Research into the Pre-Flood World

Biblical creationists have long wondered about the world before the Genesis Flood, including why people lived longer. Speculations abound. One thing upon which creationists and secular scientists agree is that the atmosphere was different. Some interesting hyperbaric research ties into geology.

Secular and creation scientists agree that ancient Earth had air with more pressure and oxygen. Research may show a reason for pre-Flood lifespans.
Credit: Pixabay / Sebastian Ganso
There is evidence that the ancient atmosphere was much richer in oxygen and had greater pressure, which is indicated by fossils of very large critters. Hyperbaric chambers are used to treat patients with increased pressure and oxygen levels. Their cell metabolisms and telomeres in chromosomes are positively affected, and this may be an indication for why pre-Flood people lived such huge amounts of time.

All of this is in preliminary stages as far as creation science is concerned, and it will be interesting to see what other creation scientists have to contribute. There are some strong indications about ancient Earth's atmosphere from this hyperbaric research. Lifespan changes are a puzzle for creation geneticists, but atmospheric pressure and oxygenation may have been contributing factors. I seriously doubt that the mostly-rejected "water vapor canopy" theory will be revitalized from this research.
Creationists have long speculated about the earth’s environment prior to the global Flood—conditions which may have contributed to the long human life spans recorded in the Biblical record of Genesis. Specifically, it has been hypothesized by some that the pre-Flood earth atmosphere had higher levels of oxygen and a greater atmospheric pressure than we currently observe. Now, a new study from Tel Aviv University and the Shamir Medical Center in Israel has shown that hyperbaric oxygen treatments in normal healthy adults can halt and even reverse the aging process of blood cells.

You can finish the article by clicking on "Hyperbaric Research and the Pre-Flood Atmosphere".

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