This booklet contains a range of suggested teaching activities and contexts for teaching about transport in animals at A level. Curriculum links include surface area to volume ratio, circulatory system, heart, blood vessles, cardiac cycle, oxygen dissociation curves, ECG,  and blood flow rates....

A set of ideas and resources for teaching about transpiration and transport in plants at A level, along with some common difficulties which students have on this topic in exams.

Activities include The weirdness of plants, which gives ideas for raising students’ curiosity about how plants live...

This animation allows students to view the key processes of plant transport in xylem and phloem. It is intended for both GCSE and A-level / post-16 biology teaching, and has sufficient detail and accuracy for both.

A Year Ten module from the Salters’ double award science course. The story-line for this unit is the whole world market for manufactured chemicals and the need to transport them safely to where they are needed. This shows the importance of systems which convey concise,...

This Salters’ Chemistry Course unit from the University of York Science Education Group covered:
* The range of properties of chemicals.
* The use of symbols, formulas and balanced equations.
* The commercial importance of chemicals.
* Factors...

In this activity aimed at primary level, children investigate the types of transport used to send food around the world. Linked to work in geography on food miles, sustainability and improving the environment, children investigate how food is transported and the impact that this can have on the environment. They go...

In this Triple Crossed activity, from the Centre for Science Education and supported by the Astra Zeneca Teaching Trust, students are given the task of writing the regulations for the transportation of organisms through an airport.

Considering a tiger, a jellyfish and a highland cow they are asked to...

London relies on continual innovation in transportation as its population and increases. New technologies are necessary to improve the travelling experience for Londoners in terms of speed, safety and reduced negative environmental impact. Students will design their London transportation of the future utilising...

In this challenge students are asked to produce a 10 minute presentation proposing sustainable travel plans for the journey from their school or home to two different event venues. One venue should be within the Greater London area and the other in any UK location.

Teams must show clearly how they arrived at...

Students investigate factors which affect safety when riding a bicycle, particularly when riding on roads along with other traffic. Ideas about safe speed limits and road surfaces are investigated to highlight the importance of safety on London’s roads for all its users.

Learning objectives:

• ...

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...

The first two interactive sheets deal with selecting objects from two bags. The outcomes are shown on tree diagrams and the probabilities can be revealed.

The next interactive sheet deals with the problem of passing...

This teaching package, aimed at Key Stages Two and Three, investigates the science of tree rings (dendrochronology). Linked to the topics of plants and living things and their habitats, it looks at cut tree trunks to determine the age of the tree, how fast it grew and...

These diagnostic questions and response activities (contained in the zip file) support students in being able to:

• Distinguish a physical from a chemical property
• Use the location of metals and non-metals in the Periodic Table to predict the properties of an element.
• Describe the trend...

This activity is based upon a practical task to fit a set of similar triangles into a spiral. It is in two parts, the first of which is more accessible.

In Part 1 students are presented with a series of different sized similar triangles. These fit together to form a spiral and students look at how many are...