Too much in the air will quickly rain out, not enough and the ocean will provide the difference via evaporation. But once the air is warmed by other means, H2O concentrations will rise and stay high, thus providing the feedback.
The largest green house gas, weighing in at 95%, is water vapor! How you going to control that? You can't. How you going to control the sun? You can't. So lets dump billions of dollars into regulating the natural element CO2 which only makes up 1% of GH gases. The science is crazy and so are the "we cause global warming" believers.
If you were to read through the table of climate forcings in the IPCC report or at NASA's page about forcings in its GCM, you won't find water vapour there at all. This is not because climate scientists are trying to hide the role of water vapour, rather it is because H2O in the troposphere is a feedback effect, it is not a forcing agent.
Too much in the air will quickly rain out, not enough and the ocean will provide the difference via evaporation. But once the air is warmed by other means, H2O concentrations will rise and stay high, thus providing the feedback.
Too much in the air will quickly rain out, not enough and the ocean will provide the difference via evaporation. But once the air is warmed by other means, H2O concentrations will rise and stay high, thus providing the feedback.
jroy375 3 years ago
The largest green house gas, weighing in at 95%, is water vapor! How you going to control that? You can't. How you going to control the sun? You can't. So lets dump billions of dollars into regulating the natural element CO2 which only makes up 1% of GH gases. The science is crazy and so are the "we cause global warming" believers.
gsuitter 4 years ago
If you were to read through the table of climate forcings in the IPCC report or at NASA's page about forcings in its GCM, you won't find water vapour there at all. This is not because climate scientists are trying to hide the role of water vapour, rather it is because H2O in the troposphere is a feedback effect, it is not a forcing agent.
jroy375 3 years ago
Too much in the air will quickly rain out, not enough and the ocean will provide the difference via evaporation. But once the air is warmed by other means, H2O concentrations will rise and stay high, thus providing the feedback.
jroy375 3 years ago