And to add, Bible Code picked 2012 after their original date of doom didn't come true. How convenient eh...
10. Because a reversal of the magnetic poles would not be catastrophic.
It seems that every few hundred thousand years or so, the Earth’s magnetic field dwindles to practically nothing and then gradually reappears with
the north and south poles flipped. Now this flipping of the magnetic poles—which appears to have last happened about 780,000 years ago—isn’t
particularly dangerous, but this brief period—about a century or so in duration—of decreased magnetic fields could threaten life on the planet,
for without magnetic protection, particle storms and cosmic rays from the sun, as well as even more energetic subatomic particles from deep space,
would strike Earth’s atmosphere, eroding the already beleaguered ozone layer and causing all sorts of problems to both man and beast (especially
among those creatures that navigate by magnetic reckoning). Further, scientists estimate that we are overdue for such an event and have also noticed
that the strength of our magnetic field has decreased about 5 percent in the past century, possibly signaling that such an event may be in our
immediate future—within a few centuries if not sooner. However, in being so gradual, should scientists in the future discover that such a shift is
in the works, there should be plenty of time to take the necessary precautions to avoid the most destructive effects by moving underground or off
planet, or perhaps strengthening the planet’s atmospheric defenses through the use of exotic, futuristic technologies. In any case, it isn’t
something we need to worry about in the short term—though it could be a concern for those living a few hundred or even thousands of years from
now.
9. An increase in sunspot activity in 2012 will not have any particularly detrimental effect on the planet.
As every schoolchild knows, our sun is constantly shooting gaseous plumes of white hot plasma thousands of miles into space which our atmosphere
generously shields us from. Sometimes these plumes are much larger than normal, however, and are what we refer to as solar flares (more properly known
as coronal mass ejections). Fortunately, these enormous magnetic outbursts that bombard Earth with a torrent of high-speed subatomic particles are
also largely negated by the planet’s atmosphere and magnetic field, so we seldom feel the effects of these plasmic bursts, beyond creating havoc for
ham-radio users and increasing the luminosity of the Aurora Borealis or Northern Lights. They are of concern mainly to space explorers, who really
would have a problem if they are caught in orbit without suitable shelter when one of these things go off. The sun goes through a natural twenty-two
year cycle when such storms increase significantly for a time before decreasing again. Such a period is scheduled to occur in 2012, which has some
folks all atwitter. For those who are expecting the worst, it might be beneficial to realize that the sun reached similar period of solar activity in
1990, 1968, 1946, and it will again in 2034, 2056 and 2078. While these periods can produce large solar flares that can effect satellite
communications and, in a worst-case scenario, adversely affect the flow of electrical energy through the power grids, it is unlikely to do more than
produce some especially spectacular light shows in the northern skies and make people onboard the International Space Station a little nervous.
8. Because the poles cannot shift or the planet’s orbit be otherwise altered.
Some well-meaning but scientifically challenged individuals maintain that the planet’s physical poles are on the verge of reversing (that is, the
planet is flipping over onto its top) or that gravitational forces from the other planets or from the galaxy itself could affect Earth’s orbit and,
hence, dramatically alter its climate and environment. Fortunately, however, the gravitational forces that effect our planet and its place in the
solar system are mandated by Newton’s laws of planetary mechanics and cannot be changed without some extremely rare (think one chance in ten billion
over the next three billion years) and dramatic event taking place—such as a collision with a small moon or a massive black hole making its way
through the solar system, both of which would be noted well in advance or whose effect would be so gradual as to take centuries to have any great
impact. As far as we know, there are no such cosmic events known to be on the horizon—at least for the foreseeable future (and well beyond 2012).


