3 percent CO2 would cause more water vapor in the atmosphere, which would heat it further. In other words, the effects of 3 percent CO2 extra , could result in a higher percentage of greenhouse gases beyond that original 3 percent .
3 percent CO2 would cause more water vapor in the atmosphere, which would heat it further. In other words, the effects of 3 percent CO2 extra , could result in a higher percentage of greenhouse gases beyond that original 3 percent .
You must know something nobody who has been working on climate models knows. They all have trouble predicting overcast. Naturally that problem does not even exist in a dumbed down pseudo reality like yours.
Increased moisture results in more cloud cover which reflects solar radiation.
3% more CO2 would blah blah blah which could blah blah blah....the seasonal cycle for CO2 is more than 3%, so what does that do? Show me an infrared absorption spectrum for X ppm CO2 and another for X-3% and do the math. Ah forget it, you would have no idea how and your only recourse is "every scientist says blah blah blah" like all the other dimwits who believe in this so called science.
I was pointing out that thinking of climate change simply in terms of the amount of CO2 we pump in the atmosphere without taking into the account the consequences of us doing that in the larger context of climate as a whole is an oversimplification. I don't need to be a scientist myself to realize it's way more complex then that. You even admit that actual people who are trained to know have trouble with it. Simply put, increase in global temperature has been widely predicted to put more moisture ( water vapor) in the air, this in turn has led to the prediction of more extreme weather. It is by no means a new theory. I'm perfectly happy to say I'm not smart enough for that.
Increasingly severe hurricanes can have devastating effects to public health | UA
Rahmstorf explained that higher temperatures create a warmer atmosphere that naturally holds more water vapor. This, in turn, establishes conditions for increasing rainfall and more severe storms – especially hurricanes.
If you have information that this isn't happening I'm happy to discuss it.
Oh and what would it prove to show that different gases have different absorption rates for solar radiation, I wasn't aware anyone disputed that? So if we know that increases in temperature put more vapor in the air, and we know that water vapor is a greenhouse gas. Isn't the assertion that it works in a feedback loop not reasonable? Hell just type in water vapor greenhouse gas in google and they will give you this exact explanation.
Oh and what would it prove to show that different gases have different absorption rates for solar radiation, I wasn't aware anyone disputed that?
Who disputed that? Did I ?...when I asked you to show me a spectral absorption % increase per ppm CO2 increase....
of the same gas
And then to your "scientific" source:
Researchers have also studied how these climate changes – particularly increased temperatures and higher rainfall – have impacted the severity of hurricanes and other storms. While evidence does not show that these types of factors are the primary cause of damaging weather events, Washington Post reporters Emily Guskin and Brady Dennis noted that many researchers are very confident that climate change does contribute to more frequent and more intense storms.
Let me get that straight, there is no evidence which shows that but all it takes is for some WaPo reporters to say "many researchers are very confident"...to substitute for the lack of physical evidence.
In plain English all they have is the phony consensus based on statistics the ex-cartoonist from Australia constructed.
Geezus how hard can it be for anyone with a normal level of math skills to think it through how long it would take to just create 1 single extra Hurricane, never mind a record number of them with just 1 extra Watt/m^2.
And I am being overly generous here because it`s way less than 1 Watt.
The average Hurricane is 100 miles wide (156 km) and tracks for ~ 3500 km. This sucks up 600 Tera Watts for a duration of about 9 days...the average duration of a typical Atlantic hurricane.
The same area which supplies the energy for one of these can get it only back at a rate of 5.46 * 10^11 Watts if CO2 would actually give you a whole watt/m^2 and not just a fraction of that.
So for a 1 week Hurricane you would need about 1200 weeks of "extra" energy to get enough for just 1 extra Hurricane per season. Hmm....How many weeks (or months) long is the Hurricane season ?