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Edited on Sat Jun-04-11 04:10 AM by caseymoz
Unless you're talking about objects the size of Jupiter, "huge gravitational fluctuations" is a contradiction in terms.
Do you know how weak a force gravity is? If you were in space within fifty feet of a hunk of ice the same mass as the sheet you describe, you likely would not even notice the pull of it. You would need major instrumentation to even detect that you were falling toward it and would hit it in a few months or a year. Look, if it were a large effect, and I mean "large" in the way people who don't do experimental work with gravity use the word, they wouldn't need an elaborate system of two satellites bouncing signals to detect it.
So, they predicted more earthquakes in 30 years. Therefore, there can be two outcomes: More or less. The first would agree with the prediction, the second wouldn't.
And the odds if you flip a coin randomly are, what? The same thing. Therefore there's no way to tell if it's random or from any effect of ice melting. So, what are the odds that an utterly random system without the ice-melt can see an increase in earthquakes? About the same.
Now, if they had data predicting where we could expect the quakes and even approximately when from 30 years ago, and it was proving right a statistically significant amount of time, I would take notice. Have they made these predictions? Do they have any correlation from them? I'm thinking no, they haven't, despite how much data they've gathered.
As it is, they really do not have enough results yet to say if there's any correlation, much less causation? No. It takes a longer time than that, and unlike actual global warming, they really only have geological data to go on, not data from several fields all pointing in one direction as Global Weirding has.
And I'm not saying it's impossible. I simply don't expect any correlation can be shown yet. Right now, it's a legitimate worry, but keep in mind, it's neither supported nor disproved scientifically.
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