Remember that one of the reasons impact craters are elusive, particularly from the YDB, is that meteors and comets are most frequently able to penetrate the thinnest and most vulnerable parts of our magnetosphere and troposphere; the North and South Poles; Which historically have been covered by deep glaciers that would hide the craters we’re looking for. It was by looking for nanodiamonds in ice core samples that polar craters began to explain what happened to the mammoths. That we have calculated rendezvous with the Taurid meteor swarm is now proven science: [academic.oup.com]
And as Hancock often says, we simply haven’t been looking in the right places for things, (Poles, Sahara, Amazon and undersea coastlines) for the evidence of impact frequency. Partly due to cost and budget priorities but also because people simply don’t look for what they don’t believe is there, with or without evidence. It’s easier to believe what we know is right than to believe we know nothing at all.
A recent treasure trove of mammoth and ice age bones in Alaska by John Reeves suggests that the corridor between the Younger Dryas Boundary glaciers was a vast migrating route that experienced catastrophic flooding repeatedly throughout the history of “ice age” megafauna. The mammoths kept the pathway open to migrate between Siberia and North America to access the seasonal steppe grass they relied on.
Reeves, who owns the land in Alaska where thousands of new bones… not fossils… but frozen bones… are being harvested from the permafrost (Here he is on JRE: [youtu.be] ), says carbon dating spreads from 11,800 to more than 30,000 years ago. Although admittedly he says carbon dating is expensive and would cost more than “$100 million dollars” to date all his bones for everything from Steppe bison to mammoths to cave bears.
The point is, in the question of impact frequency, whether we discover fossilized or frozen megafauna along the migration corridor from Siberia to North America it is revealing to us that this dangerous route had been impacted by catastrophic flooding several times throughout history, at least during the last 50,000 years that we can get reliable carbon dating results. And that, along with proven studies over the predictable impacts our planet receives from the Taurid meteor swarm in intervals of 30 to 10,000+ year cycles… combined with discoveries from cryptic warnings and serpentine-comet-like messages from buried ancient megaliths like Gobleki Tepe, I think it’s past time we wake up to the reality that it’s very, very likely we have to prepare for at very least what will be a regionally catastrophic impact in November of 2032 as we pass directly through the taurid meteor swarm.
The Academy of Science in the Czech Republic just discovered more large rocks in the Taurid swarm than were previously known:
[www.antarcticajournal.com]
At very least we should keep an eye in what remains of comet Encke itself. Telescopes are finally starting to focus more on the taurids thanks to gaining popularity and interest but lack crucial funding to do more. Because at the current time the only satellite we have to intercept a big rock heading straight for us from behind the sun can only tell us we have 30 minutes before we can try and shoot it out of the sky. (For the record, having remote, refrigerator sized rocket satellites already orbiting in defense position to push a space rock safely out of impact is proving far more effective, realistic and affordable to accomplish within the next ten years).
At least we MIGHT know enough not to use nuclear weapons… whether to break up a rock and rain radioactive waste or accidentally by our blank check pentagon budget sending most of our rockets to Ukraine where they end up in modified soviet launchers raining on nuclear missiles stored in military bases deep into Russia. (I know, God help us we are a species with extinction-prone spending habits).
But judging from the pentagon’s bloated, audit-failing budget we might accidentally destroy ourselves before the budget accidentally finds a solution to save human civilization. Unless… perhaps… we can tie defense, energy and climate spending into impact prevention from NEO’s in and beyond the taurid meteor swarm?
And as Hancock often says, we simply haven’t been looking in the right places for things, (Poles, Sahara, Amazon and undersea coastlines) for the evidence of impact frequency. Partly due to cost and budget priorities but also because people simply don’t look for what they don’t believe is there, with or without evidence. It’s easier to believe what we know is right than to believe we know nothing at all.
A recent treasure trove of mammoth and ice age bones in Alaska by John Reeves suggests that the corridor between the Younger Dryas Boundary glaciers was a vast migrating route that experienced catastrophic flooding repeatedly throughout the history of “ice age” megafauna. The mammoths kept the pathway open to migrate between Siberia and North America to access the seasonal steppe grass they relied on.
Reeves, who owns the land in Alaska where thousands of new bones… not fossils… but frozen bones… are being harvested from the permafrost (Here he is on JRE: [youtu.be] ), says carbon dating spreads from 11,800 to more than 30,000 years ago. Although admittedly he says carbon dating is expensive and would cost more than “$100 million dollars” to date all his bones for everything from Steppe bison to mammoths to cave bears.
The point is, in the question of impact frequency, whether we discover fossilized or frozen megafauna along the migration corridor from Siberia to North America it is revealing to us that this dangerous route had been impacted by catastrophic flooding several times throughout history, at least during the last 50,000 years that we can get reliable carbon dating results. And that, along with proven studies over the predictable impacts our planet receives from the Taurid meteor swarm in intervals of 30 to 10,000+ year cycles… combined with discoveries from cryptic warnings and serpentine-comet-like messages from buried ancient megaliths like Gobleki Tepe, I think it’s past time we wake up to the reality that it’s very, very likely we have to prepare for at very least what will be a regionally catastrophic impact in November of 2032 as we pass directly through the taurid meteor swarm.
The Academy of Science in the Czech Republic just discovered more large rocks in the Taurid swarm than were previously known:
[www.antarcticajournal.com]
At very least we should keep an eye in what remains of comet Encke itself. Telescopes are finally starting to focus more on the taurids thanks to gaining popularity and interest but lack crucial funding to do more. Because at the current time the only satellite we have to intercept a big rock heading straight for us from behind the sun can only tell us we have 30 minutes before we can try and shoot it out of the sky. (For the record, having remote, refrigerator sized rocket satellites already orbiting in defense position to push a space rock safely out of impact is proving far more effective, realistic and affordable to accomplish within the next ten years).
At least we MIGHT know enough not to use nuclear weapons… whether to break up a rock and rain radioactive waste or accidentally by our blank check pentagon budget sending most of our rockets to Ukraine where they end up in modified soviet launchers raining on nuclear missiles stored in military bases deep into Russia. (I know, God help us we are a species with extinction-prone spending habits).
But judging from the pentagon’s bloated, audit-failing budget we might accidentally destroy ourselves before the budget accidentally finds a solution to save human civilization. Unless… perhaps… we can tie defense, energy and climate spending into impact prevention from NEO’s in and beyond the taurid meteor swarm?