This online ecology practical, by SAPS, is designed to give students an opportunity to see how systematic sampling can be used to

• investigate changes in species richness across a footpath
• the distribution of species across a footpath

These online exercises are not intended as a...

A case study from Mathematics Matters which looks at the development of optical fibres and how mathematical models have simplified the process of producing them. Modern society relies heavily on a variety of networks, but we don’t fully understand how they behave. Mathematical network theory lets us create models...

In this resource, from the Association for Science Education (ASE) students can develop their understanding of the interaction between living things and their environment by comparing the conventional use of agrochemicals with organic production.

This resource includes a number of activities to support...

This ASAB (Association for the Study of Animal Behaviour) resource pack focuses on parental behaviour in nuthatches, in particular the parent-chick interactions during feeding.

The resource provides a summary of the key events in the rearing of a nuthatch brood and a film of parent-chick interactions during...

Help encourage your child's STEM skills, passion and talent with this parents' guide to engineering careers.

This resource, from the Living in a Materials World CD-ROM produced by the Science and Technology Facilities Council (STFC), describes how particle accelerators are used to research matter at the atomic and sub-atomic level. The resource looks at the history of research into particles and describes each of the...

This progression toolkit develops understanding of the key concept of particle model for the solid, liquid and gas states, as part of a topic on substances and mixtures. This key concept helps to build broader understanding about particles and structure, which is one of the big ideas of science education at ages 11...

This progression toolkit develops understanding of the key concept of particles in solutions, as part of a topic on substances and mixtures. This key concept helps to build broader understanding about particles and structure, which is one of the big ideas of science education at ages 11-14.

It includes...

Produced by the Association of the British Pharmaceutical Industry (ABPI), this interactive resource looks at the people and processes involved in the development of a new medicine. Developing a medicine takes about 10 to 12 years and involves a number of phases. This resource looks at the researchers involved and...

This resource, provided by the Association for Science Education (ASE), is a pick and mix collection of activities enabling students to create their own stunning scents from scratch. Besides a collection of experiments for making and testing fragrances, there is extension material on applying the particle model to...

Perseverance is a NASA rover that landed on Mars, in February 2021.  The rover is searching for past evidence for life on Mars and collecting samples to be returned to Earth with a planned sample return mission, from NASA and the European Space Agency, ESA.  

This resource activity pack supports the video...

This case study describes how Steph Forrester became a senior lecturer in sports technology. Her research aims to support the development of better sports equipment for the user. ‘Better’ can mean helping an athlete achieve their personal best, providing greater comfort or allowing them to perform with greater...

In this SATIS Revisited resource, students examine data, perform a risk assessment, and see how risks are sometimes reported in the media.

This unit focuses on the consumer and considers whether or not we should be concerned about any pesticide residues that may be found on fruit and vegetables. In the first...

In this activity students create a graphical ready reckoner to assess physical fitness. The challenge is to construct the ready reckoner and ultimately use it in practical situations. Students are required to plot straight line graphs.