Near to subduction zones where stresses in the subducting crustal plate can cause earthquakes with very deep hypocentres.
the sea
treches. 300 km or below sea level.
Many catastrophes could occur. Thus including Earthquakes,Tsunamis,and super Volcanic eruptions.
the alps
a lava flow
the sea
Yes it would.
treches. 300 km or below sea level.
it is more likely to have a strong earthquake where few recent earthquakes have happened
subduction boundary. There are only few places around the world where ultra deep earthquakes happen The subduction boundary partially would answer this question but one of these events happened in SPAIN and there is not subduction zone there DEEPEST earthquakes now, can be divide in two parts, some happens below 300 kms but the deepest ones are below 500 km supposed to be the asthenosphere and supposed to be plastic... ( no brittle)
No. Tsunamis are the result of earthquakes that occur under the ocean, primarily in subduction zones. The Colorado Rockies have neither of these traits.
No. It is impossible actually. The nearest subduction zone to Sydney is over 6,000 miles away. Any earthquake that would occur in Sydney would be an intraplate earthquake.
That would be the "Ring of Fire", which is the basin of the Pacific Ocean.
Most earthquakes occur at a depth of between 13-18 km. This is the Brittle-Ductile Transition zone and marks the strongest part of Earth's crust. Below this rocks deform plastically and so fractures cannot form and earthquakes do not occur. The exception to this is where subduction zones cause the lithospheric plate to descend deeply onto the mantle. This material is still brittle and so can cause earthquakes at much greater than normal depths.
Death would occur
Many catastrophes could occur. Thus including Earthquakes,Tsunamis,and super Volcanic eruptions.
Rain would most be most likely to occur and then a rainbow would probably come out after the rain is finished