Predicting Weather By The Moon - Xavier University Libraries
Predicting Weather By The Moon - Xavier University Libraries Predicting Weather By The Moon - Xavier University Libraries
Weather By The Moon Storms are also phase-related, the most likely time being Last Quarter during, for the Northern Hemisphere, when the Moon is at its southern monthly declination point. The converse applies in the Southern Hemisphere, when it is at its northern monthly declination point. If lightning happens to be at night, it is more likely to occur around New Moon or 1 st Quarter. Where the New Moon is over the Northern Hemisphere and going south towards the Equator, and conversely when the Full moon is over the Southern Hemisphere and going north towards the Equator, cyclones are generally absent in both hemispheres. There are some alternative forecasting systems that say the positions of the planets have some bearing on the weather. One would be unwise to dismiss any possibility that seemed scientifically sound. Some environmentalists put much faith in the plotting and record-comparing of solar flare disturbances. Some systems involve just watching for sunspot activity, which forms an 11 year cycle. It is safe to say that when Mercury crosses the Sun, colder weather ensues if in winter and hotter temperatures than normal(which may lead to tornadoes, typhoons, tropical cyclones or hurricanes)if summer. But as the Moon is the closest to us, it is hard to overlook the fact that lunar gravitational attraction has by far the strongest potential to change things here on earth. There also seems to be an effect from the alignment of Saturn(which orbits every 29 years) and Jupiter(which orbits every 11 years), when together on the opposite side 128
What Causes Weather of Earth to the Sun, that correlates with widespread cyclonic weather on Earth. It might be that these two huge planets at that time are having the same effect on the Sun that a Full Moon does on us. One could imagine that their combined gravitation could be pulling increased electrical activity from the Sun towards themselves, bringing it across Earth on the way. The effect would be more on the Sun than on Earth, but the magnetosphere, or Solar wind of electrical particles streaming from the Sun out into space, could affect our electrical fields. We are but 8 minutes into the solar year in terms of distance from the sun, and therefore getting almost the full brunt of the solar wind of electrical particles creaming over our planet. As more of the magnetic fields of the solar wind are concentrated by the close proximity of several planets, multiple crossings of them increase the magnetic effects felt in the weather systems. The Lunar declination cycle of 27.32 days just happens to be locked in phase with the 27.32 day magnetic rotation cycle of the Sun, because that is the way the Earth/ Moon system conserves it’s angular momentum, and still responds to the magnetic flux changes. The results arrived at by planet observers may still be lunar-based. The average sunspot activity cycle of 11 years coincides with the orbit of Jupiter. Sunspot activity is caused by the proximity of Jupiter to the sun. Jupiter is almost 318 times the size of earth – which means that if Earth was a peppercorn, Jupiter would be a grapefruit. Saturn is about 95 times as large as Earth. Given these sizes, it is further likely that they have an effect on each other 129
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<strong>Weather</strong> <strong>By</strong> <strong>The</strong> <strong>Moon</strong><br />
Storms are also phase-related, the most likely time<br />
being Last Quarter during, for the Northern Hemisphere,<br />
when the <strong>Moon</strong> is at its southern monthly declination point.<br />
<strong>The</strong> converse applies in the Southern Hemisphere, when it<br />
is at its northern monthly declination point. If lightning<br />
happens to be at night, it is more likely to occur around<br />
New <strong>Moon</strong> or 1 st Quarter.<br />
Where the New <strong>Moon</strong> is over the Northern Hemisphere<br />
and going south towards the Equator, and conversely<br />
when the Full moon is over the Southern Hemisphere and<br />
going north towards the Equator, cyclones are generally<br />
absent in both hemispheres.<br />
<strong>The</strong>re are some alternative forecasting systems that<br />
say the positions of the planets have some bearing on the<br />
weather. One would be unwise to dismiss any possibility<br />
that seemed scientifically sound. Some environmentalists<br />
put much faith in the plotting and record-comparing of solar<br />
flare disturbances. Some systems involve just watching<br />
for sunspot activity, which forms an 11 year cycle. It is<br />
safe to say that when Mercury crosses the Sun, colder<br />
weather ensues if in winter and hotter temperatures than<br />
normal(which may lead to tornadoes, typhoons, tropical<br />
cyclones or hurricanes)if summer. But as the <strong>Moon</strong> is the<br />
closest to us, it is hard to overlook the fact that lunar gravitational<br />
attraction has by far the strongest potential to<br />
change things here on earth.<br />
<strong>The</strong>re also seems to be an effect from the alignment<br />
of Saturn(which orbits every 29 years) and Jupiter(which<br />
orbits every 11 years), when together on the opposite side<br />
128