Seismology is the study of stress and changes in stress within the Earth and other planetary bodies, particularly earthquakes caused by slip and rupture along faults and by magmatic activity. The field is also concerned with earthquake risks and hazards, as well as the propagation of elastic waves through the surface of the Earth.


Latest Research and Reviews

News and Comment

  • News and Views |

    A magnitude 7.5 strike-slip earthquake that struck Palu, Indonesia, in 2018 unexpectedly generated a devastating tsunami. Seismic data reveal that its rupture propagated fast, at supershear speed. Whether the two are connected remains to be seen.

    • P. Martin Mai
  • News and Views |

    Differences between earthquake sequences in the crust and adjacent uppermost mantle at oceanic transform faults are revealed by a seafloor seismic experiment at the Blanco Transform Fault.

    • Jeffrey J. McGuire
    Nature Geoscience 12, 82-83
  • News and Views |

    A technically challenging analysis has revealed the physical properties of a mineral at pressures and temperatures as high as those in Earth’s mantle. The findings have implications for our understanding of Earth’s deep interior.

    • Johannes Buchen
    Nature 565, 168-170
  • Editorial |

    Machine learning allows geoscientists to embrace data at scales greater than ever before. We are excited to see what this innovative tool can teach us.

  • News and Views |

    Seismic data during the time interval between larger earthquakes could contain information about fault displacements and potential for future failure, suggest analyses of data from laboratory and real-world slow-slip earthquakes using machine-learning techniques.

    • Kenneth C. Creager