Predicting Weather By The Moon - Xavier University Libraries
Predicting Weather By The Moon - Xavier University Libraries
Predicting Weather By The Moon - Xavier University Libraries
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Declination<br />
the Sun, the Earth, and the <strong>Moon</strong> lie along a common line.<br />
One of the most devastating east-coast coastal storms on<br />
record in the USA took place during 5th - 8th March in<br />
1962. <strong>The</strong> New <strong>Moon</strong>, Perigee, and crossing the equator<br />
combined on 6 th March 1962. When the <strong>Moon</strong> is over the<br />
Earth’s Equator (as in the months of Spring and Fall Equinoxes),<br />
the amplitudes of morning and night-time tides are<br />
the same. In March 1962, 5 successive high tides fell into<br />
the category of super-elevated Perigee spring tides of<br />
nearly equal magnitudes. <strong>The</strong> storm center became blocked<br />
so that the high winds kept blowing, all the while that the<br />
higher-than-normal astronomic tides of equal magnitude<br />
were moving in and out. <strong>The</strong> result was huge and widespread<br />
destruction.<br />
<strong>The</strong>re is a large electrical factor too, in violent<br />
storms. <strong>The</strong> <strong>Moon</strong> is magnetically locked to the Earth.<br />
Surges in the magnetic field cause inductive heating in the<br />
core/mantle of the Earth. Increases in the global magnetic<br />
fields add energy to hurricanes that are moving to the midlatitudes,<br />
in synchronisation with the lunar equatorial crossings<br />
(North or South). In other words, if there is a storm<br />
brewing around the middle band of Earth and the <strong>Moon</strong> is<br />
crossing the equator at that moment, the storm will be<br />
magnified.<br />
Imagine that a wobbling dinner plate settles a bit so it<br />
nearly flattens out and then as you watch, it slowly rises up<br />
again into a bigger wobble. You keep watching and you see<br />
it settle back down again, only to rise again later and repeat<br />
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