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Okay, so this is sort of an exciting one. So there was a tornado reclassification. So there was a large and violent tornado that struck southeast, southeastern North Dakota on the night of June 20th, 2025. And the tornado was on the ground for 19 minutes and it carved a path that was 12 miles long, 19 kilometers, and it reached a peak width of about 1.05 miles, 1.7 kilometers, and it caused significant damage to all sorts of farmsteads. It toppled transmission towers and it killed three people, sadly. Now the National Weather Service in Grand Forks, North Dakota, they initially gave it a rating of an EF3 based on the damage to homes and structures. And an EF3 is sort of in the middle of the scale. The scale goes from 0 to 5. An EF0 starts at about 75 kilometers an hour. So it's around, what is that, in miles an hour. I'm trying to do the math in my head here. Like 47 miles an hour, maybe? Don't quote me on that. Anyhow, it starts from there and it goes all the way up to EF5. And of course this supplemented the old scale, which was the Fujita scale, the original scale. So you had F0 all the way up to F5. So now you put an E in front of it. Anyhow, so what happened was on Monday, October 6th, the NWS, the National Weather Service, they officially upgraded it to an EF5. And that's the highest classification, as I mentioned, on the enhanced Fujita scale. And that brought the maximum wind speed to be over 200 miles an hour. And the reclassified tornado's estimated peak wind speeds were probably about 210 miles an hour or more. That's what they're guessing. So how did they decide that this tornado was more extreme than it was? Well, the key to the reclassification wasn't the damage to the homes, but they actually had an extreme contextual damage indicator. So a lot of tornadoes, they use degrees of damage or damage indicators. And if you look at it, there's actually a white paper and it assigns these damage indicator points to all sorts of different things. So they have truss towers based on their height and thickness and load capacity, illuminary stands or light stands, different types of supporting poles, so basically telephone poles based on their diameter, the type of wood, et cetera. And so there's a lot of engineering work that went into the new EF scale to basically look at what type of forces are required to destroy what type of things. Let me drop it.