Earthquake in Japan....9.0...ouch!

Without even checking, I wonder if the Americans have been dumb enough to build Nuclear Power Stations near the San Andreas Fault, and how about the American missile silo's, I hope their not anywhere near. lol
 
Yes. There is always a risk, and with this there is scope for a problem on the other side of the globe becoming our problem to a lesser extent.

Just to clarify here, your saying that 3rd party countries Nuclear plants could affect us, like Chernobyl did/does still?

In that case, I agree.

However what can we do about it?

World is stuck between a rock and a hard place: World wants more power whilst being greener (in terms of 'greenhouse' gases - nuclear isn't green in the long term obviously however!) but doesn't want eye-sores in terms of fields of solar panels and wind farms.

Surely instead of closing all the plants down, efforts should be made that every operating power station and every newly commissioned station is built to withstand anything nature (within reason - could design for a 11 Mag Earthquake for example) can throw at us?
 
Seems like a large lack of knowledge on here and in the general public regarding nuc power, its the safest and most productive form of power there is, end of, oh and FACT.

Just the way it is, besides I read somewhere that all of the nuclear fuel on planet earth would only just fill a football stadium if we lumped it into one pile, hardly much is it even if it was redonculously radioactive.

Get a grip folks, its worth it, worst comes to worst build all stations in a relativly geological quite place.
 
Just to clarify here, your saying that 3rd party countries Nuclear plants could affect us, like Chernobyl did/does still?

In that case, I agree.

Yes.


However what can we do about it?

World is stuck between a rock and a hard place: World wants more power whilst being greener (in terms of 'greenhouse' gases - nuclear isn't green in the long term obviously however!) but doesn't want eye-sores in terms of fields of solar panels and wind farms.

Surely instead of closing all the plants down, efforts should be made that every operating power station and every newly commissioned station is built to withstand anything nature (within reason - could design for a 11 Mag Earthquake for example) can throw at us?

We could certainly improve the technological saftey but it doesn't remove all aspects of risk. Nor can we absolutely guarantee global standards of saftey standards especially with the 'tin pot' countries.

I think minimal use is certainly acceptable, other options should be exhaustively maximized first in my opinion.
 
Seems like a large lack of knowledge on here and in the general public regarding nuc power, its the safest and most productive form of power there is, end of, oh and FACT.

Just the way it is, besides I read somewhere that all of the nuclear fuel on planet earth would only just fill a football stadium if we lumped it into one pile, hardly much is it even if it was redonculously radioactive.

Get a grip folks, its worth it, worst comes to worst build all stations in a relativly geological quite place.

Its not "the safest form of power, fact", its no where near. Its not about how often something might go wrong, its about the level of what might happen when it does go wrong, and nuclear power has proven throughout its time that it goes wrong pretty frequently....... as in safe being one incident since we started, there have been dozens at power stations, fuel production, fuel storage.

As for all the fuel fitting into a football stadium, whats your point, do you think you can put all the worlds cooling radioactive material in one storage tank the size of a football stadium and therefore cleanup isn't that bad?

Put that much nuclear fuel together and see what happens.

"spent" fuel is still very much active, very very dangerous and needs active cooling for a ridiculously long time, large quantities together would be completely unmanageable and catastrophic if something happened to cooling.

Building something the size of a football stadium, underground with a load of thick barriers to prevent spills does cost insane amounts of money.

Transporting spent fuel is not cheap, nor easy, so having one location or even 3-4 worldwide would be unfeasable.

Not every plant we've built to date is completely safe, we'll never build a completely safe plant.

For those who all said this disaster could NEVER be on the scale of Chernobyl... because, the most stupid excuse being, but it has a protective shell and building which Chernobyl didn't have, people were saying this after explosions and breaches to all the containment buildings making that literally a ridiculous notion.

20% of Chernobyl IS on the scale of Chernobyl, Chernobyl isn't magnitudes larger than Fukishima.

Its safe, but the worst case scenario for nuclear is magnitudes, many many magnitudes higher than the worst case scenario for ANY other power source we have. The one thing history has taught us, without question, without any comeback is, things go wrong, nothing is full proof, there will always be a catastrophic failure somewhere, somehow, eventually. Because of this nuclear is, and always will be one of the most dangerous forms of power generation we have, right now it is THE most dangerous but I give humankind a lot of credit, we'll come up with something worse ;)


But, does that mean we shouldn't use it? THats a completely different question, this is what gets on my goat, people who insist its safe and that we should use it, these aren't the same questions.

Its not safe, that has no bearing on if we should use it. World wars/civil wars when we run out of power, or nuclear power stations and eventually one or two massive massive disasters from them.......... I'd almost certainly choose nuclear power. It doesn't really matter if we do keep finding oil/coal deposits, eventually we will tap out enough supplies that whats left is produced slower, and costs increase to the point its worthless long before we actually ran out.

I think we've still got a long way to go before we really find out how much contamination came out of those plants, and how much more will before cleanup is completely done. The thing with Chernobyl is due to the design almost all the radiation went up and was relatively easily measure, due to the way these plants failed, a load of radiation got pumped into the ocean, the ground, the surrounding area in ways that was simply much harder to measure.
 
have to hand it to the japs. really do get things going. such a fantastic place. we could definitely learn a few things from them. imagine if that was here. nothing would have moved by now.
 
Very very impressed with their progress with the situation.

Indeed, as long as we ignore the power station.

Aren't there still three reactors leaking radioactive steam to atmosphere from the top and leaking radioactive water from the bottom 24/7? Isn't also an unenclosed spent fuel pond holding several hundred tons of the most highly radioactive fuel in a structurally unsound building? The three molten cores will take a decade to cool down and need isolating from the environment for ever. We don't even know exactly where they are right now.
 
While I am sure there is some truth in that story i can't believe the housing is that precarious. We have earthquakes every 3-4 days at the moment in Miyagi and just as many in Fukushima prefecture. They're not as big as a 7, but we've had loads (I'm talking at least 50) of 5 - 6 magnitude quakes just since December when I moved here. If it was that close to failure I'm sure the combination of all these would have done more damage to the casing. I just can't believe a single 7.0 quake could do more damage than these:

Issued at Occurred at Region Name Magnitude Maximum seismic intensity
(JMA Seismic Intensity)
10:39 JST 20 Apr 2012 10:34 JST 20 Apr 2012 Fukushima-ken Oki M4.0 1
09:59 JST 20 Apr 2012 09:54 JST 20 Apr 2012 Miyagi-ken Oki M3.3 1
07:58 JST 20 Apr 2012 07:53 JST 20 Apr 2012 Yamagata-ken Okitama-chiho M3.8 2
06:59 JST 20 Apr 2012 06:54 JST 20 Apr 2012 Fukushima-ken Oki M4.0 2
23:40 JST 19 Apr 2012 23:35 JST 19 Apr 2012 Niigata-ken Chuetsu-chiho M3.2 2
20:18 JST 19 Apr 2012 20:13 JST 19 Apr 2012 Wakayama-ken Hokubu M2.1 1
19:09 JST 19 Apr 2012 19:04 JST 19 Apr 2012 Miyagi-ken Oki M3.0 1
17:45 JST 19 Apr 2012 17:41 JST 19 Apr 2012 Miyagi-ken Oki M4.3 3
14:00 JST 19 Apr 2012 13:55 JST 19 Apr 2012 Ibaraki-ken Hokubu M3.0 1
13:35 JST 19 Apr 2012 13:31 JST 19 Apr 2012 Fukushima-ken Oki M3.3 1
12:43 JST 19 Apr 2012 12:33 JST 19 Apr 2012 Fukushima-ken Oki M5.1 4
12:37 JST 19 Apr 2012 12:33 JST 19 Apr 2012 Fukushima-ken Oki M5.1 4
09:56 JST 19 Apr 2012 09:51 JST 19 Apr 2012 Kumamoto-ken Aso-chiho M1.5 1
06:24 JST 19 Apr 2012 06:20 JST 19 Apr 2012 Ishikari-chiho Chubu M2.7 2
05:26 JST 19 Apr 2012 05:22 JST 19 Apr 2012 Iwate-ken Oki M3.3 1
04:42 JST 19 Apr 2012 04:38 JST 19 Apr 2012 Chiba-ken Toho-oki M2.9 1
03:09 JST 19 Apr 2012 03:04 JST 19 Apr 2012 Kamikawa-chiho Nambu M2.8 2
02:12 JST 19 Apr 2012 02:07 JST 19 Apr 2012 Niigata-ken Chuetsu-chiho M2.7 1
01:24 JST 19 Apr 2012 01:19 JST 19 Apr 2012 Iwate-ken Oki M3.9 1
00:18 JST 19 Apr 2012 00:13 JST 19 Apr 2012 Kamikawa-chiho Nambu M2.2 1
16:40 JST 18 Apr 2012 16:35 JST 18 Apr 2012 Bungo-suido M3.1 1
16:12 JST 18 Apr 2012 16:06 JST 18 Apr 2012 Fukushima-ken Aizu M3.7 2
16:08 JST 18 Apr 2012 16:03 JST 18 Apr 2012 Fukushima-ken Aizu M3.2 2
12:44 JST 18 Apr 2012 12:39 JST 18 Apr 2012 Ibaraki-ken Hokubu M3.1 2
10:13 JST 18 Apr 2012 10:08 JST 18 Apr 2012 Fukushima-ken Hamadori M3.0 1
07:40 JST 18 Apr 2012 07:36 JST 18 Apr 2012 Fukushima-ken Hamadori M3.2 1
07:18 JST 18 Apr 2012 07:13 JST 18 Apr 2012 Ibaraki-ken Nambu M3.5 2
05:39 JST 18 Apr 2012 05:34 JST 18 Apr 2012 Miyagi-ken Oki M3.8 1
05:17 JST 18 Apr 2012 05:12 JST 18 Apr 2012 Nemuro-hanto Nanto-oki M3.0 1
02:24 JST 18 Apr 2012 02:20 JST 18 Apr 2012 Ibaraki-ken Oki M4.3 2
23:34 JST 17 Apr 2012 23:29 JST 17 Apr 2012 Miyagi-ken Oki M4.2 2
22:19 JST 17 Apr 2012 22:15 JST 17 Apr 2012 Ibaraki-ken Hokubu M3.2 1
21:34 JST 17 Apr 2012 21:29 JST 17 Apr 2012 Fukushima-ken Oki M4.5 2
17:55 JST 17 Apr 2012 17:51 JST 17 Apr 2012 Miyagi-ken Oki M3.8 1
16:57 JST 17 Apr 2012 16:53 JST 17 Apr 2012 Mie-ken Nanto-oki M3.6 1
14:58 JST 17 Apr 2012 14:54 JST 17 Apr 2012 Miyakejima Kinkai M3.0 1
13:29 JST 17 Apr 2012 13:25 JST 17 Apr 2012 Miyagi-ken Oki M4.4 2
12:17 JST 17 Apr 2012 12:13 JST 17 Apr 2012 Gifu-ken Mino-tobu M3.0 1
11:22 JST 17 Apr 2012 11:15 JST 17 Apr 2012 Chichijima Kinkai M5.3 1
08:04 JST 17 Apr 2012 07:59 JST 17 Apr 2012 Kushiro Oki M3.8 1
05:54 JST 17 Apr 2012 05:49 JST 17 Apr 2012 Iwate-ken Nairiku-nambu M2.9 1
03:50 JST 17 Apr 2012 03:45 JST 17 Apr 2012 Akita-ken Nairiku-hokubu M2.0 1
01:26 JST 17 Apr 2012 01:21 JST 17 Apr 2012 Ibaraki-ken Hokubu M3.6 1
01:10 JST 17 Apr 2012 01:05 JST 17 Apr 2012 Miyagi-ken Oki M3.4 1
23:31 JST 16 Apr 2012 23:26 JST 16 Apr 2012 Gifu-ken Mino-chuseibu M2.8 1
10:13 JST 16 Apr 2012 10:08 JST 16 Apr 2012 Tokyo-wan M3.2 1
02:03 JST 16 Apr 2012 01:59 JST 16 Apr 2012 Yamagata-ken Okitama-chiho M3.2 2
01:40 JST 16 Apr 2012 01:35 JST 16 Apr 2012 Miyagi-ken Oki M4.1 1
23:33 JST 15 Apr 2012 23:29 JST 15 Apr 2012 Iwate-ken Oki M3.8 1
22:06 JST 15 Apr 2012 22:01 JST 15 Apr 2012 Iwate-ken Oki M3.2 1
19:42 JST 15 Apr 2012 19:36 JST 15 Apr 2012 Fukushima-ken Oki M4.7 2
13:50 JST 15 Apr 2012 13:45 JST 15 Apr 2012 Tokushima-ken Hokubu M3.4 2
13:38 JST 15 Apr 2012 13:33 JST 15 Apr 2012 Miyagi-ken Oki M3.1 1
08:22 JST 15 Apr 2012 08:18 JST 15 Apr 2012 Ibaraki-ken Oki M3.6 1
05:46 JST 15 Apr 2012 05:41 JST 15 Apr 2012 Ibaraki-ken Oki M4.0 2
03:01 JST 15 Apr 2012 02:57 JST 15 Apr 2012 Tochigi-ken Hokubu M2.0 1
02:30 JST 15 Apr 2012 02:26 JST 15 Apr 2012 Fukushima-ken Oki M3.5 1
01:01 JST 15 Apr 2012 00:56 JST 15 Apr 2012 Chiba-ken Toho-oki M3.7 1
00:12 JST 15 Apr 2012 00:08 JST 15 Apr 2012 Fukushima-ken Oki M4.4 2
00:08 JST 15 Apr 2012 00:05 JST 15 Apr 2012 Fukushima-ken Oki M4.4 2
23:18 JST 14 Apr 2012 23:13 JST 14 Apr 2012 Fukushima-ken Oki M4.0 1
23:10 JST 14 Apr 2012 23:05 JST 14 Apr 2012 Miyagi-ken Oki M2.6 1
22:58 JST 14 Apr 2012 22:53 JST 14 Apr 2012 Ibaraki-ken Oki M3.8 1
22:22 JST 14 Apr 2012 22:17 JST 14 Apr 2012 Fukushima-ken Oki M4.3 1
21:44 JST 14 Apr 2012 21:40 JST 14 Apr 2012 Tokara-retto Kinkai M4.7 3
20:12 JST 14 Apr 2012 20:08 JST 14 Apr 2012 Iwate-ken Oki M4.2 2
20:04 JST 14 Apr 2012 20:00 JST 14 Apr 2012 Ibaraki-ken Oki M3.6 1
19:56 JST 14 Apr 2012 19:51 JST 14 Apr 2012 Fukushima-ken Oki M4.6 2
19:52 JST 14 Apr 2012 19:48 JST 14 Apr 2012 Fukushima-ken Oki M4.5 2
19:01 JST 14 Apr 2012 18:57 JST 14 Apr 2012 Fukushima-ken Oki M3.9 1
18:30 JST 14 Apr 2012 18:25 JST 14 Apr 2012 Ibaraki-ken Oki M5.0 3
18:10 JST 14 Apr 2012 18:06 JST 14 Apr 2012 Ibaraki-ken Oki M3.9 1
17:50 JST 14 Apr 2012 17:46 JST 14 Apr 2012 Fukushima-ken Oki M4.3 3
11:38 JST 14 Apr 2012 11:33 JST 14 Apr 2012 Ibaraki-ken Hokubu M3.3 1
11:15 JST 14 Apr 2012 11:10 JST 14 Apr 2012 Chiba-ken Toho-oki M3.9 1
10:16 JST 14 Apr 2012 10:11 JST 14 Apr 2012 Iwate-ken Oki M4.3 2
07:58 JST 14 Apr 2012 07:54 JST 14 Apr 2012 Chiba-ken Toho-oki M3.6 2
04:42 JST 14 Apr 2012 04:37 JST 14 Apr 2012 Hokkaido Hokusei-oki M2.6 1
04:03 JST 14 Apr 2012 04:00 JST 14 Apr 2012 Ibaraki-ken Oki M3.9 3
03:29 JST 14 Apr 2012 03:25 JST 14 Apr 2012 Miyagi-ken Oki M4.4 2
01:56 JST 14 Apr 2012 01:52 JST 14 Apr 2012 Fukushima-ken Oki M4.3 2
01:01 JST 14 Apr 2012 00:57 JST 14 Apr 2012 Fukushima-ken Oki M4.1 1
00:59 JST 14 Apr 2012 00:55 JST 14 Apr 2012 Sanriku Oki M4.8 1
00:30 JST 14 Apr 2012 00:26 JST 14 Apr 2012 Fukushima-ken Oki M4.4 2
00:01 JST 14 Apr 2012 23:56 JST 13 Apr 2012 Miyagi-ken Oki M3.3 1
23:58 JST 13 Apr 2012 23:53 JST 13 Apr 2012 Fukushima-ken Oki M4.2 2
21:56 JST 13 Apr 2012 21:52 JST 13 Apr 2012 Fukushima-ken Oki M3.6 1
21:33 JST 13 Apr 2012 21:30 JST 13 Apr 2012 Ibaraki-ken Oki M4.2 3
21:20 JST 13 Apr 2012 21:15 JST 13 Apr 2012 Fukushima-ken Oki M3.4 1
21:16 JST 13 Apr 2012 21:12 JST 13 Apr 2012 Fukushima-ken Oki M5.2 3
20:09 JST 13 Apr 2012 20:04 JST 13 Apr 2012 Fukushima-ken Oki M4.0 1
19:38 JST 13 Apr 2012 19:33 JST 13 Apr 2012 Fukushima-ken Oki M4.1 2
19:21 JST 13 Apr 2012 19:16 JST 13 Apr 2012 Fukushima-ken Oki M4.5 2
19:21 JST 13 Apr 2012 19:10 JST 13 Apr 2012 Fukushima-ken Oki M5.9 4
19:14 JST 13 Apr 2012 19:10 JST 13 Apr 2012 Fukushima-ken Oki M5.9 4
16:44 JST 13 Apr 2012 16:40 JST 13 Apr 2012 Miyagi-ken Oki M3.7 1
11:32 JST 13 Apr 2012 11:28 JST 13 Apr 2012 Iwate-ken Oki M3.9 1
10:42 JST 13 Apr 2012 10:38 JST 13 Apr 2012 Chiba-ken Toho-oki M3.4 1

That's in the last week....

More information here:http://www.jma.go.jp/en/quake/quake_local_index.html
 
No chance that's completely genuine. There is no way the UN and other countries would just say "oh well, its Japan's problem" if things were as bad as that article claims!
 
While I am sure there is some truth in that story i can't believe the housing is that precarious. We have earthquakes every 3-4 days at the moment in Miyagi and just as many in Fukushima prefecture. They're not as big as a 7, but we've had loads (I'm talking at least 50) of 5 - 6 magnitude quakes just since December when I moved here. If it was that close to failure I'm sure the combination of all these would have done more damage to the casing. I just can't believe a single 7.0 quake could do more damage than these:



That's in the last week....

More information here:http://www.jma.go.jp/en/quake/quake_local_index.html

I don't really know much about Earthquakes, but isn't the scale logarithmic??? i.e. a quake measuring 8.0 is 10x more powerful than one which measures 7.0 and 100x more powerful than one which measures 6.0 ???
 
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