Maren Bӧse, Phd

Here is a list of projects I am currently involved in.

Large earthquakes pose a major threat to our society. Modern technology and real-time tools for early warning can reduce their impacts.

> More details

 

Maps, visualizing levels and spatial distributions of earthquake ground shaking seconds before high-amplitude seismic waves arrive or a few minutes thereafter, provide crucial information, e.g., for task forces (firefighters, ambulances,...) to gain a rapid overview about possible impacts of a large earthquake.

Probabilistic Seismic Hazard Assessment

Artificial Neural Networks

Attenuation relations

...

Strong motion records are lacking in many seismic-prone regions in the world. This hampers the assessment of seismological and earthquake engineering problems, such as seismic hazard analyses. Simulations of strong motion time series help to overcome the lack of appropriate data. Of utter importance is the consideration of seismic site effects.

Large earthquakes cause fault ruptures of some tens to hundreds of kilometer length. We develop probabilistic models to predict the final expansion of a seismic rupture and maximum slip amplitudes from real-time information on slip (e.g. from GPS measurements).

> More details

Earthquake Early Warning in California, Turkey, and Romania

Simulation of Strong Motion Data

Others

Alert and Shake maps

Probabilistic Rupture Prediction for large

Earthquakes

Research Interests

Last up-date:

6/24/2009