Every state, including Alaska and Hawaii, have recorded a high temperature of at least 100 degrees, according to NOAA, with many states well above 115 degrees. Also of interest is that Alaska and Hawaii share the same record high temperature of 100 degrees. Alaska's record was set in Fort Yukon on June 27, 1915, and Hawaii's record occurred on April 27, 1931, near Pahala on the Big Island.
https://weather.com/news/climate/news/hottest-temperature-recorded-50-states
Must have been one big ol' series of whale, salmon and moose farts that year ...
The problem is the record was annihilated by 5 degrees which didn’t used to happen. It’s usually only a fraction of a degree.
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No, but I'm not normal either, but don't care.There’s 70s DPs getting way up into Canada. Is that normal?
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Best post of the month! Really ...No, but I'm not normal either, but don't care.
92/75 still can't fire up a storm83/76 swamp ass weather
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Storms firing close here, wish I could share I really don't want anymore rain right now92/75 still can't fire up a storm
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These storms have been in the same place for 2 hours now at some point mother nature has to shareStorms firing close here, wish I could share I really don't want anymore rain right now
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Is there some physical reason that pop up storms tend to develop over or near the same areas every day? I have seen this time and again through the years. I could initially guess the reason has something to do with remnant outflow boundaries, but I would think they migrate downwind. It must be something else. It can't be random chance.
As my late grandfather would call them, “weather zones” ??Is there some physical reason that pop up storms tend to develop over or near the same areas every day? I have seen this time and again through the years. I could initially guess the reason has something to do with remnant outflow boundaries, but I would think they migrate downwind. It must be something else. It can't be random chance.
Beautiful countryside ...#WeatherZone @Tarheel1 might make it your way by next week? ?
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I've really noticed 4 "natural" catalyst for convection in our area. #1 is the sea breeze and it usually doesn't work for us #2 is the differential heating along the blue ridge, it may occasionally send a storm or 2 our way but they generally die in the triad #3 some weird deal in the sandhills I'm not sure if it's differential heating due to the sand or an albedo thing but storms love to fire in moore, hoke, Scotland, Cumberland counties #5 Piedmont trough this is usually our winner but so far its been biased too far west. It seems like though there is a seasonal trend and the Piedmont trough initially focuses in the central Piedmont in June and early July but as summer wears along it drifts east. If you look at today the sea breeze went off first and shot NW as an outflow, the sandhill convection went up and got enhanced by the seabreeze then the Piedmont trough got active and the sea breeze enhanced it too. Unfortunately we were again left in crap town.Is there some physical reason that pop up storms tend to develop over or near the same areas every day? I have seen this time and again through the years. I could initially guess the reason has something to do with remnant outflow boundaries, but I would think they migrate downwind. It must be something else. It can't be random chance.
Pattern...climo..and how the previous unnamed system went up and around is still largely the same pattern. But could change based on strength and the ridge.I am honestly reluctant, if not afraid, to ask, but here goes ... on what do you base this now, and what did you base this on "months ago"?