Rain would decrease if the oceans died because there wouldn't be enough water to evaporate into clouds.
Rain does not always decrease humidity. If the rain is light, it may not have a significant impact on humidity. However, heavy rain can lead to a temporary decrease in humidity as moisture is removed from the air.
Yes, it can rain at sea. Rain is a common weather phenomenon that can occur over bodies of water, including oceans.
No, most rain and snow actually comes from the evaporation of oceans. This is because about 71% of the Earth's surface is covered by oceans, making them the largest source of water vapor for the water cycle. Lakes and rivers play a smaller role in the global water cycle compared to oceans.
Rain collects in bodies of water such as rivers, lakes, and oceans, as well as in containers like buckets, ponds, and reservoirs. Additionally, rain can also be absorbed by soil and plants, contributing to groundwater.
Most rainfall on Earth ends up flowing into rivers, lakes, and oceans before evaporating back into the atmosphere to become rain again in a continuous cycle known as the water cycle.
Rain does not always decrease humidity. If the rain is light, it may not have a significant impact on humidity. However, heavy rain can lead to a temporary decrease in humidity as moisture is removed from the air.
a long time A: It would be impossible for the air to hold that much water.
There would be a decrease in biodiversity.
Rain falls alot
because there is no acid in oceans
yes
No.
atlantic
Yes.
The warming of the oceans may cause an increase in the amount of evaporation. This would lead to an increased amount of precipitation that would cause and increase of runoff due to the ground becoming saturated by the rain water.
Lakes can be anywhere, close to oceans or distant from them. Since lakes are formed by collected rain water, they do not depend upon oceans.
The Earth's water cycle is evaporation of water from the oceans, the clouds so formed, the rain that falls from the clouds, the runoff of the rain into watercourses that flow eventually into the oceans, and the process of evaporation begins again.