THE YOUNGER DRYAS ERA SHOWED THAT THE FIRST MOON WAS NOT ADEQUATE TO DO THE JOB OF KEEPING THE EARTH STABLE AND IN SYNC.
THE EVENT ORINGOR HAD A REPLACEMENT MOON PUT IN PLACE TO DO THE REQUIRED MOON-EARTH JOB PROPERLY.
THE EARTH NO LONGER WAS WOBBLY AND ERRATIC. THE EARTH BECAME STABLE AND IN SYN AGAIN.
THE YOUNGER DRYAS PERIOD WITH ITS FIRE, FLOOD, AND CATROSPIC EARTHQUAKES. syndrome ENDED. THE 100+ YEARS OF FLOODS, FIRE, AND EARTHQUAKES WAS OVER. THE SEVEN TECTONIC PLATES WERE BACK TO NORMAL. THE COSMUC BOMBARDMENT ENDED.
THE YOUNGER DRYAS HAD LASTED OVER ONE HUNDRED YEARS AND WAS ENDED.
THIS ALLOWED ALL EARTH’S LIFE FORMS TO FLOURISH AGAIN.
THE EVENT ORINGOR HAD A REPLACEMENT MOON PUT IN PLACE TO DO THE REQUIRED MOON JOB PROPERLY. THE EARTH NO LONGER WAS WOBBLY AND ERRATIC. OUR NEW MOON WAS CONSTRUCTED OUTSIDE OF THE UNIVERSE’S LAWS OF PHYSICS.
THE
The Younger Dryas (YD) was a period of extreme climate change that occurred around 12,900–11,700 years ago.The Younger Dryas (YD) was a period of extreme climate change that occurred around 12,900–11,700 years ago. Younger Dryas: at the end of the Pleistocene era, 12,800 years ago, cosmic impacts triggered an abrupt cooling episode that earth scientists refer to as the Younger Dryas.
An international group of investigators has narrowed the date to a 100-year range, sometime between 12,835 and 12,735 years ago.
Core studies taken from the Greenland ice sheet revealed an anomalous platinum layer, a marker for the YDB. A study of tree rings in Germany also showed evidence of the YDB, as did freshwater and marine varves, the annual laminations that occur in bodies of water. Even stalagmites in China displayed signs of abrupt climate change around the time of the Younger Dryas cooling event. The records suggest a causal connection between the YDB cosmic impact event and the Younger Dryas cooling event that caused this anomalous and enigmatic cooling.
The Younger Dryas onset was not fully synchronized; in the tropics, the cooling was spread out over several centuries, and the same was true of the early-Holocene warming.[1] Even in the Northern Hemisphere, temperature change was highly seasonal, with much colder winters and cooler springs, yet no change or even slight warming during the summer.[6][7] Substantial changes in precipitation also took place, with cooler areas experiencing substantially lower rainfall, while warmer areas received more of it.
4,500 years ago, Earth’s climate began shifting from a cold glacial world to a warmer interglacial state. Partway through this transition, temperatures in the Northern Hemisphere suddenly returned to near-glacial conditions.
The warmer and wetter climate in the Southern Hemisphere also helped human migration into South America. Younger Dryas in the Northern Hemisphere forced populations either to return to a nomadic lifestyle or seek refuge in a few hospitable areas.
A large meteor air burst or impact of one or more comets started the Younger Dryas cold period about 10,900 years ago. The Younger Dryas era lasted over one hundred years.(2,800–11,500 years ago). It was caused by many events: floods, earthquakes, and fires from astroids and comets. This 100 years of attack was relentless. In the Pacific, the advanced island civilization of WO sank into the ocean via earthquakes, fires, floods, and comets. Ditto for Alantus in the Atlantic Ocean.
