"Please tell me your not picking a couple of years off the graph to compare to each other, and draw sweeping generalizations. "
I am looking at a decade time frame. Yes, fluctuations up and down occured during that decade. But the trend gumby was flat. Do you argue that 1998 and 2007 were not the same? The decade long result..... was flat.
"It's clear you have never even had any science classes, or statistics. You're way, way out of your league here. "
You truly are a religious nutjob gumby. While my background in science is certainly not up to par with many on here, studying trends is exactly what I do. Which is why the longer term period that you look at the smoother the results will be as they will tend to smooth the anomolies/extremes.
"A year here, and a year there is insignificant background fluctuation. Random noise. "
Yes. That is true. Take the ten years gumby. Average out the results. You will find that if your starting point and ending point are the same.... the average will be what gumby? I am sorry, I assumed being the genius you are you would have been aware of the answer and thus not needed me to spell it out for you.
"The trend is what scientists analyze, for global climate trends. 2005 was the hottest year, and the trend the last two decades, indeed the last century, has been warming. "
ROFLMAO.... so taking a decade long trend is not good, but two is ok? Tell me Gumby.... why is it that looking at a decade long trend is "random years" but picking a two decade long trend is "what the scientists analyze". I'll let you in on another little secret. They look at short and long term trends. You just don't like the fact that over the past decade the average change over those ten years has been flat.
In terms of data analysis, and trend regression analysis, who should I believe? You? Or NASA?