Although life as we all know it has changed since this weather event only about a month ago, and even since just a few weeks ago when I wrote this post, we are still committed to reviewing past weather events, providing weather safety information, and generally discussing interesting meteorology topics via this blog. While we realize that life is not normal for so many of us, we hope that by continuing to blog on these important topics gives you, our readers, a sense of consistency and normalcy when everything in the world is changing by the minute.
I would also be remiss not to mention that, between the time which this blog was written a few weeks ago and the time it was pushed live to our website, yet another tragic round of severe weather impacted parts of the Southeast and Midwest on March 28. Numerous thunderstorms caused widespread wind damage and at least 30 reported tornadoes from Iowa and Illinois south to Kentucky and Arkansas. One of the largest was an EF-3 tornado which hit the city of Jonesboro, Arkansas. At least 83 homes were destroyed, and although there were 22 injuries, thankfully no fatalities were reported. The weather keeps marching on, further compounding and complicating the difficult situation of quarantine and social distancing which is already in effect due to the ongoing pandemic.
That being said, this blog post will focus on the deadly tornadoes which impacted the Nashville area on March 2 and 3, 2020.
On the evening of March 2 into March 3, deadly tornadoes marched through central Tennessee and made a direct hit on the city of Nashville. The storms were particularly deadly because some of the strongest impacts occurred after dark and during the overnight hours when most people were sleeping. At least 24 people lost their lives as a result of these storms, including at least five children under age 13. Countless others suffered injuries, and tens of thousands were left without power and suffered damage to their homes. While the most common time of day for tornadoes to occur is late afternoon or early evening, they can occur at any time of day. Let’s take a look at some of the ingredients that came together to create such a high-impact event.
Imagine that it’s late in the evening, the sun has set, and you’re a meteorologist or the National Weather Service (NWS) exhausted from working a 13–hour day providing forecasts and warnings for a significant severe weather event that moved through your forecast area. Although the powerful storm system has exited the region, the event is not completely over. As severe weather reports filter into the office, it becomes evident that the storms caused significant damage and you’ll be heading out to conduct a damage survey first thing in the morning. Get some rest…another long day lies ahead.
Just two short weeks ago we posted a blog that looked into the severe weather that occurred on May 20, 2019. Little did we know that this was just the beginning! Over a 12-day period that stretched from May 17 through May 30, more than 285 tornadoes touched down across 22 states. The May storms also included hailstorms (including grapefruit-sized hail in Wellington, Texas!) and frequent heavy rainfall, sometimes at record levels, over areas that were already saturated. This led to extensive flooding and flash flooding, which frequently interfered with emergency efforts related to tornado damage.
If you follow us on Facebook , you may have noticed our series of severe weather safety posts this week. This week is Severe Weather Awareness week in New York State. With the season changing, early May is a great time to review safety practices for a variety of severe weather which can occur during the spring and summer months.
This past weekend, the United States experienced its most deadly tornado outbreak since May of 2013, when a large tornado killed 24 people in the town of Moore, Oklahoma. On March 3, 2019, a series of tornadoes tracked across the U.S. Gulf Coast, impacting Alabama, Georgia, the Florida Panhandle, and western South Carolina.