This worksheet asks children to colour in grids to show what percentage of our genes we share with a number of plants, animals and microbes. The activity can be supported with the animation ...

In this activity students consider the questions: How does heat energy move around? How can we model the flow of energy and changes in temperature? What can be done to prevent hypothermia? Why do we need to try so hard to stay at the right temperature? In order to survive and be comfortable in hot or cold...

In this activity students consider the questions: Where does rain water go? How can we model the flow of rainwater in real life? What can be done to prevent flooding? When is rain dangerous? Where do floods come from? How can we reduce the damage that flooding causes? Over the last decade some parts of Europe have...

The premise of this activity is that the school is sending a rover to Mars. Its mission is to search for evidence that life has ever existed there. The class must decide where the rover should land on Mars. They will do this by working in groups and investigating six potential  landing sites and weighing up the...

The premise of this activity is that the school is sending a rover to Mars. Its mission is to search for evidence that life has ever existed there. It is the job of the class to decide where the rover should land on Mars. They will do this by working in groups and investigating six potential landing sites and...

The premise of this activity is that the school is sending a rover to Mars. Its mission is to search for evidence that life has ever existed there. It is the job of the class to decide where the rover should land on Mars. They will do this by working in groups and investigating six potential landing sites and...

The generation of energy with solar power plants in the desert is a highly controversial issue. In this activity students consider the questions: Which arguments do the opponents and the proponents put forward? To what extent do solar power plants have the potential to contribute to meeting Europe’s energy needs?...

In this activity, students use similar triangles to estimate the diameter of the moon.

This series of activities from NASA take a mathematical approach to looking at the Earth and its atmosphere. They are intended as supplementary problems for students looking for additional challenges in mathematics and physical science from age 11 to 19 years.

The problems were created to be authentic...

In this resource, produced by OPAL (Open Air Laboratories), children take part in a pond dipping session and then try to identify the different animals they find. A second activity looks at water quality and how the presence of certain species can indicate how clean the water is.

Designed for use in the...

This resource, produced by OPAL (Open Air Laboratories), aims to develop an awareness that there are different kinds of invertebrates in the environment which have different habitat requirements. It links to the topics of minibeasts, habitats and classification and is designed for use outside the classroom when...

Aimed at primary learners, this resource aims to develop an understanding of seed dispersal and the adaptation of bird beaks related to food choice. It is designed for use when visiting a wildlife area and links to the topic areas of plant life-cycles and interdependence and adaptation.

The materials,...

This resource, produced by OPAL (Open Air Laboratories), aims to develop an understanding that there are different kinds of earthworms in the environment with different habitat requirements. Linked to the topic area of all living things and their habitats, it is designed for use outside the classroom when visiting...

In this resource from ESA, students' mission is to design and build a vehicle that will protect their Eggnaut from the perils of re-entry from space. The objective is to have your Eggnaut survive the fall without a crack. The project can be adpated for either primary or secondary students. The resource was produced...

This series of activities from NASA take a mathematical approach to looking at electromagnetic radiation. They are intended as supplementary problems for students looking for additional challenges in mathematics and physical science from age 11 to 19 years. The problems were created to be authentic glimpses of...