An equilibrium exist on long term.
An equilibrium exist on long term.
Oceans can both gain and lose water. They gain water from sources like rainfall, rivers, and melting ice caps. They lose water through processes like evaporation and when water is locked into glacial ice. Overall, the balance between these inputs and outputs determines whether the oceans are gaining or losing water.
Earths oceans gain water considering evaporation and precipitation together since when vapour is released to the atmosphere it condenses and later falls back as rainfall by about (1-5)%
Most substances lose or gain energy when their temperature changes.
Plants consume water, in exchange we get oxygen. So the water levels are never the same I'd think.
No, an equilibrium exist.
An equilibrium exist on long term.
On long term an equilibrium exist.
An equilibrium exist on long term.
On long term an equilibrium exist.
No water is lost or gained because the water from precipitation comes from the water that has been evaporated.
The ocean loses 37,000 km cubed of water considering the evaporation and precipitation over it. But the land and ocean water evens out.
if evaporation is considered part of precipitation it odes because precipitation causes evaporation
Freshwater fish tend to gain water.
if anything it would be reasonable to expect it to lose mass.
Oceans can both gain and lose water. They gain water from sources like rainfall, rivers, and melting ice caps. They lose water through processes like evaporation and when water is locked into glacial ice. Overall, the balance between these inputs and outputs determines whether the oceans are gaining or losing water.