Mad astrologer, or not.

[baglc1]

Markets, geopolitics and history aside, you can’t get there from here if you don’t get out of Mother Nature’s way. First and foremost, that means being mindful of the March 19 full moon 28° 48' Virgo. It’s arguably the year’s most extreme SuperMoon, for a couple of reasons: it’s the closest SuperMoon of the year, occurring within an hour of lunar perigee (the Moon’s closest approach to Earth): the Moon will look huge when it rises at sunset. And being so close to the vernal equinox, this SuperMoon occurs within hours of the moment the full moon crosses the celestial equator from north to south, just as the Sun crosses in the opposite direction. That makes this a major geophysical stress window, centered on the actual alignment date but in effect from the 16th through the 22nd. Of course you can expect the usual: a surge in extreme tides along the coasts, a rash of moderate-to-severe seismic activity (including magnitude 5+ earthquakes, tsunami and volcanic eruptions), and most especially in this case a dramatic spike in powerful storms with heavy precipitation, damaging winds and extreme electrical activity. Floods are a big part of the picture in this case, although some of these will be dry electrical storms that spark fast-spreading wildfires.

<A name=201103-18>Being planetary in scale, there’s no place on our home planet that’s beyond the range of a SuperMoon, so it wouldn’t hurt to make ready wherever you are or plan to be during the March 16-22 SuperMoon risk window. That said, possible zones of special vulnerability may be indicated by astro-locality mapping this particular SuperMoon alignment. Among these are longitudinal meridian lines defining a swath of elevated risk running through North and Central America from Chicago at the eastern edge to Winnipeg and Mexico City on the west. This same longitudinal swath crosses the poles to sketch out a similar swath in Asia, through Siberia, eastern India, Bangladesh, Nepal, western China and Mongolia. In addition, horizon arcs sweep from New Zealand through the Pacific across to the Russian side of the Bering Strait, across Greenland and Iceland, and down through northern and western Europe and west Africa.

[lhooq]

[subbiesrock]

I've yet to see some 'hard' science 'backing this up'... I've heard of a moon-shaped ass, but this is something else

[baglc1]

is this mjmurphys fun on the beach topic.

[freddy333]

'mad astrologer' is an oxymoron.

[btocamelo]

is Uranus visible during that full moon?

[StormTooper4]

Thanks for the heads on that , take no notice of that lots miserable posts . Its always good to keep an open mind on such things, might be time to get out in the garden

Edited March 13, 2011 by stormtooper4

[baglc1]

Daily Mail, written 2 days before earthquake.

Could 'supermoon' next week disrupt Earth's weather?

Moon comes at its closest approach for 19 years

By David Derbyshire

Last updated at 3:25 PM on 9th March 2011

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  The web was yesterday awash with apocalyptic warnings that the movement of the moon will trigger tidal waves, volcanic eruptions and even earthquakes next week.
  
  
  The conspiracy theorists claim that on March 19, the moon will be closer to Earth than at any time since 1992 - just 221,567 miles away - and that its gravitational pull will bring chaos to Earth.
  
  Earth will be at its closest point - some 221,567 miles away - to the moon in 19 years on March 19. Some fear the 'lunar perigee' will affect our climate pattern
  
  
  
  However, astronomers have dismissed the claims as pure nonsense.
  
  The bizarre rumours centre on a phenomenon called the 'lunar perigee'.
  
  
  
  
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  • There's no such thing as a dormant volcano, scientists warn

The moon's orbit around Earth is not a circle, but an eclipse. At its closest approach - the perigee - the moon appears brighter and larger in the sky. When it is furthest away - the apogee - it is smaller and dimmer.

A lunar perigee occurs once a month. However, next week's perigee coincides with a full moon - a combination of events that happen just once every two or three years.

Although it makes a good photo opportunity for astronomers, scientists say it has no impact on Earth.

Previous supermoons took place in 1955, 1974, 1992 and 2005 - all years that had extreme weather events

Dr David Harland, space historian and author, said: 'It's possible that the moon may be a kilometre or two closer to Earth than normal at a perigee, but it's an utterly insignificant event. '

But the Internet is awash with conspiracy-minded amateur scientists warning that such a 'supermoon' could disrupt Earth's climate patterns and may even cause earthquakes and volcanic activity.

Previous supermoons took place in 1955, 1974, 1992 and 2005 - all years that had extreme weather events, the conspiracy theorists say.

The tsunami that killed hundreds of thousands of people in Indonesia happened two weeks before the January 2005 supermoon. And on Christmas Day 1974, Cyclone Tracy laid waste to Darwin, Australia.

Coincidence? Banda Aceh, Indonesia, was devastated by the December 2004 tsunami which took place two weeks before a supermoon

But Pete Wheeler of the International Centre for Radio Astronomy greeted warnings of an impending apocalypse with scepticism.

'There will be no earthquakes or volcanoes erupting, unless they are to happen anyway,' he told news.com.au.

'Earth will experience just a lower than usual low tide and a higher than usual high tide around the time of the event, but nothing to get excited about.'

Australian astronomer David Reneke agreed, pointing out that conspiracy theorists will always be able to find a natural disaster to link to a certain time and blame it on a supermoon.

'If you try hard enough you can chronologically associate almost any natural disaster or event to anything in the night sky - comet, planet, sun,' he said.

'Remember in the past, planetary alignments were going to pull the sun apart. It didn't happen. Astrologers draw a very long bow most times.

'Normal king tides are about all I would expect out of this supermoon prediction.'

During a full moon, the sun and the moon are pulling on Earth from opposite sides - making the chances of any dramatic tidal events unlikely.

On average the moon is 235,000 miles away. At its furthest it is 248,000 miles away.

During a lunar perigee and full moon, the lunar surface can appear up to 14 per cent bigger and 30 per cent brighter than other full moons.

Read more: http://www.dailymail...l#ixzz1GTwMZmbx

Edited March 13, 2011 by baglc1