From: joerogan
Introduction
Catastrophic flooding has played a significant role in shaping the Earth’s geological landscape. A prominent example of this is the research conducted by Graham Hancock and Randall Carlson, who have explored the geological evidence of such events in regions like the Channel Scablands of Washington State. Their findings suggest that massive floods, resulting from abrupt environmental changes, have occurred in prehistoric times, reshaping the Earth’s surface and potentially influencing cataclysmic_events_and_ancient_history.
Evidence from the Channel Scablands
The Channel Scablands of Washington State offer compelling evidence of past catastrophic flooding. According to Hancock and Carlson, irrefutable evidence exists of massive floodwaters that once flowed through this region. These floods are believed to have occurred between 12,800 and 11,600 years ago, during a period known for significant environmental and climatic upheaval [00:00:50].
Geological Indicators
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Glacial Erratics and Boulders: The presence of large boulders, known as glacial erratics, scattered across the landscape suggests transportation by massive icebergs during the floods. A notable example is an 18,000-ton boulder near the town of Waterville, presumed to have been carried by an iceberg the size of an oil tanker [00:03:41].
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Giant Current Ripples: The Camas Prairie in Montana features ripples that resemble those formed by water on a beach, but these are 50 feet high and hundreds of feet long. These ripples, left behind by receding floodwaters, indicate the scale and power of the ancient floods [00:03:12].
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Dry Falls Cataract: Perhaps one of the most striking pieces of evidence is the Dry Falls Cataract, a 400-ft high former waterfall, now dry, which was once part of a waterfall system much larger than Niagara Falls. This feature testifies to the enormous volume and velocity of the floodwaters that carved it out in mere weeks [01:50:02].
Implications for Understanding History
These catastrophic events coincide with a period that saw massive extinctions of large mammals and dramatic climate changes, aligning with theories of comet_impacts_and_extinction_events. The period’s significance extends to revising our understanding of ancient civilizations, suggesting that previous assumptions about their origins might be flawed or incomplete [00:09:01].
Mainstream Acceptance and Challenges
While geological evidence supports these theories, mainstream archaeology and history have been slow to integrate this into the broader narrative of human history. The resistance often stems from entrenched views and the implications such acceptance would have on existing historical models [00:10:06].
Breaking New Ground
The research encourages a multidisciplinary approach, integrating geology, archaeology, and astronomy to provide a more comprehensive understanding of Earth’s past and the forces that have shaped it.
Conclusion
The evidence of catastrophic flooding in areas like the Channel Scablands expands the scope of geological and archaeological research, challenging existing paradigms and offering new insights into Earth’s dynamic history. As more evidence surfaces, it fuels ongoing debates about the interplay of natural disasters and ice_ages_and_climate_change in shaping ancient environments and civilizations. This pursuit of knowledge not only recasts our past but also serves as a warning of the potential future impacts of such catastrophic events.