Which of the following statements best describe the water-vapor feedback loop in the atmosphere? Increasing surface temperature drives evaporation and yields increase in water vapor in the atmosphere?
1) The water-vapor feedback loop in the atmosphere is driven by increasing surface temperature, which leads to evaporation and an increase in water vapor in the atmosphere.
2) The water-vapor feedback loop in the atmosphere is driven by decreasing surface temperature, which leads to condensation and a decrease in water vapor in the atmosphere.
3) The water-vapor feedback loop in the atmosphere is not affected by changes in surface temperature.
4) The water-vapor feedback loop in the atmosphere is driven by changes in wind patterns, which affect the distribution of water vapor in the atmosphere.