--Without going into too much detail, at Yellowstone there are copious outcrops of supposed
in situ fossil forests. I believe that an allochthonous model of their formation is viable, however I have a prediction for these successive fossil forests which can potentially distinguish between uniformitarian geology and young earth catastrophic geology. There are at least 9-12 successive 'fossil forests' in Yellowstone which are presumed to all be Eocene. Analysis of the associated paleosols (appearing to be incipient andisols) with rooted upright '
in situ' trees as well as data from dendrochronological studies suggest that each of these forests were only present for a few hundred to a few thousand years at most in an
in situ growth scenario. Thus if there are no major unconformities and are successive, the whole section would have been deposited in far less than ~50 ky with time to spare which is not very significant amount of geologic time.
On the other hand, if these forrests are allochthonous and burried in growth position in a "catastrophic" setting, each successive forest would require some time in between--I would argue at least a few days.
Now then, CPT requires accelerated decay. And furthermore, the following brief geochronological analysis suggests that such a period of accelerated decay would have been relatively constant throughout geologic time.
Using Loudmouth's thread here as a reference: http://
EvC Forum: YEC Challenge: Hawaiian Islands -->
EvC Forum: YEC Challenge: Hawaiian Islands
Progressive aging of the seafloor (ie, radioisotopic decay) is concurrent with and constant relative to the rate of seafloor spreading. If radioisotopic decay decelerated to current rates, the slope would not be constant and would look more like a curve of root t(time) dependance. The same applies if the rate of seafloor spreading decelerated to current rates. And if radioisotopic decay and the rate of seafloor spreading decelerated together, there still should be more scatter in the data unless they decelerated proportionally--which is unlikely.
Therefore, each day of accelerated decay would be approximately 500,000,000/365 => 1.37 my.
Thus I would predict that those successive fossil forests in Yellowstone would constitute at least 9x(1.37), where x=the average amount of time between successive fossil forests. To find a minimum, lets say this value is 2 days:
9(2)(1.37) = 24.66 my
Or a difference of several orders of magnitude from 50 ky.
If uniformitarian geology is correct, these fossil forests should represent an amount of time closer to the 50 ky value. If catastrophic geology has a chance, these fossil forests should represent a much larger amount of time (~25+ my).
There are basaltic lava flows throughout the lamar ridge formation in Eocene Yellowstone. These flows could be dated and compared against my predictions.
-Chris