A4C said:Thank you for excellent documentation of a typical flood scenario
I didn't see any evidence there about multiple layer beaver burrows but I did see a lot of doubt exist about some of the features. I thought that it was significant that the writer thought that the layers were put down by water and occured through a catastrophic event. I would agree with that despite the fact that it is located in the middle of a continent well above sea level
So, can we assume that the material below them is preflood or were these done post flood. if so, can we then assume that any sediment above them is post flood? How does the flood model explain these burrows, the sediment above them, and the sediment below them? You still assert that the flood model can explain them, yet you fail to directly address this piece of evidence and explain it using the flood model.
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But even this opinion is not entirely persuasive. This is because the Daemonelix-structures do not all end at a common surface, as would be expected of colonies of burrowing inhabitants living on a steppes, but they overlap vertically within a thickness of at least 40 metres of strata. Even for a another 30 metres below this zone, fillings of smaller hollow structures can be recognised, which were evidently begun, but then prematurely abandoned by their excavators. (figure 69).
The incomplete structures in the lower Daemonelix-levels indicate that the sedimentation proceeded very quickly. The more complete structures in the higher levels show that the rate of sediment inflow became weaker. That the deposition was nevertheless continuous can be concluded from the consistent vertical overlapping of the structures
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