
@FoxWeather Meteorologist. FOX WEATHER @ NIGHT (9p-Midnight) UW Madison AOS 07' Girl Dad x3 🇺🇸🇮🇷
New York, USA
Joined February 2009
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Today we celebrated the retirement of my father-in-law Captain Mark Robertson who flew for @Delta for 35 years! He is a great man and hopefully will now be my go-to aviation correspondent on the show 🫡
Ari Sarsalari retweeted
4.5" in Mayer, AZ on Sep 28, 1995
The hail apparently killed 500 turkeys
ncei.noaa.gov/access/storm-e…
I mean.. in order to have a pressure gradient.. by definition, there has to be a low somewhere! But yes I agree with the point - there are situations where the strong high is the main influence, much like the beginning phase of the last nor'easter
Great to meet you Lori!
Really enjoyed getting to know @foxweather at Night Meterologist @AriWeather during our conversation on a new Storm Before the Calm podcast! Out soon! #podcast #stormbeforethecalm
It takes a long commute and long hours to make FOX Weather At Night.. I'm taking a few nights off to hang with my girls.. See y'all next week!
Ari Sarsalari retweeted
Can we talk about the coordinated response to hurricanes has improved IMMENSELY in the last decade?
We were without power for 9 days after Hurricane Ivan. My power, in Brewton, Alabama, was restored in less than 48 hours after Isaias with just about everyone expected to have restoration by the 96 hour mark.
MAJOR, MAJOR, MAJOR KUDOS to all of the power companies and electric cooperatives for making extreme strides in restoring power and more importantly, thank you again to all of the linemen. You are loved!
Ari Sarsalari retweeted
Quick case study w/AI using HRRR operational data on the "sting jet" with Hurricane Isaias. I supplied a hypothesis based upon my old research.
Yes -- definitely a "sting jet" but origin not like intense extratropical cyclones -- intense air stream was in lower-levels and only dried / descended at very end of the road.
Call it --> "cold-conveyor-belt jet wrapped round the upshear side of a hurricane in extratropical transition, with a sting-jet-like descent at its end."
The trough decapitated the storm's PV tower, shearing it apart, then drying its west side, and forcing the descent. The trough did not supply the wind -- that was entirely the hurricane undergoing ET.
forecasteagle.com/cases/isai…
Alright, enough of the semantics.. I'm calling it a Sting Jet. For anyone wondering why the wind was strongest in Pensacola, Here's my edited down dissertation. As always, open to criticism and other ideas.. we're here to learn
Another great thread from a tropical met GOAT
























