Recent comments in /f/newhampshire

TheCloudBoy OP t1_j72pcmg wrote

Unless you have a difficult time driving in gusty winds, you should be fine. Make sure you've got plenty of gas and bring a winter kit with you should the car battery die in the cold. That should include water, food that's easy to digest but provides a decent calorie load, and plenty of warm clothing

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TheCloudBoy OP t1_j72obg4 wrote

Look, I'm perfectly content with letting everyone do what they please, that's what makes the state great. My concern is 1) this airmass is extremely unusual, 2) most people have never experienced chills like what we expect in the Whites, & 3) we've already had fatalities in the Whites from people (sadly all from MA) who come to enjoy the Whites, are massively underequipped, and don't bother to get good forecasts. If I can help save a few lives with this info, I've done my job.

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underratedride t1_j72n3ip wrote

>I’m embarrassed that we have to talk about the cold weather in New Hampshire!

We don’t need to.

People from MA have infiltrated the state and the subreddit and MUST tell everyone else how to live their lives at every chance they get.

Keep bringing the downvotes and proving my point.

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WhoWhatWhereWhenHowY t1_j72l009 wrote

That is very interesting. I have to say one thing that has always blown my mind with meteorology is how much air doesn't like to mix and can have huge velocity gradients that I wouldn't expect from fluids. How a tornado holds itself together is just magic to me.

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TheCloudBoy OP t1_j72ism2 wrote

Hey I'm glad meteorologists can teach people new things! So not quite, a tropopause fold/depression occurs just behind a upper-level jet stream associated with a strong cyclone, in this case a piece of the tropospheric Polar Vortex that's been pinched off.

The reason why Bernoulli acceleration occurs at the fold is a difference in density: the bottom of the stratosphere directly above the tropopause gets increasingly warmer, drier, and therefore more stable than the airmass below it. So, that rapidly increasing stability creates the "flow squeeze" effect between the fold and the White Mountains, thus accelerating the winds.

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