Nah I know you're averse to learning or fact as you are a conservative. I knew you wouldn't want to read the facts.
We know global warming is from man-made sources because the carbon isotope content of naturally occurring CO2 is different than the carbon isotope content of CO2 from burned fossil fuels.
You people that try to carry this childish 'hoax' idea have really run up against a wall. The U.S. military has ALREADY started preparing for the effects of Global Warming. Who here do you think is going to take your jibberish on a message board over the U.S. military.
I mean give it up. You are scared children. Go hide, we'll protect you.
But stop with your mindless tantrums and outright lies.
Generally accepted by most all skeptics and warmers alike that a doubling of CO2 in the atmos will give you about 1degC. We are not even at the first doubling since the Industrial Revolution,.
But that's not what YOUR theory says.. It says that CO2 is only the TRIGGER event for magical multipliers that will create a tipping at a 2degC warming. At which point the planet commits irreversible suicide. Hey dude -- EVEN YOUR THEORY doesn't state that man-made CO2 will be the prime factor in a 4 or 8 degC rise. It's all invented "Climate Sensitivity" Numbers that vary from 1 to 5..
If the earth's climate was prone to destroying itself on the basis of 2 degC changes -- we wouldn't be here calling me names..
Mr. Flacaltenn, it most certainly is not generally accepted that 1 C will be the result of a doubling of the CO2. In fact, the more accepted value is 2 to 4.5 C.
How Much Will The Planet Warm If We Double CO2 - Dan s Wild Wild Science Journal - AGU Blogosphere
Climate sensitivity is an important and often poorly understood concept. Put simply, it is usually defined as the amount of global surface warming that will occur when atmospheric CO2 concentrations double. These estimates have proven remarkably stable over time, generally falling in the range of 1.5 to 4.5 degrees C per doubling of CO2.* Using its established terminology, IPCC in its Fourth Assessment Report slightly narrowed this range, arguing that climate sensitivity was “likely” between 2 C to 4.5 C, and that it was “very likely” more than 1.5 C.
The wide range of estimates of climate sensitivity is attributable to uncertainties about the magnitude of climate feedbacks (e.g., water vapor, clouds, and albedo). Those estimates also reflect uncertainties involving changes in temperature and forcing in the distant past. But based on the radiative properties, there is broad agreement that, all things being equal, a doubling of CO2 will yield a temperature increase of a bit more than 1 C
if feedbacks are ignored. However, it is known from estimates of past climate changes and from atmospheric physics-based models that Earth’s climate is more sensitive than that. A prime example: Small perturbations in orbital forcings resulting in vast ice ages could not have occurred without strong feedbacks.
Water Vapor: Major GHG and Major Feedback
Water vapor is responsible for the major feedback, increasing sensitivity from 1 C to somewhere between 2 and 4.5 C. Water vapor is itself a powerful greenhouse gas, and the amount of water vapor in the atmosphere is in part determined by the temperature of the air. As the world warms, the absolute amount of water vapor in the atmosphere will increase and therefore so too will the greenhouse effect.
That increased atmospheric water vapor will also affect cloud cover, though impacts of changes in cloud cover on climate sensitivity are much more uncertain. What is clear is that a warming world will also be a world with less ice and snow cover. With less ice and snow reflecting the Sun’s rays, melting will decrease Earth’s albedo, with a predictable impact: more warming.