Global warming is speeding up.

Oh, you missed it. It was even more linear between 2000 and 2001. And where it was REALLY linear was between June 1st and June 2nd of 2000. And between 12:00:00 and 12:00:01 it was more linear than anything has ever been before.

You've got some fucking nerve to suggest I don't understand logarithmic relationships.
 
Oh, you missed it. It was even more linear between 2000 and 2001. And where it was REALLY linear was between June 1st and June 2nd of 2000. And between 12:00:00 and 12:00:01 it was more linear than anything has ever been before.

You've got some fucking nerve to suggest I don't understand logarithmic relationships.
What would you say the trend was over the last 20 years? Wouldn't any good engineer take the current trend and extrapolate from that?

If you understand logarithmic relationships, then you intentionally mischaracterized carbon emissions and atmospheric CO2 trends.
 
Jesus are you dense. Linear data trends are LINEAR. They have constant relationships between the independent and dependent variables. Logarithmic relationships change, they accelerate or decelerate and produce nonlinear trends. A curving data trend is NOT linear. The Keeling CURVE shows a clearly nonlinear, logarithmic relationship. ANY logarithmic relationship will look linear if you look at it closely enough. The true test is not to look closer, but to back up. If the relationship is linear, it will continue to look linear. If it is not, pulling back will show.
 
Where do I sign up!!!!

We already have your name and number ... when the time comes, you'll need to report to the designated disintegration station ... the 10% of males who survive will all be young studs ... old cuss' like you won't be invited ... I get a pass because it was my idea ...
 
There is a reason it is called the "Keeling CURVE". I can't say I appreciate the dishonesty explicit in such blatant cherry picking.

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Ah ... good ... you know about this ... what's the best fit quadratic? ... with this data, we can calculate the acceleration and see how close it is to the 0.02ºC/yr rate we measure ...

You have to follow ALL the Laws of Nature ... it's not cherry-picking to point out where you're failing this ... the period 1960-1975 was a time of global cooling, yet clearly carbon dioxide levels were increasing ... 25% of this data fails any correlation test ... and it gets worse the further we look back ...
 
The Keeling CURVE shows a clearly nonlinear, logarithmic relationship.
Dummy, do you think the Keeling curve exists in a vacuum? The Keeling curve is a function of emissions. The relationship between emissions and atmospheric is directly proportional. If emissions are linear, the Keeling curve will be linear. If emissions are exponential, the Keeling curve will be exponential. My question to you is why would you expect exponential emissions when emissions have been linear for 20 years?



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Jesus are you dense. Linear data trends are LINEAR. They have constant relationships between the independent and dependent variables. Logarithmic relationships change, they accelerate or decelerate and produce nonlinear trends. A curving data trend is NOT linear. The Keeling CURVE shows a clearly nonlinear, logarithmic relationship. ANY logarithmic relationship will look linear if you look at it closely enough. The true test is not to look closer, but to back up. If the relationship is linear, it will continue to look linear. If it is not, pulling back will show.
The verdict is in. You are slightly more intelligent than oldrocks but not by much.
 
Any action in the right direction helps. There will always be the argument as to whether it is enough or too much, though history on this topic has clearly shown that in almost every instance, mitigation efforts have been abysmally inadequate. We should have started work to eliminate fossil fuel power and ICE transportation right after World War II. But the only point in reviewing the errors of the past is to see what needs doing now.

Do not make the mistake of some posters here to think that because overpopulation is a root cause to global warming, that we should work on it and NOT work on global warming. That is a false dichotomy: an unwarranted elimination of alternatives. We can and should work on both - and other problems as well. Their is no need for exclusivity. The two efforts do not share any limited resource. There is no conflict.

We did. It was and still is called nuclear power.
 
So socialism and communism will solve the problem?
Comrade Stalin once said: "What is the power of soviet socialism?... If there is a problem that does not contradict the laws of physics, mechanics and chemistry, and its solution is necessary for the motherland, then it will be solved - that's what the Soviet power is."
Communism will destroy wars and create the prerequisites for a real unification of the forces of all mankind aimed at creation .
 
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Actually, China is also building coal-powered energy plants at a frantic pace. They are also building renewable sources at a frantic pace.

China learned from us that the foremost ingredient of a healthy economy is CHEAP, PLENTIFUL ELECTRICITY. We were energy independent under President Trump, in just a few months, President Harris/Biden reversed that and now gas prices are skyrocketing. Who loves you, baby?

Coal%20plants-S.png

Indeed.....to the climate crusaders, that HUGE red circle on your schematic doesn't exist:abgg2q.jpg:
 
Comrade Stalin once said: "What is the power of soviet socialism?... If there is a problem that does not contradict the laws of physics, mechanics and chemistry, and its solution is necessary for the motherland, then it will be solved - that's what the Soviet power is."
Communism will destroy wars and create the prerequisites for a real unification of the forces of all mankind aimed at creation .
Thank you Comrade. I really don't give a shit that you continue to make unforced errors.
 
Dummy, do you think the Keeling curve exists in a vacuum? The Keeling curve is a function of emissions. The relationship between emissions and atmospheric is directly proportional. If emissions are linear, the Keeling curve will be linear. If emissions are exponential, the Keeling curve will be exponential. My question to you is why would you expect exponential emissions when emissions have been linear for 20 years?



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Are you really this stupid? I guess so.
 

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