Ameya Naik
@ameyanaik123.bsky.social
Meteorologist | RaXPol Enthusiast | Floating Between CAwx and OKwx
OU SoM MS '25/PhD '??
OU SoM MS '25/PhD '??
Pinned
Ameya Naik
@ameyanaik123.bsky.social
· Oct 17
Hello world! About me:
I'm currently a meteorology grad student at OU studying severe wx, mainly tornadoes using RaXPol! Id love to start getting more involved with the wx research community on here. If you're interested in the work we've been doing, check out posters 53 and 64 at SLS next Tuesday!
I'm currently a meteorology grad student at OU studying severe wx, mainly tornadoes using RaXPol! Id love to start getting more involved with the wx research community on here. If you're interested in the work we've been doing, check out posters 53 and 64 at SLS next Tuesday!
Reposted by Ameya Naik
This Sunday, we collected a close range dataset of multiple tornadoes near Arnett, OK in RaXPol. Despite scrambling to find a position, we captured the debris cloud, a debris ejection associated with intense RFD, and surface-layer vorticity worms in the inflow and RFD.
May 20, 2025 at 4:55 PM
This Sunday, we collected a close range dataset of multiple tornadoes near Arnett, OK in RaXPol. Despite scrambling to find a position, we captured the debris cloud, a debris ejection associated with intense RFD, and surface-layer vorticity worms in the inflow and RFD.
A possible failure mode for tomorrow and Saturday's #NMwx setup is subsidence. A few models are showing a mid level inversion at around h500. The presence of this type of inversion is a red flag for subsidence, especially if co-located with positive model omegas (sinking motion, blue bars on right).
October 18, 2024 at 4:00 AM
A possible failure mode for tomorrow and Saturday's #NMwx setup is subsidence. A few models are showing a mid level inversion at around h500. The presence of this type of inversion is a red flag for subsidence, especially if co-located with positive model omegas (sinking motion, blue bars on right).
Gotta fill the TL! Mountain waves downstream of the Sierra Nevada near Carson Pass, CA - 10/11/24.
These appear to be trapped given their appearance of being vertically stacked instead of tilted upstream with height. They may occur with strong, unidirectional wind shear and high static stability.
These appear to be trapped given their appearance of being vertically stacked instead of tilted upstream with height. They may occur with strong, unidirectional wind shear and high static stability.
October 17, 2024 at 10:39 PM
Gotta fill the TL! Mountain waves downstream of the Sierra Nevada near Carson Pass, CA - 10/11/24.
These appear to be trapped given their appearance of being vertically stacked instead of tilted upstream with height. They may occur with strong, unidirectional wind shear and high static stability.
These appear to be trapped given their appearance of being vertically stacked instead of tilted upstream with height. They may occur with strong, unidirectional wind shear and high static stability.
Hello world! About me:
I'm currently a meteorology grad student at OU studying severe wx, mainly tornadoes using RaXPol! Id love to start getting more involved with the wx research community on here. If you're interested in the work we've been doing, check out posters 53 and 64 at SLS next Tuesday!
I'm currently a meteorology grad student at OU studying severe wx, mainly tornadoes using RaXPol! Id love to start getting more involved with the wx research community on here. If you're interested in the work we've been doing, check out posters 53 and 64 at SLS next Tuesday!
October 17, 2024 at 8:56 PM
Hello world! About me:
I'm currently a meteorology grad student at OU studying severe wx, mainly tornadoes using RaXPol! Id love to start getting more involved with the wx research community on here. If you're interested in the work we've been doing, check out posters 53 and 64 at SLS next Tuesday!
I'm currently a meteorology grad student at OU studying severe wx, mainly tornadoes using RaXPol! Id love to start getting more involved with the wx research community on here. If you're interested in the work we've been doing, check out posters 53 and 64 at SLS next Tuesday!