Models of magmatic systems suggest that the architecture of crustal magma bodies plays an
important role in where volcanic eruptions occur, but detailed field observations are needed …

Mid-ocean ridges display tectonic segmentation defined by discontinuities of the axial zone,
and geophysical and geochemical observations suggest segmentation of the underlying …

To complement velocity distributions, seismic attenuation provides additional important
information on fluid properties of hydrocarbon reservoirs in exploration seismology, as well …

Earth's magnetic field is recorded as oceanic crust cools, generating lineated magnetic
anomalies that provide the pattern of polarity reversals for the past 160 million years. In the …

Recent multi‐channel seismic studies of fast spreading and hot‐spot influenced mid‐ocean
ridges reveal magma bodies located beneath the mid‐crustal Axial Magma Lens (AML) …

The architecture of magma plumbing systems plays a fundamental role in volcano eruption
and evolution. However, the precise configuration of crustal magma reservoirs and conduits …

A new geospeedometer is developed based on the differential closures of Mg and rare earth
element (REE) bulk-diffusion between coexisting plagioclase and clinopyroxene. By …

Seafloor volcanic eruptions are difficult to directly observe due to lengthy eruption cycles
and the remote location of mid‐ocean ridges. Volcanic eruptions in 2005–2006 at 9° 50′ N …

Detailed images of the midcrustal magmatic system beneath the East Pacific Rise (8° 20′–
10° 10′ N) are obtained from 2‐D and 3‐D‐swath processing of along axis seismic data …

Oceanic gabbros are the most abundant rocks close to Earth's surface. Here we present new
data from a consistent profile through the paleocrust of the Samail Ophiolite (Oman), which …