It is basically the water bodies like the oceans and seas that are the second largest source of water vapor. The plants are the second largest sources of water vapor.
Evaporated water condenses in the atmosphere to form clouds.
Water is evaporated from oceans, seas, lakes, rivers.
Sun's electromagnetic radiation.The Sun's energy heats up the water on the Earth's surface and evaporates the water into the atmosphere. The water in the atmosphere then condenses into rain and falls back to the Earth.
No, this is only true in arid areas. In most places, runoff finds a river and flows into a lake or ocean. Generally not a lot of it will be evaporated immediately, especially if it's not very warm.
The loss of water vapor from a plant is called transpiration. It is the process by which water is evaporated from the plant's leaves into the atmosphere.
Oceans are the principal source of water.
Evaporated water condenses in the atmosphere to form clouds.
If you are referring to water vapor in the atmosphere, most comes from the largest water source on the planet, the oceans.
The principal source of evaporated water in our atmosphere is also the largest source of water on our planet. It is the water evaporating from our oceans. Water also evaporates from lakes, rivers, streams or any other place where water can be found.
Vapors goes in the atmosphere.
Oceans are the greatest sources.
Evaporated water go in the atmosphere.
Water is evaporated from any body of water and from any other source.
Evaporated water goes in the atmosphere to form clouds.Water is evaporated from seas and oceans.
rain
Transpiration from plants and evaporation from water. Water is evaporated from ground water and plants release water from their stomatas. These are the main sources of water vapor in the atmosphere
The greatest source of moisture entering the atmosphere is evaporation from the oceans. Oceans cover about 71% of the Earth's surface and release a significant amount of water vapor into the atmosphere through evaporation. This water vapor plays a key role in the water cycle and influences global weather patterns.