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North America. ECDO oscillation cycle visualization using model V4.[0] Camera-orientation locked to the objective. Considerable inland water masses and some of the most widespread and visible mesoscale flow morphology of any landmass. The Navajo flood myth seems to recount multiple consecutive events.[1] The Roraima pivot is visible lower right.[2]... show more
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Hey Patrick. Thanks for sharing. Keen to see some of your work and hopefully hear some more from you.

What about the sea level rise? 1, from and change in rotation. 2, from melting of Greenland and Antarctic land-held ice, flowing into the seas in whatever quantity would be given the estimated duration the oscillation lasted before returning. Love the work Craig

Relative sea levels would be dramatically affected. Land masses may rise in places and drop in others as the mass of the oceans shifts over it (isostacy). The new equatorial bulge will have a new displacement relative to the land there. Some places may be submerged for the extent of state 2. Others left high and dry - I've been thinking Hawaii might be one of these places. Difficult to predict this aspect because there are so many geological variables.

I had been thinking about NAmer wrong. Gulf of Mex (& pacific as it passes thru Veracruz MX) is going to come up over the entire Gulf Coast and Midwest and then what’s interesting is the Appalachians part this as they’re parallel with the angle of movement. Exit is St. Lawrence.

California will be cold

Is the white around the continent representing ice? Why is it only on the coast? How is FL not underwater? Thanks for the graphics, I’m just trying to understand what I’m looking at.

I’m not sure of which area exactly you’re asking about. Greenland’s ice is shown in white. The variation in blue around the coast indicates ocean depths (lighter blue is shallower water). Highly recommend reading the source articles [1] from which these visualizations are derived, and my currently pinned post which provides links to the latest versions of these visualizations. [1] //
