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Paradox said..Not sure you have it right there. Evaporated moisture is pure H2O. It recondenses as pure H2O. It only picks up other elements if they are suspended in the air as it condenses then falls. eg - Salt spray near the ocean or sulphur from smog forming hydrogen sulphide as acid rain.
Also salt lakes are formed from salt already present in the ground being picked up by surface or subsurface water flow. Usually left over from evaporated oceans - eg central Australia used to be a seabed....
That's right.
The mist in the above vid has not evaporated off the ocean.
Mist which comes from evaporation has no salt in it. None at all, because the salt is left behind in the ocean when it evaporates.
but,.. the mist in the vid did have salt in it because it was formed from the trillions of bubbles which are caused when the waves break.
Every bubble bursting at the surface ejects a very small sea water droplet, which has 4% salt in it.
It's this mist of sea water which is shown in the vid, being blown up the hill side. It's not evaporated water.
As it blows inland, the water in the droplets evaporates and leaves microscopic salt particles which are so small and light, they just drift miles inland in the air, sometimes at quite high altitude.
They can eventually act as a nucleaus for rain drops to form around, or if they are at low altitude, they are cleaned out of the air by rain falling through them and end up on the ground.
The overall salt content of this rain is very small, but over thousands of years, if it hasn't been able to drain back into the sea, it all adds up until the land and sub surface water can be as salty as sea water.