Water Is An Essential Part Of The Human Life

Water is a necessity for the existence of human beings and approximately 71 % of the earth is water and it exists in many different forms. Water is constantly moving from one place to the other and from one state to the other and this process is known as the water cycle. As water evaporates, vapors rise and condense into clouds. The clouds move over the land, and precipitation falls in the form of rain, ice or snow. The water fills streams and rivers, and eventually flows back into the oceans where evaporation starts the process anew. Although water continuously changes states, from solid to liquid to gas, the amount of water on Earth remains constant. There is as much water now as there were hundreds of millions of years ago (Project, 1995).

The human body is contained mostly of water. Plants and animals will stop to exist without water. Water is used in transportation, cleaning, and other walks of life. It is not hard to figure out that water is one of the planet’s most valuable useful things (Bottcher 2012). However, the previously-mentioned walks of life create many of the concerns connected with the consumption of water. Water contamination is a hot topic in America. Americans are concerned with the contaminants that may be waiting in a creepy way their tap

Water is of great significance to us. Our body is mainly composed of water and we are constantly losing water by sweating, urinating, and a lot more. Because of all of these ways of losing water we also need ways of gaining water each day. If you don’t drink enough water you become dehydrated and not having enough water in your system could result in you not being able to get rid of poisonous chemicals in your body. Waterborne illnesses are illnesses caused by contaminated or untreated water, so the greatest contributor to waterborne diseases is inadequate sanitation. Some countries don’t have enough water to use for toilets, so they dump their waste in their water, not knowing that it’s contaminating their drinking water. (Parks 23). The United

Thesis statement: Fresh and clean water is vital to the very existence of the human race.

Living here in the United States, the worry of whether our drinking water is clean or safe enough to use has never been a reoccurring thought for the population here. Clean, safe, drinking water, has never been a first world problem. If anything, whenever people get thirsty it is very easy for them to go to their kitchen and fill a cup of water from the faucet. Here in the United States, we are privileged enough with not only clean safe drinking water, but access to it in our very own homes. We don’t need to pull our daughters from school just so we can have water in the household, we do not depend on the women of the household to bring water for the family. Here we’re privileged in ways we don’t ever give a second thought to because we will never understand this struggle. At least, not until the crisis in Flint Michigan. But out there in developing countries, it is a different story. Out in Ethiopia for example, they’re in a water crisis from people getting sick and even dying from unsafe drinking water. “Only about 60% of the people in the world have access to improved sanitation” (Skolnik, 2016). Unfortunately, that percentage is cut in half in Africa.

Today 3.4 million people die each year due to water related diseases; sadly, many of these deaths are from children age five and under (“Water.org”). Majority of the illnesses are usually due to malnourishment and improper sanitation based on their poor living conditions. What makes these cases even sadder is that most of them could have been completely prevented by simply having fresh water more readily available to the citizens in these countries like Afghanistan and Ethiopia (St. Cyr). Even though some of

Earth truly is an amazing planet, it hosts vast amounts of diverse species and variety of environments that makes life possible, livable and scientifically, the reason why we are here today. We, humans with our advancements in science and technology, have the ability to create the genetic materials in replacement for natural ones, develop cures for diseases, learn and communicate with a touch of our fingertips, the capability to build complex air shuttles that can explore to outer space and soon to land and study a planet different from ours. As we gain more knowledge about life outside earth, one of the main elements scientist look for when examining and exploring a possible substitute for our dear planets is water. “Water is life. It's the briny broth of our origins, the pounding circulatory system of the world, a precarious molecular edge on which we survive. It makes up two-thirds of our bodies, just like the map of the world; our vital fluids are saline, like the ocean. The apple doesn't fall far from the tree.” (Water Is Life, 2017) For this reason, the element that I selected from the material cycle that we have studied is water.

The lack of clean drinking water around the world is a highly discussed global issue. Many people are affected by this problem and it has a large negative effect on a large percentage of the world. 31.25% of people do not have access to properly treated, clean, safe water. This issue continues to grow everyday and many people continue to suffer. The reason this topic needs to be addressed is that the people in the world affected by their lack of clean water are suffering, contracting diseases, and dying, because of the conditions they live in. Moreover it is a large issue and affects millions, if not billions of people.

“Thousands have lived without love, not one without water,” W.H. Auden says. It is true that water plays an important in our lives; nobody can survive without water. Importantly, water is a scarce resource which means that society has insufficient productive resources to meet all citizens’ needs. Once the scarce resource becomes more and more terrified, people will turn to limit the usage. Since California has been dried for four years continuously and reached near-crisis proportion, on April 1, 2015, Governor Jerry Brown signed an executive order that will restrict urban water usage by 25 percent to deal with the drought (Nagourney). The bill seems to make sense by limiting the water when it becomes scarce. This order will affect some

Water is the necessity of life without it every living organism on the planet parishes. This of course does not stop human kind from exploiting and abusing this priceless resource. Considering the planet is predominately water it is surprising to know that only 2.5% of the planets water is actually drinkable (Withgott, 2014). Of that 2.5% there is 70% of it going for agriculture alone which means that there is less fresh water to go around just to sustain the growing population (Withgott, 2014). One example that showcases how impactful the lack of freshwater is, is occurring now in the state of Oklahoma. It’s here that Oklahoma State has been suffering through a drought for the last five years (Layden, 2015). This drought has many

It is nearly impossible to deny the fact that water is a necessity for life. As surprising as it may seem, fresh water is a scarce resource. Only 1% of the world’s water is both fresh and accessible. This brings up the issue of water sustainability and management. Water sustainability is keeping water available. To do so, we must manage and over-watch our water use. Managing industry is a step in keeping water sustainable. This management can be both voluntary by companies themselves or by restrictions made by local and national governments.

An essential part of life on this planet is water. Water is in practically every living organism and it is absolutely necessary that water is readily available when it is needed. Over seventy percent of the planet is covered in water, of which only about three percent is fresh water that humans can consume which a lot of is trapped in glaciers and icecaps (FAO). In many parts of the world, there are places where fresh drinking water is not available for people because it is contaminated or hard to reach or some other kind of obstructive factor. In the current media, places of this nature include Flint, Michigan where the water source is contaminated, the state of California where there is a drought, and several places in Africa where there

Diseases are not only being spread through airborne water, but they are also being spread by the water used for bathing, drinking, cooking, etcetera. A technological system that has become especially intertwined with everyday life is that of water transportation systems. Unless one is linked to a well, household water most likely comes from an intricate system spread throughout the city. These municipal water systems provide potable water to homes on a scale unimaginable before this century; however, these same systems can be efficient conduits for causing epidemics. Most water supplies in developed countries are effectively treated in municipal water treatment facilities. However, in some circumstances, the treatment may be ineffective because of faulty procedures or resistance of organism to the procedures. In large urban areas, distribution of contaminated water can affect huge numbers of people. An example of this occurred in 1993 in Milwaukee, Wisconsin when approximately 400,000 residents experienced gastrointestinal symptoms caused by Cryptosporidium oocysts. Over 4,000 people required hospitalization during that outbreak.

Around the world water is an essential resources for daily life but over 663 million people do not have access to safe drinking water. For many water is seen as a given right, but what happens when the convenience of water is taken away? Worldwide countries and agencies are coming together to prepare for this devastating event. The United States, in particular Florida, has prepared multiple water supply plans and structures due to the unsustainable water withdrawal from the Floridian Aquifer and the impact of sea-level rise. In 2015, the Florida Department of Environmental Protection began preparing for an increase in population, resulting in 24.1 million residence by 2030, whom will demand a total of 7.4 billion gallons of fresh water per day (source 2015).

Water is a vital resource for human development; its natural mode of occurrence is governed by climatic, geomorphic and geologic characteristics of the land surface. Water resources is a major requirement and driver of socio-economic development. Economic sectors that water caters to include domestic, agriculture and fisheries, industry, recreation, municipality, including waste/effluent disposal, and water transportation. It also plays a prominent role in power and energy generation (Oyebande., 2004) .