As I expected there is a correlation between wind and rainfall. More wind then more rainfall. See
http://journals.ametsoc.org/doi/full/10.1175/JCLI3519.1
I propose that my idea of floating spray pumps, to create a spray mist on the sea, will have a similar effect as more wind. The spray mist will keep in heat radiated by the sea when sea is warmer than air and will generally tend to increase sea surface temperatures on clear nights. This will increase humidity and the chances of rain. Fortunately, during sunny days, the mist will prevent solar radiation from entering the sea and warming deeper levels of ocean.
Generally the mist will increase evaporation and enhance chances of rain. It will absorb solar energy during the day and heat up, again increasing chances of rain.
See also https://www.facebook.com/groups/RainSeaVsAirT/
http://journals.ametsoc.org/doi/full/10.1175/JCLI3519.1
I propose that my idea of floating spray pumps, to create a spray mist on the sea, will have a similar effect as more wind. The spray mist will keep in heat radiated by the sea when sea is warmer than air and will generally tend to increase sea surface temperatures on clear nights. This will increase humidity and the chances of rain. Fortunately, during sunny days, the mist will prevent solar radiation from entering the sea and warming deeper levels of ocean.
Generally the mist will increase evaporation and enhance chances of rain. It will absorb solar energy during the day and heat up, again increasing chances of rain.
See also https://www.facebook.com/groups/RainSeaVsAirT/
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