Meer en meer word duidelijk bevestigd dat de doorbraak bij Gibraltar veel mensen op een dwaalspoor gezet hebben. Door de pantheons wereldwijd op een punt uit te laten komen is een middelpunt tevoorschijn gekomen welke NIET wijst richting Rome.
Door de structuur te volgen zoals wij dit lezen der aarde noemen kon uiteindelijk bepaald worden waar op welke plaats de doorbraak moet hebben plaatsgevonden. ook dit geeft meer inzicht op de grote schade die veroorzaakt is in en rondom het gehele Middelands Zeegebied heen. Piramide complexen, Griekse steden en vele anderen zoals Rome hebben enorme schade opgelopen door onder andere deze doorbraak.
Op de diverse sattelietweergaven ziet men overduidelijk de sporen net zoals gevonden is bij de andere dijkdoorbraken.
( zie ook eerdere berichtgevingen..)
Zie : volgend bericht geen 5 miljoen jaar maar 2.000.... zie ruines rondom Middelandse zee...
:
Ancient Mediterranean Flood Mystery Solved
The team made a reconstruction of the Mediterranean during the "megaflood".
Research has revealed details of the catastrophic Zanclean flood that refilled the Mediterranean Sea more than five million years ago.
(From BBC News / by Victoria Gill) -- The flood occurred when Atlantic waters found their way into the cut-off and desiccated Mediterranean basin.
The researchers say that a 200km channel across the Gibraltar strait was carved out by the floodwaters.
Their findings, published in Nature, show that the resulting flood could have filled the basin within two years.
They developed a model of how the mountain lakes quickly "cease to exist" when erosion produces "outlet rivers" that drain them.
"This... may have involved peak rates of sea level rise in the Mediterranean of more than 10m per day" - Daniel Garcia-Castellanos, Research Council of Spain
This same principle, Dr Garcia-Castellanos said, could be used to explain the Zanclean flood that reconnected the Mediterranean with the rest of the World's oceans.
"We could for the first time link the amount of water crossing the channel with the amount of erosion causing it to grow over time," he told BBC News.
New approach
Using existing borehole and seismic data, his team showed how the flood would have begun with water spilling over a sill.
The water would have gradually eroded a channel into the strait, eventually triggering a catastrophic flood, Dr Garcia-Castellanos explained.
He and his colleagues created a computer model to estimate the duration of the flood, and found that, when the "incision channel" reached a critical depth, the water flow sped up.
In a period ranging from a few months to two years, the scientists say that 90% of the water was transferred into the basin.
"This extremely abrupt flood may have involved peak rates of sea level rise in the Mediterranean of more than 10m per day," he and his colleagues wrote in the Nature paper.
Previous estimates of the duration of the flood were very variable, said Dr Garcia-Castellanos, because scientists "had to assume the size of the channel" rather than measure it.
Some estimates suggested that the flood continued for as long as 10,000 years.
Rob Govers, a geoscientist from Utrecht University in the Netherlands, who was not involved in this study, said that the findings were important.
"I think the authors have been very creative using existing data and making sense of it in a completely new way," he said.
Dr Govers said the next important step would be to measure the volume of breccia, or ancient eroded material, in the strait, to confirm whether there was enough material there to have filled the flood channel.
