Basketball Earth
This resource uses a basketball as the Earth to set up a scale model to the distance to the Moon, satellites and distances such as the thickness of the...

These resources from NASA look at why telescopes are put into space. Students build simple spectroscopes and telescopes to learn the answer to this question. This educator guide is divided into units of study that include science demonstrations, lesson plans and student sheets so that students may learn about Earth...

 These materials look at three possible projects that relate to sustainable travel.

* Communications project - students gather information and explain about ‘green’ transport policies, reducing and offsetting carbon footprints.

* Practical project - students investigate how to compare carbon dioxide...

This resource uses the context of tornadoes in the solar atmosphere to investigate circular motion and energy changes. A hole is drilled in the bottom of a washing up bowl and orange pith can be used to track the motion of the water when draining through the bottom and creating a vortex. The Key Stage Three...

In this Crest Award accredited project, students monitor levels of atmospheric sulfur dioxide and rainfall acidity in the school grounds.  Suggested investigations include:

•  Investigate various methods of measuring acidities between pH4 and pH7, to decide which method is most accurate.
• Compare...

This resource includes a suite of games designed to promote thinking, learning and understanding as well as being enjoyable and engaging. They are all based around molecules that play key roles in life on Earth.

In the ...

This activity looks at climate change and its effects on succession in a location in Norfolk over 12000 years ago.

Students carry out a simulation of a bog core analysis, based on work by the University Corporation for Atmospheric Research together with data from the Department of Geography, University of...

Aimed at primary level, this pack contains a range of different activities which and are intended to stretch the imagination. The activities cover a mixture of topics including: materials and their properties, Earth and Space,...

Measuring the diameter of our star This simple exercise allows students to measure the diameter of the Sun using a metre rule and two pieces of card. An image of the Sun needs to be projected on the card using a small hole in one piece of card.

Measuring the number of hours in a day...

This resource, from the Association for Science Education (ASE) is a Key Stage Four investigation into kinetic and potential energy, based on a real-life context. If a large asteroid hit the Earth, could it cause a global catastrophe? In this unit, on a table-top scale, students simulate what an impact would be...

All life forms on Earth are based on organic biochemistry. This activity requires students to analyse an unknown soil sample (just recovered from a space mission to another planet!) and look for signs of possible indicators for life. Curriculum areas covered: • Cell biology • Food tests, including starch, sugar,...

The cell is the smallest unit of life and for many millennia single celled organisms were the only form of life on Earth. It’s this type of life that astrobiologists are looking for elsewhere in the solar system. In this activity, wallpaper paste is used to build model cells Curriculum areas covered: • Cell biology...

Conditions on other planets are unlikely to be within the same ranges as that experienced by Earth. However, a degree of variance from ‘ideal’ ranges may be tolerable for a small number of organisms known as extremophiles. This investigation looks at the effects of subjecting a living organism (yeast) to some...

The STFC Lunar Rocks and Meteorites Loan Scheme has been running since the mid 1980s. It has lent the NASA Moon rock discs and meteorites to thousands of schools, museums and outreach organisers. The collection has been produced by the ASE with the University of...