Tornado Outbreak Sequence of June 13-19, 2019
Tornado 633.jpg
A high-end EF4 near Newton, Kansas on June 15.
Date of tornado outbreak: Thursday, June 13, 2019 to Wednesday, June 19, 2019
Duration1: WIP
Maximum rated tornado2: EF5 tornado
Highest winds 324 mph (521 km/h) (Bridge Creek-Moore, Oklahoma EF5 on June 16th)
Tornadoes caused: 224
Total Damages: WIP
Total Fatalities: WIP
Areas Affected: WIP

1Time from first tornado to last tornado
2Most severe tornado damage; see wikipedia:Enhanced Fujita Scale

The Tornado Outbreak Sequence of June 13-19, 2019 was a huge, deadly, and catastrophic tornado outbreak sequence that happened over a 6-day from Thursday, June 13 to Wednesday, June 19. In all, people died, another were injured, and $ (2019 USD) in damages was done.

A total of 224 tornadoes touched down: 67 EF0's, 43 EF1's, 33 EF2's, 28 EF3's, 21 EF4's, and 2 EF5's, which occurred in Parshall, North Dakota on June 13, and the 2nd EF5 occurred in Central Oklahoma on June 16.

The strongest tornado was the Bridge Creek-Moore, Oklahoma EF5 with 324 mph winds (521 km/h). And the weakest tornado was a satellite to the strongest tornado with wind speeds under 20 mph.

Central air-low masses along with cold, unstable air caused thunderstorms to develop and the main cause for the sequence. The US states of Oklahoma, Texas, Kansas, Missouri, Iowa, and Nebraska got hit the hardest during the outbreak.

As the storm started to shift east, the system quickly started to dissipate over the states of Alabama, Mississippi, Georgia, and Tennessee.

The states with the most fatalities were. The states with the most tornadoes were. The outbreak saw 4 enhanced risk days.

Meteorological Synopsis

Day1probotlk 2000 hail

The tornado convective outlook for Day 1 of the outlook.

June 13

A storm that developed over the Pacific strengthened as it approached the West coast. As the storm was shifting over Canada, meteorologists predicted a shift towards the Dakotas and then down into the Plains. Severe thunderstorms along with golf ball-sized hail dropped and tornadoes were confirmed in Eastern Montana, and the Dakotas. As the storm strengthened, an EF5, with 205 mph winds, killed 2, and injured many more near Parshall, North Dakota.

June 14

5 22 11

Day 2 convective outlook.

On day 2, the storm shift southeast a little, causing up to a dozen EF4's, and over 2 dozen EF2 and EF3 tornadoes. Hail, measured up to 7 inches in circumference was recorded in multiple states. Isolated thunderstorms, along with tornadoes, caused multiple deaths. A few people were also killed by straight-line winds, lighting, and flooding. Snowing, up to 7 inches was also recorded in the Tri-State area. Flooding also played a big factor, with rain up to 6 feet in rural Oklahoma was recorded, as dozens of people and cattle were killed as the flooding was so severe that a state of emergency was declared.

June 15

Apr 2011

The Day 3 tornado outlook.

On day 3, the storm shifted a little southeast, causing another day of violent tornadoes. Up to 8 EF4's touched down, and a dozen of EF2's and EF3's touched down, causing death, injury, and damage. Golf-ball sized hail along with strong winds caused power outages to millions of people, with only 107,936 people getting their power back within 24 hours. Dozens of weak tornadoes also touched down in the general area, causing mostly minimal damage. As the second Enhanced Risk issued for 2019, the day saw severe flooding and more indirect deaths for the outbreak. The storm strengthened to it's peak as strong jet streams and warm air masses caused the storm to widen by 20 miles in length.

June 16

Severe ok

Day 4 convective outlook.

On day 4, most of the twisters that occurred on the most active day of the sequence occurred in the Plains. An EF5 hit Central Oklahoma, killing 158, making it the strongest, deadliest, and costliest tornado of the sequence. As the EF5 was approaching Oklahoma City, a tornado emergency was declared. Catastrophic damage was recorded along with 324 mph wind speeds. Dozens of other tornadoes were confirmed, including multiple EF4's and dozens of weak tornadoes. The storm started to gradually weaken as cold air masses collided along the stall boundary with warm air masses, causing the storm to weaken by 10%. However, the following day, more violent and deadly tornadoes were expected, but the storm started to shift southeast.

June 17


Day 5 convective outlook.

On day 5, dozens more events occurred as the storm was slowly, but gradually weakening, causing severe damage. Less violent tornadoes happened, but damage was still recorded. Severe rainfall along with weak tornadoes caused severe to minimal damage occurred. Dozens of significant tornadoes were also recorded, along with strong jet streams. However, the storm started to weak more as the stall boundary started to break off from the air masses. The storm had a 30% chance to produce a violent tornado for the last 2 days of the sequence.

June 18

2011 super

Day 6 convective outlook.

On day 6 of the sequence, less violent and significant tornadoes occurred, however, death and damage was recorded. As the storm was rapidly dissipating, heavy rainfall occurred, causing dozens of flash floods, straight-line winds, and large portions of hail. Mobile home parks were reduced to destruction. Even though strong tornadoes were recorded, only a few fatalities occurred. The following day had a 15% to produce a violent tornado, however, there was a 40% chance to produce a tornado. The storm continued to weaken before moving out over the Atlantic between June 19 and June 21.

June 19

Day3otlk 20150621 0730 prt

Convective outlook for the last day of the sequence.

On the last day of the outbreak, mostly minor tornadoes touched down, however, a few significant tornadoes did touchdown. Another system from the storm did cause a few tornadoes to touch down out West, however, most were weak tornadoes. The storm had only a 5% chance of producing a violent tornado and a 20% chance of producing tornadoes. The 19th was the least active, least eventful, least deadliest, and least costliest day of the tornado outbreak sequence. Flash flooding along with huge sized hail was still present as the eye of the storm passed over New York City. A few tornadoes were reported in the vicinity of the city, all were confirmed and they were either rated EF0 or EF1. By the time the storm weakened, the nation was shocked by the flooding, rain, and damage caused by the shocking event. The storm finally dissipated over the Atlantic between June 20 and 21.

Notable Tornadoes

224 67 73 33 28 21 2

June 13

Parshall, North Dakota

EF5 tornado
Duration 4:06 PM CDT – 5:43 PM CDT
Intensity 335 km/h (205 mph) (1-min)

Verona, North Dakota

EF4 tornado
Elmer OK EF3 2015-05-16.jpg
Duration 6:42 PM CDT – 7:22 PM CDT
Intensity 295 km/h (185 mph) (1-min)

Bridge Creek-Moore, Oklahoma

EF5 tornado
Will County tornado.jpg
Duration 5:35 PM CDT – 7:57 PM CDT
Intensity 520 km/h (325 mph) (1-min)

Notable Individual Outbreaks
March 2018 Tornado OutbreakSuper Outbreak of 2018Tornado Outbreak of May 15, 2018Tornado Outbreak of May 16, 2018Tornado Outbreak sequence of May 21-26, 2018Tornado Outbreak of May 30-31, 2018June 16, 2018 Tornado OutbreakJune 21, 2018 Tornado OutbreakTornado Outbreak Sequence of July 2, 2018Tornado Outbreak Sequence of July 18-21, 2018Tornado Outbreak Sequence of August 2-4, 2018Tornado Outbreak of December 30-31, 2018Tornado Outbreak Sequence of June 13-19, 20192027 Super Outbreak2043 Super Outbreak2065 Super Outbreak