The sketch shows the 100 to 600 meters thick seismogenic zone in which the fault planes (5 to 20 meters thick) and thus the ruptures lie.

After analyzing seven years of earthquake data from the Midland Basin, a team of scientists at The University of Texas at ...

A team of scientists at the University of Texas at Austin discovered seismic activity is moving northeast in the Midland ...

Prof. Onno Oncken from the GFZ says, "With this work, Caroline Chalumeau's team has presented the first sharp seismological image of a seismogenic plate boundary. On the one hand, it confirms ...

Tracking the thermal and petrologic evolution of magmatically robust fast spread lower ocean crust The four-dimensional development of lower oceanic crust: Integrated zircon trace element and high ...

Thomas, Christoph and Foken, Thomas 2007. Organised Motion in a Tall Spruce Canopy: Temporal Scales, Structure Spacing and Terrain Effects. Boundary-Layer Meteorology ...

Principal Investigator for the Center for Integrated Seismicity Research (CISR). Subsurface integration leader for the TexNet Seismic Monitoring and Research Program. Research staff supervision. Teach ...

The sketch shows the 100 to 600 meters thick seismogenic zone in which the fault planes (5 to 20 meters thick) and thus the ruptures lie. The idea that earthquakes release stress by a single ...