No. Please pay better attention to what other people are saying:schmelzer said:So, ok, let's forget about this book which was doing that - namely attributing those droughts to climate change.
AGW will - by prediction, which is gathering increased data support every year - increase the severity and possibly the frequency of droughts globally, as well as change their timing and location and extent and so forth. The specifics are all matters of probability. The prediction for Syria and its neighbors was for a high probability of significantly increased duration and severity of the occasional droughts this dry and already drought-prone region suffers. That is exactly what happened, and the economic and social disruptions seem to have been a primary initial cause of the current civil war. But it was a probability, that's all. One cannot "attribute" the Syrian drought to AGW except as a probability, and so we don't.
On the other hand, choosing that specific crisis or disaster as an example of something far more serious than anything one's "common sense" expects from AGW, as you in your ignorance did, pegs the irony meter. The people who discuss these things using information and research instead of "common sense" have been talking about the AGW contribution to the troubles in Syria and its neighbors for years now. It's a very poor (to understate) example of something more serious than what AGW can do. The odds are quite good that it is something AGW has already done, or at least contributed significantly to. It is definitely an example of the kinds of problems we should be ready for, from AGW - according to the standard predictions. And many of them are worse.
So you think more water vapor in the air means more rain, and you think more rain means less drought. The first oversimplifies - "more" can mean "less frequent but much heavier", for example - the second is simply an error.schmelzer said:My point was that AGW will be important only if it also leads to more H2O in the atmosphere. But this means more rain. Of course, locally this may give less rain, because the patterns change. But all over the world, in the average, there will be more rain.
No one is disagreeing with you about that, at least as it applies to temperate zone land life (your only visible concern). I'm not, the AGW alarmists are not, nobody is. Everybody knows that. All the AGW alarms and other bad consequences predicted from the CO2 boost include that fact.schmelzer said:Here is the main point where I disagree. I see no fair consideration of what follows. The actual temperature is not the optimal one for life, and is below the optimum.
Analogy: the optimal air pressure in the lungs of a human being is about 1 atmosphere. So when a deep diver is surfacing, they are going from a non-optimal air pressure in their lungs (too high, requiring specialized gas mixtures etc) to an optimal one. So no problem, according to uninformed "common sense". And an increasing probability of debilitating injury or death with increasing rapidity of transition, according to research. Which way would you bet your civilization?
You did not address the examples I handed you, or do any research into the matter. Instead, you repeated and elaborated your argument from ignorant incredulity - you don't know why the spread of bad animals and plants would likely outpace the spread of good ones, so it wouldn't, and anyone discussing one-sided examples of the problems we face from this consequence of AGW is dealing in propaganda. That is your notion of "common sense" - do no research, ignore conflicting information (you ignored the bad mosquito example, for example. Apparently you think there are just as many good mosquitoes down south as bad ones - Or was the implication completely lost on you?)schmelzer said:I handed you three different kinds of example in post 147 - the lesson is: your common sense is only as good as your information base.
I have answered that post, with counterarguments in #151.
That warmer air picks up and holds more water vapor is not in doubt. That higher temps and greater vapor pressure deficits and more severe droughts (and whatever higher rates of vegetation growth are brought by more rain and extra CO2) lead to wildfire trouble is not in doubt. And so forth. A reasonable doubt would be directed at the assumption these simple and straightforward consequences of boosting CO2 would somehow not happen.schmelzer said:This is a quite general consideration. Everything which is not direct, but indirect, has to be taken with a higher degree of doubt. So, this does not even depend on reading some literature, but is a quite general problem of modelling something very complex.
Nope. There aren't that many sources for your vocabulary and stances in this matter, and they are all liars.schmelzer said:You have been wrong with your guesses of which literature I consider as reliable.