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Learning Model Discussion 2/9-2/10

whatalife

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I think we are close enough to this event to start a thread on it. Hopefully it wasn't jinxed by a sled picture a few moments ago. LOL!


Sent from my iPhone using Tapatalk
 
Since the thread was made, here is my newest video. This is looking more and more like a phase with that weak disturbance and a low poping up on the frontal boundary.

Sent from my SM-J700T1 using Tapatalk
 
Since the thread was made, here is my newest video. This is looking more and more like a phase with that weak disturbance and a low poping up on the frontal boundary.

Sent from my SM-J700T1 using Tapatalk

With all due respect where are you seeing a phase? Look at the H5 maps, there isn't a phase but enough separation from the first s/w as SD and others have mentioned to allow this to dig and pop that lp... if you want to suggest a phase you need to show that on the 500mb vorticity map not a surface map. But I digress...

Sent from my SM-G920V using Tapatalk
 
Bored so I dug around for other models that may be of use... the 15km FIM9 has our storm. I know, what the heck is FIM9? Well it's an experimental NOAA product that uses GFS physics. Google it for more info, it's a mouthful. Anyway, here's the 12z

cd0b5a0066677e4ae2e82da3fd6479af.jpg

894a5ff5f11bd53d309ad0e3a295a96c.jpg

91e720828da2551c51368c63f292e057.jpg

5880e5beffd65eb6a274e7dcb20656da.jpg

487fd89c46b344aa3583791ed64dc2f4.jpg


It's interesting to see how positively tilted the ridge is, really allows that shortwave to dig and not get sheared out. Sweet spot is north, sure, but tons of moisture and the model just may have issues with ground temps over NC. Fun to look at, not sure if it adds anything substantial.
 
Bored so I dug around for other models that may be of use... the 15km FIM9 has our storm. I know, what the heck is FIM9? Well it's an experimental NOAA product that uses GFS physics. Google it for more info, it's a mouthful. Anyway, here's the 12z

cd0b5a0066677e4ae2e82da3fd6479af.jpg

894a5ff5f11bd53d309ad0e3a295a96c.jpg

91e720828da2551c51368c63f292e057.jpg

5880e5beffd65eb6a274e7dcb20656da.jpg

487fd89c46b344aa3583791ed64dc2f4.jpg


It's interesting to see how positively tilted the ridge is, really allows that shortwave to dig and not get sheared out. Sweet spot is north, sure, but tons of moisture and the model just may have issues with ground temps over NC. Fun to look at, not sure if it adds anything substantial.
Cool! But any model that has GFS anything in it, should be interesting!
 
With all due respect where are you seeing a phase? Look at the H5 maps, there isn't a phase but enough separation from the first s/w as SD and others have mentioned to allow this to dig and pop that lp... if you want to suggest a phase you need to show that on the 500mb vorticity map not a surface map. But I digress...

Sent from my SM-G920V using Tapatalk
I did show the phase on the 500mb maps. The phase occurs at hr 138/144. The secondary low is off the SE coast at hr 120 and you can see the moisture from the weak disturbance come into the secondary low, forming it into one consolidated system at hr 132. Those two lows that you see at hrs 120 and 126 are along the frontal boundary. I maybe telling it wrong, if I'm not, then someone maybe able to explain it better.

Sent from my SM-J700T1 using Tapatalk
 
I did show the phase on the 500mb maps. The phase occurs at hr 138/144. The secondary low is off the SE coast at hr 120 and you can see the moisture from the weak disturbance come into the secondary low, forming it into one consolidated system at hr 132. Those two lows that you see at hrs 120 and 126 are along the frontal boundary. I maybe telling it wrong, if I'm not, then someone maybe able to explain it better.

Sent from my SM-J700T1 using Tapatalk
I see you did show the vorticity map in the last minute, sorry didn't watch all the way through before.... anyway it's not a phase, the upper level energy digging helps develop the surface lp off the coast no phase. Either way keep at it, I admire you're optimism

Sent from my SM-G920V using Tapatalk
 
Bored so I dug around for other models that may be of use... the 15km FIM9 has our storm. I know, what the heck is FIM9? Well it's an experimental NOAA product that uses GFS physics. Google it for more info, it's a mouthful. Anyway, here's the 12z

cd0b5a0066677e4ae2e82da3fd6479af.jpg

894a5ff5f11bd53d309ad0e3a295a96c.jpg

91e720828da2551c51368c63f292e057.jpg

5880e5beffd65eb6a274e7dcb20656da.jpg

487fd89c46b344aa3583791ed64dc2f4.jpg


It's interesting to see how positively tilted the ridge is, really allows that shortwave to dig and not get sheared out. Sweet spot is north, sure, but tons of moisture and the model just may have issues with ground temps over NC. Fun to look at, not sure if it adds anything substantial.
Are those FDA approved? LOL
 
GFS is much better in La Nina years b/c of it's natural bias to speed systems up. ECMWF Is better in El NIno years.
 
Due to the thread being made, the 00z GFS is going to look horrible.

BUT, when the last Winter Storm thread was made, the first model run looked horrible but it eventually worked out for some
 
Due to the thread being made, the 00z GFS is going to look horrible.

BUT, when the last Winter Storm thread was made, the first model run looked horrible but it eventually worked out for some

HAHA! It was going to happen anyway b/c ATLwxfan thought it would be a good idea to show his picture of the new sled he bought for the last event. Let's just say that didn't workout so well


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I wanted to do one more video before the 0z GFS rolls out. In the video, I discuss of what I want to see on the 0z runs and future runs.

Sent from my SM-J700T1 using Tapatalk
 
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