The complex nature of the continental Moho may be strongly influenced by the tectonic and
magmatic history of the lithosphere. Observations of Moho variability from near-vertical …

Comparisons of deep seismic reflection profiles from a variety of tectonic regions that span a
large fraction of the Earth's history lead to a threefold categorization of reflection patterns …

Application of regional geophysical and geological methods throughout two decades of
Canada's Lithoprobe project provides new opportunities to analyze the Mohorovičić …

The application of new data enhancement techniques on a Lithoprobe seismic reflection
profile in northwest Canada has produced images of upper mantle structures that are …

Seismic reflection profiles in USA and West Germany over thirty years ago showed strong
reflections from the lower crust but technical advances through the 1970s were needed for …

Since 1978, several seismic reflection transects have been run across the Appalachian and
Ouachita orogens; several special topical reflection lines in the craton have shown the …

In recent years, there has been a considerable expansion of deployments of portable
seismic stations across Australia, which have been analysed by receiver function or …

Although the year 2009 marked one century since the discovery of the Moho, or crust-mantle
boundary, the exact nature of that boundary and the manner in which it formed remain major …

Marked variations in the seismic reflection character of the continental Moho occur on the
COCORP deep seismic reflection transect of the northwestern US These variations correlate …

The characteristics of the oceanic Moho are known to depend on various factors, such as
seafloor spreading rate, crustal age, and accretionary processes at a ridge. However, the …