They are on stable submarine ground, as it were. some people have theorized the Mid-Atlantic ridge , and such sub-sections as the Dolphin Ridge, the Gettysburg Bank, (named after a survey ship, USS Gettysburg) were or are remnants of-Atlantis, the m,ass of these sub-ocean mounts could dampen out any seismic stresses anyhow- both convent9onal quakes and submarine shock waves- which can and do trigger tidal waves- Tsunamis, are far more common in the Pacific, what are called Solitaries can occur in The Atlantic, and while huge- over l00 feet in spots, seldom cause damage to ships they have been measured accurately with a steady hand and a vertical (Spot averaging) Theodolite which works like a movie camera. The camera fires every two seconds over a two minute run and the films and angles are carefully analyzed. possibly special scored film with graph paper superimposed is also used.
Earthquakes are common along mid-ocean ridges since that is the location of a divergent plate boundary. New oceanic crust is being formed where two plates are moving apart. All of this commotion and movement of Earth's crust creates earthquakes.
they occur at transform boundaries
The answer is Earthquakes
Movement along the fault causes earthquakes; several thousand occur annually, although only a few are of moderate or higher magnitude.
mid ocean ridges form along, underwater mountain ranges that sometimes have a rift valley down their center( 6th grade answer)
Earthquakes!
Subduction of oceanic crust. The Earthquakes occur at depth in the descending slab.
Earthquakes occur along a fault. Near the San Andreas fault lots of earthquakes occur.
About 90% of the world's earthquakes and 80% of the world's largest earthquakes occur along the Ring of Fire.
Earthquakes occur most often along the boundaries of tectonic plates.
Along the mid oceanic ridges.
earthquakes
along a faultline
Along the tectonic plate boundaries.
Shallow focus earthquakes occur at the mid ocean ridges because the thin lithosphere found there is to weak to allow a large amount of strain to build up and cause larger earthquakes.
Anywhere along fault lines.
Earthquakes that occur along plate boundaries
Along fault lines