Bagoas (imported) wrote: Sat Jan 27, 2007 11:20 am
Thank you, N3RF. It's good to know that I have succeeded in communicating. I had feared that I might have been too technical for some readers.
Bagoas,
Tell me more about the ions presumably, negatively charged electrons, or ions of the nuclei of the elements that you mentioned. I was under the impression that water vapor in the atomsphere condensed around larger particles.
Also, weather depends on the ozone layer. From your point of view, is the depletion of the ozone layer a result of the reduction in cosmic radiations from the sun that you sited in an earlier post?
Since the ozone layer is reduced, might it not be as much of a factor because of the reduction in the U-V radiation, particuarlly the Ultraviolet radiation-induced melanogenesis in human melanocytes. (
http://jcs.biologists.org/cgi/content/a ... 107/9/2591)
This, if true, negates many studies that cite the long-term effect of ultra-violet radiation on animal life on the Earth. (
http://ethesis.helsinki.fi/julkaisut/bi ... fectof.pdf)
This would also tend to suggest that cancer rates could be the result of dietary concerns (
http://www.thewolfeclinic.com/cesium.html), rather than the enviromentalist entertained theory that attributes the increase in such cancers to the release of chemicals from the consumption of fossil fuels.
Your statements indicate to me that you are well-aquainted with the most recent studies such as this one (
http://www.aero.jussieu.fr/~sparc/SPARC ... _Ozone.htm) which concludes that...
We have studied the relationship between the interannual variability of climatic and chemical variables based on mapping the normalized eigenvalues of the first mode of their variability. We have shown that the eigenvalue maps (EVMs) allow comparison of the simulated and observed pressure-time distributions of the relative contribution of the first mode to the interannual variability. The EVMs also allow the determination of the change in the contribution of the first mode due to changes in boundary conditions at the top and bottom of the atmosphere.
From the comparison of the ACTM simulations that have no feedback on climate with the coupled climate/chemistry simulations we conclude that the former gives a greater contribution of the first mode for the ozone variability. From the coupled climate/chemistry simulations we have learned that in the upper stratosphere in January within 50°N-90°N, an increase in the input of solar radiation intensifies the relationship between the variabilities of the climatic and chemical variables.
Before any out there with distinct political leanings to the left get all upset over this, because it would tend to support the statements of the political right, think it over carefully.
We do not want to make a lot of sacrifices in the name of humanity that will do nothing to help humanity. Otherwise, we are reduced to the the tendancies of the religious fundamentalist, believing in that for which we have no proof or believing in that for which obvious contradictory evidence exists.
Could all of the ruckous over the release of hydrofluorocarbons into the atmosphere just be a bunch of hooey? Did we enforce a change on the refrigeration industry for nothing?
Thanks, Bagos, for bringing my attention to things that I have not noticed previously.
