In this activity, students create colour images from satellite data. This allows them to study how different surfaces reflect different wavelengths of light, how coloured images are created using an RGB model, and how band combinations can be chosen to examine a particular landscape effectively.

An ASE SYCD: Science Year Primary resource which gives examples showing how digital cameras and microscopes can be used to support science teaching.

The resource includes help on how to use the equipment, examples of pictures and examples of elapsed time photography using the microscope.

*The...

This immersive escape room activity introduces the BIFoR FACE (Birmingham Institute for forest research free air carbon enrichment) experiment and encourages learners to consider the impact of climate change on forest ecosystems. Learners work as a group to complete a virtual tour of BIFoR FACE before using...

In this activity students are about to get their first car. They also imagine that increased carbon dioxide emissions have led to huge financial incentives to buy renewable fuels. Filling stations provide hydrogen and biodiesel fuels, and recharging points for electric cars are commonplace. Students are presented...

In this SATIS Revisited resource students consider the factors that contribute to the greenhouse effect, the possible effects of global warming, and how they as individuals are contributing to carbon dioxide emissions.

Climate change is affecting the natural world. The distribution of some species appears to...

The lesson is guided by a presentation which introduces the symptoms of multiple sclerosis (MS) and describes the application of stem cells in the treatment of disease. Students work in groups to compare images of healthy and MS nerve cells before planning and carrying out a model drug testing investigation.

The Science upd8 activity introduces the concept of validity in the design of scientific experiments. Based on the card game 'Cheat', the scenario is a scientific conference where scientists are learning about, and criticising, each others' work. Students have a series of cards which contain different claims and...

From the Integrating Mathematical Problem Solving project by Mathematics in Education and Industry (MEI), this activity for post-16 students demonstrates that the acidity of a solution depends on the number of hydrogen ions per litre; the number of hydrogen ions per litre varies so much that a logarithmic scale is...

This resource provided by ASE includes a number of activities to support environment teaching in science. By comparing the conventional use of agrochemicals with organic production, students can develop their understanding of the interaction between living things and their environment.

This activity also...

In these two key stage three activities from the ARKive collection, students learn about why species are classified, the ways in which this can be done and the key characteristics of mammals, birds, reptiles, amphibians, fish and insects. In the first activity, students play the Guess Zoo game to help them...

This resource provided by Siemens, aimed at primary learners, looks at how science, technology and engineering has shaped the way we live. It is divided into four activities which link to aspects of the technology, science and mathematics curriculum.

• The power of steam - The first part...

This is one of a series of resources to support the use of the BBC micro:bit. This resource focusses on pupils designing, programming and using a BBC micro:bit to find other micro:bits in a class treasure hunt.

In this activity pupils will make use of the BBC micro:bit to design and create a programmable...

This unit of work enables students to understand the risks, costs and potential benefits in the commercial exploration of space; and why decisions about scientific and engineering solutions need to take account of expert opinions from a broad range of disciplines.  Initially students work...

In this activity, students learn about heat transfer from jet engine turbine blades. The blades reach temperatures as high as 1000 ºC. How do the blades cool, and how do scientists measure the rate of cooling at such high temperatures?

In this activity, students synthesise prior learning about structure and bonding, and about enzymes, and apply it to a new context: X-ray crystallography. The main part of the activity involves students pitching for funding for new equipment – how will they use the...