Many characteristics of the incoming oceanic lithosphere, such as its age, rigidity, fabric
orientation or sediment thickness, are often cited as important properties controlling the …

High-precision and high-resolution gravity fields can be derived from multi-source satellite
altimeter data. A gravity anomaly model around the South China Sea (SCSGA) V1. 0 on a …

We employ an enhanced data set of Global Positioning System (GPS) velocities to reassess
the slip deficit along the plate interface of the Alaska‐Aleutian subduction zone. An …

Marine multichannel and wide‐angle seismic data constrain the distribution of seamounts,
sediment cover sequence and crustal structure along a 460 km margin‐parallel transect of …

Satellite altimetry has been widely used to determine the marine gravity fields. Different
altimeter missions lead to different gravity grids with varying spatial resolutions and …

Based on gravity and bathymetric data and using a novel two-dimensional joint flexural-
density modeling approach, this work studies the physical properties of the oceanic Nazca …

Double seismic zones (DSZs), parallel planes of intermediate‐depth earthquakes inside
oceanic slabs, have been observed in a number of subduction zones and may be a …

Missing volcanic arcs in young subduction zones are commonly attributed to an insufficient
subduction depth of the downgoing slab. The North Sulawesi subduction zone (NSS) in the …

This paper is concerned with the distribution of earthquakes, particularly their depths, with
the temperature of the material in which they occur, and with the significance of both for the …

A primary pathway for surface water to enter the Earth's interior is through faulting of oceanic
plates. Mantle hydration of subducting plate is considered to play an important role on the …