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Jellyfish (Scyphozoa) are truly fascinating creatures
with a vague and imprecise evolutionary record.
Evolutionary scientists Daphne Fautin and Sandra Romano
state, “The four extant cnidarian classes [includ ing
jellyfish] are identifiable as early as the Ordovician,
but evolutionary relationships among them have been the
subject of much debate.”
They
appear in the fossil record complete and fully formed as
jellyfish, as creation science predicts. Precambrian
jellyfish fossils have been found in the Ediacara beds
(formerly Vendian) of south Australia, along with the
complex annelids (segmented worms). Indeed, one would
think a Flood geologist (Genesis 6-9) wrote the
following in regard to the rapid fossilization process
that preserved these Ediacaran organisms:
Ediacara biota is not found in a restricted environment
subject to unusual local conditions: they were a global
phenomenon. The processes that were operating must have
been systemic and worldwide. There was something very
different about the Ediacaran Period that permitted
these delicate creatures to be left behind. It is
thought that the fossils were preserved by virtue of
rapid covering by ash or sand, trapping them against the
mud or microbial mats on which they lived.
Ten
jellyfish fossils that were discovered in Utah document
a very rapid burial and sedimentation event—such as one
would expect from a flood, perhaps? The burial was so
rapid that tentacles and the unique bell shape are
clearly seen. One can appreciate just how fast these
creatures would have to be buried to preserve such
detail—especially since they are about 95 percent water.
Because of this discovery, National Geographic reports
that jellyfish origins must be pushed back “205 million
years.” But they are still jellyfish.
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