It is the other way around. The polar seas are the least saline of the worlds oceans, due to low evaporation and heavy freshwater inflow from rivers and streams.
If water is evaporated salt remain in the ocean.
No, ocean water is generally not saltier at the poles. In fact, polar regions tend to have lower salinity due to the melting of ice, which dilutes the seawater. Additionally, freshwater input from rivers and precipitation can also reduce salinity in these areas. In contrast, warmer regions closer to the equator often have higher salinity due to higher evaporation rates.
the ocean becomes saltier (evaporation) or less salty (precipitation/runoff)
Evaporation: When water evaporates from the ocean's surface, it leaves behind salts, increasing the overall salinity of the water. Formation of sea ice: When sea ice forms, the salt in the water is excluded, leading to the surrounding water becoming saltier.
Evaporation makes water saltier because when water evaporates, only the pure water molecules escape, leaving the salt and other impurities behind. This concentrates the amount of salt in the remaining water, making it saltier.
Evaporation causes ocean water to become saltier because when water evaporates, only the water molecules leave, while the salt and other minerals remain behind. This process leaves the remaining water with a higher concentration of salt, making it saltier.
ocean water, because it is saltier.
If water is evaporated salt remain in the ocean.
makes the ocean water saltier
Before and after I am done urinating in Mediterranean beaches, the water is much saltier than the Atlantic due to the fact that the Mediterranean loses more water to evaporation than it receives from rivers.
The cooler saltier water sinks toward the ocean floor.
That would be the Dead Sea. It's approximately 9 times saltier than the ocean's waters.
saltier
No, ocean water is generally not saltier at the poles. In fact, polar regions tend to have lower salinity due to the melting of ice, which dilutes the seawater. Additionally, freshwater input from rivers and precipitation can also reduce salinity in these areas. In contrast, warmer regions closer to the equator often have higher salinity due to higher evaporation rates.
The water that doesn't evaporate into vapor stays in the ocean as liquid water. The oceans have a lot of liquid water. Over time, ocean water is always evaporating and turning into rain and comes back to the ocean; but the salts and minerals carried into the sea from rivers never evaporate. They stay dissolved in the ocean waters and make it saltier and saltier.
the ocean becomes saltier (evaporation) or less salty (precipitation/runoff)
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