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Originally posted by jordanAKbramsen
Wow, guys... Ive lived in Alaska my whole life (im only 17 though) but so has my dad and my mom and many other people I know. And NEVER before have any of them experienced +100 mph winds, let alone at least 60 mph winds. This is a VERY rare thing, and for it to happen twice in one year is almost unimaginable. We are "supposed to" never have any tornadoes or hurricanes in Alaska either.
Bottom line: This doesn't just happen, especially twice a year. In my opinion, something is coming (Which ive been aware of) aka a pole shift/hopefully planet x as well. And havent seen it yet, but once we start having these types of storms up here in Fairbanks (heart of Alaska) then you all will know the end is coming
Originally posted by POPtheKlEEN89
I believe you and don't mean to discredit anything your saying but i laughed out loud when i read "Hopefully Planet x"
Originally posted by jordanAKbramsen
Wow, guys... Ive lived in Alaska my whole life (im only 17 though) but so has my dad and my mom and many other people I know. And NEVER before have any of them experienced +100 mph winds, let alone at least 60 mph winds. This is a VERY rare thing, and for it to happen twice in one year is almost unimaginable. We are "supposed to" never have any tornadoes or hurricanes in Alaska either.
Bottom line: This doesn't just happen, especially twice a year. In my opinion, something is coming (Which ive been aware of) aka a pole shift/hopefully planet x as well. And havent seen it yet, but once we start having these types of storms up here in Fairbanks (heart of Alaska) then you all will know the end is coming
The reason for the amazing intensity of some of the extra-tropical storms that swipe the Aleutians and the Bering Sea is that the low-pressure centers tap into relatively mild, moist sub-topical air off the coasts of Japan (sometimes the remnants of typhoons) and cold dry air centered over Eastern Siberia; somewhat in the same fashion that low pressure systems sometime ‘bomb out’ along the Eastern Seaboard of the United States after entraining, in their case, Gulf Stream moisture and Canadian cold, dry air
Amazing as the pressure readings observed during some Alaskan super storms, they still cannot quite compare (yet!) to the strongest low-pressure storms that form during the winter months in the North Atlantic.
In January 1993 a series of intense low-pressure systems passed near Scotland’s Shetland Islands and over the North Sea. On January 5th one such storm caused the super oil tanker Braer to be blown onto a rocky shoal on one the Shetland Islands. A stronger storm on January 10-11th caused the ship to break apart and release its contents resulting in a massive oil spill
One final comment. You will find that storms with NWS analyzed pressures of 948mb (or lower) occur quite frequently in the Gulf of Alaska. Must average at least 5 such storms every year, with 1 or 2 of them getting into the 930's. But these mega-storms attract little attention because there is no major affect on any populated areas (although aircraft landing in ANC can experience true, severe turbulence on approach through Turnagain Arm. I've never really had the time to check, but I suspect a careful analysis would show pressures in the 920's.