Cytology, Genetics and Evolution is one of the titles in the series of ASE Lab Books that were published in the early 1970s for the Association for Science Education by John Murray. Each title covered one or two topics and brought together the best of the teaching notes...

This activity introduces children working at primary level to ideas about evolution in the context of habitats and the environment. Children think of several possible features they would like humans to evolve and discuss how they would help us to survive more easily in modern habitats. They then design an...

A Year 11 module from the Salters’ Key Stage Four double award science course. The module begins by considering variation within humans and in other species and how this could arise. The gene theory of inheritance is then studied, and finally the structure and function...

Work done in this Nuffield 13 - 16 module followed from the S unit called ‘Variation and inheritance’. This X unit provided enough material for eight double periods. It could be selected to complete either a Science or a Further Science course. The teachers’ guide...

This topic, from the Association for Science Education, is designed to allow classes in schools across the world to exchange information about genetic modification (GM), how it affects our lives and why issues around crops, food, health and the environment are important.

This topic compares genetic...

The mathematics behind genetic fingerprinting is explored in this resource, from the Centre for Innovation in Mathematics Teaching. Sketches show, in simplified form, how genetic fingerprinting can be applied to establish paternity and students calculate the probabilities of matching bands from samples.

This...

Produced for the Citizen Science project, this resource enagages students in the debate around genetic testing and screening. It is suitable for students aged 14-16 and post-16. The activity provides an opportunity to investigate genetic disorders before considering a number of statements and situations concerning...

This is a simple activity to introduce genetic conditions and how gene therapy is being developed to try to treat them. Students model the chromosomes in a nucleus and investigate the idea of gene transfer, before answering questions on a worksheet. This worksheet is part of a collection of materials based on...

This resource was written by Rugby School, the Institute of Education and University of York Science Education Group on behalf of Nowgen for the Nowgen Schools Genomics Programme. The materials extend students knowledge and understanding in the area of genomics. The student guide contains information and activities...

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In this activity from ARKive students observe images of different primates. The activity presents evidence for a common ancestor shared by different animal groups.

Please note that the ARKive.org website is no longer available, where links are listed for additional information within the Teachers' notes...

In this activity from ARKive students observe images and video material (with web access) of pale and dark forms of peppered moth. The activity uses the relative number of pale and dark forms in different environments as a model for evolution.

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This practical activity explores beak adaptations in bird populations and looks at the way in which variation in beak shape is related to the available food sources within an environment. Using different tools to model different beak shapes children are provided with different kinds of food to pick up. The...