Friday, March 21, 2014

Jason Box dreams of getting $2.5M for a "Climate Delta Force"

Greenland's Melting Ice Sheets: Climate Change's Disastrous Effects | Rolling Stone

"Later that night, after Box had a few sips of Greenlandic whiskey, he talked about his dream of forming a Climate Delta Force, funded by philanthropists, which could be dispatched to study climate catastrophes in real time. “Give me two and a half million dollars,” he told me, “and I could change the world.”"

5 comments:

Anonymous said...

Well $2.5 million, under his direct control, would certainly change *his* world.
Con-artists pushing climate buttons on their victims are having a field day.

bob campbell said...

Hopefully that Rolling Stone will gather no moss.

Anonymous said...

And then there is the RS article itself, which simply deceives its gullible readers into thinking Greenland might actually be at risk of melting away.......
RS has as much to do with journalism as MTV has to do with music these days.
But then, journalism has little to do with jourmalism these days either, come to think of it.

Anonymous said...

Jason, is out of his Box again...........


Nurse!

Doug Cotton said...

Tom and all readers: this is important.

Skeptical Science team member Neal J King writes on Lucia's Blackboard, referring to thermodynamic equilibrium: "a transfer of energy δE between two sub-components, j = 1 and j = 2, will change neither E_total nor, to 1st order, S_total"

Yes, and that is exactly what happens when there is a thermal gradient such that the difference in mean kinetic energy per molecule (temperature) exactly matches the negative of the difference in mean gravitational potential energy per molecule.

You can see this in the second stage of the four molecule experiment: when thermodynamic equilibrium is attained we have homogeneous entropy (which must take PE into account) and every collision involves molecules with equal KE, and so KE for the system does not change, but is different per molecule at different altitudes. Similar happens in diffusion in a horizontal plane - KE of all molecules approaches homogeneity. But in a vertical plane you have to remember that KE changes because PE changes whenever there is a non-zero vertical component in the free path vector between collisions.

The gravito-thermal effect is blatantly obvious when convection stops in the early pre-dawn hours. It is then that the pre-determined thermal profile has a "supporting temperature" at the base of the troposphere on any planet. That is what explains all the observations on all planets with surfaces, and even planets without surfaces. Temperatures are set based on radiative balance and the gravito-thermal gradient.

The probability of these thermal gradients being so close to the -g/Cp value on all planets with significant tropospheres just because of some assumed warming by the Sun (whose radiation barely reaches some planetary surfaces) is absolutely infinitesimal. The evidence for the gravito-thermal gradient is blatantly obvious everywhere, as is the theory behind it.

And as for radiation from carbon dioxide supposedly helping the Sun to attain greater maximum temperatures each day (despite the Second Law) or even just slowing radiative cooling - so what? Oxygen and nitrogen slow non-radiative cooling and outnumber carbon dioxide 2,500:1. Radiation from carbon dioxide (with its limited frequencies) is like a picket fence (with most of its pickets missing) standing up against a torrent of full spectrum radiation from the surface. The mean temperature of carbon dioxide molecules in Earth's troposphere is far colder than the mean temperature of oxygen and nitrogen molecules colliding at the boundary with surface molecules. Rates of cooling depend on temperature gaps, so think!

But arguing with lukes and warmists is like playing chess with a pidgeon. No matter how good a player I am, the pigeon knocks over the pieces, craps on the board and struts around looking victorious.