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 called “años de abundancia” - years of abundance in Spanish. In other regions, torrential rains brought ruin. Because the warming often peaked around Christmas, the current was nicknamed ‘El Niño’ - the Christ child in Spanish. Eighteenth century European sailors recorded other bizarre events in their logbooks . The coastal waters were stained crimson with El Niño. Their ship hulls were rotting in oxygen-depleted waters that were suddenly home to exotic sea-snakes, alligators and sharks. In a normal year, the trade winds blow from South America to Asia, pushing warm water to the far reaches of the western equatorial Pacific. During an El Niño, this pool of warm water sloshes across the Pacific to Peru as the normal winds weaken. The warmer-than-normal water adds heat and moisture to the air above it, creating thunderclouds and an atypical storm track with far-reaching effects. High temperatures, flooding in parts of the Northern Hemisphere in recent times - these add up to El Nino weather patterns. During 1974 - 75 sea currents ceased to flow strongly from the Southern Ocean causing fish to either die or migrate to more fruitful areas to feed. Because the normally nutritious current ceased to provide sufficient food at that time, the fish departed and the sea birds died as there was insufficient fish left to feed them and fishermen went bankrupt. In 1982, a monster-sized El Niño rolled across the Pacific with wildly unexpected consequences. It was to date the largest, most intense El Niño in modern times. Farmers in Peru were up to their eyeballs in rain. Fires scorched Borneo. Droughts hit Australia. An estimated 2,000 peo- 132
What Causes Weather ple died. All told, the damage estimates ranged from $8 billion to $13 billion. Between 1983 and 1992, and probably at other ‘El Nino’ times, the east coasts of the North Island (New Zealand) were subjected to a ‘bloom’ on the sea floor preventing bottom feeding fish to receive sufficient food and dying, due to insufficient tidal or current movement to clear the ‘bloom’ away. El Niño is correlated with droughts in Australia, Ethiopia, Indonesia and Zimbabwe, stronger hurricanes in the Eastern Pacific and weaker ones in the Atlantic. Scientists have been enthusiastically rushing into print since 1997 was identified as the beginning of the latest El Nino cycle. But are the words ‘El Nino’ a cure-all explanation for every weather pattern that occurs? LA NINA? After the summer of 1988/89 a new weather term was on the lips of meteorologists:La Nina. This was said to be the ‘positive phase of the Southern Oscillation, the opposite of El Nino, or El Nino’s cooler sister. La Nina was immediately stated to be the reason for a drought in New Zealand in the South Island. It also happened to be the beginning of decline of the 28° declination of the Moon. The previous dry spells had been in 1969, 1950, 1932 and 1914; all years of the Moon in 28° declination. On Jan 29 th 1999 (NZ Herald), a spokesman for the National Climate Centre said “..we are looking at significant problems in the decades ahead and incredibly depressing problems in the next century or two” 133
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<strong>Weather</strong> <strong>By</strong> <strong>The</strong> <strong>Moon</strong><br />
called “años de abundancia” - years of abundance in Spanish.<br />
In other regions, torrential rains brought ruin. Because<br />
the warming often peaked around Christmas, the current<br />
was nicknamed ‘El Niño’ - the Christ child in Spanish.<br />
Eighteenth century European sailors recorded other<br />
bizarre events in their logbooks . <strong>The</strong> coastal waters were<br />
stained crimson with El Niño. <strong>The</strong>ir ship hulls were rotting<br />
in oxygen-depleted waters that were suddenly home to exotic<br />
sea-snakes, alligators and sharks.<br />
In a normal year, the trade winds blow from South<br />
America to Asia, pushing warm water to the far reaches of<br />
the western equatorial Pacific. During an El Niño, this pool<br />
of warm water sloshes across the Pacific to Peru as the<br />
normal winds weaken. <strong>The</strong> warmer-than-normal water adds<br />
heat and moisture to the air above it, creating thunderclouds<br />
and an atypical storm track with far-reaching effects.<br />
High temperatures, flooding in parts of the Northern<br />
Hemisphere in recent times - these add up to El Nino<br />
weather patterns. During 1974 - 75 sea currents ceased to<br />
flow strongly from the Southern Ocean causing fish to either<br />
die or migrate to more fruitful areas to feed. Because<br />
the normally nutritious current ceased to provide sufficient<br />
food at that time, the fish departed and the sea birds died as<br />
there was insufficient fish left to feed them and fishermen<br />
went bankrupt.<br />
In 1982, a monster-sized El Niño rolled across the<br />
Pacific with wildly unexpected consequences. It was to date<br />
the largest, most intense El Niño in modern times. Farmers<br />
in Peru were up to their eyeballs in rain. Fires scorched<br />
Borneo. Droughts hit Australia. An estimated 2,000 peo-<br />
132