A Guide to Understanding Lehmann Discontinuity
The Lehmann discontinuity is marked by an abrupt increase in seismic wave velocity. It occurs at depths of about 200 km (137 mi) from the
The Lehmann discontinuity is marked by an abrupt increase in seismic wave velocity. It occurs at depths of about 200 km (137 mi) from the
The Mohorovičić (Mo‐HOR‐o‐VITCH‐itz) discontinuity is a boundary between the Earth’s crust and the upper mantle. An abrupt increase or jump in seismic wave velocity marks
The lithosphere is a colder, rigid, mechanically stronger solid outermost layer or shell of the Earth. In contrast, the asthenosphere is hotter, weaker, and ductile.
The lithosphere is the outermost, rigid, solid layer of the Earth. It is like the shell of a coconut or egg. Location-wise, this layer lies
The asthenosphere is one of the most special or unique layers of the Earth not known to other planets like Mars or Venus. It is