There's another important aspect to chaos. As you increase the energy in the system, which this is, you're also increasing the range over which phenomena can ha

There's another important aspect to chaos. As you increase the energy in the system, which this is, you're also increasing the range over which phenomena can happen. You cite 'tornadoes 10, 20, 50% more frequent' and you're not wrong, but it's very important to understand we're also looking at tornadoes and droughts and hurricanes (events tied to the behavior of the chaotic system of the climate) two, five, ten times more INTENSE than we're used to. Chaos does this. The wildest outliers are tied to how much energy is in the system. They may be no more common than before, but the increased energy and increased chaos can produce wilder variances from the norm. With regard to specifically destructive events like tornadoes, hurricanes, storm flooding and so on, this is way more dramatic than sea level rise. Nothing we can do, even with nuclear weapons, is as powerful as what weather can do with the energy in that chaotic system… because it's way, way bigger than anything we have at our command. The truth also brings sudden shocks. We've just not quite wrapped our head around where those are coming from, and the frequency of 'em is probably no more common than usual, but the potential intensity of these events is ramping up with the same slow build you mention. We just don't see it until it hits. One example: I think it's very likely there are industrialized cities that would not stand against hyper-weather of this nature. We're not used to the idea of tornadoes and hurricanes ripping down tall buildings, but we will live to see the theoretical peak energy (the ten or hundred-year storm) go beyond what our cities are designed to withstand. When that happens, we suddenly have areas where ALL the skyscrapers were toppled, on a weather-event scale rather than a terrorist-act scale.