When the amount of solar energy that enters the system become decreased, what may happen in the water cycle are:
- evaporation will reduce
- clouds won't form
- precipitation would drop
- freezing will occur
The water cycle can be described as a biogeochemical cycle that depicts how water is being circulated and recycled within, above, and on the earth's surface.
A typical diagram showing a water cycle is attached below.
From the water cycle diagram, we can observe that a vital aspect of the water cycle involves the sun which supplies solar energy that heats up earth.
The solar energy entering earth makes it possible for evaporation of water as vapor which form clouds that leads to rainfall.
The solar energy is also important in melting of ice, thereby converting it to water to goes into oceans for evaporation.
The implication of having an earth system where the amount of solar energy that enters it is reduced is that:
- evaporation of water will reduced,
- clouds will not be able to form, and we won't have enough rainfall, and
- ice would be predominant as low solar energy that is required to melt the ice is reduced.
In conclusion, when the amount of solar energy that enters the system become decreased, what may happen in the water cycle are:
- evaporation will reduce
- clouds won't form
- precipitation would drop
- freezing will occur
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