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3da1637
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An Ojibwa tradition seems relevant. It speaks of a comet that 'burned up the earth' in the remote past and that is destined to return: 'The star with the long, wide tail is going to destroy the world some day when it comes low again. That's the comet called Long-Tailed Heavenly Climbing Star. It came down here once, thousands of years ago. Just like the sun. It had radiation and burning heat in its tail ... Indian people were here before that happened, living on the earth. But things were wrong with nature on the earth, and a lot of people had abandoned the spiritual path. The Holy Spirit warned them a long time before the comet came. Medicine men told everyone to prepare. ... The comet burnt everything to the ground. There wasn't a thing left ... There is a prophecy that the comet will destroy the earth again. But it's a restoration. The greatest blessing this island [Turtle Island/America] will ever have. People don't listen to their spiritual guidance today. There will be signs in the sun, moon and stars when the comet comes down again.
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restoration
comet-impact
deep-human-history
prophecy
tradition
destruction
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Graham Hancock |
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80d54c6
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Massive wildfires occurred at the onset of the Younger Dryas, representing the most anomalous episode of biomass burning in at least 120,000 years and possibly in the past ~386,000 years.
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comet-impact
wildfires
younger-dryas
deep-human-history
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Graham Hancock |
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9cd5f63
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A 24,000-year sequence recorded in a marine core from the Santa Barbara Basin, off the coast of California, exhibits the highest peak in biomass burning precisely at the onset of the Younger Dryas. ... This anomalously high peak correlates with intense biomass burning documented from the nearby Channel Islands. ... The peak also coincides with the extinction of pygmy mammoths on the islands and with the beginning of an apparent 600-800-year gap in the archaeological record, suggesting a sudden collapse in island human populations.
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collapse
comet-impact
wildfires
younger-dryas
deep-human-history
extinction
cataclysm
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Graham Hancock |
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7c1c4ea
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The earth and all life upon it endured and was devastated by what can only be described as a globally distributed firestorm at the onset of the Younger Dryas around 12,800 years ago. In this planetary debacle, 10 million square kilometers of trees and other plant matter burned. To put that in perspective, the United Kingdom was in a state of traumatic shock in late June and early July 2018 after 4,942 acres of Lancashire moorland were consumed by wildfires. That's an area of just 20 square kilometers, but firefighters and emergency services from seven counties were utterly overwhelmed by the blaze and the military had to be brought in to assist. Meanwhile, a report in the dated July 2, 2018, opined that California's wildfire season had started early, with two 'major fires' already fought at huge expense and requiring evacuation of local residents. These two fires were estimated to have consumed 85,000 acres, which sounds an awful lot but in fact converts to just 344 square kilometers. The previous years, 2017, was California's most destructive wildfire season then on record, with a total of 1.25 million acres burned. The cost of dealing with the disaster, including fire suppression, insurance, and recovery expenditures, was estimated at US$180 billion. Yet 1.38 million acres converts to just 5,585 square kilometers--an insignificant fraction (around 0.05 percent--that is, a twentieth of 1 percent) of the 10 million square kilometers destroyed in the Younger Dryas wildfires.
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debacle
comet-impact
wildfires
younger-dryas
devastation
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Graham Hancock |
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af9b1ae
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In the case of the Younger Dryas, the jeopardy that humanity faced was not from nuclear missiles but from the incoming fragments of a disintegrating giant comet, traveling at tens of kilometers per second, with the larger fragments as deadly as hundreds of nuclear warheads. Indeed, it is estimated that the total explosive power of the comet fragments that struck the earth in repeated episodes over a period of 21 years some 12,800 years ago would have been of the order of 10 million megatons--1,000 times greater than all the nuclear devices stockpiled in the world today.
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jeopardy
comet-impact
younger-dryas
deep-human-history
cataclysm
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Graham Hancock |
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9c59408
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What we are looking for [...] is an agent capable--simultaneously and almost instantaneously--of bringing about all of the following: -a global flood -wildfires across an area of 10 million km2 -6 months of icy darkness followed by more than 1,000 years of glacially cold weather -a stratum of soil across more than 50 million km2 dated to the Younger Dryas Boundary (YDB) and infused with a cocktail of nanodiamonds, high-temperature iron-rich spherules, glassy silica-rich spherules, meltglass, platinum, iridium, osmium, and other exotic materials -a mass extinction of megafauna Wolfbach and her coauthors are forthright in their conclusion: 'Multiple lines of ice-core evidence appear synchronous, and this synchroneity of multiple events makes the YD interval one of the most unusual climate episodes in the entire Quaternary record. ... A cosmic impact is the only known event capable of simultaneously producing the collective evidence.
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comet-impact
flood
younger-dryas
deep-human-history
cataclysm
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Graham Hancock |
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c94d9a7
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SHERIDEN CAVE, OHIO: There are [Younger Dryas Boundary] peaks in magnetic spherules, meltglass, nanodiamonds, Pt, and Ir. A charcoal-rich black mat dates to the [Younger Dryas] onset and contains peak abundances of charcoal, AC/soot, carbon spherules, and nanodiamonds that are closely associated with the last known Clovis artifacts in the cave. The black-mat layer is in direct contact with the wildfire-charred bones of two mega-mammals, the flat-headed peccary ( ) and the giant beaver ( ), that are the last known examples anywhere in the world of those extinct species.
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comet-impact
wildfires
paleontology
younger-dryas
deep-human-history
extinction
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Graham Hancock |