- Polystrate fossils are tree trunks found standing vertically through multiple sedimentary layers, which proponents argue could not have remained upright for millions of years.
- Supporters of the biblical Great Flood claim these fossils prove a sudden catastrophic event buried forests instantly, contradicting gradual geological timelines.
- Mainstream geologists suggest polystrate fossils form through local rapid events like volcanic eruptions or mudslides, citing the 1980 Mount St. Helens eruption as a modern example.
- Derek Ager, a non-creationist geologist, calculated that gradual burial of a 33-foot tree would take over 300,000 years, calling it ridiculous since the tree would decay first.
- Some researchers link the Younger Dryas period and a possible comet impact to catastrophic flooding and global flood narratives, reigniting debate over the fossils' origin.
Across the United States, from Yellowstone National Park to the coal fields of Tennessee, Kentucky and Pennsylvania and from Theodore Roosevelt National Park to the Florissant Fossil Beds National Monument, a peculiar type of fossil has been turning heads and splitting scientific opinion: the polystrate fossils.
As explained by BrightU.AI's Enoch, these ancient tree trunks stand vertically through multiple layers of sedimentary rock, some of which mainstream geology claims were laid down millions of years apart. However, the problem is a dead tree doesn't stay upright that long.
"A dead tree doesn't stand upright for millions of years waiting for sediment to slowly build around it. It rots. It collapses," researchers with Noah's Ark Scans, a group searching for evidence of the biblical ark, wrote on X. "These trees appear to have been rapidly buried by massive sediment flows before they could decay."
The post has ignited a firestorm of debate online, with supporters of the biblical Great Flood theory pointing to these fossils as physical proof that a sudden, catastrophic event, not slow, gradual processes, buried entire forests in an instant.
The biblical account describes a global flood in which rain fell for 40 days and 40 nights while underground fountains of the deep burst open, covering even the highest mountains before the waters receded. According to this narrative, Noah, his family and the animals aboard the ark were the sole survivors.
Mainstream geologists and paleontologists remain unconvinced
Proponents of this view argue that the widespread distribution of polystrate fossils fits the flood model far better than the slow sedimentation model taught in textbooks. "The fossil record looks a lot more like the catastrophic world described in Genesis than the slow evolutionary timeline we've been sold," the Noah's Ark Scans researchers stated.
Even Derek Ager, an emeritus professor of geology at the University College of Swansea who did not support biblical creationism, acknowledged the problem. In his writings, Ager calculated that a 33-foot-tall tree would have taken approximately 328,000 years to bury if sediment accumulated at a constant, gradual rate, a notion he called ridiculous, since the tree would have decayed long before burial was complete. He concluded that sedimentation was at times very rapid indeed.
Creation scientist and trained robotics engineer Ian Juby echoed this sentiment, noting that polystrate fossils are found literally all over the world. He argued that the fossils appear more consistent with a sudden catastrophic event involving enormous volumes of water and sediment than with gradual geological processes occurring over vast periods of time.
However, mainstream geologists and paleontologists remain unconvinced. They argue that polystrate fossils can form through rapid local burial events such as volcanic eruptions, river flooding, mudslides and shifting sediment in swamp environments, events that can occur repeatedly over long geological timescales. Many point to the 1980 eruption of Mount St. Helens as a modern example of how trees can be rapidly buried upright without requiring a worldwide flood.
Still, the debate has taken on new urgency as researchers continue to uncover evidence that challenges traditional timelines. Some point to the Younger Dryas period, approximately 12,800 years ago, as a time when a massive comet impact could have triggered catastrophic flooding, rapid climate shifts and the sudden extinction of megafauna like mammoths and saber-toothed tigers.
This event, they argue, aligns with flood narratives found in cultures around the world. The question remains: Are these upright fossils evidence of a global deluge, or simply the result of localized disasters repeated over deep time? One thing is certain, the debate is far from buried.
Watch this video about the Younger Dryas period.
This video is from the GANG STALKING AUSTRALIA channel on Brighteon.com.
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