parados wrote:I have already shown you wrong.
Lets assume a solution X has 20 grams of a substance Y in it.
Now there is a process that acts on X and removes 19 grams of Y every hour but also returns 19 grams of Y every hour. We will call this process A.
If we monitor X and process B for 5 hours there is no increase of Y in X.
Now we introduce another process B which adds 5 grams of Y every hour and removes none of Y.
If after 5 hours we solution X has 22 grams of substance Y in it where did the extra Y come from? Process A or Process B?
If we know that Process A introduces 5 grams of Y every hour but haven't measured B during that 5 hours what is the logical assumption to make?
We know for a fact that humans introduce MORE CO2 into the atmosphere than the increase we observe. Where does that extra CO2 go? If the oceans and vegetation don't take up MORE CO2 than they put out where is that CO2?
Here is another explanation.
http://www.realclimate.org/index.php?p=87
and another mathematical proof here
http://fermiparadox.wordpress.com/2007/04/21/a-simple-calculation/
Humans do not put out 1/20 of the increase in CO2. They put out 2 or more times the increase in CO2.
http://www.skepticalscience.com/human-co2-smaller-than-natural-emissions.htm
Humans account for 32 gigatonnes per year with the 15 gigatonnes increase per year in the atmosphere.
http://www.gcrio.org/ipcc/qa/05.html
4 lines of evidence show that humans cause CO2 increase.
--------------------------------------------
No! I have already shown
you are wrong.
Let's assume mixture A has 100 grams of C in it.
Now there is a process that adds 50 grams of C and removes 50 grams of C from mixture A every hour. We will call this process E-P.
If we monitor A and process E-P for 5 hours we learn that there is no increase or decrease of C in mixture A.
Now we introduce another process H which adds 4 grams of C to mixture A and removes 2 grams from mixture A every hour.
After 5 hours we observe that mixture A has 110 grams of C in it.
Now we introduce another process S which adds 12 grams of C to mixture A and removes 4 grams from mixture A every hour.
After 5 hours we observe that mixture A has 150 grams of C in it.
Obviously S has introduced 40 more grams of C into mixture A.
Let:
A = the atmosphere;
C = CO2;
E-P = the process of evaporation of CO2 out of its surface sink into A
and the precipitation of CO2 out of A into its surface sink.
H-E-P = the human process of addiing CO2 into A and the E-P process of removal of 50% of these additions.
S = the process caused by the increase in solar irradiance that increases the temperature of both A and the CO2 surface sink.