Vertical Tectonics and the Drainage of Floodwater
A Model for the Middle and Late Diluvian PeriodPart
I
Michael J. Oard
A model is presented for the erosional effects in the mid and late
Flood that are due to large- and small-scale vertical tectonics of the
crust coupled with Flood water movement. Other Flood models are briefly
discussed without commenting on their merits or problems. Instead of
a problem, all these models indicate a healthy state of Flood geology,
according to the principle of multiple working hypotheses. The model
is a further development of the Whitcomb-Morris concept using the terminology
of Tas Walker. Evidence for great upward vertical tectonics of continents
and subsidence of the ocean basins is presented. During this great event,
massive evidence of sheet erosion of the continents is ubiquitous in
the form of erosional remnants, erosion surfaces, and the long distance
transport of resistant clasts.
The model is able to explain a number of mysterious phenomena in geomorphology,
such as high-elevation erosional remnants, large-scale erosion surfaces,
distally-deposited coarse gravel, continental margins, water gaps, pediments,
and submarine canyons. The model has significant implications for other
models and concepts concerning the Flood.
New Zuiyo Maru Cryptid Observations
Strong Indications It Was a Marine Tetrapod
John Goertzen
Inspection of the Zuiyo Maru pictures reveals that the aquatic cryptid
had a symmetrical pair of small upper fins on each side above the anterior
flippers. If this observation is correct, then the identification of
this animal as a basking shark is false. Previously, the fin of just
one side was observed and wrongly identified as a sharks dorsal
fin that had slid sideways from the mid-dorsal ridge. Examination of
the original scientific report reveals that Yano, along with all the
fishermen, observed a pair of upper fins. They specifically stated there
was not a sharks dorsal fin. That statement caused considerable
discussion among the scientists who questioned them. Besides that, some
archaeological representations of marine tetrapods display the small
symmetrical upper fin(s). Their appearance is like Yanos pictures,
tending to provide confirmation for this feature. Another confirmation
for the marine reptile understanding, and falsification of the shark
idea, is a picture revealing the nare at the lower front of the skull.
It is right where Yano sketched it, though that is not where it should
be for sharks. Although this cryptid may not currently be identified
with either living creatures or specific known fossils, it possessed
characteristics like those of marine reptiles, perhaps similar to the
Sauropterygia.
Influential Darwinists Supported the Nazi Holocaust
Jerry Bergman
The writings of leading early twentieth-century, German biologists
reveal that most of them actively supported Nazi race policies. They
believed that the human gene pool could be improved by using selective
breeding similar to the manner in which farmers breed superior cattle.
In formulating their racial policies, Hitlers government relied
heavily upon the works of Darwinists, including such prominent spokesmen
as Chamberlain, Spencer, and Haeckel. Consequently, the development
and implementation of government policies designed to evolve a superior
race had widespread support from the scientific community. This
philosophy culminated in the extermination of approximately six million
Jews and four million other people who belonged to what German scientists
labeled as inferior races.
Does the Collapse of a Gas Cloud to Form a Star
Violate the Second Law of Thermodynamics?
I propose that the answer to the title question is no.
I show that the change in entropy of a self-gravitating gas cloud as
it contracts is negative. This general result is applied to the specific
cases of a contracting pre-stellar cloud and to the Kelvin-Helmholtz
mechanism. However, I argue that this does not violate the second law
of thermodynamics, because both processes involve heat losses. By definition,
a heat loss has a negative entropy change. In any heat transfer problem
it is necessary to consider both the emission and absorption of heat
in calculating the total entropy change to properly evaluate whether
the process violates the second law of thermodynamics. Thus it appears
that the theoretical contraction of a gas cloud to form a star does
not violate the second law of thermodynamics. It is recommended that
creationists do not use this argument to critique the theory of stellar
evolution. However, there remains a long-standing problem with how the
alleged initial contraction of a gas cloud can commence. This is a valid
criticism of star formation.