The ocean loses 37,000 km cubed of water considering the evaporation and precipitation over it. But the land and ocean water evens out.
The ocean loses 37,000 km cubed of water considering the evaporation and precipitation over it. But the land and ocean water evens out.
The ocean loses 37,000 km cubed of water considering the evaporation and precipitation over it. But the land and ocean water evens out.
The 37,000 km cubed of the oceans water that is lost precipitates over the land so the continents gain 37,000 km cubed of water.
The three processes that form clouds are evaporation, condensation, and precipitation.
On average, if the climate remains stable the two processes balance out. During periods of cold, water gets locked up in the ice caps and the level of the ocean drops.
pollution
They were once together in a form called Pangea look at a map all the continents fit together like a puzzle
The theory that the continents used to be one single land mass all "pushed together" is called pangaea
if evaporation is considered part of precipitation it odes because precipitation causes evaporation
No, an equilibrium exist.
Plants consume water, in exchange we get oxygen. So the water levels are never the same I'd think.
On a long term between evaporation and condensation an equilibrium exist.
On long term an equilibrium exist.
On a long term an equilibrium exist.
An equilibrium exist on long term.
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)%
No water is lost or gained because the water from precipitation comes from the water that has been evaporated.
The three processes that form clouds are evaporation, condensation, and precipitation.
On average, if the climate remains stable the two processes balance out. During periods of cold, water gets locked up in the ice caps and the level of the ocean drops.
On long term an equilibrium exist.