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For all, I heard all this commotion behind me. Looks like the dugout's clear. There was about to be a... The Jays game was about to turn into a... The Jays Dodgers game was about to turn into a UFC fight. Okay, where are we going now? Melissa. So Melissa was subject to what they call Rapid Intensification, R.I. And this is basically when you have a 35-mile wind speed increase in a 24-hour period. And you can see 70-mile-an-hour wind speed increases in a 24-hour period as well. So the Rapid Intensification, as far as hurricanes is concerned, is 70 miles per hour to go from a storm to a hurricane. And 35 miles per hour, which is... Sorry, let me clarify that. Rapid Intensification is 35 miles an hour. Extreme Rapid Intensification is 70 miles an hour. I'm getting distracted by the baseball game. I'm confusing myself. And the fuel source for Melissa was some very, very warm water in the Caribbean Sea that had a temperature of about 30 to 31 degrees Celsius. That's 86.5 to 87 degrees Fahrenheit. And that sort of provided the reservoir of heat and moisture and that gave it the high-octane fuel that it needed. And the environment was also very favorable. It was very, very low as far as vertical wind shear goes. And it had high atmospheric moisture content. So that basically allowed robust convection in the form of thunderstorms to efficiently take this heat energy and turn it into kinetic energy and then the storms begin rotating with the help of the Coriolis force and develop an eye. And we're off to the races with a positive feedback loop. Let me drop it. Okay.