These so-called "slow slip events" are common at subduction zone faults -- where an oceanic plate meets a continental plate and dives beneath it. They also occur on continents along strike-slip faults like California's San Andreas, where two plates move horizontally in opposite directions. Occurring close to the surface, in the upper 3-5 kilometers (km) of the fault, this slow, silent movement is referred to as "creep events."
http://www.sciencedaily.com/releases/2013/06/130603142313.htm
The Moon is Waning Crescent (19% of Full)
Re: New Explanation for Slow Earthquakes On San Andreas
All posts are those of the individual authors and the owner
of this site does not endorse them. Content should be considered opinion
and not fact until verified independently.
June 03, 2013 08:41PM |
June 03, 2013 09:21PM |
Quote
eeek
Occurring close to the surface, in the upper 3-5 kilometers (km) of the fault, this slow, silent movement is referred to as "creep events."
Creepy!
Little bit puzzled by the accompanying map where it shows the Hayward Fault as a Type A: Continuous Creep zone. I thought the Hayward Fault was pretty much locked up. Hence the predication of a soon to very soon 6.5 earthquake occurring along that fault line.
Sorry, only registered users may post in this forum.
