Hannah Hilbert-Wolf

Hannah Hilbert-Wolf

PhD candidate at the Department of Earth and Oceans, James Cook University, QLD, Australia. She is a geologist combining sedimentology with geochronology, thermochronology, and geochemistry to answer exciting tectonic questions -- particularly in rift settings. Hannah is fascinated by seismites and looking for new ways to use the sedimentary record to reveal and investigate ancient earthquakes.

  • Paleoseismology Through Sedimentology

    The Megablock Complex: An example from the East African Rift

    Recognizing and interpreting seismite horizons (soft-sediment deformation generated by earthquakes) preserved in the sedimentary record is an underappreciated approach for paleoseismic analysis. The addition of sedimentological studies to a toolkit that includes other well-established methods, such as instrumental seismic monitoring and fault trenching, can provide a less expensive and more practical option for earthquake hazard prediction and preparation in certain areas. For example, this may be a good option in less developed regions and in areas where fault trenching may not be possible. Moreover, there is a lot that we can learn rheologically from the study of seismites that could be invaluable for modeling the behavior of the surface/near-surface during seismic activity. Similarly, investigating Quaternary strata in areas that may be prone to seismicity, which may or may not have a recorded history of major earthquakes, can illuminate important information about earthquake recurrence patterns and intervals, in much the same way as fault trenching. more

Events

We maintain a list of paleoseismology-related congresses, meetings and symposiums.

If you want to suggest an event which is not listed, please use this form.

See all Events

The Network

The paleoseismicity.org directory is a list of the people who work on paleoseismology.

If you want to be listed here and if you fulfill the criteria, please fill this form.

See all Entries

Newsletter

Just click the "Unsubscribe" link which you find in every newsletter you get and your email adress will be removed from the subscribers list in seconds.

Facebook

Sharing Options

Digg this
Delicious
Stumbleupon
Reddit
Like us on Facebook
Follow us on Twitter
Follow us on Google +
The paleosesismicity.org group on LinkedIn
Subscribe to the paleoseismicity Newsletter