Tornadogenesis from Massive Rotating Wall Cloud.

[@IndigoRoses7]

This is incredible footage. How does this not have more video views??? Great camera work

[@littlebowbigcrybaby]

I may have horrible storm anxiety but this is entertainment to me

[@icewaterslim7260]

Wow @5:30 that's an anticyclonic rotation nearly right over him. Way to watch them and that's always something to watch out for when focused on the main rotation. Learned about that watching youtube chasers and I ain't even about to seek that line of work. When that clockwise funnel got my attention I would've said: "Oh Shit! " while jumping in that car and driving the hell down that road a mile . . . If I even stopped driving, lol.

[@AustinJonesStormChasing]

It definitely caught my attention!

[@DownButNotOutYet]

Nice catch, classic structure with all components clearly visible. I wonder if the RFD choked off the inflow, the parent cell seemed to increase in speed as the storm cycled.

[@Heyiya-if]

Now we know what a cloud looks like when it's plotting.

[@Agui007]

Insane wallcloud! Did the rain kill off the developing funnel?

[@kenbaker-ps6ej]

From 2:14-3:14 it was like a person struggling to push out a turd.

[@adylan612]

Nothing short of majestic and gorgeous 😍

[@helixmoore7636]

And terrifying 😳

[@ClaudiusDenk]

Does the computer model get us closer to solving the mystery or does it just look cool? I think it's the latter. If its fundamental assumptions are wrong I think it is unlikely a computer simulation will tell us anything useful (GIGO). Currently the stated role of water in storms involves traditional notions that have never been verified empirically. James McGinn of Solving Tornadoes says that this traditional model is mistaken. The correct role of water in storms involves the surface tension properties of H2O being amplified as a consequence of factors on moist/dry wind shear boundaries. This is interesting for a number of reasons. Primarily, it has long been observed that tornadogenesis has been associated with wind shear, ie. winds aloft. But nobody knows why. McGinn says it is because wind shear causes the emergence of a plasma phase of H2O that is the result of amplification of H2O surface tension. The plasma serves as the basis of the structural; properties of a vortice, allowing it to function as a conduit for flow, bridging between warm, moist air at low altitude and high energy cold, dry air at the top of the troposphere (ie. jet streams). Incidently, this also serves the solve the mystery as to how the jet streams maintain their momentum--a question that meteorology has all but given up on. Disclaimer: my real name is James McGinn James McGinn / Solving Tornadoes How The Jetstream Maintains Its Momentum kzbin.info/www/bejne/l5W8fGaclrdrr80

[@grunt9131]

Was one anti cyclonic

[@officialtashablanco918]

Impressive footage

[@LDQBBQ]

Did that anti-cyclonic satellite touch down?

[@mattekumba]

wow that's an epic storm

[@williammoss212]

1st warning is of tornado is darkening skies with greenish colored clouds and very large hail the winds die down very quiet loud jet engine roar

[@williammoss212]

Sounds like bees and water fall

[@nancythane4104]

Not every one goes green.

[@ericascali5427]

Grosso. E. Nero😱😱😱😱😱😱

[@eddiearsenal718]

Is it just me or is the right side getting darker n n moving left into the wall cloud