Salters' Science was a complete teaching programme to provide an applications-led approach to double award science at Key Stage Four. It was followed by 'Science Focus', a Key Stage Three programme to illustrate a similar approach to teaching and learning in science....

The Salters' Science Focus course provides a rich variety of different types of learning activities, which are described in sufficient detail to be taken and adapted into any Key Stage Three scheme of work. This guide covers Year Seven of the course Science Focus: the...

The Science Focus: the Salters’ Approach course provides a rich variety of different types of learning activities, which are described in sufficient detail to be taken and adapted into any Key Stage Three scheme of work. This guide covers Year Eight of the course, suggesting a scheme of work for each of nine units...

The Science Focus course provides a rich variety of different types of learning activities, which are described in sufficient detail to be taken and adapted into any Key Stage Three scheme of work.

This guide covers...

The Salters’ double award science course included 12 modules for Year Ten. Each module relates to materials, phenomena or ideas which would be familiar to students or of value in their everyday lives. These starting points illustrate scientific principles in action, creating an applications-led course of study. By...

The Salters’ double award science course included 11 modules for Year 11. Each module relates to materials, phenomena or ideas which would be familiar to students or of value in their everyday lives. These starting points illustrated scientific principles in action,...

The Salters’ science courses were developed in the late 1980’s and early 1990’s to provide a complete balanced course in science for Key Stages Three and Four (ages 11-16). This section of the STEM elibrary covers the Key Stage Three materials. The timing of the development allowed a particularly close relationship...

Salt water is denser than freshwater. That is why we float so much more easily in the sea than in a lake or a swimming pool. An object will float if it is less dense than the water surrounding it. Therefore, things float easier in salt water as it is denser than freshwater. This is particularly evident in the Dead...

In this activity aimed at ages 9-10, children solve a problem faced by farmers in Mexico – ‘How to grow strong, healthy plants, that can survive and thrive in difficult conditions’. ...

This activity allows pupils to learn how to analyse samples on Mars. Students are given the opportunity to use targeted information in areas of astrobiology and geology, to work out what their rovers have found on Mars surface and to think like a geologist as they investigate stratigraphy (layers or rocks) using...

This activity allows pupils to learn how to analyse samples on Mars. Pupils are given the opportunity to use targeted information to work out what their rovers have found on Mars surface and to think like a geologist as they investigate stratigraphy (layers or rocks) using cakes and confectionary samples. This...

Aimed at primary level, this resource provides a practical context to explore the requirements of plants for life and growth. Children are introduced to the ways in which local communities in Bangladesh successfully grow enough pumpkins for themselves and to sell to provide an income. This leads into an...

Sanjeev Gupta is a geologist who uses his understanding of rocks and physical processes such as plate tectonics, mountain building, deposition of sediment and erosion by water to understand how particular landscapes were formed from remote deserts, under the sea in the English Channel and on Mars!

He came to...

Santa may decide to move to another planet! In this fun activity from Science upd8 students analyse planetary data to find which planet best satisfies Santa's future requirements.