As I mentioned here, pole shift appears to be underway. It also appears to be happening far more rapidly than has long been predicted by the establishment. In this episode of Dreamland, Linda Moulten Howe interviews UC Berkeley's Dr. Paul Renne about geological data that dramatically accelerates the predicted timeline. Renne worked with an international team of geologists to analyze volcanic ash sediments in a lake bed in Italy. They were able to track the shifting patterns that preceded the last pole shift, the Brunhes-Mutuyama event, and have determined it was quite rapid, probably under a hundred years.
The authors, including Berkeley graduate student Courtney Sprain and her supervisor Professor Paul Renne, are not the first to suggest the last flip was unusually fast, but Sprain says the evidence they have found in the Suilmona Basin, east of Rome, is very clear. “The paleomagnetic data are very well done. This is one of the best records we have so far of what happens during a reversal and how quickly these reversals can happen,” says Sprain.
Volcanoes upwind of the basin, including Sabatini and Vesuvius, erupted frequently during the reversal, and the changing magnetic field can be seen in the sediments laid down. Argon-argon isotopic dating allowed Sprain and Renne to date the ash layers far more precisely than has been done before.
“What’s incredible is that you go from reverse polarity to a field that is normal with essentially nothing in between, which means it had to have happened very quickly, probably in less than 100 years,” said Renne. “We don’t know whether the next reversal will occur as suddenly as this one did, but we also don’t know that it won’t.
We are left with a lot of unknowns. Geophysicists still don't understand why this happens, how frequently it happens, or how varied the effects are. What is clearer is that past events have caused enough thinning of the earth's magnetosphere to allow serious damage from solar and cosmic radiation. This may, in fact, have caused the extinction of the Neanderthals.
A complete write-up of this interview can be found here on Howe's website.