Geophysical, petrological, and geochemical data provide important clues about the
composition of the deep continental crust. On the basis of seismic refraction data, we divide …

Deep seismic data and plate kinematic reconstructions help understand the mechanisms of
rifting and opening of new oceans, basic principles of plate tectonic cycles. In this study …

We present results from a combined multichannel seismic reflection (MCS) and wideangle
onshore/offshore seismic experiment conducted in 1996 across the southeast Greenland …

Strategies for modelling seismic refraction/wide-angle reflection traveltimes to obtain 2-D
velocity and interface structure are presented along with methods for assessing the reliability …

We present a tectonic interpretation of the breakup and early seafloor spreading between
India and Antarctica based on improved coverage of potential field and seismic data off the …

Deep seismic data from the Hatton-Rockall region, the mid-Norway margin and the SW
Barents Sea provide images of the crustal structure that make it possible to estimate the …

The Early Cretaceous South Atlantic continental break-up and initial sea-floor spreading
were accompanied by large-scale, transient volcanism emplacing the Paraná-Etendeka …

Since Vening‐Meinesz's realization that the East African Rift represented an extensional, not
compressional, feature and since the widespread acceptance of plate tectonics two decades …

Convective circulation of the mantle causes deflections of the Earth's surface that vary as a
function of space and time. Accurate measurements of this dynamic topography are …

During the Geophysical Measurements Across the Continental Margin of Namibia (MAMBA)
experiments, offshore and onshore refraction and reflection seismic as well as magnetic …