the evaporation leaves salt behind and causes different densitys creating a density current.
Evaporation: Water evaporating from the surface will increase the salt concentration and hence the density of sea water. Dilution: An inflow of fresh water (rivers, rain) will dilute the salt solution leading to a decrease in density. Temperature: As the temperature of sea water increases it expands. As the volume increases, the density will decrease. Cooling will have the opposite effect. It should be noted that water has its highest density at 4 degrees C after which it starts to decrease. Pressure: Although it is considered that liquids cannot be compressed, some compression is in fact observed in deep oceans. The deeper you go, the higher the density of the sea water. Coriolis effect
runoff- the higher the evaporation the lower the drainage desity.the amount of rainfall and infiltration. if there is more rainfall there is less infiltration
Density current
Salinity in the ocean is highest in regions where evaporation is high and precipitation is low. Density in seawater is determined by both temperature and salinity.
Currents in the coastal water masses
No, trade winds and evaporation can cause a density current but not freezing.
Evaporation.
Evaporation.
The density increase after evaporation.
During evaporation the density increase.
The density of water increase after evaporation.
The density of the water increases.
Density currents are caused by differences in water density. This can be due to variations in temperature, salinity, or both. When denser water sinks and interacts with lighter water, it creates a current that moves along the density gradient.
the answer to this question is a density current forms when more dense seawater sinks beneath less dense seawater
The density increase.
By evaporation concentration of salt increase; salted water has a higher density than pure water.
The concentration of solutes increase after evaporation.