary
  • News
  • Events
  • Blog
  • Esero UK
  • All subjects
  • Science
  • Technology
  • Engineering
  • Mathematics
Questions   Explore
  • Search
  • Case Studies
  • Improving Learning in Mathematics: Challenges and Strategies
  • Key Stage Three Resource Tasks
  • Badger Science: Foundation and Key Stage One
  • Mechanics in Action
  • The Teacher's Guide to the Leeds Mechanics Kit
  • Pixel Perfection
  • Key Stage Three Case Studies
  • Key Stage Three Chooser Charts
  • Voice Your Choice (Key Stage Two)
  • Voice Your Choice (Key Stage Three)
  • Mars Viking Mission
  • Robotic Landers: Small with Big Benefits
  • Talking Graphs: Climate Change (Key Stage Two and Key Stage Three)
  • Competitive Nature (Key Stage Two and Key Stage Three)
  • Alpine Plants in Trouble (Key Stage Two and Key Stage Three)
  • Close Encounters with Trees (Key Stage Two and Key Stage Three)
  • Blooming Early (Key Stage Two and Key Stage Three)
  • The Life of Trees (Key Stage Two and Key Stage Three)
  • Causes and Effects (Key Stage Two and Key Stage Three)
  • Teachers TV - Careers
  • Biodiversity Around Us
  • Solids, Liquids & Gases
  • Auditioning the STEM Ambassadors
  • The Big Bang Lesson
  • Wave Machine
  • Squashed Tomato Challenge
  • SATIS General Guide for Teachers
  • Pottery
  • Teachers’ Notes E
  • Ten Years On: the Human Genome Project Today
  • Phytoplasmas - Friend or Foe?
  • Delbert Maths Worksheets
  • Dry Ice Demonstration
  • Guide to the Guides
  • Into Secondary School
  • X-rays at Work
  • Science in the National Curriculum 2004
  • Senses
  • Inside Body
  • Career Clips: Solar Energy Researcher
  • Newton Wheel
  • Investigating Factors Affecting Photosynthesis Using Leaf Discs
  • Growing Pollen Tubes
  • Investigating Seed Germination
  • Investigating Plant Growth Regulators
  • Investigating Gravitropism Using Seedlings
  • Investigating Phototropism: The Response of Seedlings to Light
  • Investigating Plant Growth: Growing Radishes in Film Cans
  • TLC for Plant Pigments Involved in Photosynthesis
  • Investigating Enzymes: Phosphatase Enzymes in Plants
  • Investigating Photosynthesis: Can Leaf Discs Make Starch in the Dark?
  • Investigating Enzymes: Inhibition of Catechol Oxidase in Bananas
  • Measuring Photosynthesis with Cabomba
  • Investigating Enzymes: Microscale Investigations with Catalase
  • Lunar Exploration
  • Substances Changing: Reaction on Heating
  • Science in the National Curriculum (Extract) 2007
  • 100 Small Things to Make a Difference
  • Steps to Success in Mathematics: Securing Progress for All Children
  • How to Punk Your Science
  • Sustainable Design: What Is the Role of a Designer?
  • Product Analysis: Impacts on People and Environment
  • Session Two
  • Session Three
  • Session Four
  • Electric Motor
  • Oscilloscope
  • Signal Generator
  • The Essential Chemical Industry
  • Practical Geometry
  • Applications
  • Pure Investigations
  • Statistics and Probability
  • Brilliant Bubbles
  • Fantastic Fingerprints
  • There’s a Hole in My Bucket
  • SPACE Project Research Report: Processes of Life
  • SPACE Project Research Report: Growth
  • SPACE Project Research Report: Materials
  • SPACE Project Research Report: Rocks, Soil and Weather
  • SPACE Project Research Report: Forces
  • SPACE Project Research Report: Sound
  • SPACE Project Research Report: the Earth in Space
  • SPACE Project Research Report: Electricity
  • SPACE Project Research Report: Light

SPACE Project Research Report: Light

Subject(s): Science | Physics | Age: 5-7 | 7-9 | 9-11 | Type: Teacher guidance | Publication Year: 1990 - 1999
  • Comments (0)
    • Share with Facebook
    • Share on MySpace
    • Bookmark on delicious
    • Post to Twitter

The Science Processes and Concepts Exploration (SPACE) project research report on Light was published in 1990 by Liverpool University Press. The SPACE research was conducted at two centres: at the University of Liverpool and King’s College, London, with Wynne Harlen and Paul Black as joint directors. Each centre took responsibility for research in particular concepts and for producing the report of the work. In the case of Light, one of the first reports to be published, the research was conducted from King’s and the authors were Jonathan Osborne, Paul Black, Maureen Smith and John Meadows.

The research took place between April 1987 and March 1988. To guide the research on the students' understanding of light, a list of related concepts was compiled. These ideas included, for example: that light travels; light normally travels in straight lines and can be represented by lines; many objects reflect or re-emit light as well as mirrors; vision occurs because light enters the eye from the object. In addition to exploring the extent to which students develop such ideas from their experiences, the research aimed to address questions about: How disparate are the ideas about light held by many students? What development is observable in students across the age range? What is the effect of intervention on the development of students' ideas about light?

In the first phase of the research activities were devised to provide opportunity to explore students' ideas about light and its behaviour. Primary school teachers taking part in the project involved their students in these activities prior to the phase in which their students' ideas were elicited using a range of techniques including individual interviews by the researchers. The next phase was intervention in which four main strategies were used to enable students to develop their ideas. This intervention was followed by further interviews so that pre- and post-intervention ideas could be compared.

The elicitation activities were designed to focus and orientate students' thinking about specific phenomena related to light. Students were then asked to draw and write answers to specific questions about the phenomena. The report provides a large number of examples of students' ideas. As well as the qualitative data, the results were analysed by frequency of response using network analysis for specific ideas. Also reported are the statistical significance of changes in ideas for lower junior (age 7-9) and upper junior students (age 9-11). Appendices provide full details of the activities, interview schedules, materials used in the activities and the classroom intervention strategies.

Contents
1. Introduction
2. Previous research
3. Methodology
4. Pre-intervention elicitation work
5. Children’s ideas
6. The intervention phase
7. The effect of the intervention
8. Changes in children’s ideas
9. Summary
Appendices A1 – A 12

HEALTH and SAFETY
Any use of a resource that includes a practical activity must include a risk assessment. Please note that collections may contain ARCHIVE resources, which were developed at a much earlier date. Since that time there have been significant changes in the rules and guidance affecting laboratory practical work. Further information is provided in our Health and Safety guidance.

  • URL: http://stem.org.uk/rx6g6
  • Add to my list
  • Sign in to rate or comment
  • Rated /5

Files

  • PDF document, Category Three Materials

    PDF document

    Light

adding comment...

Comments Sign in to comment

adding comment...

No comments yet

More like this

SPACE Project Research Report: Sound. A science teacher guidance resource
PDF document

SPACE Project Research Report: Sound

  • Not yet rated
  • 1990 - 1999
  • Teacher guidance
description
SPACE Project Research Report: Electricity. A science teacher guidance resource
PDF document

SPACE Project Research Report: Electricity

  • Not yet rated
  • 1990 - 1999
  • Teacher guidance
description

Resource author

Nuffield Foundation

Resource by: Nuffield Foundation

Liverpool University Press

Resource by: Liverpool University Press

Previous Next
  • Nuffield Foundation
  • Liverpool University Press

Collections

The resource is part of Nuffield Foundation,Liverpool University Press

  • SPACE Research Reports
  • SPACE Project Research Report: Light

CPD links

  • Scientific play and exploration for young children (age 3-7)

    Science Learning Centre East Midlands - Bishop Grosseteste University College Lincoln

  • Science enquiry: responding to pupils? ideas - impact award

    Science Learning Centre London

  • Scientific play and exploration for young children (age 3-7) - impact award

    Science Learning Centre South East - University of Brighton, Checkland Building, Falmer Campus

  • Scientific play and exploration for young children (age 4-7) - impact awards available

    Science Learning Centre South West

  • Scientific play and exploration for young children - impact award

    Science Learning Centre London

Display more
  • Scientific play and exploration for young children (age 3-7) - impact award

    Science Learning Centre South East - Booker Park School, Aylesbury

  • Primary science annual conference

    Science Learning Centre Yorkshire and the Humber - Workshop Session 3

  • Science enquiry: responding to pupils' ideas using puppets and other engaging strategies

    Science Learning Centre East Midlands - University of Leicester

  • Skilful science - developing skills in science enquiry

    National Science Learning Centre - Towers Hotel, Swansea

Follow us on: Twitter

© The National STEM Centre. About Us. Contact Us. Terms & Conditions. Cookies. eLibrary Help.

Web design by iWeb