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In America, 40% of the rivers and 46% of the lakes are polluted and are considered unhealthy for swimming, fishing or aquatic life.

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20% of the groundwater in China is used as drinking water which is highly contaminated with carcinogenic chemicals which cause high levels of water pollution. https://www.conserve-energy-future.com/various-water-pollution-facts.php

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The water cycle doesn’t end in the oceans though. Water at the sea’s surface is able to defy gravity and climb back up into the sky. How? Because water isn’t always a liquid. You know that in really cold weather, or your freezer, water can freeze into a solid that we call “ice.” But in warm or dry weather, water can evaporate into an invisible gas. We call that gas “water vapor.” When the air has a lot of water vapor in it, we say it is humid. Florida is humid most of the year!

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Water is restless; it likes to move. Gravity makes it flow downhill, off your roof, into creeks, down rivers and even over giant waterfalls. Some water sinks into the ground, but most of it ends up filling the oceans, which cover over two-thirds of the planet.

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https://socratic.org
Water pollution affects each and every processes in the water cycle

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Water is constantly being recycled so the water you drink today could be the same water dinosaurs drank millions of years ago.
http://www.softschools.com/facts/earth_systems/water_cycle_facts/413/

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Professional computer system are used to monitor and control different industrial and infrastructure based processes.

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Around 70% of the industrial waste is dumped into the water bodies where they pollute the usable water supply.

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There is no “new” water: whether our source water is a stream, river, lake, spring, or well, we are using the same water the dinosaurs used millions of years ago.

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DoSomething.org | Volunteer for Social Change |

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Largest organization for social change volunteers and community service, with 6,000,000 members and counting.

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Water cycle facts show us that everything is connected, though it might not seem so obvious at first. Whatever we, as humans, wash down the drain – whether it be chemicals used in farming or the residues from soaps when we wash our hands, bodies and hair – ends up in the ground and in the water supply. Pollution from the air ends up raining down on us – from aviation or simply from things like gasses used in industry or from cars and trucks. This all ends up in ground water, too. The stages of the water cycle – condensation, infiltration, runoff, evaporation, precipitation and transpiration – are all affected by this. The phenomena of acid rain was, in part, caused by these issues
http://facts.net/water-cycle/

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Some old water pipes still contain lead, a poisonous metal. Lead may cause a range of health effects including behavioral problems and learning disabilities. Children six years old and under are most at risk because this is when the brain is developing.

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DoSomething.org | Volunteer for Social Change |

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Largest organization for social change volunteers and community service, with 6,000,000 members and counting.

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www.freedrinkingwater.com
The 5 steps of the water cycle are evaporation, condensation, sublimation, precipitation, transpiration, runoff, and infiltration. Evaporation is the process of liquid turning into vapor. Condensation is when water collects as droplets on a cold surface with humid air. Sublimation is when a solid turns into a gas. Precipitation is the action or process of precipitating a substance from a solution.

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https://m.indiamart.com/proddetail.php?i=7475861212https://m.indiamart.com/proddetail.php?i=7475861212

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About 70% of the Earth's surface is covered with water.
http://www.softschools.com/facts/earth_systems/water_cycle_facts/413/

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1. Most tap water contains fluoride, a salt compound that helps prevent cavities.

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We Are A Youth-Led Movement for Good | DoSomething.org

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Some under groundwater goes into streams of surface water that can contaminate are drinking water.

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You are probably already aware that water covers about 97 percent of the entire planet, right? Then maybe you're familiar with the concept of the water cycle, a necessary process for life on Earth. However, you should know that the water cycle is more complicated than you think, and there are 15 components or elements in the process.

Water is never still. We're not just talking about currents or tides, but also changes in their physical state: gaseous, liquid, and solid. The hydrological process is the process in which water moves in, on, and under the surface of the Earth, over and over again. Although it sounds simple, it forms the basis of the existence of living beings, as they use it for drinking and therefore, survival.

The Process of the Water Cycle.

We can't say when and were the hydrological cycle begins because it never stops. However, you can take the oceans as a starting point for understanding the process.

Although usually a smaller number of steps are mentioned, there are about 15 steps or components in the water cycle:

1. Water stored in the oceans.

Most of the world's water is in the oceans and a small percentage in glaciers and smaller bodies of water: rivers, lakes, ponds, etc. Oceans are therefore a kind of warehouse for a large quantity of the vital liquid and supply nearly 90% of the evaporate water that is part of the water cycle.

2. Evaporation.

It is a process that converts liquid water into gas or vapor, mainly due to solar radiation. This energy from the sun is essential for water to evaporate, which happens when it reaches 100°C, its boiling point.

At this stage, evaporated water joins with the transpiration of plants, so together the process is often referred to as evapotranspiration. Oceans, seas, rivers, and lakes provide nearly 90% of the moisture that evaporates, while plants provide the other 10%. In concrete terms, this state is characterized by the transformation of water into steam in the air.

The hydrological process is the process in which water moves in, on, and under the surface of the Earth, over and over again.

3. Water in the atmosphere.

At this point, the water in vapor form is contained in the atmosphere. The amount of water is still small. Imagine, if all the water in this layer of gas fell to Earth as rain, it would cover the ground with only 2.5 centimeters of water.

4. Condensation.

Water vapor in the atmosphere becomes drops of liquid water. This process creates clouds and fog, and it is the opposite of evaporation.
How does this happen? Well, the water molecules combine with dust, salt, and smoke and form tiny drops that grow and join to develop clouds; this only occurs at high altitude where there is cooler air which allows this process.

5. Precipitation.

The condensed water vapor falls to Earth's surface as rain, snow, hail, sleet, fog drip, and snow pellets but most of the water from the clouds returns in the form of rain. All these kinds of precipitation happen due to the collision of the particles in water vapor clouds; it takes millions of cloud droplets to produce one raindrop.

6. Water stored in ice and snow.

The water cycle is not exactly a progression because some processes occur at the same time as others. Thus, the water stored in glaciers, ice fields, and snow plays a significant role in the cycle.

7. Meltwater flows into water bodies.

Frozen water flow contributes to the change and flow of rivers, creating movement and sometimes even natural disasters. However, it is a vital component of the water cycle.

8. Surface runoff.

The ground absorbs a portion of the rainwater and other precipitations. The interaction between precipitation and runoff varies according to time and geography, and can be diverted by human means according to need.

9. Streamflow.

The amount of water flowing in a river, stream, or creek. After rain falls, most of the water runs downhill over land in these bodies of water.

10. Stored freshwater.

Naturally, the water that ran into rivers, streams, and creeks remains in these natural "deposits" on the Earth's surface.

Stored freshwater is vital for the survival of living organisms since physiologically, they are incapable of drinking salt water. Moreover, the amount of water in rivers and lakes is constantly changing.

11. Infiltration.

A small part of the precipitation water infiltrates the soil and rock materials. While some water remains in the most shallow layer, the rest infiltrates deeper and can replenish groundwater.

12. Groundwater discharge.

Some groundwater discharges into streams of surface water.

13. Springs.

Springs are common water bodies where groundwater flows to the surface.

14. Perspiration.

After discharge and storage, water can evaporate again through plants and re- enter the atmosphere.

15. Stored groundwater.

Water stored underground moves slowly. These aquifers are useful, last a long time, and make up a deposit that is part of the water cycle.

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You are probably already aware that water covers about 97 percent of the entire planet, right? Then maybe you're familiar with the concept of the water cycle, a necessary process for life on Earth. However, you should know that the water cycle is more complicated than you think, and there are 15 components or elements in the process.

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Whenever water changes from one state to another and moves from one place to another, it either gives off energy or absorbs energy.
http://www.softschools.com/facts/earth_systems/water_cycle_facts/413/

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cord.edu
When water goes through the water cycle it can be a solid, liquid, and gas.

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We use many chemicals to treat our drinking water, like chlorine.

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Did you know you may drink dinosaur urin from thousands of years ago
And you could be drinking pirsparashin from work camps

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Water is restless; it likes to move. Gravity makes it flow downhill, off your roof, into creeks, down rivers and even over giant waterfalls. Some water sinks into the ground, but most of it ends up filling the oceans, which cover over two-thirds of the planet.

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The water cycle doesn't end in the oceans though. Water at the sea's surface is able to defy gravity and climb back up into the sky. How? Because water isn't always a liquid. You know that in really cold weather, or your freezer, water can freeze into a solid that we call "ice."