Results
Title of activity | Target Audience | Type of Activity | Duration of activity | More information |
---|---|---|---|---|
Cut-out 3D model of Soufrière Hills Volcano | 7-11 years old | Classroom activity | Link | |
Cut-out 3D model of Eyjafjallajökull volcano | 7-11 years old | Classroom activity | Link | |
Cut-out 3D model of Arthur’s Seat, Edinburgh | 7-11 years old | Classroom activity | Link | |
Cut-out 3D model of Bardon Hill Quarry | 7-11 years old | Classroom activity | Link | |
Rock properties | 7-11 years old | Lesson plan, Classroom activity, Subject knowledge booster | 60 minutes | Link |
Geothermal energy: Harnessing the heat of the Earth | 7-11 years old | Lesson plan, Classroom activity, Video | Link | |
How Geology affects the landscape of the UK KS3 | 11-14 years old | Classroom activity | 50 mins | Link |
Minerals, elements and the Earth’s crust | 11-14 years old | Classroom activity | 30 minutes | Link |
Investigating the Earth: find the ‘Mars Bar’ challenge | 11-14 years old | Classroom activity | 20 minutes | Link |
Magnetic patterns: ocean floor pattern plotting | 11-14 years old | Classroom activity | 20 minutes | Link |
The plate tectonic story: a scientific jigsaw | 11-14 years old | Classroom activity | 20 minutes | Link |
Carbon cycle – releasing dinosaur breath into the lab | 11-14 years old | Lesson plan, Classroom activity | 50 minutes | Link |
Carbon cycle: exchanging carbon dioxide between the atmosphere and ocean | 11-14 years old | Lesson plan, Classroom activity | 20 minutes | Link |
Carbon cycle in the lab: carbon products and the processes that link them | 11-14 years old | Lesson plan, Classroom activity | 30 minutes | Link |
Where is the crucial carbon? | 11-14 years old | Lesson plan, Classroom activity | 50 minutes | Link |
Cycling carbon: seeing how plants use carbon dioxide in the lab | 11-14 years old | Lesson plan, Classroom activity | 40 minutes | Link |
Earth’s crust: thinner than you think | 11-14 years old | Lesson plan, Classroom activity | 20 minutes (less if the extension calculation activity is not done) | Link |
What is the inside of the Earth like | 11-14 years old | Classroom activity, Subject knowledge booster | ~ 2 hours | Link |
What is the inside of the Earth like? | 11-14 years old | Classroom activity, Other | 2 hours | Link |
Separating mixtures: how we concentrate natural materials | 11-14 years old | Lesson plan, Classroom activity, Subject knowledge booster | 2 x 60 minute sessions | Link |
Energy storage: How geology can help to balance supply and demand | 11-14 years old | Lesson plan, Classroom activity, Video | Link | |
Not in my back yard: Finding locations for future energy developments | 11-14 years old | Lesson plan, Classroom activity, Video | Link | |
Maths Planetary Mini Project | 14-16 years old | Classroom activity | 3 x ~ 1 hour lessons | Link |
The Earth’s crust versus the prep. room – why the differences? | 14-16 years old | Classroom activity | 15 minutes | Link |
Using Waves to see inside the Earth | 14-16 years old | Lesson plan, Classroom activity | 4 x ~ 1 hour lessons | Link |
The chemistry of limestone | 14-16 years old | Lesson plan, Classroom activity | 60 minutes | Link |
The limestone enquiry, 21st Century | 14-16 years old | Lesson plan, Classroom activity | 60 minutes + homework preparation of 30 minutes | Link |
Tree rings: a climate record of the past | 14-16 years old | Lesson plan, Classroom activity | 50 minutes | Link |
Tree Carbon Measurments | 14-16 years old | Classroom activity, Outdoor activity | ~30 minutes | Link |
Earthquakes or nuclear explosions: seismic clues to dirty deeds | 14-16 years old | Classroom activity, Subject knowledge booster | 40 minutes | Link |
Using waves to see inside the Eaarth | 14-16 years old | Lesson plan, Classroom activity, Subject knowledge booster | Equivalent of four lessons | Link |
Planetary Mini-Project | 14-16 years old | Lesson plan, Classroom activity, Subject knowledge booster | Equivalent of three lessons | Link |
Limestone in your everyday life | 14-16 years old | Lesson plan, Classroom activity, Subject knowledge booster | 40 minutes | Link |
Remediation of industrial brownfield sites | 16+ | Classroom activity | 3 x 45-60 minutes | Link |
Introduction to radon and radioactivity | 16+ | Classroom activity | 45-60 minutes | Link |
Reconstructing the collapse of Anak Krakatau | 16+ | Classroom activity | 45-60 minutes | Link |
Weathering | 16+ | Lesson plan, Subject knowledge booster | 30 minutes + | Link |
Groundwater | 16+ | Classroom activity, Subject knowledge booster | Approx. 30 minutes for each PowerPoint (8 in total) | Link |
Water resources factsheet | Staff | Subject knowledge booster | Link | |
Earthquakes factsheet | Staff | Subject knowledge booster | Link | |
Mary Anning Factsheet | Staff | Subject knowledge booster | Link | |
Cut-out and colour spiral timeline of life on Earth | 5-7 years old, 7-11 years old | Classroom activity | Link | |
Miss Molecule & Friends | 5-7 years old, 7-11 years old | Lesson plan, Classroom activity, Video | 30 mins – 1 hr | Link |
3D geological models in Minecraft | 7-11 years old, 11-14 years old | Classroom activity | Link | |
DIY Rock Cycle | 7-11 years old, 11-14 years old | Lesson plan, Classroom activity, Subject knowledge booster | 30-60 mins | Link |
Volcano in the lab | 11-14 years old, 14-16 years old | Lesson plan | 20 minutes | Link |
Protecting the Earth: how big is your ecological footprint? | 11-14 years old, 14-16 years old | Classroom activity | 50 minutes | Link |
The seasons – the effect of our tilted Earth | 11-14 years old, 14-16 years old | Classroom activity | 15 minutes | Link |
Igneous processes: matching the evidence they leave behind | 11-14 years old, 14-16 years old | Lesson plan, Classroom activity | 10 minutes | Link |
Amazing Earth | 11-14 years old, 14-16 years old | Classroom activity, Subject knowledge booster | 30+ minutes | Link |
Stillwater Reservoir conflict | 14-16 years old, 16+ | Classroom activity | 60-90 minutes | Link |
Volcanic hazards worksheet | 14-16 years old, 16+ | Classroom activity | 60-90 minutes | Link |
Geothermal – Deep geothermal power from ‘hot dry rocks’: an option in your area? | 14-16 years old, 16+ | Classroom activity | 15 minutes | Link |
Rock power: geothermal power simulations | 14-16 years old, 16+ | Classroom activity | 15 minutes per run | Link |
Magnetic Earth | 14-16 years old, 16+ | Classroom activity | 15 minutes | Link |
Jelly vocanoes | 14-16 years old, 16+ | Classroom activity | 30 minutes | Link |
Geoscience for the future | 14-16 years old, 16+ | Other | Link | |
Harnessing the power of the Sun | 14-16 years old, 16+ | Lesson plan, Classroom activity | 15 minutes – up to 2 hours | Link |
Mining and the Green Revolution | 14-16 years old, 16+ | Lesson plan, Classroom activity | Approximately 60 minutes if all video clips used | Link |
Can modern technology uncover the secrets of evolution? | 14-16 years old, 16+ | Classroom activity, Subject knowledge booster | Link | |
The Great Dying: unpicking the Permo-Triassic extinction event | 14-16 years old, 16+ | Classroom activity, Subject knowledge booster | Link | |
Earthquakes caused by humans Printable Matching Game for students aged 15+ | 14-16 years old, 16+ | Classroom activity, Subject knowledge booster | ~15 minutes | Link |
Earthquakes caused by humans – practical worksheets for students aged 15+ | 14-16 years old, 16+ | Classroom activity, Subject knowledge booster | ~15 minutes | Link |
UK geological map viewer | 14-16 years old, 16+ | Subject knowledge booster, Other | Link | |
How ice sheets in the geological past can inform us of sea level rise in the future | 14-16 years old, 16+ | Classroom activity, Video, Subject knowledge booster | 30+ mins, variable | Link |
Can virtual 3D models transform the teaching of geology? | 14-16 years old, 16+ | Classroom activity, Video, Subject knowledge booster | Link | |
The Nitrogen Cycle Revision | 14-16 years old, Staff | Subject knowledge booster, Other | 15-30 minutes | Link |
Exploration techniques | 16+, Staff | Subject knowledge booster | 30 minutes + for each PowerPoint | Link |
Porphyry copper deposits | 16+, Staff | Video | 26 minutes | Link |
History of gold exploration in Scotland Part 1: Medieval times to the 19th century. | 16+, Staff | Video | 8 minutes | Link |
History of gold exploration in Scotland part 2: 20th century and beyond | 16+, Staff | Video | 9 minutes | Link |
10 Ways Geoscience Can Save The World (outreach talk/introduction to geoscience talk) | 5-7 years old, 7-11 years old, 11-14 years old | Classroom activity, Subject knowledge booster | 30 mins | Link |
Water, Rivers and Coasts | 7-11 years old, 11-14 years old, Staff | Classroom activity, Subject knowledge booster, Other | Link | |
What are the differences between metamorphic rocks commonly used as building stones? | 11-14 years old, 14-16 years old, 16+ | Classroom activity | 20 minutes | Link |
What are the differences between sedimentary rocks commonly used as building stones? | 11-14 years old, 14-16 years old, 16+ | Classroom activity | 30 minutes | Link |
Geothermal – A new use for old coal mines: a potential source of energy from beneath our feet | 11-14 years old, 14-16 years old, 16+ | Classroom activity | 30 minutes, plus time for local investigations via the internet or visits | Link |
How safe is your home area? | 11-14 years old, 14-16 years old, 16+ | Classroom activity | 30 minutes + | Link |
What are the differences between igneous rocks commonly used as building stones | 11-14 years old, 14-16 years old, 16+ | Classroom activity, Outdoor activity | 30 minutes | Link |
What do geoscientists do? | 11-14 years old, 14-16 years old, 16+ | Video, Subject knowledge booster | 3-minute video | Link |
What is geophysics? | 11-14 years old, 14-16 years old, 16+ | Video, Subject knowledge booster | 3-minute video | Link |
Which eruption was larger? | 11-14 years old, 14-16 years old, 16+ | Lesson plan, Classroom activity, Video | 50 minutes | Link |
Exploring earthquakes | 11-14 years old, 14-16 years old, 16+ | Classroom activity, Video, Subject knowledge booster | Link | |
Craters on the Moon. Why are the Moon’s craters such different shapes and sizes? | 11-14 years old, 14-16 years old, Staff | Classroom activity | 30 minutes | Link |
Geoscience for the future | 14-16 years old, 16+, Staff | Subject knowledge booster | Link | |
How to take a dip and strike | 14-16 years old, 16+, Staff | Video | 5 minutes | Link |
Metals for the energy transition | 14-16 years old, 16+, Staff | Video | 12 minutes | Link |
Battery metals and elements | 14-16 years old, 16+, Staff | Video | 7 minutes | Link |
Lithium: a key metal in the energy transition | 14-16 years old, 16+, Staff | Video | 11 minutes | Link |
Tin: the unsung hero of the energy transition | 14-16 years old, 16+, Staff | Video | 13 minutes | Link |
Silver: the precious industrial metal | 14-16 years old, 16+, Staff | Video | 13 minutes | Link |
Soils: An Important and Overlooked Resource | 14-16 years old, 16+, Staff | Lesson plan, Classroom activity, Subject knowledge booster | 30-60 mins | Link |
Earth Science On-Site | 7-11 years old, 11-14 years old, 14-16 years old, Staff | Lesson plan, Outdoor activity, Subject knowledge booster | Link | |
Mining and the Green Revolution | 11-14 years old, 14-16 years old, 16+, Staff | Lesson plan, Classroom activity, Video, Subject knowledge booster | 1 – 3 hours | Link |
Ocean acidification in a test tube | Classroom activity | 20 min. | Link |
Note – Search will look to match all checked subject area boxes – i.e. if you select soils and hazards it will only return items which address both subjects.
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