It is well recognized that active arc volcanism at nearly all subduction zones requires
temperatures greater than 1200° C in the subarc mantle, despite the underthrusting cool …

Volcanic seismology represents the main, and often the only, tool to forecast volcanic
eruptions and to monitor the eruption process. This book describes the main types of seismic …

We relate seismologically observable parameters such as radiated energy, seismic moment,
rupture area, and rupture speed to the dynamics of faulting. To achieve this objective, we …

We have examined the source spectra of all shallow subduction zone earthquakes from
1992 to 1996 with moment magnitude 7.0 or greater, as well as some other interesting …

The spatial and temporal slip distribution of the Tecomán, Colima, Mexico earthquake is
estimated from near-source strong-motion and teleseismic body-wave data. To perform a …

The role of seafloor roughness on the seismogenic behavior of subduction zones has been
increasingly addressed over the past years, although their exact relationship remains …

We take advantage of a relatively dense network of seismic stations in the Guerrero segment
of the Mexican subduction zone to study seismicity and state of stress in the region. We …

The parameters allowing for near-trench megathrust ruptures are debated and commonly
involve the presence of site-dependent tectonic factors (eg rough subducting topography …

We present a discussion of the field surveys conducted in the wake of fifteen locally
devastating tsunamis in the period 1992–2002. The goal of these surveys has been to …

We present results of a slip model from joint inversion of strong motion and static Global
Positioning System data for the M w7. 1 Puebla‐Morelos earthquake. We find that the …