Jupiter's Great Red Spot Is Shrinking
cjstaples noted a CNN story proclaiming that
Jupiter's signature red spot is shrinking. Over a 10 year study, the giant storm lost just over half a kilometer per day for a total loss of about 15%. Scientists know about shrinkage, right?
Here I was ready to make some crack about how global warming is causing jupiter's red spot to shrink and this shows that the sun is having some other effect, and there it is in the tags:
"globalwarming manbearpig globalshrinking...."
totally burst my bubble, stole my thunder... I might actually have to do some work.
This is my sig.
Scientists know about shrinkage, right?
Let me just point out that it's very cold in space. Even with the sun nearby, I think we'd all experience at least a little bit of shrinkage if we were in Jupiter's position and it's not fair for the other planets to laugh at him.
My work here is dung.
Perfect time to send some spam to Jupiter.
Somewhere on Jupiter...
"Welp, reckon that storm front's finally breakin' up, Edgar."
"Ayup. Haven't seen a storm like that since the hundred-fifty-year* one back up near the poles."
"Yup, yup, that one had the cattle all rustled up somethin' fierce."
"Reckon y'don't see storms like that any more."
For some reason, this entire story strikes me as just realizing that Jupiter has weather systems. They just might be longer than Earth ones.
*: Jupiter years.
Demanding constant attention will only lead to attention.
It's not getting blacker by chance is it?
If you don't know what AltaVista is (was), get off my lawn.
It's a fricking storm. It's subject to entropy like everything else. Eventually, it will go away.
It's the scale that's messing with your head. That storm is about the same diameter as the entire Earth. It only seems permanent because it's so big that change happens slowly.
ad logicam Claiming a proposition is false because it was presented as the conclusion of a fallacious argument.
Yes. And, so?
If humans are accelerating the change in equilibrium conditions on Earth, that is against our own interests, as we are adapted to current conditions. We should, in that case, be interested in how to stop doing that.
On the other hand, if the equilibrum conditions on Earth are changing naturally, then allowing that to happen unchecked is against our interests, as we are adapted to current conditions. We should, in that case, be interested in how to slow those naturally-occuring changes.
Let me be the first to say that the Great Red Spot is too big to fail!
Storms are created by temperatures differences, which are in turn created by sunlight warming different areas at different rates. So yes, the same kinds of things will happen on Jupiter, if nothing else based on the temperature difference from the day to the night side. The real question is, why has the Red Spot been so stable for so long?
Think about it; surface features shouldn't effect warming rates since all solar radiation is absorbed long before it gets to the surface. Pockets of atmosphere will absorb heat at different rates, but those pockets aren't stationary. That leaves complex, self-correcting fluid dynamics or massive surface features that significantly change the wind patterns hundreds or thousands of miles up or something we just don't understand yet. All of which are pretty interesting.
You are overlooking one important energy source: Jupiter itself. Because of ongoing differentiation, Jupiter produces about twice as much energy as it receives from the Sun. Given this and the fact that this source is coming from below rather than above, it is likely the more important contribution to the dynamics of the atmosphere.
"I guess the moral of the story is, don't paint your airship with rocket fuel." -- Addison Bain