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Underground Rivers - University of New Mexico

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Chapter 14 -- Hollow Earth Geophysics<br />

At this point it may be well to call attention to another feature in the river system. The water on<br />

the grindstone will give force to this suggestion. At a certain speed the water will tend to the<br />

outside <strong>of</strong> the stone; below speed required to do that, the tendency will be toward the center <strong>of</strong><br />

the stone, or strictly toward the center <strong>of</strong> the Earth's motion.<br />

Now let us see what the river system says. Look on your maps and see about where the<br />

common divide occurs, which is seemingly not far from the 50th parallel, where centrifugal force<br />

is apparently not strong enough to carry the waters toward the Equator, and the principal<br />

waters flow toward Symmes's Hole.<br />

Look on your maps.<br />

The Insufficiency <strong>of</strong> Rainfall<br />

And while all this grand and complete arrangement supplies vegetation with its bathing and<br />

drinking, as said before, it has nothing to do with the living and lasting supply <strong>of</strong> our springs,<br />

lakes and rivers. They are fed from a never failing and almost unchanging source -- that is, by<br />

the immense supply taken in at the polar holes in a river over 4,000 miles wide at each end <strong>of</strong><br />

the Earth's axis.<br />

Mountaintop Springs<br />

Within twenty rods <strong>of</strong> the top <strong>of</strong> Mount Washington, the highest peak in the <strong>New</strong> England<br />

States, flows out a copious spring <strong>of</strong> water. The whole mountain system is full <strong>of</strong> springs and<br />

lakes. The entire Adirondack region is in the same condition. It is safe to leave it to the reader<br />

who has ever been out <strong>of</strong> sight <strong>of</strong> the smoke <strong>of</strong> his own chimney to think <strong>of</strong> the abundance <strong>of</strong><br />

instances where he has seen lakes and springs on the tops <strong>of</strong> high hills, where no shed water<br />

to any extent could reach them, and wonder how they came there.<br />

Artesian Wells on Plains<br />

Here is a subject that is worthy the attention <strong>of</strong> settlers in our arid and apparently desert regions<br />

<strong>of</strong> country. We are told that the source <strong>of</strong> an artesian well is from fountains <strong>of</strong> water gathered<br />

and stored in higher lands that run through different strata <strong>of</strong> rocks till they reach the valleys,<br />

and when the boring reaches down to these strata the water naturally comes up toward the<br />

height <strong>of</strong> the fountain it started from. Would it not be a sensible inquiry to make as to where the<br />

supply came from to furnish the water in the higher lands? That the accepted theory <strong>of</strong> supply<br />

to artesian wells comes from some higher point is not correct can be demonstrated on the<br />

prairies, where no higher land is in sight.<br />

The Symmes legacy seems unbounded. The man wasn't the first to imagine polar holes, but he<br />

the popularized the possibility. In the century following his 1818 "TO ALL THE WORLD," scores<br />

<strong>of</strong> dime novels -- <strong>of</strong> which we've listed many -- followed one fictional hero or another into the polar<br />

entrance. Fortunately, most escaped.<br />

DRAFT 1122//66//22001122<br />

Uppddaatteess aatt hhttttpp::////www. .uunnm. .eedduu//~rrhheeggggeenn//UnnddeerrggrroouunnddRi ivveerrss. .hhttml l<br />

144

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