Yes water cycle use up earths supply. Water is evaporated from earth's surface.
25% of earths fresh water is contained in the Great lakes
Mostly
Tsunami waves can erode soil by carrying away top layers and depositing salt which can affect fertility. They can also contaminate fresh water sources by introducing saltwater, harming marine life and disrupting water treatment systems. Flooding from tsunamis can lead to saltwater intrusion in groundwater reservoirs, further affecting fresh water supply.
The water cycle renews the supply of fresh water on land.
The total amount of Earths total water supply that is usable fresh water is less then two percent. The rest is salt water or pond water.
there would be less evaporation and so less rainfall and as a result less fresh water
Yes, human activities such as industrial waste, agriculture runoff, and improper disposal of pollutants can significantly contribute to the pollution of Earth's fresh water supply. This pollution can impact ecosystems, human health, and water quality. Implementing sustainable practices and regulations can help mitigate this problem.
three percent of all the earths water is fresh water
3% of the earths water, is fresh water
Yes water cycle use up earths supply. Water is evaporated from earth's surface.
It is frozen into polar ice caps and glaciers.
25% of earths fresh water is contained in the Great lakes
Fresh water is essential for human survival, agriculture, industry, and ecosystems. However, with increasing pollution, overuse, and climate change, the availability of fresh water is becoming more limited and threatened. Protecting the Earth's supply of fresh water is crucial to ensure its sustainability for current and future generations.
because most of the earths water is salt water and there us only 2.5% of fresh water on the earth =D
Around 95% of the Earth's fresh water supply is held in underground aquifers. These aquifers are large underground pockets of water stored in rocks and soils that can be accessed through wells and other extraction methods.
3%