Here's a video from August by Randall. Some interesting developments on potential Younger Dryas boundary impact sites.
I'll quickly review some of the YDIH (Younger Dryas Impact Hypothesis) background that might help understand the potential importance of this latest vid.
- In both the YDIH/Comet Research Group as well as Mainstream Institutional Science, there is agreement that at the the time of the Younger Dryas onset (ca 12.800 years ago) the vast Laurentide Ice Sheet that covered almost all of Canada and much of the northern U.S. had already started melting.
- At the lowest elevation (roughly the Manitoba/Minnesota/North Dakota border) as the ice sheet melted, a huge lake as well as smaller proglacial lakes began to form at the terminus of the glacial lobe.
- The largest proglacial lake (Agassiz) covered most of Manitoba, Northern Minnesota and NW Ontario. At its maximum size it may have reached
177,000 sq. miles (roughly the size of the Black Sea) and 700 ft. deep.
- During at least three different occasions (one or all during the 1200 years of the Younger Dryas cold onset),
catastrophic outflows of enormous amounts of cold, fresh water very rapidly escaped Lake Agassiz and entered the ocean.
- The so far discovered outlets are through the Mississippi into the Gulf of Mexico, through the glacial terminus at the Great Lakes into the Atlantic and through the Mackenzie River into the Arctic Ocean.
- One or all of these catastrophic outflows are likely connected with
The Global Flood Myth Event as well as contributing to rapid cooling, glacial rebound and the rapid rise of sea levels. Conceivably they play a role in the destruction of Atlantean civilization.
- What's still debated, is the
cause,
sequence and
extent of catastrophic outflows from Agassiz.
- Various mainstream theories usually suspect an ice dam failure that leads to the outflows - although I don't think there's complete agreement on the exact cause mechanism of the proposed failure(s).
- Breaking from Mainstream - The Comet Research Group, Antonio Zamora, Randall as well as others have demonstrated strong evidence that a
large comet fragment field impacted the Laurentide Ice Sheet exploding ice fragments and ejecting them over hundreds of miles to create impact craters from Nebraska to the Carolina Bays. Many suspect the remnants of the impact site are located in Saginaw Bay in Lake Michigan. The direction of the impacts seems to come from the north or northwest.
- One of the issues of the past was connecting the Great Lakes impact site to the vast hydrological out flows from Agassiz. The locations are too far apart and there is a vast amount of glacier between the two sites.
In This Video:
- Randall sites a paper that focuses on one of the smaller proglacial lakes the SW of Lake Agassiz known as Glacial Lake Hind. The paper reveals similar ET impact markers at the time of Younger Dryas such as nano diamonds, micro spherules, and iridium.
- Glacial Lake Hind sits in kind of an odd place being wedged between multiple barriers that prevented it from flowing into Agassiz. The Tiger Hills, Turtle Mountain, Riding Mountain and the elevated alluvial Assiniboine beach head from Agassiz.
- Randall proposes that an
ET impact may have hit somewhere near Oak Lake and created a massive hydrological pulse that essential propelled an enormous amount of water from Hind carving the Pembina spillway and overwhelming the Assiniboine delta beach head and flooding Lake Agassiz from two different directions. This in turn could have triggered the massive outflow from Agassiz through the Great Lakes into the Atlantic.
- Below is a Google image of Oak Lake and it definitely looks to me like a possible impact site with the object arriving from the Northwest. Notice too all the tiny pothole lakes that surround it. He also mentions that Oak Lake is the last remnant of Hind (so formerly the deepest part of the glacial lake). Notice the SE lip of the lake looks very similar to a Carolina bay directional uplift.
- Randall also mentions that an impact event this big could potentially trigger seismic waves that would contribute to even more upheaval and destabilized flooding.
- One thing he only briefly mentions is the Pembina Spillway which begins right at where Lake Hind's shore would have ended before the theorized impact. In the image below you can see the "cut" left in the prairie from the spillway. The shallow remnant lakes snake along the former path.
- On the map below, I included pinned locations of some of the pre-1300 mounds and archaeological sites along the spillway. I have no idea if there is a relation except for maybe the connection the C's mentioned regarding the unstable EM energies following the New Madrid earthquake being conducive to window fallers and "curtain/veil" ruptures. This area does have a number of tornadoes every year. So possibly these catastrophic events leave some sort of residual unstable energies long afterwards?
- Oak Lake itself also has a major archaeological site called Cherry Point that dates back to at least 500 BC.
Overall there seems to be growing evidence that points to the YDIH being multiple events on and round the Laurentide Ice Sheet. As more and more is revealed the event grows in catastrophic proportions.