Removing Iodine-13 / 37 Meter Tsunami / Glaciers growing
The best solution may be the one used routinely to treat water at the Savannah River Site. The process combines activated carbon, reverse osmosis, and ion exchange. If one doesn’t get the iodine-131, two others have a chance to capture the radiation through other means.
And that may be the best solution for the average drinker of tap water as well.
Easy! But if you are thinking that running your drinking water through activated carbon, reverse osmosis, and an ion exchange isn’t easy, perhaps consider moving away from nuclear threats.
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The 37 meter tsunami isn’t historical, nor specifically predicted for the future. It was this year’s Japanese tsunami. Deduced from high-water marks.
That’s tall enough to engulf a 10-story building. But “we think we will see [evidence of] bigger waves in other areas,” says Satoko Oki, a seismologist at the University of Tokyo’s Earthquake Research Institute.
The Japanese are #1 experts on tsunamis, and they underestimated the potential risk. Don’t make the same mistake.
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I’m climate change believer – but it’s the Sun, not us, and a mini Ice Age is just as likely as rising temperatures (they’ve not risen in the last 10 years, just shifted about). Here’s something not often reported… growing glaciers:
Not only on Mt. Shasta, glaciers are also growing in Washington and Alaska.
Look at Washington State. The Nisqually Glacier on Mt. Rainier is growing. Glaciers on Glacier Peak in northern Washington are growing. And Crater Glacier on Mt. Saint Helens is now larger than it was before the 1980 eruption.
Or look at Alaska. Glaciers are growing in Alaska for the first time in 250 years. Two years ago in May, Alaska’s Hubbard Glacier was advancing at the rate of seven feet (two meters) per day – more than half-a-mile per year. In Icy Bay, at least three glaciers advanced a third of a mile (½ km) in one year.
