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AR15.COM
3/14/2011 5:15:03 AM EDT
Since the tectonic plates relieved some stress in Japan, does that put more stress on the tectonic plates along the US's west coast?
3/14/2011 9:52:13 AM EDT
[#1]
bump for a reply, hopefully from someone with some knowledge.
3/14/2011 9:53:43 AM EDT
[#2]
Probably insignificant in the face of the other forces at work...
3/14/2011 9:54:39 AM EDT
[#3]
It could have reduced them for all we know.



In for a geologist response.
3/14/2011 9:58:00 AM EDT
[#4]
Quick answer?  No.




3/14/2011 10:18:15 AM EDT
[#5]
No.  The two provinces are essentially tectonically isolated.
3/14/2011 10:43:09 AM EDT
[#6]
Quoted:
No.  The two provinces are essentially tectonically isolated.


This

Hessian-1
3/14/2011 10:47:42 AM EDT
[#7]
No.

As far as putting stress on the adjacent plate boundaries in the region though, it's possible. Geologically speaking, this region is very complex. There are four separate plates that converge where Japan sits and it's complex enough that geologists aren't even sure which plates some of these areas belong to. This area is called the NKTZ (Niigata-Kobe Tectonic Zone) and generally considered to be the most active earthquake zone on the planet.

I've already posted this link a couple times in other threads, but it's got some good graphical representations of the NKTZ.

http://cais.gsi.go.jp/Virtual_GSI/Tectonics/Niigata_Kobe/niigata_kobe.html