Tracking Late December Winter Storm Expected to Impact the Northern Plains through the Northeast U.S.

A winter storm system will rapidly intensify over the Midwest on Sunday and track through the Great Lakes on Monday. Periods of heavy snow are anticipated across the Upper Great Lakes late Sunday and continuing into Monday. At least 1/10 inch of ice accumulation is expected from a wintry mix across much of the interior Northeast U.S. starting Sunday afternoon. Read More >

Brief Weak Tornado in Topeka

Click here to download the KML file
Tornado tracks and damage are based on individual damage points and should not be expected to be fully precise down to the neighborhood level.

BRIEF WEAK EF0 TORNADO IN NORTH TOPEKA...

RATING:                 EF-0 ESTIMATED

PEAK WIND:    65 MPH

PATH LENGTH /STATUTE/:  1.6 MILES

PATH WIDTH /MAXIMUM/:   30 YARDS

START DATE:             6/29/2014

START TIME:             9:20 PM CDT

START LOCATION:         LOWER SILVER LAKE ROAD

END DATE:               6/29/2014

END TIME:               9:25 PM CDT

END LOCATION:           NEAR ROCHESTER CEMETARY

BRIEF WEAK TORNADO TOUCHED DOWN AROUND 920 PM NEAR LOWER SILVER LAKE ROAD AND

SKIPPED ALONG A PATH AROUND 1.6 MILES LONG DAMAGING TREES AND TREE LIMBS ALONG THIS PATH.

 EF0...WEAK......65 TO 85 MPH

EF1...WEAK......86 TO 110 MPH

EF2...STRONG....111 TO 135 MPH

EF3...STRONG....136 TO 165 MPH

EF4...VIOLENT...166 TO 200 MPH

EF5...VIOLENT...>200 MPH

NOTE: THE INFORMATION IN THIS STATEMENT IS PRELIMINARY AND SUBJECT TO CHANGE

PENDING FINAL REVIEW OF THE EVENT AND PUBLICATION IN NWS STORM DATA.

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Tracking Late December Winter Storm Expected to Impact the Northern Plains through the Northeast U.S.

Topeka EF0 Tornado

Brief Weak Tornado in Topeka

Click here to download the KML file Tornado tracks and damage are based on individual damage points and should not be expected to be fully precise down to the neighborhood level.

Click here to download the KML file
Tornado tracks and damage are based on individual damage points and should not be expected to be fully precise down to the neighborhood level.