dont believe answers when they say ask anything and they will tell you they wont
Condensation
Heat.
Mangroves grow on sheltered shores form dense forests on shorelines, riverbanks and estuaries. Mangroves are basically small trees and shrubs. These grow in tropical and subtropical tide lands almost all over the world. Tidal activity of gulfs, seas and oceans make it possible the growth of Mangroves as they are able to stand in salt water because of unique rooting structures and peculiarity in their reproduction.
Mangroves have special features which protect them from salt. Some mangroves are able to filter most of the salt out as they take water in through their roots, some concentrate extra salt in old leaves (which turn yellow and die), and some are able to get rid of the salt through the pores on leaves or special glands. Mangroves can also grow in fresh water, but they have almost no competition in salt water because so few plants can grow there.Mangroves have special features which protect them from salt. Some mangroves are able to filter most of the salt out as they take water in through their roots, some concentrate extra salt in old leaves (which turn yellow and die), and some are able to get rid of the salt through the pores on leaves or special glands. Mangroves can also grow in fresh water, but they have almost no competition in salt water because so few plants can grow there.
It is bumping into the lihosphere
Condensation
Heat
Heat.
You take heat out of the water.
a solid
High temparture
well a little chemical called chloraform goes into the air causes the evaporating water to turn into fireballs but its too cold for the fireballs and they freeze and turn into water
Lack of water
Mangroves grow on sheltered shores form dense forests on shorelines, riverbanks and estuaries. Mangroves are basically small trees and shrubs. These grow in tropical and subtropical tide lands almost all over the world. Tidal activity of gulfs, seas and oceans make it possible the growth of Mangroves as they are able to stand in salt water because of unique rooting structures and peculiarity in their reproduction.
Water pressure.
Increased heat or reduced pressure or both.
When water vapor is cooled it turns into liquid.