USTropics wrote:Chris_in_Tampa wrote:Sonde is getting 32 knots of surface wind for example on last pass. 996mb with 32 knots of surface wind, so maybe a pressure around 993mb.
Before that 996mb with 27 knots. I assume it is tilted some still. I don't know a lot about that kind of thing, I just write some software to interpret the stuff, but it would seem to me it's tilted some based on that.
On the last pass they released it around when the wind was noted as suspect at flight level, which a lot are this mission, but it was 4 knots. First wind reported in sonde text released was at 708mb level and it was 10 knots. At surface it was 32 knots. Dropped around 24.57N 93.74W and landed at 24.57N 93.76W. So I would say it's tilted based on that.
Congrats on 5k posts! I'm not really seeing the vertical tilt in recon/dropsondes. If we take a cross-section of HWRF analysis, we can see Beryl doesn't have much tilt:
https://i.imgur.com/F6KuZKC.png
We can see in the CIMSS 200mb product that our ULL to the west has started to weaken as well (which has been the main culprit for the shear/tilt):
https://i.imgur.com/ZMtu1ig.gif
As I previously posted, DMIN + pulse down has degraded the appearance of Beryl on IR, but if we take a look at enhanced WV on TT, the dark blacks (dry air) are starting to fill in on the eastern and northern quadrant:
https://i.ibb.co/Dg5Zmkf/goes16-wv-rgb-02-L-202407070042.gif
Watch for this inflow band highlighted in pink here and see if it expands to east. This will be a good indication that Beryl is starting to 'wall off' the dry air and can begin to intensify later this evening:
https://i.imgur.com/Ltkdkwi.png
Great post man. Just the type of stuff you don't find anywhere else.