![Cyrus S on X: "@nobledrew23 @businessinsider Despite the fact that water vapor is the most abundant greenhouse gas in the atmosphere with the most complex effect, its role in regulating the temperature Cyrus S on X: "@nobledrew23 @businessinsider Despite the fact that water vapor is the most abundant greenhouse gas in the atmosphere with the most complex effect, its role in regulating the temperature](https://pbs.twimg.com/media/DVPk_hzVAAAu6zQ.jpg)
Cyrus S on X: "@nobledrew23 @businessinsider Despite the fact that water vapor is the most abundant greenhouse gas in the atmosphere with the most complex effect, its role in regulating the temperature
![FJB 📎 CoVFeFe19 on X: "@GeraldKutney @10kClimate @R18Jcs @EcoSenseNow Nope. Temps would be 2-3°C lower. Total contribution of greenhouse gases 32-33°C and water vapor is the only big "player." https://t.co/jCFe2qYBxn" / X FJB 📎 CoVFeFe19 on X: "@GeraldKutney @10kClimate @R18Jcs @EcoSenseNow Nope. Temps would be 2-3°C lower. Total contribution of greenhouse gases 32-33°C and water vapor is the only big "player." https://t.co/jCFe2qYBxn" / X](https://pbs.twimg.com/media/FZge1LoWYAQYDLE.jpg)
FJB 📎 CoVFeFe19 on X: "@GeraldKutney @10kClimate @R18Jcs @EcoSenseNow Nope. Temps would be 2-3°C lower. Total contribution of greenhouse gases 32-33°C and water vapor is the only big "player." https://t.co/jCFe2qYBxn" / X
![Climate Realist on X: "Some perspective on how much bigger atmospheric Water Vapour is, regarding greenhouse gas proportions.. WV is 95% whilst CO2 is around 4% https://t.co/9mEfkNDSKY" / X Climate Realist on X: "Some perspective on how much bigger atmospheric Water Vapour is, regarding greenhouse gas proportions.. WV is 95% whilst CO2 is around 4% https://t.co/9mEfkNDSKY" / X](https://pbs.twimg.com/media/F7vP-aXXgAAr4Lx.jpg:large)