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  1. Process

    This project aims to create a universal definition of physical literacy in England to hopefully catalyse efforts to adopt, support and promote physical literacy in practice.

  2. Introduction

    The Physical-Literacy group at Liverpool John Moores University is developing a physical literacy consensus statement for England.

  3. Children and young people insight

    This project aims to create a universal definition of physical literacy in England to hopefully catalyse efforts to adopt, support and promote physical literacy in practice.

  4. Physical Literacy Expert Panel

    This project aims to create a universal definition of physical literacy in England to hopefully catalyse efforts to adopt, support and promote physical literacy in practice.

  5. Evidence Review

    This project aims to create a universal definition of physical literacy in England to hopefully catalyse efforts to adopt, support and promote physical literacy in practice.

  6. First national consultation

    This project aims to create a universal definition of physical literacy in England to hopefully catalyse efforts to adopt, support and promote physical literacy in practice.

  7. Physical Literacy Consensus Statement for England

    Over the past 6 months, an expert panel of researchers and professionals have been working to develop a Physical literacy Consensus for England. The consensus statement aims to provide a shared understanding of what physical literacy is.

  8. Physical Literacy staff

    This project aims to create a universal definition of physical literacy in England to hopefully catalyse efforts to adopt, support and promote physical literacy in practice.

  9. MEMARC staff

    Find out more about the staff from the Mechanical Engnineering and Materials Research Centre. Read the MEMARC researchers profiles, publications and contact details.

  10. About MEMARC

    The Mechanical Engineering and Materials Research Centre (MEMARC) specialises in fracture and contact mechanics, wave propagation in lattices and microstructures, thermal fatigue and thermal striping, materials development and processing, as well as dynamics and control systems. You can find out more about these research areas and the projects MEMARC are working on here.