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This Nuffield Pathways Through Science module was presented in four episodes covering the topics of genetics and evolution, and related issues:
Ne 1: Variety
Ne 2: Inheritance
Ne 3: New forms of life
Ne 4: Issues

...

These resources from the Wellcome Trust look at how populations grow, change and move, and why understanding them is so important. The resources use real research to illustrate many aspects of the study of populations, including:

  • ecology
  • epidemiology
  • ...

This activity introduces students to Darwin’s ideas on evolution by looking at variation, adaptation and distribution of banded snails. It links to the topics of living things and their habitats and evolution and inheritance. Children are introduced to Charles Darwin and his work whilst on his five year voyage on...

There are four posters in this resource covering the following areas of the biology curriculum:

  • Biodiversity: gives an overview of what biodiversity is, how it is measured and the threats to biodiversity
  • Classification: describes the main features of classification and the binomial system of...

Produced by the Science Museum, this resource sees students working in groups to explore the issues surrounding genetic testing. Students receive a sealed secret box, that contains a chance card. Opening the box represents taking a genetic test. Students have to decide whether they would want to open the box. In...

The Key Stage Three National Strategy training materials produced in 2003 by the Department for Education was written to help subject leaders focus on the processes of monitoring and departmental evaluation, increase confidence in ways to prioritise developments and...

This report presents and evaluates an interactive exhibition which celebrated a year in the life of a newt. Held in 2012 as part of National Science and Engineering Week, the aim of the exhibition was to improve basic knowledge of newts; their classification, lifecycle and UK species.

Published in July 2015, this report details the findings of the Durham University Shared Maths intervention project on pupils from 82 primary schools across four local authorities. The intervention was a cross-age peer tutoring...

Published in November 2014, this summary report (based on research conducted by the National Foundation for Educational Research) investigates the impact of a range of STEM leadership CPD programmes targeted at leaders and teachers of STEM subjects in primary and secondary schools and colleges.

The full...

Published in October 2015, this report from the ISOS Partnership is an evaluation of the impact and benefits of schools engaging with subject-specific science continuing professional development (CPD) from the National Science Learning Network (NSLN) and the National STEM Centre (STEM Learning).

The full...

Published in June 2015, the Improving Numeracy and Literacy project aimed to improve the numeracy and literacy abilities of pupils in Year 2 through the Mathematics and Reasoning programme and the Literacy and Morphemes...

This Ofsted publication is one in a series that gives guidance on inspection of subjects studied at post-16, in this case Design and Technology. It describes inspectors’ need to look at issues that are common to all subjects:

• Standards and achievement
• Teaching and learning
• Other factors...

The Bringing Cutting Edge Science to the Classroom programme evaluation was commissioned in Autumn 2015 to analyse the success of the Cutting Edge programme in delivering its stated aims, and to assess the impact of the programme on participants, their students and colleagues.

The evaluation sought to...

Published in June 2015. Thinking, doing, talking science (TDTS) is a new approach to primary school science that...

Diagram showing the hydrogen bonds that form between the four bases in the DNA double helix. These weak forces between the bases keep the two complementary strands of DNA together and ensure that the correct bases are put in the right place during replication of the DNA molecule. A always pairs with T and C always...

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