How
could older rocks move over younger rocks for a distance of over 100 km? J.
G. C. Anderson describes the Glarus overthrust in the Swiss Alps where older
rocks are on top of younger layers:
... the main contacts between nappes [thrust sheets] are often remarkably smooth; for example, along the famous Glarus overthrust Permian red beds overlie Lower Tertiary flysch [shale/conglomerate mix], the zone of disturbance being exceedingly thin, even of the order of 10 cm. [1]
And
as we see in the pic above sometimes the contact at the Glarus Overthrust is
knife edge in certain locations! That
is, it appears to be continuously deposited.
We
seem to have two options, a catastrophic explanation or this is the order they
were actually deposited and the geologic column is refuted (Cambrian,
Ordovician, Silurian etc.). I deal with
these alleged overthrusts in my book YES - Young Earth Science. [2]
There
are a number of overthrusts around the world where old strata lay on top of
younger rocks. In a number of cases
these extend many miles with no evidence of movement at the contact. Native American scholar Vine Deloria
comments,
This concept has been liberally applied when the fossils do not line up in a coherent evolutionary sequence, even when there has been no evidence that strata have been disturbed. Overthrust is thus often used to hide anomalies and explain inconsistencies in the progression of fossils. [3]
Vine
Deloria offered these perceptive remarks on overthrusts:
The rocks are not always found in the proper order; sometimes a formation has simpler fossils on the top and more complex ones on the bottom. To solve this problem, geologists invented the “overthrust.” This term is applied to formations in which, in theory, some layers of older strata are pushed up over younger strata, disrupting the sequence of fossils. This concept has been liberally applied when the fossils do not line up in a coherent evolutionary sequence, even when there has been no evidence that strata have been disturbed. [4]
Writing
in 1908, Thomas Mellard Reade had this to say about the geological paradox of
large overthrusts:
In attempts to unravel some of the weightier problems of geology it has lately been assumed that certain discordances of stratification are due to the thrusting of old rocks over those of a later geological age. Without in any way suggesting that the geology has in any particular instance been misread, I should like to point out the difficulties in accepting the explanation looked at from a dynamical point of view when applied on a scale that seems to ignore mechanical probabilities. ... I venture to think that no force applied in any of the mechanical ways known to us in Nature would move such a mass, be it ever so adjusted in thickness to the purpose, even if supplemented with a lubricant generously applied to the thrust-plane. [5]
Has
the problem had a definitive solution with over a century of research on the issue? Fridtjof Riis, who is a senior geologist at
the Norwegian Petroleum Directorate and a recipient of the Brøgger Prize
(Geological Survey of Norway’s honors award), gives the answer. He is totally honest about the overthrust
enigma:
A thrust nappe consists of rocks that have been pushed several kilometers. The lower boundary of a thrust nappe is defined by a thrust fault. ... A typical thrust nappe rests more or less horizontally on top of a younger sequence of strata. ... What kind of forces were able to push large mountain masses more than a hundred kilometers on top of younger layers? ... Two mountains stand out as the Scandinavian reference sites [Norway/Sweden] of thrust nappes where older types of bedrock lie on top of Cambro-Silurian sedimentary rocks. ... the thrust nappes on the Norwegian side must have been transported at least 100 kilometers relative to the Swedish Cambro-Silurian sequence. ... to many people it seemed physically impossible that such large distance thrust faulting could have taken place.
Be
sure to get our book YES - Young Earth Science for more on catastrophism and a young earth. Please visit our website early and
often. Here are our podcasts.
Notes:
1) The Structure of Western Europe by J.
G. C. Anderson (Pergamon, NYC, 1978), p. 160.
2) YES - Young Earth Science by Jay Hall
(IDEAS, Big Spring, TX, 2014), pp. 106-108, 141, 175.
3) Evolution, Creationism and Other Modern
Myths by Vine Deloria (Fulcrum Pub., Golden, CO, 2002), p. 92.
4)
Ibid.
5) quoted
in The Structure of Geology by David
Kitts (SMU Press, Dallas, 1977), pp. 79, 80.
