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Predicting Weather By The Moon - Xavier University Libraries

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<strong>Weather</strong> <strong>By</strong> <strong>The</strong> <strong>Moon</strong><br />

ern Hemisphere and began occurring over the Northern<br />

Hemisphere. It featured there for about four years, placing<br />

a greater strain on the tectonic plates over the Southern<br />

Hemisphere while there.<br />

In G. A. Elby’s book “Earthquakes”(Heinemann 1980),<br />

209 earthquakes dating back to 1505 were recorded with<br />

their dates. We can check each quake against <strong>Moon</strong> phases.<br />

96%. of those quakes recorded which were above 6 on the<br />

Richter Scale, occurred exactly on or within a day of one<br />

extreme feature of <strong>Moon</strong> cycle, that is, New <strong>Moon</strong>, Full<br />

<strong>Moon</strong>, Apogee or Perigee. 75% involved two factors; when<br />

the say, the Perigee plus Full or New moon were on the<br />

same day.<br />

It is interesting that Apogee (<strong>Moon</strong> fiurthest away in<br />

the month)keeps popping up as a factor too. One can imagine<br />

a tent held by tight guy ropes. If one extra guy rope is<br />

added(viz. Perigee)the tension will be swung more in one<br />

direction. If one guy rope is removed (viz. Apogee), the<br />

whole system will tend to swing in the other direction. Also<br />

Apogeal <strong>Moon</strong>s covers a wider area because the precession<br />

angles combine with the further distance. <strong>The</strong> <strong>Moon</strong><br />

could have a greater ‘swing’ between declination points,<br />

adding up to an extra trajectorial increment. Any plates ‘due<br />

to go’ so to speak, at the edge of the <strong>Moon</strong>’s orbital influence,<br />

may receive a final push.<br />

Precession angle? Declination points? We are getting<br />

ahead of ourselves. We should look first at Perigees<br />

more closely.<br />

92

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