• MESO: Mesoscale Discussion 2193

    From COD Weather Processor@1:2320/105 to wx-storm@lists.illinois.edu on Sun Nov 3 20:40:45 2024
    ACUS11 KWNS 032040
    SWOMCD
    SPC MCD 032040=20
    OKZ000-KSZ000-032245-

    Mesoscale Discussion 2193
    NWS Storm Prediction Center Norman OK
    0240 PM CST Sun Nov 03 2024

    Areas affected...Northwest Oklahoma into south-central Kansas

    Concerning...Severe potential...Watch possible=20

    Valid 032040Z - 032245Z

    Probability of Watch Issuance...40 percent

    SUMMARY...Thunderstorms will increase in coverage through the late
    afternoon and evening hours. Scattered strong to severe storms are
    expected and will pose a risk of large hail, damaging winds, and
    perhaps a tornado. Trends will be monitored for the need for a watch
    later this evening.

    DISCUSSION...Over the past hour, convection has increased in
    coverage across western OK along the I-40 corridor in response to
    strengthening low-level warm advection and steady destabilization.
    MRMS VII and cloud top temperature trends suggest that much of the
    activity along and north of I-40 remains sub-severe, but signs of intensification have been noted in a few cells. The expectation is
    thunderstorm coverage will continue to increase as this activity
    spreads from western OK into northwest OK and south-central KS
    through the late afternoon and evening hours. While most convection
    will likely remain elevated, steady warming/moistening in the low
    levels may support a few surface based storms - especially where
    temperatures and dewpoints can reach into the low 70s and upper 60s respectively. 40-60 knot mid and upper-level flow over the region is
    supporting elongated hodographs favorable for supercells with an
    attendant risk for large hail (most likely between 1.0-1.75 inches)
    and severe wind gusts. Additionally, the low-level warm advection
    regime is yielding 0-1 km SRH values between 200-300 m2/s2 (per
    regional VWPs), which will support a tornado threat if surface-based
    convection can be realized. While this potential is noted, weak
    inhibition and persistent ascent will promote scattered
    thunderstorms with a somewhat high probability for storm
    interactions and unfavorable storm modes as storms spread
    north/northeast with time. Trends will be monitored for the need for
    watch issuance if semi-discrete, surface-based convection can be
    realized and pose a greater severe threat.

    ..Moore/Hart.. 11/03/2024

    ...Please see https://urldefense.com/v3/__http://www.spc.noaa.gov__;!!DZ3fj= g!6_8YqnDKAaREdZ1v4HcdYTTGpm-iqJg8QBv78LNLEgTMkCpNc8ts0AM0C8rLFENJ5XD6hztN-= WvgtjpA8S1P5ICRrBg$ for graphic product...

    ATTN...WFO...TSA...ICT...OUN...DDC...

    LAT...LON 35839987 36069983 37699922 37949889 37999855 37809763
    37329671 37059659 36699672 36379694 35989720 35779767
    35619840 35489951 35589987 35839987=20


    =3D =3D =3D
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