The School of Earth Sciences has a wide variety of outreach and WP activities that are currently run, including:

• Volcanology (How volcanoes work; living with the threat of volcanoes; using drones to study volcanic risk)
• Palaeontology and Dinosaurs (Bristol Dinosaur Project; Dinosaur Colour; How prehistoric animals moved/ate/flew; the origin and early evolution of life)
• Geophysics (Does fracking cause earthquakes?; seismic hazards; earthquakes on Mars and the Insight space mission)
• Deep Earth and Planets (How did the Solar System/Earth form; where do our natural resources come from)
• Palaeoclimate and climate change (past and future climate... from ice ages to hothouse climate to future climate and adaptation)
• Environmental (including plastics, how rock becomes soil, where do coral reefs occur and more)
• NASA Insight Mission to Mars (our resident NASA geophysicist gives talks on the Insight mission, including using a seismometer)
• Mars and Meteorites
• The polar regions 

The School of Earth Sciences also has many interdisciplinary links:

Maths: Modelling volcanic risk and hazards; the fluid dynamics of ash clouds/lava flows/lahar flows

Physics: The physics of seismic events on Earth and on Mars; the physics of Titan's atmosphere.

Chemistry: Using Chemistry to study the formation of the solar system or past climate or the evolution of life;  environmental contamination; the chemical composition of our planet and other planets.

Biology: All things palaeobiology and evolution.

KS3 or 4 Fuego Volcano workshop -an interactive session that includes looking at the Fuego volcano in Guatemala and a DME.  A fantastic case study of factors that affect hazard risk, primary and secondary impacts and immediate and long-term responses to this tectonic hazard.  It also addresses why people continue to live in areas at risk from a hazard.