All of the puzzles we have are probably mostly missing. It doesn't matter. We learn new things incrementally, and we know enough now to identify the cause of the warming.
Climatic studies being the puzzle with the most missing pieces.
As far as your contention that
"we know enough to identify the cause of warming", well, apparently that is not the case as this entire debate is about just that.
They aren't magical, they are what they are.
Go back and read the posts. Milankovitch, which is orbital forcing.
.. And they are all natural sources.
No...identifying the cause now isn't dependent on identifying causes of mutually exclusive events.
I can't believe that you still cling to this, but that is your prerogative... But to clarify, you are saying that you need not know the components, parameters or mechanisms of "these mutually exclusive events" in order to claim mastery and understanding of the components, parameters and mechanisms?
What can I say?
Yes it is a reference to the oceans. I've explained this to you before, the solubility is not solely dependent on the temperature. It's also dependent on the partial pressure of the gas above the gas-liquid interface. So when more gas is added, the partial pressure increases, and more gas dissolves into the liquid.
But temperature is a major factor.
Is the message here that as the pressures rise, it prevents CO2 from exiting the oceans in a gaseous form?
Will that potentially result in more precipitate falling out in the form of CaCO3? If so, CaCO3 is a "salt" (laymans terms), that will result in altering the pH of the oceans.
The other side of the equation is that as the oceans absorb CO2 (and acidify) that loss of CO2 from the atmosphere will result in differential (ambient) pressures which will in turn realize a corresponding absorption/release from the oceans.
.. Not only is this a "chicken or egg" scenario, it also, takes us right back to the "warming" of the waters and their loss of CO2 (in one form or another)... Which causes which and what are the corresponding effects and counter effects?
The temperature rise is small compared to the change in partial pressure. Do the math, what percentage has the temperature changed by? What percentage has the partial pressure changed by.
Again, the direction that you are taking this demands that I assume your scientific philosophy and make later leaps of faith in assessing causation... Alter the underlying philosophy and the causation alters the results as well.
Partial pressure is orders of magnitude larger than the temperature change. The ocean is becoming a larger sink of carbon. When the carbon dioxide dissolves, it becomes carbonic acid. That's acidifying the ocean. And there are huge problems associated with lowering the pH of a basic ocean.
See above: As the water temp increases, it's capacity to hold CO2 in suspension is limited and is released in more than one form... The system balances itself Tonnington (within a range of course).
Yes, I am the one saying that we don't need to understand the full workings of the system as you said. It's demonstrably wrong.
Great, demonstrate it, but employ a realistic comparison or provide a
definitive and conclusive model that can not be refuted... 'Til then, I have offered enough examples of conflicting theory that demonstrate otherwise.
How would you know? You don't even read the links I give you. You can't even get the basics of what science is, and how it is performed.
Ahhh, the mantra.... Like I've stated on numerous occasions now, I have read the studies and
they do not tie the entire package together.. They have been analyses of individual elements
proposed to have an impact within a complex system, but none of them - I repeat - none of them provide any
significant (statistical or practical) support for the notion that anthropogenic sources are
significantly altering the system.
That said, refrain from lecturing me about "how science works", hell you are suggesting that you need not understand the vast majority of the mechanisms within a system in order to provide a comprehensive understand of 'said' systems (an understanding that doesn't rely heavily on statistical methodologies - remember?).
You don't define a system by all it's inputs or factors. A system is defined by characteristics.
A "system" is
described by it's characteristics and is
defined by its components.
What's your definition of a car? I'm sure it doesn't list all of the component parts...
I suppose that this is where our root problem lies.... In my definition, a car is not a paper-clip
OK, are you even reading what I post? Did you read the difference between what the variable explained in variation, as opposed to the error term? The error term is everything else. Strength in statistics comes from well known tests. There is no subjectivity involved, either the test fails or succeeds.
Signal to noise ratio is one such test.
The error term
is "everything else"... In teh case of understanding the Earth's climatic system(s), "everything else" in terms of our contempory understand is damned near everything... This is what I'm trying to get across to you. Contemporary science doesn't know 'what they don't know' let alone fully understand what they do know.
There is no subjectivity at all. Your data will either fail or pass the test.
Conveniently based on your fundamental assumptions and scientific philosophy (which we've discussed there are many).
Kind of a self-fulfilling prophecy, ain't it?
You just don't understand.
Yeah.. That must be it.