Okay, now you can take data from every station and filter it to get rid of everything shorter than 30 years. That's called a low-pass filter. And you can look at that and each station and see how does it correlate with the globe. It turns out very poorly because most climate change, by that definition, is regional. So for instance, in this area, let's say the states like Louisiana, Alabama, Gulf states, they had a period of cooling when the rest of the country was warming. Nobody paid much attention to it because that's normal. Different areas do different things. You have reasons why it's local. I mean, if you're near a coast, near a body of water, the circulations in the ocean are bringing heat to the surface and away from the surface all the time, on time scales ranging from a few years for El Niño ENSO to 1,000 years. And so this has nothing to do with the global average.

They say hottest time ever Death Valley. No, it's 134. It hit 131 this year. They said Texas, hottest ever, longest spell. And then I went back and looked at the books because I remember playing football in 1990, and they had to cancel two a days because it was 112, and people were dying all over the city of Dallas where I lived. And it was also in Austin. But I look at the records. They're just lying.

And not just that, but as the Earth is warming, in the past, let's see, between 1958 and 2007, the amount of rain falling in the heaviest storms. has risen by nearly 20% in the States.

Now, according to the National Climate Assessment, a team of more than 300 different experts in various fields relating to measuring extreme weather events, the Northeast, just the Northeast, has seen a 74% increase in the amount of rain. And snow falling in the heaviest storms.