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Showing posts with label Leland Park. Show all posts
Showing posts with label Leland Park. Show all posts

Friday, May 13, 2016

Leland Park has discovered seasons, day and night at WUWT

Sou | 7:08 PM Go to the first of 4 comments. Add a comment
After various mundane articles about politics, sea level rise, and tips for deniers on how to reduce the scariness of global warming, there was another rather silly and simplistic article, this time by Leland Park (archived here). It would have been sweet, worthy of an eight-year-old's science essay, except that he mixed up cause and effect and didn't understand most of what he wrote. Worse still, at the bottom of his guest essay he wrote:
The negative feedback between solar levels and temperatures has always existed – but never noticed, officially. I, for one, will be interested to learn how quickly climate science can adapt CO2 theory to explain away its implications.
This is what Leland Park thinks was never noticed officially:
  • The hottest time of the year is after, not on, the solstice
  • The hottest time of the day is after, not at, noon.
Leland thinking he discovered this would astound even Dunning and Kruger. That Anthony Watts decided to publish his article won't astound anyone much.

Thursday, March 17, 2016

Denier weirdness: How not to look at temperature changes in USA, with Leland Park at WUWT

Sou | 1:06 AM Go to the first of 6 comments. Add a comment
There's a very weird bit of denier weirdness at WUWT today. It's from some bloke called Leland Park. He's put together some charts and is, I think, protesting the warming of the USA (archived here). I'm not sure about that because his article is very odd. I've read it twice and then read it again and I still can't figure out what point he is trying to make.

I'll go through what he did and see if anyone here can help me out. Leland started off with an equation that he's obviously quite proud of. He wrote it like this:
the relationship between the heat content of a substance and changes in its temperature is given by:
Q = m * c * ΔT
where m is the mass and c is the heat capacity of the substance being measured