~Ongoing essay on predicting the location of the Cold Temperature North Pole
~ The most underrated weather factor, the location of the CTNP, in fact rules the world hemispheres weather.
~Locating where they will be basically enables long term weather projections to be easy.
~Short term wise as well
~Refraction techniques can laser predict wether the CTNP be, or not.
CTNP's are known to mainly slowly wobble, from one point to the next. Or surprisingly vanish only to reappear thousands of kilometers away. They basically control weather circulation of planetary waves, nothing more important weather or climate wise. The mystery is why do they wobble in the first place, rather than be moving around according to basic meteorological tenures;
The main problem with respect to predict where the CTNP will move is extremely complex. With numerous variables to consider. Probably the most complex component, on top of advection, clouds, radiation balance, presence or lack of precipitation, albedo, insolation, on top of all these, is surface properties. Not a black and white issue at all, water surface alone, is not as simple as a mirror lake, the waves, and there are many kinds of waves, the mixing going about, salt, fresh water, top it with ice, grey, fast, 1 year, multiyear, snow covered, hummocked, ridged, mix pans including all types, not forgetting ice and open water combinations. And we go to land, more complex than water surfaces, by wildly varying topographical features, what is on it, vegetation, rocks, a mix of both, flooding, snow, and snow cover is not uniform at all:
The 700 mb Low of 2680 meters is the CTNP.
Automatically changing the weather all around it. High altitude winds spin around it , in fact the jet stream is at the North Pole
There is a CTNP in NE Siberia, the two are close enough to cause this jet. (250 mb map).