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Tornado outbreak of June 7–9, 1953

1953 tornado outbreak in the United States

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One of the most famous photographs of a tornado from the 1950s, showing a large F4 tornado near Temperance and Erie, Michigan on June 8, 1953
John Burdo · Public domain

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Through Massachusetts, Great Plains and Temperature

The Flint and Worcester tornadoes were the most infamous storms produced by a larger outbreak of severe weather that began in Nebraska, Iowa and Wisconsin, before moving across the Great Lakes states, and then into New York and New England. Other F3 and F4 tornadoes struck other locations in Massachusetts, Michigan, New Hampshire and Ohio.

Meteorological synopsis

On June 6, a surface low-pressure area formed over Northwestern New Mexico and eventually began to move northeastward into the Great Plains. On June 7, the low-pressure system moved into Southwestern Nebraska with a cold front extending a short distance westward into Northeastern Colorado, a dryline that extended south into Southwestern Texas, and a warm front that extended east-northeastward to near Omaha, Nebraska before turning east-southeastward into Southwestern Indiana. Temperatures across Kansas, Nebraska, and Iowa that afternoon in the area were up in the upper 70s to lower 90s Fahrenheit (26-32 C) while dewpoints were in the lower 60s to lower 70s (16-22 C). With shear values of 55 kn (102 km/h; 63 mph) in the upper atmosphere, the environment became extremely ripe for the development of severe weather and tornadoes throughout the afternoon and evening. A jet streak formed later that night after an upper-level low formed, which allowed the outbreak to go well into the overnight hours.

By June 8, the surface low and upper-level low had moved into Canada. The surface low occluded with the warm front over the Eastern Great Lakes into Ontario and New York and the cold front extending southwestward into Southeastern Iowa. A surface boundary formed, spanning from Eastern Upper Michigan southwestward into Southwestern Illinois. Upper-level wind shear values were even stronger on this day, reaching as high as 65 kn (120 km/h; 75 mph). Temperatures were in the upper 70s to upper 80s Fahrenheit (26-32 C) with dewpoints in the mid 60s to mid 70s (20-25 C). This allowed for a line of large and violent tornadic supercells to form across Eastern Lower Michigan into Northwestern Ohio. These storms marched eastward throughout the afternoon before weakening that evening. A sounding taken on June 8 revealed 4500+ J/kg CAPE.

On June 9, the cold front from the surface low over Eastern Ontario had moved into New England. A shortwave trough had formed over the region in the upper atmosphere, conjuring up extremely strong wind shear values of 100 kn (190 km/h; 120 mph). At the surface, temperatures were in the upper 70s to mid 80s Fahrenheit (26-30 C) with dewpoints in the mid 60s to lower 70s (18-20 C). Numerous supercell thunderstorms formed along the cold front, spawning wind, hail, and tornadoes before weakening and moving offshore that evening.

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