Recent research has shed light on a fascinating connection between ancient continental breakups and current volcanic activity ...

Deep beneath the world’s oceans, a slow-moving force is silently sculpting submarine volcanoes. This geological process, ...

A program designed to study the mid-ocean ridge system and enhance understanding of the relationship between the geological processes that lead to planetary renewal in the deep ocean and life forms ...

Scientists from the Woods Hole Oceanographic Institution (WHOI) have identified a new type of ocean ridge that is spreading so slowly that Earth's mantle is exposed over large regions of the sea floor ...

Ken Sims, a professor in UW’s Department of Geology and Geophysics, recently received a $325,841 National Science Foundation grant to look at understanding the processes and timescales of basalt ...

ABSTRACTThe "Ridge" community has pioneered not only scientific exploration of and research on the global mid-ocean ridge system but also innovative and attractive ways of reaching out to the public ...

Some of the highest quality images ever taken of the Earth's lower crust reveal that the upper and lower crust form in two distinctly different ways. A team led by researchers from Columbia University ...

The Setogawa subduction complex represents the subduction of an active mid-ocean ridge (the Kula-Pacific Ridge) under the Japan Arc about 20 m.y. ago in the early Miocene. The basalt is youngest in ...

The earthquake distribution on ultra-slow mid-ocean ridges differs fundamentally from other spreading zones. Water circulating at a depth of up to 15 kilometers leads to the formation of rock that ...