Actually, my calculations some years ago indicated that the ratio for one
year was roughly 1--what gives the high ratio is the long persistence of the
CO2 perturbation.

Mike


On 11/19/09 6:08 PM, "Ron Larson" <[email protected]> wrote:

> Dave (cc Ken and list):
> 
> Thanks to Dave.
> 
>    1.  Since I doubt very much that the computation shown included
> anything on CO2 effects,   I hope Ken can weigh in on this, per the
> discussion last week re:
> http://climateprogress.org/wp-content/uploads/2009/11/Warming-burning-091018.p
> df
> 
>     2.  The answer might be 100,000 times larger - but that might
> exhaust the supply of glaciers.
> 
>     3.    Would Exxon today say that one day's worth of melting was
> calculated properly.  That we are only talking of an insignificant
> addition of only about 75/365  (only about another 20%,  assuming we
> don't worry about whether today's energy consumption is impacting any
> glacier tomorrow.)  (Ken had a factor of 75 for 1 year).
> 
>      4.   I haven't had any luck logging on to to leave a comment at the
> Grist site, so hope someone will.  One chap has shown a multiplicative
> factor of 65 - which looks like he has calculated for a year.
> 
>    
> Ron
> 
> Hawkins, Dave wrote:
>> Ad in Life magazine 1962.
>> http://www.grist.org/article/2009-11-18-oil-enough-energy-to-melt-glaciers/
>>  
>>  
>> 
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