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The Wilkes crater site compared to the
Chicxulub crater. Image Credit: Ohio State University
Nov 28, 2007
Antarctica: Fire and Ice
A large crater has recently been discovered
underneath the ice of Antarctica, sparking theories of an
asteroid impact. Could there have been electrical forces
involved as well?
The word
"Antarctica" comes from the Greek, antarktikos and means
"opposite the Arctic." It has a total land area of almost
14.5 million square kilometers, making it the third smallest
continent after Europe and Australia. It currently ranks as
the coldest place on Earth with the highest average winds.
Because rainfall only occurs along the coast, it is also the
world's largest desert.
Nearly the
entire continent
is covered in ice, so finding structures hidden underneath
it has been impossible until the development of
ground-penetrating radar technology such as the Mass
Concentration Gravity Recovery and Climate Experiment (GRACE).
With it,
Ohio State University
scientists have been able to see many formations, including
a crater measuring 483 kilometers wide. As the gravity map
shown above indicates, the Wilkes Land crater is twice as
large as the
Chicxulub crater
in Mexico, which is thought to be responsible for the
extinction of the dinosaurs
65 million years ago. The Wilkes Land crater is estimated to
be 250 million years old and along with a 200-kilometer
diameter crater called
Bedout
off the Australian coast is theorized to have caused the
greatest die-off of all time, the
Permian extinction.
The extinction
of flora and fauna over a large area will always be a
mystery regardless of what theory is used to create
experiments or to explain evidence. But supposing the impact
of a space rock to be the causative event in each situation
relies too heavily on coincidence. Massive die-offs, ice
ages, speciation and geological features are all attributed
to meteors and asteroids by modern convention. One might ask
what space-borne stones cannot do.
In a previous
Thunderbolts Picture of the Day,
we analyzed the problems associated with asteroid impacts
including the so-called "extinction" evidence. In
particular, the Chicxulub crater was attributed to something
other than an asteroid:
"The electrical
origin of the Chicxulub crater and surrounding geology
resolves all of the contradictions in the evidence.... The
primary crater-producing discharge could have excised the
rock inside the crater and left a central peak without
shattering the underlying rock. The electrical current,
lasting longer than the forces of an impact, would have
melted large amounts of material and formed vast clouds of
spherules, a key signature of electrical discharge."
Under the standard model, Antarctica has been
frozen since the last ice age, almost 30,000 years ago. But
the various anomalies like the youthful age of the glacial
debris and the
charred forests
that lie
buried under the ice
speak of a cataclysm that might have been caused by a
tremendous electric discharge. The electrical forces that
were unleashed may have actually caused the continent to
freeze, the forests to burn and the animals to die and
become fossilized in a short period of time.
If catastrophes
that could electrically machine a 483-kilometer crater into
the Antarctic continent have occurred, then radioactive
decay rates could have changed. If plasma discharge
phenomena actually jumped to Earth from an encounter with an
unknown object, the isotope ratios could also have changed.
There are no "clocks" left intact by which we can establish
when the encounter took place, so making claims of an
extinction at a certain time is untenable. The best we can
do is to say that the evidence points to electric arcs as
the causative agent for the Antarctic crater. Perhaps the
future will bring discoveries that will enable us to
establish timelines and dates, but that time is not now.
By Stephen Smith
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