Planet X: ICE AGES Explained

Were the Ice Ages periods of sudden cold that descended upon this or
that part of the globe, or did the crust move during a pole shift to
PLACE that part of the globe in a polar region?  Did former poles melt
suddenly because the entire world underwent a warming trend, or did a
former pole MOVE to a more temperate or tropical region.  Note that
Greenland is as far SOUTH of the current North Pole as the Mastodons are
NORTH of the grasslands of Siberia, where they in their frozen state in
the Ivory Is. within the polar circle had apparently just browsed.  Tip
the globe so Greenland is the North Pole, and you’ll find the Mastodons
back in the grasslands of Siberia.  Please note also the coincidence
that the TIMING of Ice Ages is estimated to coincide with the 3,600 year
passage of Planet X.

Difficulties in the Glacial Theory
http://www.sentex.net/~tcc/gtprob.html

    The layer of drift is the main body of evidence for the glacial
    theory. When one considers how this material is distributed,
    considerable difficulties arise in the notion that it has been
    caused by glaciers. It is not present in many areas where one
    would expect to find it, and it is present where one would
    least expect it. Thus in the northernmost parts of Greenland,
    and in some of the islands of northern Canada, no drift is
    present. But it is found in tropical areas such as the Amazon
    jungles. Regarding the tropics, right at the equator, no less
    an authority than Louis Agassiz reported:

        There were drift accumulations, and scratched rocks, and
        erratic boulders, and fluted valleys, and the smooth surface 
        of tillite ...

    The presence of drift has been reported from such places as
    British Guinea, equatorial Africa, Madagascar, and India.
    Wherever the characteristic features of the drift are found, it
    seems necessary to postulate former glaciers to explain it. The
    theory of continental drift is partly an attempt to explain how
    the ice-sheets could have existed in these areas at various
    periods in the past.

    The glaciers of mountain regions and the ice-sheets of the
    Antarctic and Greenland do not seem to be forming any
    deposits similar to the layer of drift that has been attributed to
    ice-sheets of the past. Present glacial moraines contain fragments
    of angular rocks unlike the boulders in the drift, which are
    rounded; and the glacial deposits of the present have none of
    the features of the structure of the drift, but are more aptly
    described as a heterogeneous muck. The postulated ice-sheets
    of North America and Europe are also somewhat lop-sided,
    and do not conform to the polar regions as one would perhaps
    expect they should; and accounting for this has been a brain
    twister for the glacial theorists.

    Charles H. Hapgood proposed that the continents were
    dislocated from time to time from their present relationship
    with the poles, as the earth's crust shifted over its interior.
    Hapgood's idea was that the north pole was located in the
    Yukon 80,000 years ago, shifted to a point northwest of Norway,
    from there migrated to Hudson Bay, and moved to its present
    location at the end of the last Ice Age. One reason why this
    idea has not been afforded very great favor amongst
    Quaternary geologists is that the structures composed of drift
    around the world are all very well preserved, and there does
    not seem to be good reason for attributing some to a much
    earlier period than others. All of the drift landforms actually
    must be quite recent, and of similar age, if the degree of
    erosion is considered as an indicator of age.

Excerpts from A Possible Mechanism for Ice Age and Global Warming Cycles
By Stephen Dwyer

    Recent discoveries about the existence of a vast band of Methane
    Ice along the world's continental Slopes, at approx. 800 meters
    depth, have revolutionized the theories of the Ice Age and Global
    Warming Cycles. The accumulation of Methane Ice leads to Ice
    Ages and the rapid melting and effervescence of this ice and gas
    leads to and equally rapid Global Warming.

    The last series of Ice Ages all follow a similar pattern of gradual
    cooling for many centuries and the formation of vast Ice Caps in
    the Northern Hemisphere, and in the Southern Hemisphere to a
    much lessor extent due probably to much less land mass. Then
    the Ice Ages end very rapidly, in fact in less than 50 years! This
    Global Warming is so rapid that the graphs of all the available
    paleotemperature indicators show the same rapid warming of
    up to 10 degrees Centigrade in a very short time. This rapid
    warming causes catastrophic melting of the Ice Caps and flooding
    across the Continents. It also raised sea level 300 feet after the
    last Ice Age ended from 14,000 years ago in North America
    and 10,500 years ago in Europe.

Associated Press, October 1, 1998
Ice cores suggest global climate change 12,500 years ago

    James White, a climatologist at the University of Colorado, Boulder,
    said that an analysis of new ice cores from the Antarctica show
    that the south polar area went through a rapid temperature
    increase at the same time that the north polar region was also
    warming. White, co-author of a study to be published Friday in
    the journal Science, said that the Antarctica ice cores show a
    temperature increase of about 20 degrees F within a very short time.

Climate Can Change Quickly
Associated Press, Oct 28, 1999

    In a study that may sound a warning about global warming,
    researchers have found evidence that the world's climate can
    change suddenly, almost like a thermostat that clicks from
    cold to hot. A new technique for analyzing gases trapped in
    Greenland glaciers shows that an ice age that gripped the
    Earth for thousands of years ended abruptly some 15,000
    years ago when the average air temperatures soared. “There
    was a 16-degree abrupt warming at the end of the last ice age,”
    said Jeffrey P. Severinghaus of the Scripps Institution of
    Oceanography, lead author of a study to be published Friday
    in the journal Science. “It happened within just a couple of
    decades. The old idea was that the temperature would change
    over a thousand years. But we found it was much faster.'“