Overview
The remnants of Tropical Cyclone Beryl moved across Indiana on July 9 into early July 10. The system brought a tornado, heavy rain, and gusty winds to central Indiana.Tornadoes
Tornado - Near Shoals
Track Map
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The Enhanced Fujita (EF) Scale classifies tornadoes into the following categories:
EF0 Weak 65-85 mph |
EF1 Moderate 86-110 mph |
EF2 Significant 111-135 mph |
EF3 Severe 136-165 mph |
EF4 Extreme 166-200 mph |
EF5 Catastrophic 200+ mph |
Radar
Selected images from the event. A radar loop of the evening radar follows below.
7:20 PM EDT Radar | 9:00 PM EDT Radar | 11:00 PM EDT Radar |
Rain Reports
A 24-hour rainfall map for Indiana is below. A regional map of 72-hour rainfall from Tropical Cyclone Beryl and its remnants follows.
Below are the highest wind gusts observed from the afternoon of the 9th through the afternoon of the 10th.
Public Information Statement National Weather Service Indianapolis IN 519 PM EDT Wed Jul 10 2024 ...HIGHEST WIND REPORTS IN PAST 24 HOURS... Location Speed Time/Date Provider W. Lafayette - Purdue Univ. 54 MPH 0506 AM 07/10 ASOS Kokomo 48 MPH 0917 AM 07/10 AWOS Michigantown 46 MPH 0735 AM 07/10 DAVIS Muncie 46 MPH 1102 AM 07/10 ASOS Indianapolis (Eagle Creek) 45 MPH 0614 AM 07/10 ASOS Frankfort 45 MPH 0715 AM 07/10 AWOS Indianapolis 45 MPH 0611 AM 07/10 ASOS Greencastle (WEATHERSTEM) 42 MPH 0500 AM 07/10 MESOWEST Bloomington 41 MPH 0910 PM 07/09 ASOS Indianapolis 40 MPH 0930 AM 07/10 CWOP Anderson Municipal Apt 40 MPH 0959 AM 07/10 AWOS Indianapolis Exc 40 MPH 0855 AM 07/10 AWOS Sheridan 39 MPH 0730 AM 07/10 DAVIS Greencastle 38 MPH 0435 AM 07/10 AWOS 1 N Castleton 38 MPH 0858 AM 07/10 AWOS Muncie 37 MPH 0945 AM 07/10 CWOP Noblesville 37 MPH 0805 AM 07/10 CWOP Indianapolis Reg 37 MPH 0955 AM 07/10 AWOS Dunlap Family Farm 37 MPH 0810 AM 07/10 MESOWEST Tipton 36 MPH 0745 AM 07/10 DAVIS Tipton 36 MPH 0845 AM 07/10 CWOP 2 ESE Danville 36 MPH 0555 AM 07/10 AWOS Muncie 35 MPH 1145 AM 07/10 DAVIS Terre Haute 35 MPH 0409 AM 07/10 ASOS
Environment
The remnants of Tropical Cyclone Beryl brought a very moist atmosphere along with plentiful shear to the area. Instability near the surface warm front along with the front itself aided in producing tornadic thunderstorms.
Figure 1: Surface Map at 8:00 PM EDT | Figure 2: Effective Shear at 7:00 PM EDT | Figure 3: Low Level CAPE at 7:00 PM EDT |
Figure 4: Low Level CAPE and Surface Vorticity at 7:00 PM EDT | Figure 5: Zoomed in view of Figure 4 | Figure 6: Precipitable Water at 7:00 PM EDT |
Links to Nearby Office's Reviews of Beryl Remnants
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