In this work, we demonstrate that an increase in evaporation causes a reduction in climate sensitivity that is more accurate than one without evaporation. Additionally, we compare the measured increase in rainfall to the 2.45 W/M2 climate forcing predicted by the IPCC, as well as our estimate of climate sensitivity and rainfall increase. The 11 raindrops are a good match, but the predicted temperature rise since 1850 is only expressed in Kelvin. We also calculate the increase in seawater evaporation caused by variations in the world average wind speed and demonstrate that the decline in average wind speed between 1960 and 2010 is estimated to have resulted in a drop in evaporation and a 0.9 Kelvin increase in temperature.
Author(s) Details:
Barry D. O. Adams,
77 Twyford Abbey Road, London, NW10 7ET, UK.
Please see the link here: https://stm.bookpi.org/ECEES-V5/article/view/8151
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