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sci.geo.meteorology (Meteorology) (sci.geo.meteorology) For the discussion of meteorology and related topics. |
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Peter Muehlbauer wrote:
Fran wrote: On May 13, 1:59 pm, Catoni wrote: Fran- Hide quoted text - - Show quoted text - Fran... you might want to check your math... Unless my math skills have fallen off very sharply as I age, (inevitable, over time I suppose), then 2000 is 526.3... % of 380 . Lets say 526 %to make it simple shall we? We really don't need use decimal points in this case. You said: "but it has been almost 600 % higher then ... To make this clear, if my wage is $100 per week and my friend's wage is $200 per week then my friend's wage is 200% *OF* my wage (ie my wage * 2) but only 100% HIGHER than my wage .... (the difference between our two wages expressed as a proportion of my wage) Thus the difference between the higher figure and the lower figure (2000-388) is 1612 ppmv. 1612ppmv expressed as a proportion of 388ppmv is 415.46391% (truncation to six places) That is also the amount it is higher than current. Or .. if we wish to say that atmospheric CO2 is now 385ppmv, then... it would come to about 519.5% To be honest, my original rough guess of 600% was indeed wrong as well. Both of us need a math refresher course I guess. ![]() Double checking.... It looks to me as if I am correct now. Can you see where I might be mistaken Fran? see above I can't remember what it is you teach Fran,,,but it's not math I take it.. It's not, but I'm right anyway. My point is that in the last 500 million years... CO2 has been much much higher then now... If my point was that the Sumerians invented cuneiform script, how would this enlighten anyone on the significance of current and future CO2 levels to current and future humans? During the height of the reign of the dinosaurs, as much as 500% and more, then it is now. Yes, and then they died. And what was the reason in your opinion? If you take the levels of CO2 in the atmosphere for that time period, then right now, we are pretty well close to the bottom of the chart.. You keep saying this but why is this relevant now? Rapid plant development perhaps? Relatively very little CO2 in the atmosphere... I suppose that's why they call it a "trace"gas... because there is only a trace of it... Thank goodness too, or we would have no photosynthesis.. You should put this to someone who thinks it feasible and desirable to remove all trace of Co2 in the atmosphere. I don't know how we could do that and don't see any reason for trying. There is no way, not with all the money or technology on this planet. All those phantasmagoria of carbon sequestration is an absolute hoax. For each ton of CO2 you sequestrate, another ton of CO2 is outgassing from oceans or land to keep the partial pressure in balance. Um, no. |
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