On climategate.nl I have been writing about many subjects,  so far in over a hundred blogs, but I hardly touched on climate science: the way radiation, convection and clouds determine our climate, and the ways to calculate the climate sensitivity of the forcings, i.c. CO2.

Of course this is an important subject, and I have spent a lot of my rare free moments trying to fathom the mechanisms of climate, mainly because it irritates me that there is so much talk about it, although nobodyhas been able to explain or prove anything. We are just supposed to believe the climate models.

I decided that I needed to really understand at least the principles of the greenhouse effect and the energy balance of the earth, in order to be able to assess the quality of the claims made by climate scientists.

Energy Balance
This energy balance was quite hard to make, because the physicists and climatologists I asked for information did not know how the basic radiation mechanisms worked. Finally, with the help of the late Dr Noor van Andel  I have managed to get the basic physics right, and I was able to make a simple energy balance spreadsheet.

Still missing were the ratios that determine how much energy is radiated into space and how much is absorbed by the surface, from the energy that is emitted from the earth surface, the solar IR irradiation, and the latent heat after condensation. This was not easy to solve!

But I managed to construct a theory that made it possible to quantify these ratios, enabling me to  finish my modelling.
I call it the Fireworks Theory.
The results appear to be astonishingly accurate, in the sense that they give really realistic values, close to what was measured in the atmosphere. I see this as evidence that the Fireworks theory could not be all wrong.                                   

The Fireworks Theory
Though originally just meant for clarification and understanding climate, I started to realise that if my assumptions were correct, I had found a completely new and far more accurate way than the current methods to determine the radiation processes in the atmosphere.

I was working on this, when the ICCC7 announcement appeared, just a month ago. It seemed to me that I should not let go of this opportunity to discuss my findings with the most open minded climate scientists in the world;  so I decided to write everything down in a website, trying to involve these experts, and give them time to prepare for a discussion of my findings in Chicago. It resulted in ten chapters, the first five about the theory, and the last five about my first thoughts on the convection and latent heat feedbacks to CO2 increase.

Climate Theory moderation
My climate website is called climatetheory.net and though it is a blog format like climategate.nl, I intend to run it in a different way. There is a moderation queue, and I will only allow reactions from scientists, and others invited to participate in the discussion, at least for the time being.

This topic on climategate.nl is open to unmoderated reactions regarding climatetheory.net.

Fireworks concept presentation at ICCC7
On Monday evening, after a long day of lectures, I was given a chance to introduce the Fireworks concept to a few highly respected climate sientists, four of which were conference speakers. It was probably not my personal reputation, but rather my affiliation with Marcel Crok, that sufficed to be granted this great favour!

Attendands: Prof. Dr Tom Segalstad (Univ. of Oslo), Prof. Dr Larry Gould (Univ. of Hartford), Prof Dr Fred Singer (NIPCC), Prof. Dr Sebastian Lüning ( co-author of  Die Kalte Sonne, RWE),  Dr Thomas P. Sheahen (Western Technology) and Prof. Dr Jeffrey Foss (Univ. of Victoria BC)
Not on the picture: John Kehr (author of 
The Inconvenient Sceptic)

Because it had been a very tiring day, I tried to be brief and to the point, concentrating on the Fireworks simulation. But my calculation of the emission of latent heat of the Hadley Cell to space, based on the simulation, certainly met with a lot of interest too.

Most of the attendants did not see radiation theory as their core competence, and had not been able to have a good look at the site in preparation,  so they were careful in formulating their reaction. But in general my feeling was that the theory was considered to be promising.                             

A “special appearance” was made by John Kehr, who as an outsider has figured out how the atmosphere works, comparable with my efforts, though definitely more thoroughly so. However, he framed it in a completely different way. I intend to read his book The Inconvenient Sceptic and see if the two concepts can be combined.

I am very grateful for the opportunity given to me to present my thoughts, and I would like to thank those present for their interest and valuable reactions and advice.