Відео

This has got to be one of the most useful storm chasing video ever! this is genuinely incredible!!!

To get a worst case tornado that would travel a continuous 100 miles, be 2 miles wide, have a pressure differential of 150mb, winds as high as 350 mph , and move a straight northeastward track then what would the STP parameters look like to get that going? Also what would the hodograph look like of that impending worst case tornado?

Thank you for this information, really well-done man. I absorbed it like a sponge.

You do an amazing job explaining everything.

This was excellent!!! 👌👌👌👌

I finally got something right. I picked the top storm because the meso looked more developed. Either that or just lucky like a blind hog looking for an acorn

I want to see that all in reverse so it looks like it's water flowing down a drain. Too bad UA-cam doesn't have a play backwards option.

Did the cyclic and long-track tornado-producers reflectivity maps get swapped when you switched from the still to the moving examples? Or am I losing my mind? (2:45 ish) Regardless, thank you for this talk!!

Fantastic work, great job!

This guy picked the wrong career. He should have been a DJ at a Hard Rock radio station with that deep base of a voice.

Ho do graph, if I ask her to

Jesus Christ, as much as I would like to appreciate this video and intellect, I gotta tell you, what a horribly boring tech world day n age this has become, where everyone has all of a sudden grown a master mind, video posting their genius digressions for monetization dollars that silicon nerd valley created. What a terribly oversaturated time period this has become, that has truly taken the passion and intrigue out of life that will never be again. But hey, at least today's generational and their kids will automate into Phd grauduates without ever having to attend a class or pay for it to achieve. Just click on youtube and watch. Hodograph away kids, hodograph away....!!!

15:21, I have seen this a lot when chasing. Lightbulb moment. I will often see the occluded old cycle of a storm off to the SW, behind the rain, while the new cycle spins up. They always appear to be very skinny. I always used to think those were the dying mesocyclone, but I think those are actually the dying, occluded tornadocyclone, after the tornado has lifted.

Would be cool to know first is how is this Hodograph data is collected? Ballons or radar???? And what the circular map represents...ground area or elevation cross section?

you and convective chronicles "trey" have been my 2 favorite people to watch to learn how to forecast and read the weather better

What did you learn classs… 15:50 calling your 1 year old a tornado is an accurate depiction.

Great presentation, Cameron! I like the mention of the SE US tornadic hodographs frequently having less than 90 degree critical angle. We’ve noticed the same thing. One question we have is, what impact do forested areas have on the surface wind measurements and the critical angle?

Ok, how have I missed you??? Or maybe I haven’t and just didn’t catch your name, because that voice of yours no one could forget!!! I’m an instant fan!! This is an amazing analysis!!! I knew about these tornadoes, but had no idea of this fascinating day of events. Thankyou for your knowledge, and these wonderful pictures of the incredible and beautiful structures of these storms. I hope you have the full chase, I’m fixing to look for everything you have! God bless you and stay safe out there!!! Can’t wait to see what else awaits me on your channel!!!!😁🙏🙏

I'll never forget this day. We saw Cole, Washington, and Etowah. Then we got caught behind driving through the aftermath. We stayed south of the storms the entire time.

I'm from the PNW and appreciate you taking this on lol

this is very exaustive! The explanation is very insteresting! Federico from Italy by PRETEMP

And today, we hodograph!!

Great lecture, enjoyed. Alot of need to know information. Thanks.

It was awesome to see this presentation while attending the convention, thank you very much!

I finally got to take a look at this. I noticed the Etowah to Pink meso tracked in sync with the Zdr column aloft. Amazing example of a deviant motion of supercell allowing the tornadoes to keep persisting while moving due N. The Shawnee Zdr column was impressive as it sped toward town.

😢😢😢😢😢😓😓😓😓😓😓🙊🙊🙊🙊🙊🙊🙊🙊

Thanks! This will help keep my windshield in-tact this May

Super informative, thanks Cameron!

Love your sense of humor too!

Wow I see why Trey from convective chronicles speaks so highly of you and calls you the hodograph master. Excellent presentation, learned a lot. Thank you!

Big thanks!

I have a question, There have been some Supercells that produce Strong Tornadoes with Large Hail, are those events most recorded in Cell Mergers/Off-season Tornado events?

Fascinating video !! I have two questions :-) 1) I have often read that the quantity of supercooled water inside a cumulonimbus is important for the formation of hail, but here you do not talk about it. Is this an outdated concept? 2) Can the reasoning about the storm-relative wind also be applied to the mean motion vector (the small brown square on the hodograph)? You apply it to the RM in your video. By the way, do you plan to make similar videos for the other two hazards, tornadoes and microbursts ?

Hello, You said in another video that supercells with sculpted laminar bases (indicative of forced ascent) are generally unfavorable for tornadoes. This is a great counter-example! By the way, how do you explain the sort of "collar" that we can see at 29:07 at the top of the low-level updrafts ?

25:00 That's pretty much exactly my thought on your other video. This was one of several cases we've seen in recent years where a deviant tornado nearly moves out of the warning polygon, with a new one issued with just a couple minutes' lead time for the actual track of the tornado.

18:55 I remember watching that. That was nuts to see the tornado couplet move due north up the back side of the supercell. That's a major safety issue not only for chasers but for the general public, if you've read the storm motion as indicated in the NWS warning text (for example..."MOVING NORTHEAST AT 40 MPH") and are looking for the tornado to the southwest or west but instead it comes out of the due south or even southeast. It's also an issue for broadcast meteorologists who may be relaying the NWS info to the public, see the couplet deviate on their radar, but feel they shouldn't contradict the NWS so as not to confuse the messaging. We also saw an interesting example of deviant motion in this year's July 12th outbreak in the Chicago area; SPC and many chasers (myself included) were expecting the storms to turn right along the warm front, moving south of due east, but the tornadoes occluded almost instantly and moved due east. Trey Greenwood (@ConvectiveChronicles) talked about this in his video on the event.

When you’re scrolling through the hodos around the 5 min mark, it’s AMAZING to see how the shape of every storm coincides with the shape of its hodograph!

Always be to the south! And, with experience, get closer. And know how to drive in R. or, you might die.

Excellent presentation.

Just wanted to pop in and say that I love all of your videos!! I’m someone who is a complete novice when it comes to storms and meteorological science. I’m not a storm chaser, but I am fascinated by severe storms and really enjoy learning through the experiences of those out there in the field. I know that your videos, especially the ones going over hodographs, are more geared toward people who have a good working knowledge of reading and interpreting weather data. I’ve watched all of them, and they are so fascinating that I’ve spent even more time trying to learn more so that I can fully grasp everything you touch on. Even though there has been material that is over my head, you still do a really great job of breaking things down in an easy to digest and understand manner. It would be amazing if you ever get the opportunity to create a video that breaks down some of the more complex data analysis stuff. I think it could help a lot of people! Either way, keep up the great work!

Very informative. Kinda glad I chose the Flint Hills target this day.

Hi Cameron, I attended Chasercon in Danville, IN today and your lecture on hodographs was extremely helpful and informative. Thank you very much for sharing your knowledge with us, and I wish you the best of luck with your research project.

never knew vin diesel was into meteorology

I got my undergrad on biochemistry but my passion for learning and observing storms definitely makes me wants to go back. I want to be a meteorologist. Thank you for sharing your knowledge with us!

Very helpful video, thank you. I seek to understand Hodographs, myself. Done a lot of personal research on severe storms.

Brilliant video! Should be watched by every professional forecaster.

Yes, great content and learned new things from it.

Seeing those EML lapse rates between 8.4-9.5C/km on the proximity soundings is just *mwahhh* chef's kiss. Target the EML!!! (-; Thanks for sharing your analysis on this Cameron. The evolution makes much more sense after learning about the intricacies of storm motion, vorticity vectors, and their effects/relationship to the hodograph thanks to your prior lecturing videos, discussions/research on your website, and random banter online. I remember working operations this night and issuing only a couple wider TORs just to account for deviant tornado potential - I didn't want to chase each individual circulation and have overlapping polygons/warnings which would likely cause confusion to our customers down there. Definitely a different method than what OUN carried out, but they still captured everything at least. What a wicked event with some top-tier structure!

This was amazing! Taking my notes while watching this for the second time! I'm still wondering how to predict wind events, although they may be more simple? I know a few things, but not quite enough. Anyways, thank you for this informative video!

just in time to add to my road trip learning vids!