Younger Dryas

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Very interesting video on the Younger Dryas event, it is a 3 min excerpt introducing the full version by Randall Carlson (1:21) below. This ties in with what we have said about the Great Year. These are cosmic cyclical events of destruction and creation.  We are looking at periodic events or repeat patterns. Some people knew they were coming (like Noah) and prepared. These myths exist for a reason.  Either existence has purpose and reason and creative events are guided or it is all a cruel waste of time. The earth was made tohu va bohu (without form and void) about 12.9 K years ago which was the half cycle. We are at the end of a full cycle again. Why did it take us so long to figure it out?  Probably because certain people are covering it up.

Randall Carlson Podcast Ep024 Younger Dryas the Back-drop to Human History / Lost Worlds Pulverized (1:21 min)

NEW! Kosmographia Ep024 The Randall Carlson Podcast with the Snake Brothers – Kyle and Russ, Normal Guy Mike and GCREX admin Bradley, from 03/23/20. RC opens with an extended “Randallogue” about the need for generalist scientists to cross-pollenate between disciplines and adjust the focus to the “Big Picture” of human and Earth history, to which the Younger Dryas Boundary is a back-drop. He describes how thoroughly an expanding ice sheet would pulverize everything across a continent, and reminds us that the floods from melting ice sheets were so large that the term used to quantify ocean currents had to be implemented to measure them, to wash away other evidence of civilizations. We look at the work and graphs from Anders Carlson and determine that these sudden and periodic catastrophes point to a cosmic source, where most components operate in cycles.

Resources:

at 37 mins

Carlson, Anders E. (2010) What Caused the Younger Dryas Cold Event? 
Geology, vol. 38, #4 (April) pp. 383 — 384.
 
"The Younger Dryas Cold Event (ca. 12.9-11.6 ka) has long been viewed as the canonical abrupt climate event. The North Atlantic region cooled during this interval with a weakening of Northern Hemisphere monsoon strength. . . Although it is generally accepted that the cold event resulted from a slowing Atlantic meridional overturning circulation (AMOC), the forcing of the AMOC reduction remains intensely debated. The most common means of slowing AMOC involves the reduction of oceanic surface water density via an increase in freshwater discharge to the North Atlantic.

At 43 mins

Carlson, Anders E. (2010) What Caused the Younger Dryas Cold Event? 
Geology, vol. 38, (April) pp. 383 - 384. 

"On page 355 of this issue of Geology, Melott et al. (2010) present a quantitative assessment of the effect a comet would have on atmospheric nitrate, as well as estimates of its consequence for atmospheric ammonium, providing a test for the occurrence of a bolide at the onset of the Younger Dryas. Accordingly, comets break down N2 in the atmosphere to nitrate (NOx), increasing nitrate concentration. The authors use a two-dimensional atmospheric model to simulate the nitrate and ozone changes associated with the A.D. 1908 Tunguska event where a bolide airburst occurred over Siberia, Russia. The model performs well for the Tunguska event, accurately simulating the nitrate increase of —160ppb observed in the Greenland Ice Sheet Project 2 (GISP2) ice core record from Summit Greenland. Scaling the predicted nitrate changes upward by six orders of magnitude to the suggested Younger Dryas—size bolide implies a very large increase in nitrate concentration (i.e., 106 times larger than the Tunguska increase) that should be recorded in Greenland ice at the start of the Younger Dryas." (Fig. IA)

 

At 1:11 minutes

Carlson, Anders E. (2010) What Caused the Younger Dryas Cold Event? 
Geology, vol. 38, #4 (April) pp. 383 — 384. 

"The GISP2 —3.5 yr sample resolution could potentially under-sample a nitrate or ammonium increase because both compounds have atmospheric residence times of a few years. As Melott et al. note, higher-resolution sampling from the Greenland ice cores could determine if large (i.e., orders of magnitude larger than the Tunguska event) increases in nitrate and ammonium occurred at the start of the Younger Dryas." 

"Several other issues still remain with the bolide-forcing hypothesis for the Younger Dryas. For instance, the original Firestone et al. (2007) impact-marker records have not proven reproducible in a subsequent study (Surovell et al., 2009). Similarly, a compilation of charcoal records do not indicate large-scale burning of ice-free North America at the onset of the Younger Dryas (Marlon et al., 2009) as put forward by Firestone et al. (2007). Another recent study showed that late Pleistocene megafauna extinctions, potentially attributable to a Younger impact significantly preceded the Younger Dryas."

 

2./ Nitrate Concentrations pic.twitter.com/idEh834GlN

— Moses Hopes (@MosesHopes) January 14, 2022

4./ The story in Genesis begins about the time of the Younger Dryas. Settlements like Göbekli Tepe date back as far as then.https://t.co/OT8mObs2DH

— Moses Hopes (@MosesHopes) January 14, 2022

6./ Anatomically similar modern human remains have been found dating back 300K years, but consciousness itself changed fundamentally 12K years ago. We thought we could become gods instead we realized that we were naked and vulnerable.

— Moses Hopes (@MosesHopes) January 14, 2022