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effects of groundwater pollution
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We realize that extracting from groundwater has advantages as well as disadvantage, in order to provide advantages and disadvantages we first need to know what the meaning of groundwater. Groundwater which is known as aquifer is water that satiates the crevices and openings of rocks and residues that is positioned below the surface of the ground. A mask amount of the groundwater is protected because it is underground, therefore leaving it purely clean and exempt from the pollution on the earth. Now that the significance of groundwater has been stated, the advantages and disadvantages of extracting from it can be summarized (Kreifels, 2011).
There are several advantages of extracting groundwater such as it is good drinking water and beneficial for irrigation; it is use all year; it can be found anywhere; it can be renewable as long as it is not contaminated or over used and it is cost effective compared to most surface waters and water is not lost because of evaporation. The disadvantages are the cost is greater and there is impurity from deeper well; water streams are condensed into surface water; the imposition of saltwater mixing into drinking water distributes close to coastal regions; for years aquifers polluted groundwater; land is descending because groundwater is being over pumped and depletion of aquifer because of over withdrawing (Miller & Johnson, 2010).
Groundwater depletion is a problem in the US and the world because water is being extracted from groundwater as fast as they can replenish them. One reason in particular why depletion occur in the US is that the population has increased and is steadily growing, which causes groundwater to be over pumped. Some levels in the groundwat...
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...able amount of energy to keep the pump flowing. The third drawback of desalination is that a massive amount of salty wastewater is accumulated and must therefore for a place to reside. If the salty wastewater is dumped into coastal oceans, it could cause harm to the sea life as well as compromise food resources. Disposing it on the land is not an option either because the groundwater and surface water could become polluted (Miller & Johnson, 2010).
Reference
Kreifels, C. (fall, 2011). Keeping it clean together. Volume 26. Number 2. The Aquifer:
A publication of groundwater foundation.
Miller, T.G., & Spoolman, S.E. (2010). Environmental science. (13th Ed). Belmont, CA:
Cengage Learning.
Terrell, B.L & Johnson, P.N. (1999). Economic impact of the depletion of Ogallala aquifer:
A case study of the southern high plains of Texas.
Groundwater remained the main supply until 1971 which was when Las Vegas became more dependent on Colorado River water due to the “Southern Nevada Water System” (Brown, n.d.; Larsen et al., 2015). Since then up to 90,000 acre-feet of groundwater has been pumped on a yearly basis, this value surpasses the natural groundwater recharge (Laczniak et al., n.d.). Rain as well as snow serves as the primary sources of groundwater recharge for the aquifers while precipitation plays a minor role (Laczniak et al., n.d.). Due to there not being balanced discharge and recharge this has led to subsidence and as a result of this subsidence the storage capacity of aquifers has decreased due to compaction (Laczniak et al., n.d.). It is estimated that 187,000 acre feet of storage capacity in the aquifers has been lost due to compaction (Laczniak et
Due to industrial waste ,domestic wastes and agriculture wastes entering into water source, Chinese government reporting that nearly 60 percent of China’s groundwater is polluted. It also leads the decrease in water quality. A large amount of water cannot be used and thus foster the water scarcity problem in China.
This research method is called pump and treat. It is a very popular method for cleaning up contaminated groundwater. By proceeding with pump and treat, adding cleaning wells will be necessary. Groundwater is then pumped through these wells and will go into a holding tank so the process can begin. The pumping process helps so that no contaminant can reach drinking wells and public water use. This treatment may require several different cleanup methods if groundwater contaminants are
The water that they don't use and all of the salt goes back into the water. For example, ¨The second problem with desalination is discharging water. It is water that is released back into the ocean. Desalination typically uses two times more seawater than it produces in freshwater. To make 50 million gallons of fresh water, Carlsbad will need to draw in 100 million gallons of seawater. The leftover water will be returned to the ocean. However, it will not go back the way it came in: It will be much saltier. Normally, returned ocean water is twice as salty as when it was pulled in.¨ This shows that he water will not mix well with other water so the desalination should not be
Between groundwater and surface water there are many different laws and rules that landowners and right owners have to abide by. Water found below the earth’s surface in the crevices of soil and rocks is called groundwater. Texas groundwater law was made by a judge. The law was derived from the English common law rule of “absolute ownership.” Groundwater belongs to the owners of the land above it and may be used or sold as their own private property. Texas adopted the common law rule that a landowner has the right to use or sale all the water that he can capture from below his land. A nickname for the Texas water law is the “law of the biggest pump.” Texas courts have consistently ruled that a landowner has a right to pump all the water that he can from beneath his land regardless of the water level in his neighbor’s wells. Landowner own all the underground water until it is shown that the source of supply is a subterranean river. Both stream underflow and subterranean rivers have been expressly excluded from the definition of underground water in Section 52.001 of the Texas Water Code. The funny thing about the Texas groundwater law is that one landowner can dry up an adjoining landowner’s well and the landowner with the dry well is without a legal remedy. Texas courts have refused to adopt the American rule of “reasonable use” with respect to groundwater. But there are five situations in which Texas landowner can take legal action for interference with his groundwater rights. First, if an adjoining neighbor trespasses on the land to remove water either by drilling a well directly on the landowner’s property or by drilling a “slant” well on adjoining property so that it crosses the subterranean property line, the injured landowner can sue for trespass. Second, there is a malicious or wanton conduct in pumping water for the sole purpose of injuring an adjoining
One reason I think they should stop the desalination is that people are wasting 100 gallons of ocean water for only 50 gallons of fresh drinking water. After doing that they will return the leftover water, but it would have twice as much salt when it’s returned to the ocean. When they put the extra salt into the ocean the sea life would not be as healthy and they could die. This hurts the environment a lot and because they are doing this everyday it will start to
The few rivers and lakes that exist do not contain a sufficient supply of water to meet the demand of the populace. This requires the majority of the water that is supplied to come from groundwater. Ground water is a series of aquifers, springs, and wells that store water beneath the surface. These underground water resources take time to accumulate because they are filled by surface runoff that has to seep through pores and crevices in soil, sands, and rock. In arid climates it takes even longer to accumulate because of the lack of precipitation each year. At the current rate of ground water pumping the water that is being pumped out of aquifers and springs is greater than it is replenished naturally. With population expected to grow in Tucson and around Arizona the groundwater depletion will only continue to
Water Drought and the Depletion of our Aquifers have lots to due with the human population growth in the World. The population is growing around 80 million people per year. Hence, we now need 64 billion cubic meters of water, per year for everyone in the World. With all the demand for water increases, we need to dig deeper into our wells. However, by digging deeper under the earth’s surface it is more likely to be contaminated with naturally occurring minerals, like radium that have been in contact with rock formations for hundreds of thousands of years with minerals that have dissolved into the water. Aquifers recharge so slowly soon wells will run dry, this is why we need to learn how to conserve water everyday.
In addition to water from lakes and rivers, groundwater can also be contaminated. Groundwater contamination can originate from several sources. First of all, groundwater can be contaminated by gas leaks from storage tanks, which have chemicals such as oil). In addition, toxic leaks from landfill sites and leaks of industrial chemicals from manufacturing sites can also cause groundwater contamination, as chemicals can leak into the groundwater if they are not managed properly. Bacteria can also
As per the EPA, 40% of individuals living in the United States use groundwater for drinking, cooking, cleaning, showering, and all different sorts of exercises 97% of individuals living in country ranges of the country use groundwater, and 30-40% of water utilized horticulturally is starting from the earliest stage" as such, water is utilized for some critical things, for example, drinking, washing, cooking, and nourishing creatures. Wastewater sullying is very negative to people, plants and creatures. Groundwater pollution is isolated into natural and natural and inorganic chemicals. Pesticides are utilized to murder bugs however can undoubtedly be invested in wastewater and reason liver harm and malignancy in people (Chua &Philip S,
Yuan, Z. & Tol, R. . S. J., 2005. Evaluating the costs of desalination and water transport. WATER RESOURCES RESEARCH, 41(3), pp. 1-16.
Before delving in to what is actually wrong with seawater desalination plants, it is important to establish that there are plenty of alternatives available. One of the best alternatives is to adopt more efficient practices, such as conservation of water, and recycling storm water and grey water (from washing machines and bathrooms...
“More than 300 million people in 150 countries now profit from access to harmless, quality water from desalination. Worldwide there are over 15,000 desal plants." (Neil Palmer,2013
Chemicals and impurities removed from water may not be disposed properly thus polluting the environment. A sheet volume of discarded filters may add up to landfill mass. The system itself may take up large amount of spaces and cause lots of noises and destructions. There may also be chemical or wastewater spills if not handled properly.
Many people around the world need water. Around 780 million people are unable to get clean water (One Billion Affected). People who do have access to clean water in their homes, have to pay a fee. The people who struggle to live obviously do not have enough money to buy water. People who are unable to have clean water have a good chance of dying either from disease or from dehydration. At least 3.4 million people die a year from water problems such as sanitation (One Billion Affected).