The convergence of the Philippine Sea and the Eurasian plates in the Taiwan region led to
the formation of a young collisional mountain between two subduction zones of nearly …

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 …

Although seismological networks have densified along the Ecuadorian active margin since
2010, visual phase reading, ensuring high arrival times quality, is more and more time …

Local earthquake tomography allows to both image the subsurface elastic properties of an
area and to locate earthquakes. In this work, we discuss the choice of best parameterization …

We analyze in this study a new set of marine data including 3D local tomography, 1992–
2008 relocated earthquakes and two recent multichannel seismic lines to characterize the …

Local seismic networks are usually designed so that earthquakes are located inside them
(primary azimuthal gap<< 180°) and close to the seismic stations (0–100 km). With these …

Precise source depths are critical to the understanding and interpretation of many
seismological and tectonic processes. However, conventional earthquake location methods …

Abstract Carried by the Philippine Sea Plate converging with the Eurasian Plate, the Luzon
Arc is obliquely colliding with and accreting to the Eurasian continental margin to build the …

During arc-continent collision, buoyant sections of sediments and rifted continental crust
from a subducting plate will accrete to the forearc of the upper plate as long as this backstop …

The collision of continental crust of the Eurasian Plate with the overriding Luzon Arc in
central Taiwan has led to compression, uplift, and exhumation of rocks that were originally …