Mostly in Antarctica. 3% of the world's water is FRESH water. But, therefore, ONLY 1% of it is actually drinkable. Fresh water is stored in the glaciers of Antarctica, Greenland etc, icebergs, shallow ground water, and lakes and rivers.
By Precipitation like rain and snow fall. Wnen the sun evaporates water from the sea then the minerals mixed with the water left behind in the sea and only the fresh water go up as gas. And then fall as fresh water(rain). then it goes under the ground. while going underground the soil and rock filters it. so earth's fresh water comes from ground water. "I Guess"
true
The Earth is abundant in many things. However, it seems as though it does not have a huge amount of ice Most of the Earth's ice is located in Antarctica.
we should save water because there is only 3% of fresh water left and most of it is in glaciers
no. but most of earths fresh water is.
Salt Water
The majority of Earth's fresh water is locked up in polar ice caps and glaciers. Only a small fraction of fresh water is found in lakes, rivers, and underground sources.
Because we are still in an era of Glaciation meaning most of earth fresh water is in Ice form as Glaciers.
Earth's available fresh water is located in various sources such as lakes, rivers, underground aquifers, and glaciers. The largest percentage of fresh water is found in glaciers and ice caps, while the most accessible sources for human use are rivers and underground aquifers.
most water in the world is not fresh it is salt but in the north and south poles are where fresh water is located
polar ice caps
Most of Earth's fresh water is stored in glaciers and ice caps, accounting for about 68.7%. The remaining fresh water is primarily found in groundwater (30.1%) and a small fraction in surface water such as lakes, rivers, and streams.
Most of the world's fresh water is in the ice cap covering Antarctica.
underground
You can at least use 1/4 of the water on Earth, but at most, 3/4 of it.
Most of Earth's fresh water is not usable because it is trapped in glaciers, ice caps, and underground aquifers. Additionally, pollution and contamination from human activities make much of the remaining fresh water unsuitable for consumption without extensive treatment.