Volcanoes,earthquakes and tsunamis/
David A. Rothery
- Chicago. McGraw Hill; 2007,
- viii, 296 p. 20 cm.
acknowledgements 01 Introduction
02 how the Earth moves 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 partial melting
03 eruptions magma migration and magma rise how rising magma evolves volcano plumbing eruptions eruption triggers the sizes of eruptions eruption frequency and duration non-erupting volcanoes
04 types of volcano composite cone volcanoes shield volcanoes flood basalts monogenetic features calderas subglacial volcanoes undersea volcanoes
05 volcanic hazards lava flows pyroclastic flows airfall eruption clouds and air traffic debris avalanches volcanogenic tsunamis lahars jokulhlaups gases and air pollution
06 volcanoes and climate recent volcanic climate disturbances volcanoes and human history Toba supervolcanoes continental flood basalts and mass extinctions
07 monitoring volcanoes volcano observatories seismic monitoring ground deformation microgravity monitoring magnetic and electric monitoring infrasound tahar warnings gas analyses thermal monitoring remote sensing
08 living with volcanoes why live near a volcano? benefits of volcanoes volcanic hazards and volcanic risk warningsand crisis management getting it right disasters in the making?
09 tectonic earthquakes faults and earthquakes focus, epicentre and seismic waves measuring earthquakes global seismic monitoring prediction andw/arning preventing earthquakes?
10 living with earthquakes notable earthquakes fatalities from earthquakes and volcanic eruptions compared earthquake proofing earthquake preparedness
11 tsunamis what is a tsunami? seismogenic tsunamis historic seismogenic tsunamis tsunami warning systems tsunami risk mitigation landslide tsunamis impact tsunamis