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Feb 2 (Reuters) - More than 8 tonnes of water have leaked from Japan's stricken nuclear power plant after a frozen pipe burst inside a reactor buiding, but none of the water is thought to have escaped the complex, Kyodo news agency said on Thursday.
Kyodo, quoting the Fukushima plant's operator Tokyo Electric Power Co (Tepco), said the water had leaked from the No.4 reactor when a pipe "dropped off" but that the liquid had all been contained inside the reactor building.
Originally posted by trustnothing
reply to post by AnonymousCitizen
Send this guy Japanese MP Yasuhiro Sonoda, hes probably already already screwed as he drank some of the water. Look how nervous he seems
www.youtube.com...
Originally posted by emaildogs
reply to post by PageAlaCearl
Is there enough radiation to escape dilution through the earths largest body of water?
I think the pacific coast will be fine. Think of all the Nuclear Testing done in the desserts of America.
Originally posted by emaildogs
reply to post by PageAlaCearl
Is there enough radiation to escape dilution through the earths largest body of water?
I think the pacific coast will be fine. Think of all the Nuclear Testing done in the desserts of America.
First, realize that it's not a matter of "radiation." We live surrounded by natural radiation. There is "radiation" in a banana. It's a matter of what kind of radiation and how much. Radioactive iodine, prevalent in water from Fukushima Daiichi's reactors, has a half-life of about eight days. That means that half of it has broken down and is no longer radioactive after about a week.
Other sources have much longer half-lives; radioactive cesium, also coming from the reactor, takes three decades to degrade by half. Complications abound; a low level in seawater can concentrate in seaweed, then move further into the food chain.
Radiation that may seem alarmingly high in water coming from the plant (definition of alarming: reports of more than 7.5 million times the legal limit of radioactivity, at its peak, according to The Telegraph) dissipates to much lower levels as it gets diluted in the massive amount of ocean water it enters. Fish, like tuna that migrate thousands of miles, would get fleeting exposure as they moved past the coast. Shellfish in the seabed locally would be more exposed.
What this means for the sea life itself is hard to judge, and legal limits mean little, because duration -- how long sea life is exposed -- means a lot. Dilution makes a big difference for sea life, compared with land animals.