… The aim of this study was to elucidate the relationship between variability of the oceanic Moho
… four subsections, we describe the characteristics of the Moho reflections in the MCS data. …

… the Moho at the base of the oceanic crust produced at mid-ocean ridges and hence this
contribution does not include consideration of Moho in regions such as large oceanic … of oceanic …

… oceanic layer 2 to have Vp = 4.8–6.65 km/s and oceanic … modeled oceanic layer 2 to have
Vp = 4.8–6.85 km/s and oceanic … our profile instead of a clear Moho can be attributed mainly to …

… A 1-km perturbation in the depth of an oceanic Moho corresponds to a perturbation of
0.75% in phase velocity and over 2% in group velocity of Rayleigh waves (Fig. 8, Fig. 9). …

… and Moho in the NE Atlantic Ocean. For interpolation between the unevenly spaced … Crustal
thickness is compiled from the Moho and basement depths. The oceanic crust displays an …

… From 1945 onwards, controlled-source seismology has been the major approach to study …
, the Moho. The subsequent description of history of controlled-source crustal seismology and …

… ; oceanic Moho, as interpreted in this study, underlies LVZ and is shown as a thick black
line. Star and inverted triangle denote the source and … Large-scale active source seismic and …

… of 6 Hzへるつ for Moho reflections from active sources and an average Alpine Moho depth of 40 km,
… on continental and oceanic crust, ultimately resulting in the strong lateral undulation of the …

… The complex tectonics since late Cretaceous modeled the continental or partially oceanic
(ie, the central southern Tyrrhenian) crust, creating the imaged lateral undulation of the …

… earthquakes, as well as seismic waves from activesource experiments, may be sensitive to
the variations in the Moho. These … Moho separates the continental and oceanic crust from the …