Darwin wrote on Jan 12
th, 2010 at 12:34pm:
I think you will find people have. I predicted last year that as the GS is reduced further due to melting arctic/Greenland ice (and it has, quite a bit) that the next English winter (i.e. the current NHemis winter) would be even worse.
My prediction was fullfilled.
One of the drivers of the GS is supercooled water in the arctic ocean sinking. That don't happen no more.
Soren, crack open that Atlas old son, note the latitudes of Anchorage, Alask and London, UK then turn to the pages of the Atlas dealing with ocean currents and look at the maps and read what it says about ocean currents. Then actually THINK!
And, yes, CO2 concentrations in the atmosphere ARE increasing.
Thinking, thinking.... Gulf Stream, Gulf Stream. Hmm...
This time last year the papers were full of news of how mild the winter was in England. So all this GS change happened in just one year? And where was the CO2 induced discombobulation of the GS when the Thames froze over?
CO2 concentration has gone up from 280 ppm to 384 ppm over the last 200 years. That is the same magnitude as a price increase from 2.8 CENTS to 3.84 CENTS if you have $100 (total athmosphere).
WOW! Number one panic issue, everyone!
This just in:
Some brainiac professor now thinks it has been CFCs all along. That's scientific consensus for ya, what? In a peer-reviewed mag! WHat's the world coming to?
http://network.nationalpost.com/np/blogs/fpcomment/archive/2010/01/09/the-ozone-hole-did-it.aspx
Cosmic-ray-driven electron-induced reactions of halogenated molecules adsorbed on ice surfaces: Implications for atmospheric ozone depletion
Qing-Bin Lua,
Department of Physics and Astronomy and Departments of Biology and Chemistry, University of Waterloo, Waterloo, ON, N2L 3G1, Canada
Accepted 26 November 2009. editor: S. Peyerimhoff. Available online 3 December 2009.
Abstract
The cosmic-ray driven electron-induced reaction of halogenated molecules adsorbed on ice surfaces has been proposed as a new mechanism for the formation of the polar ozone hole. Here, experimental findings of dissociative electron transfer reactions of halogenated molecules on ice surfaces in electron-stimulated desorption, electron trapping and femtosecond time-resolved laser spectroscopic measurements are reviewed. It is followed by a review of the evidence from recent satellite observations of this new mechanism for the Antarctic ozone hole, and all other possible physical mechanisms are discussed. Moreover, new observations of the 11 year cyclic variations of both polar ozone loss and stratospheric cooling and the seasonal variations of CFCs and CH4 in the polar stratosphere are presented, and quantitative predictions of the Antarctic ozone hole in the future are given. Finally, new observation of the effects of CFCs and cosmic-ray driven ozone depletion on global climate change is also presented and discussed.
Keywords: Cosmic rays (CRs); Dissociative electron transfer (DET); Chlorofluorocarbons (CFCs); Ice surfaces; Ozone hole; Climate change