Re: ROGER COPPOCK explain how this confirms AGW



chemist wrote:
Plotting a 12 month running average of monthly CO2 against
a 12 month running average of monthly satellite SH temperatures,
I get a correlation factor of less than 0.2 which improves if you
lag the CO2.That is demonstrating that CO2 is influenced by the
temperature not the reverse.
Plotting the the annual change in CO2 in as a 12 month running
average against that of the monthly satellite SH temperatures,
I get a correlation of 0.552 if the CO2 is lagged.

Given that all the heat transfer sums indicate that CO2 should contribute to GW I think that the burden of proof is on you to prove why this no so.
Roger Thorpe
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Relevant Pages

  • Re: ROGER COPPOCK explain how this confirms AGW
    ... a 12 month running average of monthly satellite SH temperatures, ... Plotting the the annual change in CO2 in as a 12 month running ... I get a correlation of 0.552 if the CO2 is lagged. ...
    (sci.energy)
  • Re: ROGER COPPOCK explain how this confirms AGW
    ... a 12 month running average of monthly satellite SH temperatures, ... Plotting the the annual change in CO2 in as a 12 month running ... I get a correlation of 0.552 if the CO2 is lagged. ...
    (sci.energy)
  • Re: ROGER COPPOCK explain how this confirms AGW
    ... a 12 month running average of monthly satellite SH temperatures, ... Plotting the the annual change in CO2 in as a 12 month running ... I get a correlation of 0.552 if the CO2 is lagged. ...
    (sci.energy)
  • Re: ROGER COPPOCK explain how this confirms AGW
    ... a 12 month running average of monthly satellite SH temperatures, ... Plotting the the annual change in CO2 in as a 12 month running ... I get a correlation of 0.552 if the CO2 is lagged. ... doesn't gravity/tidal energy account for anything within your ...
    (sci.energy)
  • Re: ROGER COPPOCK explain how this confirms AGW
    ... a 12 month running average of monthly satellite SH temperatures, ... Plotting the the annual change in CO2 in as a 12 month running ... I get a correlation of 0.552 if the CO2 is lagged. ...
    (sci.energy)