This ARKive activity is designed to teach key stage three students about the concept of adaptation. Using the marine environment as an example, students learn about how different animal species are adapted physically or behaviourally to survive in a particular type of habitat. Students research an allocated habitat...

This creative activity from ARKive is designed to teach key stage two students about the concept of adaptation. Using the marine environment as an example, students learn about how different species are adapted physically or behaviourally to survive in a particular type of habitat. Students then design their own...

A National STEM Learning Centre and Network Engineering Case Studies resource investigating the use of metals to kill germs in the treatment of wounds.

'Silver Pants' is a humorous take on a modern application of ancient technology - using metals to kill germs. Smith & Nephew have developed a posh...

The purpose of this lesson is for students to understand the skeletal and muscular systems of the body, such as the mechanics of how the body moves, using London’ s sporting and active life as a stimulus.They will learn about the levels and types of exercise that support good health and how that varies from person...

This activity includes a quiz and fact file describing the use of fingerprints for identification and processes of DNA profiling.

Also Included is The forensic use of bioinformation - resources for teachers which contains:

* curriculum links

* lesson plans

* teaching notes

*...

This activity explores the ethical issues involved in the forensic use of bioinformation. It gives clear summaries of the judgement in a European Court of Human Rights case and of the rights and freedoms set down for all in the European Convention on Human Rights. An activity card gives statements that can be used...

This resource provides several case study scenarios for students to discuss, including questions to consider. It also gives a summary of changes in the law with regard to bioinformation.

Also included is The forensic use of bioinformation - resources for teachers which contains:

* curriculum links...

In this activity from Science & Plants for Schools (SAPS), students investigate the role of natural selection in evolution by considering the extent to which the winged fruits from a tree are adapted for successful dispersal.

This practical approach to studying natural selection and competition...

Produced by ARKive, this creative activity is designed to teach students aged 11-14 years about the theory of adaptation. It does this by looking specifically at animals' adaptations for movement through different types of habitats. Students learn the definition of adaptation and why animals need adaptations to...

In this ARKive resource, students learn about how different animals and plants are adapted to surviving in arid habitats. Working in groups, students design and carry out an experiment aimed at testing the effectiveness of different adaptations in reducing water loss. Using a worksheet as guidance, students also...

Published by the Wellcome Trust, the 'Big Picture' explores issues around biology and medicine. Addiction is a term we all use, but what does it mean? Explore some of the ways people understand addiction.

Find out about the science behind addictions. Two lesson plans are also included. The Deadliest Drugs...

This resource from the Citizen Science project is designed to support Key Stage Three students in debating the social, political and health issues surrounding alcohol consumption.The social and biological effects of alcohol form an important topic for young people to discuss. The marketing of alcohol, underage...

Air pollutants arise from natural processes and human activities. In this SATIS Revisited resource, students investigate air pollution, how it is monitored and some effects on human health. Air pollutants arise from a wide variety of sources, although they are mainly a result of the combustion process. It is easy...

Adults drink more frequently than adolescents, but when adolescents drink they tend to drink larger quantities. There is evidence to suggest that the adolescent brain responds to alcohol differently from the adult brain. Scientists at the University of Oxford are...