Table of Contents
Acknowledgements ix
1 Introduction 1
2 How the Earth moves 7
Magma, minerals and rocks
Compositional layering of the Earth's interior
Mechanical layering of the Earth's interior
Plate tectonics, earthquakes and magma generation
Volcanoes and plate boundaries
3 Eruptions 37
Magma migration and magma rise
How rising magma evolves
Volcano plumbing
Eruptions
Eruption triggers
The sizes of eruptions
Eruption frequency and duration
Non-erupting active volcanoes
Dormant or extinct?
4 Types of volcano 85
Composite cone volcanoes
Collapsing volcanoes
Shield volcanoes
Monogenetic features
Calderas
Subglaciat volcanoes
Undersea volcanoes
5 Volcanic hazards 131
Lava flows
Pyroclastic flows
Fallout
Eruption clouds and air traffic
Debris avalanches
Votcanogenic tsunamis
Lahars
Jökulhlaups
Gases and air pollution
6 Volcanoes and climate 183
Recent volcanic climate disturbances
Volcanoes and human history
Toba
Supervolcanoes
Continental Hood basalts and mass extinctions
7 Monitoring volcanoes 211
Volcano observatories
Seismic monitoring
Microgravity monitoring
Magnetic and electric monitoring
Infrasound
Lahar warnings
Gas analyses
Thermal monitoring
Remote sensing
8 Living with volcanoes 251
Why live near a volcano?
Benefits of volcanoes
Volcanic hazards and volcanic risk
Warnings and crisis management
Getting it right
Disasters in the making?
9 Tectonic earthquakes 285
Faults and earthquakes
Focus, epicentre and seismic waves
Measuring earthquakes
Global seismic monitoring
Prediction and warning
Preventing earthquakes?
10 Living with earthquakes 313
Notable earthquakes
Fatalities from earthquakes and volcanic eruptions compared
Engineering for resilience
Earthquake preparedness
11 Tsunamis 355
What is a tsunami?
Seismogenic tsunamis
Recent seismogenic tsunamis
Tsunami warning systems
Tsunami risk mitigation
Landslide tsunamis
Impact tsunamis
Fact-check answers 399
Glossary 407
Appendix 1 Geological time 419
Appendix 2 Igneous rocks names 421
Index 425