parados wrote:ican711nm wrote:parados wrote:
...
So where does the human released CO2 go? We know that humans release more than twice the amount of CO2 that is newly retained in the atmosphere. Where does it go? You have never answered that question which is required if you want to claim the source is other than human. I have posted repeated scientific references that show the ocean absorbs more than it releases.
You just answered your own question! But to help you understand yourself here's a quote I have included in my last post as well as in some of my other posts:
Quote:
http://co2.cms.udel.edu/Increasing_Atmospheric_CO2.htm
About half of the recent emissions are not accumulating in the atmosphere, but are going into the ocean and, to a lesser extent, into soils. These are considered "sinks" in the global carbon budget because they take up atmospheric CO2.
I'm not responding to your other responses to my post because they are logically way too dumb to warrant my effort.
Sure so where did the other half go? Your "math" only accounts for 1/20th of the other half. And you think I am "way to dumb."
There you go again distorting the meaning of what I actually post. I actually posted:
Quote:I'm not responding to your other responses to my post because they are logically way too dumb to warrant my effort.
I am claiming that
what you posted is way too dumb. I am not claiming that
you are way too dumb.
In the event that you are interested in clarifying your position for me, I suggest that you answer my questions.
My
first question is what numbers would you substitute for my numbers in the following?
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1975 to 2005
Human actions have made how much of a contribution to the increase in global temperature 1975 to 2005
{Trivial = less than 1%; Minor = 1% to less than 5%; Secondary = 5% to less than 50%; Primary = 50 to less than 100%; Exclusive = 100%}?
C1 = CO2 density 1975 = 331ppm
C2 = CO2 density 2005 = 379ppm
Ci = CO2 increase = C2-C1 = 379 - 331 = 48ppm
Ci% = CO2 %increase = 100% x 48/331 = 14.5%
Ci% = 14.5%
S = solar irradiance 1975 = 1371 w/m^2.
Si = solar irradiance increase = 1.0 w/m^2.
Si% = solar irradiance %increase = 100% x Si w/m^2 / S = 100% x 1.0 w/m^2 / 1371 w/m^2 = 0.07294%.
Si% = 0.07294%.
T = global temperature average 1901 to 2000 = 287.06 °K.
Ti = global temperature increase = 0.6046 °K + 0.0319 °K = 0.6365 °K.
Ti% = global temperature %increase = 100% x Ti / T = 100% x 0.6365 °K / 287.06 °K = 0.2217%.
Ti% = 0.2217%.
Ti% - Si% = 0.2217% - 0.07294% = 0.1488%.
Ti% - Si% = 0.1488%.
R = the ratio of Ci% to Ti% = 14.5% / 0.1488%. = 97.45
R = 97.45
TnotS = Temperature increase not caused directly by solar irradiance increase = 0.1488% x 287.06 °K / 100%.
TnotS = 0.4271 °K.
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