destrekor
Lifer
I made one with the absolute numbers too, see above.
"Even a ten degree change"? The difference between 2011-1959 is ~0.44 degrees Celcius or an increase of ~0.16%. The chart says a thing or two about how important CO2 is compared to other factors.
I'll make one for you with a manipulated Y-axis, just a sec.
That's almost an entire degree Fahrenheit, in approx 50 years.
If you don't understand how drastic that actually is, and, if that trend were continue, what effects it will produce, then you don't understand the data that is staring you straight in the face.
Also, pay close attention to the actual rate of change in the trends, and how they have occurred in relation to the rate of greenhouse gas additions.
Gas concentrations have been rising steadily for awhile, but it seemed to have taken a little while for it to actually impact temperature. But now that it IS impacting temperature, how much that happens continue to rise.
Two degrees Fahrenheit of change, or just over 1ºC, could significantly alter local climate patterns. Things like precipitation, temperature, winds, storm generation, storm tracks, etc.. every region in the world is essentially connected to its neighbors in terms of climate patterns. Every regional climate pattern feeds on other patterns, because there are overall circulatory loops/belts. You change one variable in a statistically significant fashion, things can start changing.
What remains to be seen, because scientists are still trying to wrap their heads around the concepts, is at what point the trigger is pulled, and what will be the blast radius.