The rebound in sea ice over the past few years is clearly visible.
Do you know the difference between multi-year ice and single year ice? (Hint: it's in the name).
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The rebound in sea ice over the past few years is clearly visible.
I'm curious if you actually know what sea ice is, in reference to your argument here.Your data conveniently stops at the minimum ice extent seen in 2011. The OP concerns itself with the rebound in ice over the subsequent four years.
The OP is about current data, Amanuensis. 2011 was a minimum. 2015 is not. It's not complicated.
Here's the referenced chart of NASA data from the OP.
The rebound in sea ice over the past few years is clearly visible.
Speaking of looking up, your quote doesn't seem to appear within this thread. What is the relevance?
Do you know the difference between multi-year ice and single year ice? (Hint: it's in the name).
Noting that there is no refutation of the NASA data from the OP ...I'm curious if you actually know what sea ice is, in reference to your argument here.
Noting that there is no refutation of the NASA data from the OP ...
Getting back to the NASA data from the OP ... the recovery of arctic sea ice. That recovery is fairly well documented by the University of Washington's Applied Physics Laboratory/Polar Science Center modeling, PIOMAS (Pan-Arctic Ice Ocean Modeling and Assimilation System). The substantial recovery from the low of 2011 is obvious.We all know that "science" is a bit too hard for some folks ...
Getting back to the NASA data from the OP ... the recovery of arctic sea ice. That recovery is fairly well documented by the University of Washington's Applied Physics Laboratory/Polar Science Center modeling, PIOMAS (Pan-Arctic Ice Ocean Modeling and Assimilation System). The substantial recovery from the low of 2011 is obvious.
The claim was about sea ice recovery from the low of 2011. The chart shows that recovery quite clearly.
That chart shows exactly the opposite of what the post seems to be implying.
Way to rebut the OP!
Yes, it does ...No it doesn't.
Getting back to the NASA data from the OP ... the recovery of arctic sea ice.
That recovery is fairly well documented by the University of Washington's Applied Physics Laboratory/Polar Science Center modeling, PIOMAS (Pan-Arctic Ice Ocean Modeling and Assimilation System). The substantial recovery from the low of 2011 is obvious.
Noting again that the OP is not being refuted.Thanks for IGNORING ANYTHING THAT DOESN'T COMPORT TO YOUR BIAS. That makes it easier for you to later on tell me how I never address anything technically.
2011 data was at 2 standard deviations. Recovery was to slightly more than 1 standard deviation ... as explained here: Polar Science Center | University of WashingtonThe total ice volume in your graph appears to be 2 standard deviations below the 1979-2014 average.
It's a science thing. One standard deviation is generally regarded as substantial.That's a very liberal definition of the word "substantial."
Applied to science, it's very much a science thing.Standard deviation is not a science thing, it's a math thing.
LOL ... it's really a statistics thing.No, it's a math thing. Math is a tool used by science. Being applied to science does not make it science.