Tuesday, December 10, 2013

Final SYH

Abstract
This paper was about Lubbock water. We were a group in the class, ESL5301 Advanced Writing, and this paper was our final assignment. In the introduction, background knowledge, literature review and how people thought in general were provided. Furthermore, we had done 150 surveys, and translated the outcomes into charts to make the datum digest easier. According to those charts, we found some interesting points that we could discuss. They were the most challengeable and interesting part in the paper. The paper would give deeper aspects in Lubbock water after you read them.











Introduction
In the middle of America, the climate is known as dry and hot most of the time. Of course, Texas is also the same. If some regions have little rain, areas must have water shortage unless they contain underground water. Due to this kind of climate, the water resource is more precious, and people should truly care about water. Hence, I was going to talk about the water in Lubbock. We would not only generally speak of the situation of water in Lubbock but also make hypotheses and study about how the public thinks in the end.
      According to the news and resources that we had, the water situation in Lubbock did not look optimistic. We had three sources of water in 2011, but there had become only one in 2012. Therefore, the ex-mayor of Lubbock came out and announced to the public about limiting and saving water (Reed, 2012). However, the government had found a new water resource, Lake Alan Henry, which we could use in the future, and it could supply us for 8 years (Reed, 2012). Although the government said that, we had run Lake Meredith dry. That was very scary, because if we did not try to reduce the usage of water, we would face the same problem again and again. Nonetheless, the Mayor of Lubbock said that he would try to find another water source in order to make the civilians less anxious. On the other hand, the water problem might result from the fracking and farming, because these kinds of industries needed plenty of water, and we knew another fact, which was that land owners could drill water or oil as long as they were doing it on their own land. Those situations were how the water problem happened and how it had been caused, and I was going to talk about how people feel and their perspective.
      I found an article talking about shale and fracking, and it said they were not the main reason why Texas had water shortages (Blackmon, 2013). Moreover, the water crisis might be caused by agriculture, and I thought that it could represent some part of the population. Sometimes, people were not correct, but according to the article, we could understand some people’s thinking. If you said that agriculture was the main culprit of the water shortage, I believed most people would agree with that kind of statement.
      After we knew some people’s perspective, we could make a guess. Because we were not fortune tellers, we had to make hypotheses. The first hypothesis was that I thought most people would not know what fracking was, because even Microsoft office Word did not know the word. Therefore, how could we expect people to know the word that the most powerful documental software did not know? The second one regarded Lubbock water supply. I supposed the residents living here would not know where the water supply came from. We could try to imagine a condition which was you were a resident here. What do you did every day? You would not associate the water supply issue if there was no water shortage or problem that happened here, because people would take water for granted. When people turned on the tap, water would automatically come out. It did not matter how long people had been living here. The third one deals with which of the people took more water than they should. I think it might be the oil drillers because their career type was more like business men. They were an enterprise or a company, and the stereotype of them was greedy and only caring about the profits, so it would affect what people thought about oil drillers in the survey. That was just my hypothesis which did not mean all oil drillers were greedy or profits focusing.
Methods
We were a group in the class, ESL5301 Advanced Writing. There were four teachers and 13 of students in our class. The class was 9:30 to 11:00 on Tuesday and Thursday. In addition, we had an assignment which was a survey about how people thought about Lubbock water.
      The survey included 12 questions. Some of them were multiple selections, and some of them were yes/no questions. At the beginning of the survey, we recorded their personal information, such as where they were from, student or non-student, and male or female. After that, we asked what climate issues were important for them, whether they knew what fracking was, whether they believed fracking endangered the public water supply, how knowledgeable they were about where Lubbock got its water supply, whether they knew where Lubbock was getting its water for public use now, etc. Most questions were asking about the information around Lubbock water, and it was kind of testing how knowledgeable they were about Lubbock water supply.
       Despite these questions, the teacher required us that we had to get eight surveys and find at least five Americans, four male, and four female. It was fine to find eight residents or eight students. We didn’t limit this population. Where the Americans were from was not a big issue. Where you found the people was also not a big issue. People might think that our survey was not scientific, but the results only provided us in a class discussion. According to the survey, we could have a general idea of people’s perception of Lubbock water.
      In my survey, I asked three females; one of them was an American. She was very knowledgeable about the topic; the rest of them seemed like it was the first time they thought about or contacted these questions. Moreover, I asked five males; one of them was an international student. He knew a little bit about Lubbock water, but the rest of the male Americans were more knowledgeable than him. In addition, all of my surveys were done by TTU students, so there was no data about residents. Actually, TTU was a huge community, and it included 32,611 students in 2012 (Cook, 2012). Therefore, the whole university was like a small size Lubbock. To sum up, among my respondents, Americans were more familiar with Lubbock water than internationals.
Results
According to the results of the surveys, we had found that people who were surveyed were not ignorant. Actually, they were more knowledgeable than I had expected. In the first question the items which they were worried about the most were air and water pollution (the results were close, so I mentioned both into the most). Most people knew what fracking was, but they didn’t know if fracking endangered the public water supply. In the fourth question, people were humble because only a few people checked “very knowledgeable.” More than half the people knew where Lubbock got public water; however, almost half the people knew what Lake Meredith was. More than half the people believed in water restrictions for the city of Lubbock. Half the people had confidence that Lubbock water restrictions were effective. Only some people believed in water restrictions for farmers in the area. Most the people were trying to save water generally. Farmers and oil drillers were the major answer that the people had chosen in question eleven. Less than half the people were confident about Lubbock water. They were generally more knowledgeable than me. I think that was because the Americans have been living in America for several years, and Americans are supposed to be more knowledgeable than the international population.
 Therefore we may assume that Americans are more knowledgeable than the international population based on the first paragraph. Here are some facts that showed Texans were more knowledgeable than the other population. We had 96 (64%) people who knew about fracking, and in the knowing group 59% were from Texas, 25% from other states and 16% from international population (chart #5). The other fact that appeared was that only 44% people knew Lake Meredith. In the group of that people who knew Lake Meredith, 59% were from Texas, 26% from other states and 15% from the international population.
Moreover, I had made three hypotheses about the survey. The first hypothesis was that I thought most people would not know what fracking was, but surprisingly I was wrong. The second one, I supposed the people who are from Texas would not know where the water supply came from, and less than half people knew where the water came from. According to the data, there were 75 people who were from Texas and only 21 (28%) people who were checking knowledgeable. Almost half of Texans (37 people, 49%) were checking somewhat. Hence, we could see that Texans were not familiar with the water supply. The third one dealt with which of the people took more water than they should. I was right in the last hypothesis which is “which of the people took more water that they should,” and I said it might be the oil drillers. We could look up the outcome that 23 (31%) people chose farmer, 30 (40%) people chose oil drillers, and 30 (40%) people choose people who water their lawns (Texans). This result only accounted on Texans, so it appeared that Texans had the same idea with me that oil drillers took too much water.
Discussion
According to those charts, I found some interesting points that we could discuss. In the first question, check the issues that you feel are the most important, I started to distribute these nine issues into two parts, global and local issues. Air and water pollution were the highest (chart #7), and the following items were Fresh water supply, Drought and Global warming. The top five were all over 80 notes; however, the remaining four items were all below 50 notes. In those top five, which meant people were concerned the most, three items were global issues, and two items were local issues. Nonetheless, if you looked at the top two items, you could have seen they were both global issues. In my opinion, this situation was as if New Yorkers saw the news of Katrina hurricane, they might not give compassion. However, if the hurricane was Sandy, it would have been a totally different reaction.
      Another interesting thing was that there was a fun fact when I compared chart #5 and #9. In chart #5 the people who knew what fracking was had 59% people from Texas, 25% people from other states and 16% people from international group. In chart #9 the people who believed fracking endangered the public water supply had the similar percentage with the people who knew what fracking was. The people who checked “yes” in question three had 58% from Texas, 23% people from other states and 19% people from the international population. According to this fact, we could not assume anything, but when we looked at another fact, there were 96 (64%) people knowing what fracking was. Only 30 (31%) people said that fracking didn’t endanger the public water supply, so we could truly understand what people thought about fracking.
      The other interesting thing would be in chart #17, #18 and #19. Those charts listed how knowledgeable people were about where Lubbock got its water supply and their feeling about Lubbock’s ability to get water in the future. I only compared the knowledgeable part because if people were not knowledgeable, they could have guessed about answers. Texans who were knowledgeable had 76% people (chart #17) who worried about Lubbock’s ability to get water in the future. In the USA non Texans part (chart #18), USA non Texans who were knowledgeable had 20% people who worried about Lubbock’s ability to get water in the future. In the international part (chart #19), internationals who were knowledgeable also had 20% of people who worried about Lubbock’s ability to get water in the future. Actually, I felt a little bit weird that the percentage should be similar, but it didn’t. It was supposed to be similar because that was how the population distributed. Maybe, the people who were from Texas were more concerned Lubbock water because Lubbock was also part of Texas.
      If we do further research on this project, my advice will be surveying more people instead of 150. We can probably get 300 surveys and divide more populations. For example, we can include ages, majors and the time they have been in Lubbock. According to the three new categories, we will have the group of American, American from Texas, internationals, students, non-students, males, females, different ages, different majors and the time they have spent in Lubbock. I believe that we will have an exciting and interesting result after we cross match these datum. We had had interesting results even though we only got 150 surveys. However, it will be a problem to collect 300 surveys. For instance, the workload of the assignment will explore as twice as the previous one, but the decision depends on teachers. Actually, I felt very comfortable in the class because we usually had a paragraph per week. If everyone followed the steps of teachers, the assignments should have been a burden. Therefore, if teachers want to do 300 surveys, teachers can set more capacity in the class in order to get more students or give more credits in the class.








Bibliography
Blackmon, D. (2013, Aug. 21). Shale, fracking are not the main cause of Texas water                                                                              shortages. Forbes Retrieved in September, 2013 from:
Cook, C. (2012, Sep. 15). Texas Tech Sets Another Enrollment Record. Forbes
Retrieved in November, 2013 from:
Reed, A. (2012, Feb. 09). Lubbock’s water crisis, how did we get here? KCBD.
Retrieved in September, 2013 from:


Monday, December 9, 2013

Final paper

Jose A Payan
Abstract
This report is about the study that we did with 150 people and their perception about the water crisis in the city of Lubbock. We used questionnaires to collect the data. In the questionnaires we included specific questions, to give us a clearer idea of the perceptions of the people, besides separating our population into male and female, Texans, Non-Texans and internationals also students and Non-Students. Most of the questionnaires were done within Texas Tech University, and it was eight surveys per person. The total of the questionnaires was carefully analyzed with the aim of being as objective as possible. The results were interpreted with graphs, in which we find different results to each of our questions. This indicates to us that there are differences in what people think, and how concerned they are about the water crisis in the city of Lubbock, and with these results we respond to our hypotheses and give the reader actual information.
Who is more informed about this issue? Who is more concerned? Besides who really is willing to do something to save water? These are questions we must answer in order to find and propose real and workable solutions. 
Water crisis in the city of Lubbock TX.
Nowadays, all the people are witnessing the great changes that are taking the planet earth, such as global warming, the changing seasons, natural phenomena and so on. All this is because of the actions we have day by day; we are polluting and depleting our resources unconsciously, destroying our planet. Even when we do not realize, we can be polluting the water. There are many habits that can help water conservation. We can easily implement in our daily lives such as bathing no more than 5 minutes, shut off the water when we brush our teeth, also, water our garden with treated water and many other.
       As far as water is concerned, three quarters of planet earth is water and of a total of only 3% is fresh water; of this 3%, only 0.7% fresh water, of this 3% only 0.7% are for human use (Howard, 2013), and their various activities are included; two of these activities are agriculture and fracking into the oil field. These are two of the most profitable activities in our region, and through these we are running out of our water reserves, since there is almost no kind of restriction on water use (Avalanche-Journal, 2013).
While fracking typically consumes less water than farming or residential uses, the exploration method is increasing competition for the precious resource, driving up the price of water and burdening already depleted aquifers and rivers in certain drought-stricken stretches. Some farmers and city leaders worry that the fraking boom is consuming too much of a scarce resource, while others examine the push for production as an opportunity to earn money by selling water (Garance, 2013).
Moreover, oilfield representatives say their activities are not destroying the water supply, and in fact they are using treated water and improving its processes; this in order to not cause environmental harm. Another big factor in this crisis is agriculture; however, as in the oil field they assure us they only use water that rightfully belongs to them as it is on their property (Blake, 2012).
We have been talking about the big companies, but how informed are the people of Lubbock?    
For many years, Lake Meredith was the primary source of water for Lubbock. But, the drought this past year and the lack of rainfall above the lake has dried completely. Water levels have lowered, and increased water consumption. That is why restrictions were imposed on the use of water in the city. Despite this, the acquisition of water from Lake Henry will provide supply for at least the next eight or ten years. Moreover, there remains the possibility that the water will run out in Lubbock, if we don't take care about saving water (Reed, 2012).
Lubbock city currently gets its supply of water mainly across the lake Henry and other sources. According to studies by the city council these other sources of supply are necessary to maintain the demand of the population of the city as not to be so for the next 10 years, the city will not be able to satisfy the generate demand Lubbock city, even if aggressive water conservation measures are implemented (City of Lubbock, 2013). 
Hypothesis
For my hypotheses about the water problem in Lubbock, I thought of the following. It's true that Texas residents are more concerned about this problem or than others? As we all know Lubbock is a city with lots of floating population (students). Since the majority of students may be going to leave the city after they finish their studies, they are likely to be less involved with the problem of the city. In the second place, who cares more about this problem, males or females? With this question we can realize which gender is more concerned about this. I concluded that women would always care about resources, whatever it is. In this case it is the water of Lubbock, for the reason they tend to secure the future for their children and themselves. Another scenario that comes to mind and returns to the floating population against the residents of Lubbock is that residents of this city more easily accept restrictions on the use of water than non-residents as I mentioned earlier. My last hypothesis is that people think that the oil industry uses more water than they need; this is because people only know the information that the media send.
Method
This class is great, because it's a great aid to improve your grammar and redaction; I'm not a native English speaker and see here a big opportunity to get better in my writing, but even if you are an English native speaker, I'm really sure that this class going a help you, because even when my first language is Spanish is hard for me write correctly in Spanish I imagine that is the same for native English speakers too. This class is especially good because we are just 13 students and 4 teachers; we can say is one professor for each 3 students, which I think is excellent; how the professor guides the class is good. In all of the classes we have to stay practiced and at the end that is the intention. The professor and his assists encourage us in each class to improve our writing; with examples, being open to question, and offering extra hours for help us, not just for this class they always are open for help us in any class if we have problems with the writing part.
For our research about the water in Lubbock we surveyed a total of 150 people with the objective to recognize what people knew or thought about this problem. In my case to get the surveys I did my surveys with my classmates and my professors; they were very friendly and took it seriously.
In our survey we wanted to give ourselves an idea of ​​how many people were residents of Texas, how many people were students and their gender.
In addition, we wanted to know their interests and knowledge about what fracking is. Also we asked a couple of questions to determine their water care habits, and see who was concerned about this state of affairs.
I asked to one of my professors to fill the survey and he seemed very serious at the time to respond the questions; the rest I did with my classmates for my "International Management" class, there because it seemed to me interesting asked to international people instead that U.S. citizens, I imagined that the rest of my classmates would ask to U.S. citizens.  
In my view, the one of the limitations that we could have had is the variation in the answers, because I think all my classmates did their surveys in the school; therefore, all the answers were similar, since one student had access to tons of information and on the other hand, one person who had to work at least 40 hours a week just to pay the rent, he or she did not care about this problem, because he or she had other problems in his or her head and that was a big limitation. I think we should have done the surveys outside of school, for better and more variety in the results.
Another limitation was that I could appreciate the fact that we did not had any money support for this research; this last limitation were important because with this resource we could go out from the school and apply the surveys with different people not only college people and ours results would be different.
The other limitation that we could consider was that most of the people who asked our questions were between the age of 20 to 30 and it might affect the result because sometimes people in those ages do not pay attention to the water crisis, and they are so young to think about water crisis, additionally most of this population on twenties came to Lubbock just for college and when they finish is probably that they going to leave the city and for this reason they don’t take this as a big problem and their responses might be erroneous.  
Moreover, most of the people we asked the question were educated people and we did not go to find the people who did not have any education to see if those people had knowledge about the fracking and so on or not. In addition, we did not have time to ask enough people to get the superior result, and it caused our result to might be not trustable (see appendix I).
Result
The total population of our study was 150, distributed as follows: 75 males and 75 females. From Texas was 75 of which 38 men and 37 women. From US but not from Texas were 36 of which 20 were male, and 16 were female. International students were 35. Among 40 non-students, there were 21 persons from Texas, 15 from US, and 4 international. With this facts we can assume that our results will be evenly regarding gender (see appendix II, Chart 2).
Who uses more water, according to the people
When we hear “oil field”, we relate it to money and therefore industry. I suppose that is why the people believe that this industry is using more water as reflected in our results. Indicating that the 75 Texan’s women, 30 of them believed that the oil drillers used more water than they need, while 32 of them said they had no idea. Among Texans men 24 of them claimed that the oil field uses more water than they should and only 13 said they did not know anything about it. On the other hand, there ere non-residents of
Texas, of whom the majority stated that the sphere of oil consumes more water than they should. Response to this question we can say that most of the people blamed the oil drillers to used more water that they needed even when the people did not have a clear idea about what fraking is (see appendix II, Chart 15).
Who has knowledge about what fracking is and if this activity endangers the public water system
It is presumably Texans who have more knowledge about what fracking is, as it is one of the primary activities in the area, but in a school environment, things change, because you have access to lots of information even when we are not expecting it.
Of our total population 96 of them knew that fracking is; of these 57 were residents of Texas, 24 U.S. but not from Texas and 15 were internationals. Furthermore of the 54 who had no knowledge about fracking, were distributed in 18 Texas residents, 12 out of Texas, and 24 were international; according with these facts we can say that Texans had more knowledge about what fracking was, this probably because they have seen this industry work for all of their life (See appendix II, Chart 5).
Texans, in general, seemed to blame oil drillers more than another because the population of Texas residents found that 75 of them believed that drilling and fracking caused significant damage, while 30 disagreed.
Also within our student population we can say the same we found that 45 of them who did not know what the fracking was, most of whom were international. Among the 65 students with knowledge of what was fracking, 40 of them are Texans, 13 were international and the rest from US but not from Texas.
Who is more conscious about water conservation?
With this question we wanted to find who is more conscious because, at first we thought that non-students cared more about preserving water, also that non-students would be against restrictions on water use, plus the difference between men and women who supported the restrictions on this resource and finally what people responded about farmers.
We saw the results of the total of 75 women, which was that 52 were concerned with the future water, while the other part of the 75 respondents only 34 men were concerned about this. Also international students within a total of 35, 22 respondents are concerned about the future supply against 13 who were confident.
Regarding these who usually cared about water, of the population of non-students 22 women said they would conserve and just 2 said they did not care for the water; on the side of the men, 12 said they had habits to conserve water while 3 of them are not concerned. (See appendix II, Chart 35).
Another important point is that 43 Texans knew where the water cames from, against 33 who reported not knowing.
Discussion
With this research, we intended to find both what people in the city of Lubbock know about the water situation and how they feel about it.
In this research we had many variables such as the number of our population, the resources available to us. Besides these were a large number of limitations; as being the majority of the surveys was implemented in school, so even if they were not students they were people with some college degree, and this was much limit in the difference between responses.
In our eagerness to find the perception of people about the water situation in Lubbock, as mentioned, before most of our population, were students of Texas Tech University. We found great surprises, contrary to what we imagined.
First, a notable result was that men and women who were concerned about this situation were not much different, contrary to what we thought, that women would worry more than men about the situation of water in Lubbock. Another interesting thing we discovered was that although men as women were concerned about this situation, they did not do much to conserve water; on the contrary women had more water conservation habits.
As regards, Texans being well informed about what the fracking was, our theory was confirmed, because more than half replied that they knew, except for some international, who were also well informed on the subject.
Continuing with international students, we assumed that they were neither interested nor concerned about water care, since most of them upon graduation are going to return to their country or their state. The result showed that the majority of international students, despite did not know much about the state of affairs, worried and had habits to conserve water; maybe this is because in their country of origin they have the same problem.
Another point was stressed. About restrictions to the excessive use of water, the results indicated that the majority of men surveyed agreed with implementing restrictions for farmers, while women were somewhat indifferent to this situation. This might be due to the fact that farming was a purely male activity and men had more knowledge about this process.

Bibliography

Avalanche-Journal (2013, Mar. 10) In Texas, water use for fracking stirs concerns Retrieved on Oct. 13, 2013 from http://lubbockonline.com/agriculture/2013-03-10/texas-water-use-fracking-stirs-concerns#.UoFHlfmINQQ

Blake, S. (2012, Aug. 07) Tech Professor says concerns over fracking unfounded. Retrieved on Sep. 24, 2013 from http://www.kcbd.com/story/19215063/lubbock-fracking-to-be-addressed-at-city-council-meeting

City Of Lubbock Texas (2013) , Strategic Water Supply Plan for the City of Lubbock, Retrieved on Sep. 20, 2013 from http://www.mylubbock.us/docs/default-source/water-department-file-library/2013- strategic-water-supply-plan.pdf?sfvrsn=2

Garance, B. (2013, Jun. 16) Fracking fuels water fights in nation's dry spots. Retrieved on Oct. 17, 2013 from http://lubbockonline.com/filed-online/2013-06-16/fracking-fuels-water-fights-nations-dry-spots#.UoFbT_mINQQ

       Howard, P. (2013, Nov. 5). "Water, Water, Everywhere...." Retrieved on Nov. 6, 2013 from http://ga.water.usgs.gov/edu/earthwherewater.html
      Reed, A. (2012, Feb. 9). Lubbock water crisis, how did we get here? Retrieved on Nov. 1, 2013 from http://www.kcbd.com/story/16903788/lubbocks-water-crisis-how-did-we-get-here

Survey

JAP 
ESL 5301
Survey
Thank you for filling out our survey!

I am from
____  Texas
____  USA, not Texas
____  international, not USA

I am  ____  student
____  non-student

I am  ____  Male
____  Female

1. Check the issues that you feel are most important. Check as many as you like.
____  rising sea levels
____  global warming
____  increasing storms, tornados, & hurricanes
____  increasing flooding
____  drought
____  fresh water supply
____  fracking & drilling and their effects
____  air pollution
____ water pollution

2. Do you know what fracking is?
____  Y  ____  N


3. Do you believe fracking endangers the public water supply?
____  Y  ____  N  ____  Don't know

4. How knowledgeable are you about where Lubbock gets its water supply?
_____ Very knowlegeable _____ Somewhat  _____ Not very
5. Do you know where Lubbock is getting its water for public use, now?
_____ Y  _____ N

6. Do you know how Lake Meredith is related to the question of Lubbock's water supply?
_____ Y  ______ N

7. Do you believe in water restrictions for the city of Lubbock?
____  Y  ____  N  ____  Don't know

8. Do you think Lubbock enforces its water restrictions effectively?
____  Y  ____  N  ____  Don't know

9. Do you believe in water restrictions for farmers in the area?
____  Y  ____  N  ____  Don't know

10. Do you usually, generally, try to save water (for example, turn it off while brushing teeth?
____  Y  ____  N  

11. Which of the people on this list take MORE water than they should, based on the availability of the resource? Check as many as you like.
_____ farmers
_____ oil drillers
_____ people who water their lawns

12. Which best describes your feeling about Lubbock's ability to get water in the future?
_____ confident
_____ worried

Proposal(SG)





Proposal for a Study of Peoples’ Attitude and Awareness of Lubbock Water Crisis.

Introduction

Water conservation is an important issue in many parts of the United States. Water supply shortages have become more frequent, and by 2050, more than one-third of all U.S. counties are expected to face a significantly higher risk of water shortage (Spencer and Altman, 2010). Water pollution, population growth, and climate change are expected to increase stresses on water resources. Water conservation and protection of water quality are of increasing interest to both water suppliers and water users. Water supply in Texas comes from both surface water and aquifers. Surface water occurs naturally in rivers and creeks which run generally from the northwest to the southeast, and in stock tanks, ponds, and lakes—most of which are man-made. Groundwater occurs in the Ogallala aquifers, oriented perpendicularly to Texas rivers and parallel to the shoreline of the Gulf of Mexico. Lubbock is located in the northwestern part of Texas state and ecologically is part of the southern end of the Western High Plains (Wikipedia) in a largely cotton-growing and livestock farming area and is one of the fastest growing cities in west Texas. For many years, Lake Meredith was Lubbock's primary source of water (Reed, 2012). But the drought and the lack of precipitation has dried up the lake completely. City water currently comes from two well fields in Roberts County and Bailey County and one lake, Lake Allen Henry. The Lubbock Water Department has applauded that the City is constantly exploring water sources for Lubbock and they have made plans for the residents for the next 100 years (Lubbock Water Department, 2013). In previous years Lubbock has had recurring drought and hotter temperature. Therefore Lubbock has been scared about the possibility of having no water. The City of Lubbock has implemented various strategies to conserve water to overcome the water crisis including public education and awareness, seasonal watering restrictions, increased water volume rate, reducing unaccounted water losses, etc. Generally, people’s perception about water is an important factor which influences the water use policies. I think working on people’s attitudes and beliefs about water are essential. The purpose of this study is that, we wanted to find out about peoples’ awareness of where Lubbock gets its water supply and what striking features caused Lubbock water to be in danger. And also we wanted to study what people believed about the City of Lubbock water restrictions and how they actively participate to save water. In this worthwhile study we focused on the differences in perception of between male and female, between students and residents and among internationals, non-Texas Americans, and Texans.

Background Study

In the news (KCBD, 2012), an article titled on “Lubbock’s water crisis, how did we get there?”, Mayor Tom Martin admitted he was concerned about the possibility of having no water, because Lake Meredith was dried up  and that was Lubbock's primary source of water. After it dried up the City of Lubbock had to rely on just the well fields. He said that “We're having to limit water usage during the summer, because the usage has gone way up and once Lake Alan Henry is online, our situation is much improved for the next 4, 6, 7 or 8 years”. An article in ClimateProgressor (2012) entitled “Portrait of a Drought: Finding Water where It Ain’t” said that West Texas is on the front lines of a changing climate, and scarce water is the most obvious symptom, because it is specially highlighted that ground water supplies are endangered   because of tempest of hotter temperatures, more people, water-sapping cotton farming and a devastating 2011 drought. Conkwright, general manager of the High Plains Underground Conservation Water District #1, headquartered in Lubbock said “Farmers are being required to install water meters to ensure they don’t exceed their limits. This is an inappropriate effort to conserve Ogallala Aquifer. It seems like adding salt to the wound”, (Agrilife, 2013, Mar. 12). According to the Wall Street Journal (2013, Aug. 1), “Severe drought continues to threaten the water supply of large parts of the Western U.S. According to a group that monitors drought conditions, Lubbock, Texas has averaged the worst level of drought since the beginning of 2011”. It opened people’s eyes towards the future of Lubbock city and its limited resources, in particular, water.

Hypothesis

Based on this study I come up with six following hypotheses that concern this Lubbock water crisis. First, we believe that women would more care about water than do men. That is because usually women are more responsible for day-today household activities within their families such as cooking, taking care of kids, cleaning the house, gardening work, etc. Second, residents would care more about water than do non-residents, because residents need water for a long period of time, while non-residents may stay in Lubbock for a short period of time, hence they only consider their water needs. Third, residents would be more probable to agree to water restriction than non-residents because non-residents might live in Lubbock for a short period of time; hence they don’t practice using less water to save for the future. Sometimes, they have not experienced any water problem in their home town; accordingly they don’t have attitude to save water. Fourth, men would be more like to agree to water restriction than women, because women might care about the water to fulfill their family needs without any restrictions to their household activities. Fifth, non-students would have more concern about saving water than students, because the students have concentrated on their studies or they may plan to leave Lubbock after graduating to find a job, but most of non-students are Lubbock residents who have lived for a long period of time in Lubbock and they think about rest of their life living in Lubbock and saving water for their children’s future. Sixth, students would be less knowledgeable about fracking than would be non-students because students might be aware of the water crisis in Lubbock they wouldn’t care what about the potential causes. For an example, I myself don’t know what fracking is.

Bibliography

Burns, R. (2013, Mar. 12). Texas crop, weather for March 12, 2013. Agrilife. Retrieved from Sep. 17, 2013 from http://today.agrilife.org/2013/03/12/texas-crop-whether-95/

City Of Lubbock Texas (2013), Strategic Water Supply Plan for the City of Lubbock, Retrieved on Sep. 17, 2013 from http://www.mylubbock.us/docs/default-source/water-department-file-library/2013- strategic-water-supply-lan.pdf?sfvrsn=2

Fleming, P. (2012, October 19). Portrait of a Drought: Finding Water Where It Ain’t. ClimateProgress. Rtrieved on September 29, 2013 from http://thinkprogress.org/climate/climate/2012/10/19/ 1052091/portrait-of-a-drought-finding-water-where-it-aint/

Gonzalez, E. (2012, Aug. 6). Should we vote on fracking? Retrieved on Oct 3, 2013 from http://lubbockonline.com/local-news/2012-08-06/should-we-vote-fracking#.UnHPPY0jK4Q

KCBD News. (2005, Nov. 5). Lubbock's Water Crisis: Keys to the Future. Retrieved on Sep 26, 2013 from http://www.kcbd.com/story/4129560/lubbocks-water-crisis-keys-to-the-future

KCBD News. (2013, Aug. 16). City of Lubbock disputes water shortage claims. Retrieved on Sep 26, 2013 from http://www.kcbd.com/story/23156106/city-of-lubbock-disputes-water-shortage-claims

Lubbock Water Department.  Retrieved on Sep 26, 2013 from http://www.mylubbock.us/departmental-websites/departments/water-department/home

Magelssen ,T. (2012, Mar. 12). Hydraulic fracturing experts discuss problems associated with process. Retrieved on Oct 3, 2013 http://lubbockonline.com/local-news/2012-03-12/hydraulic-fracturing- experts-discuss-problems-associated-process#.Uk2OSI0jLXa

Reed, A. (2012, February 9). Lubbock's water crisis, how did we get here? KCBD. Retrieved on September 30, 2013 from http://www.kcbd.com/story/16903788/lubbocks-water-crisis-how-did- we-get-here

Sauter, M.B., and Hess, A.E.M. (2013, Aug. 1). Nine cities running out of water. 24/7 Wall Street. Retrieved on Sep. 17, 2013 from http://247wallst.com/Special-report/3013/08/01nine-cities-running-out-of-water

Spencer, T., and P. Altman. 2010. Climate change, water, and risk: Current water demands are not sustainable. Natural Resources Defense Council, Washington, DC. http://www.nrdc.org/globalWarming/ watersustainability/files/WaterRisk.pdf (accessed 29 Aug. 2013).

Water use in United States (2013, Jan. 28). National Atlas of the United States. US Government.  Retrieved on Sep. 23, 2013 from http://nationalatlas.gov/articles/water/a_wateruse.html

 
Final Paper                                                                             Shima Hassanzadeh
Abstract
The paper reports the study of 150 people's perception about water crisis in the city of Lubbock. We used questionnaires to gather the information. We brought some specific questions to confirm our hypotheses about the differences in perceptions among males and females, Texans, non-Texans, students and non-students. We tried to get eight people each person, and except for a few of them, most of them were in Texas Tech University.  All 150 completed surveys were analyzed. We used the quantitative method and provided some charts for questions. We interpreted our results from the excel program, and used its charts. We found different results for each hypothesis and question. Our findings indicated that there were some differences among people's attitude in manifold issues.
                                                     Introduction
There is a lot of water on Earth in various forms such as sea, rain, rivers etc. Water is essential for life and we cannot live without it. Water is essential for plant and animal nutrition. Water can be used to produce many products. Based on a report in the National Atlas of the United States (2013), the use of water in the U.S. has changed with time, and the most important factor which affects water sources is human activities. In Lubbock water has been overused, and Lubbock has struggled with its water sources. Reed (2012) said that Lake Meredith, which is one of the main water resources in Lubbock, has been in trouble for several years, and it almost dried. I think people’s feeling about water is one of the important factors which influence the water use policies. If we know people are worried about water in Lubbock, we can ask them to preserve the water, and be more careful about water usage.  I think working on people’s feeling about water is really beneficial. As far as we know, no one has studied perception of water issues among the people of Lubbock. In this research, we want to find out if people know where Lubbock gets its water supply, and if they know what causes Lubbock water to be in danger. We will study how people feel about the Lubbock water problem, and how they see this issue. We will also study if people actively save water, and if people worry about the water supply. In this study, we will look at the differences between male and female, between students and residents, and among internationals, non-Texas Americans, and Texans.
There are many authors who wrote about the water crisis. Here are some people who wrote about the severity of the crisis, and the problems people are faced with.
According to Sauter and Hess (2013), the low rainfall has engendered severe drought in west Texas in the United States, and if it continues west Texas cities face lots of problems such as crop losses, low reservoir levels, and water shortage emergencies. Water is one of the most important things on which all the existence of life depends. Without water all countries face different problems in all aspects of their life.
 Reed (2012) said that because of the Lake Alan Henry, the water crisis in Lubbock can be fixed, which means we will not have a water problem in the near future, while Goldenberg (2013, par.6) said that "towns in west Texas are facing a grim reality: water is so scarce that almost 15 million people need to ration it". People cannot water their gardens, ranches are forced to dump their herd, and cotton farmers have already lost as much as half of their crops. He also said that "water wells are being drilled in big cities, but small towns cannot afford them, and small centers' inhabitants are becoming aware that when water is gone, they will be gone too" (Goldenberg, 2013, par.3).
According to the City of Lubbock (2013, p.ES 3), "Lubbock’s current water supply sources consist of Lake Alan Henry (LAH), Roberts County Well Field (RCWF), and the Bailey County Well Field (BCWF)". Regarding water demand, which is estimated in this article, "Current estimates show that by the year 2014, additional water supplies and or aggressive water conservation is needed in order to maintain water supply during the peak demand of summer months. Without these additional water supplies by 2025, Lubbock will not be capable of supplying the projected water demand even with aggressive conservation" (City of Lubbock, 2013, p.ES 3).
According to Burns (2013), the water shortage problem is not only for those who consumed water a lot, such as farmers, but also for whole cities. He also mentioned that the agricultural areas need water badly and farmers cannot use well water because it tends to be salty.
There are a lot of factors that lead Lubbock to have water problems such as drought, farming, water pollution etc. I think the most important one inducing difficulty is drought. Lubbock has tried to get its citizens to conserve the water. According to Sauter and Hess (2013), Texas has implemented mandatory restrictions.
All those people talked about the water crisis, and some restrictions which exist about water usage. But, the problem is, we should find out if people will follow those restrictions or not. Moreover, Lubbock restricts farmers; but, do we know if people support that or not?  It is really important to know how people feel about water in Lubbock. That is because, if people know about the severity of the problem, and if they feel worried about water, it might lead them to follow the restrictions. In this research, we will study how people feel about Lubbock water, and how much they know about the water crisis. We will also find out if people are worried about Lubbock water, and how they see the issue. In addition, we realize what differences in opinion about Lubbock water are among different people based on their gender, residency status etc. Knowing people's perception about Lubbock water, we might control the right pattern of water consumption. It may also become one of the methods to conserve Lubbock water resources. It may engender modifying consumption patterns to prevent loss of only a few drops of water and prevent other problems in the future.
Hypotheses
I came up with the following hypotheses about the water problem in Lubbock. First, women care more about water than do men. I think that is because women see themselves as more responsible than men to support their family in difficult situations. For example, mothers care more about their children's nutrition than fathers. Second, Lubbock residents care more about water than non-residents, because residents need water for a long period of time, while non-residents may move to another place and use other sources of water. Third, Lubbock residents will be more likely to agree to water restriction than non-residents, because non-residents might live in Lubbock for a short period of time; thus, they do not want to oblige themselves to use less water to save for the future. Indeed, they prefer to use as much as they want during the short period of time, they spend in Lubbock. Fourth, non-students care more about water saving than students, because the students might think that after they graduate they will leave Lubbock to find a job or for many other reasons, whereas nonstudents are more stable in Lubbock and they know they may live in Lubbock for the rest of their life and may not move to other cities or other states.
Method
We were in ESL 5301 Advanced Writing class for Fall 2013 at Texas Tech University. This class included thirteen students with four teachers. We had one professor, and three teaching assistants. We were working on a research project about the water crisis in Lubbock, and what people felt about water in Lubbock. To determine what people felt about water, first we did the research project with questionnaires which encompassed twelve questions (see survey). The questions asked people about their nationality, occupation and gender. Then we brought nine issues which caused the water crisis, and asked people to choose as many issues as they thought were important. After that, we asked people if they knew what fracking was, and if they believed fracking endangered the public water supply, and how much they were knowledgeable about the Lubbock water supply, and if they knew where Lubbock was getting its water for public use. Then, we asked them their knowledge about Lake Meredith. After these questions, we asked if people believed in water restriction for the city of Lubbock, and if Lubbock enforced its water restrictions effectively. Next, we asked them if they believed in the water restriction for farmers, and if they tried to save water. Afterward, we asked them if any of the three groups used too much water, and finally, we asked them to describe their feeling as confident, or worried about Lubbock water. 
We tried to get eight people each person, and we tried to get male and female, student and non-student, Texas and non-Texas residents from Texas Tech University, and some other places in Lubbock. Each of us tried to find five or more Americans in this survey.
Texas Tech has about 33,000 students, and most of them are from Texas. So, it was really easy for us to find Americans, and we expected to find them everywhere in Lubbock, because there are so many students who live in Lubbock. Moreover, Texas Tech has students from all over the world, and it has many international students too. To choose our sample, we could have deliberately gone to some special places to find people, but we were graduate students, and we did not have that much time. Thus, we preferred to find people on campus. Therefore, we asked people on campus and we gathered our information mostly from people who studied or worked at Texas Tech University.
We had some limitations in this research. First, we did not check Lubbock very carefully. We just went around Texas Tech University very well. Due to limitation of funding and time, we just got the people who were really close to us. Second, we asked people if they were knowledgeable about fracking or not, but we did not have any control if they really knew about fracking or they lied to us. We could not test them. Third, we went to the easiest places to gather the information, like our department or our own apartment complex. Therefore, the vast majority of them were Texas Tech University students, and it affected the result. Fourth, we had difficulties to find enough males or enough females in our department. Fifth, we did not have a clear definition for some questions. For instance, sometimes, some people told us they were born in other states, but they lived in Texas, and they did not know if they were Texans or not, and we did not know that as well. Finally, maybe people in Texas Tech University were less likely to be knowledgeable about fracking than other people. So, our sample might not cover the topic
Results
Sample
            Overall, we had 151 people who we asked to fill out our questionnaire, and among them, we had one person who refused to fill out the questionnaire, and 150 people who agreed to participate. Most of the participants were from Texas Tech University and some of them were from elsewhere in Lubbock. In this study (n=150), we had 75 men and 75 women. We had 75 from Texas, 38 male and 37 female, 36 U.S (non-Texas), 20 male and 16 female, and 39 international, 17 male and 22 female. Among 110 student population, we had 54 students from Texas, 21 students from the US, and 35 international students. Among 40 non-students, there were 21 persons from Texas, 15 persons from US, and 4 internationals (see chart.2).
Who uses much more water than they should?
     It was assumed that people from Texas would tend to think fracking endangers the public water supply, and oil drillers used more water than they should. I correlated Questions 3 and 11, to see what the relationship was between believing fracking is a danger and that oil drillers should be blamed for using too much water. Overall, we wanted to find out whether Texans were harder on the oil industry than others. Considering that we had 75 Texans and 39 of them checked “oil drillers” in Q. 11, these were the 52% to use. About 30 out of 75 (40%) believed that fracking endangered public water supply, and among those who answered ‘yes’ to Q.3, 24 out of 39 (61.5%) respondents believed that oil drillers used more water than they should. 13 Texans (17.3%) did not believe fracking endangered water supply; among them, 2 out of 39 (about 5.1%) respondents thought oil drillers used too much water. 32 Texans (about 42.6%) did not know whether fracking endangered public water supply. Among these, 13 out of 39 (about 33.3%) thought oil drillers wasted too much water (see chart.22). Based on the result, there was a large number of Texans (40 %) who believed fracking endangered public water supply, and 61% who thought oil drillers used more water than they should.
Then, we wanted to find out whether non-Texans more critical of oil than Texans. We had 36 non Texans, and 17 of them (47.2%) checked oil drillers in Q. 11. 12 out of 36 (33.3%) believed that fracking endangers water supply, and 8 out of 17 (47%) blamed oil drillers. 11 out of 36 (30.5%) did not believe fracking is to blame, and 6 out of 17 (36.2%) thought oil drillers wasted too much water. 13 out of 36 (about 36%) did not know whether fracking endangers public water supply. Among them, 3 out of 17 respondents (17.6%) still thought oil drillers wasted water. Our finding indicated that in comparison with the total number of Texans and non-Texans the percentage of the non-Texans (33.3%) was almost the same as the percentage of Texans (40%) who believed fracking endangered public water supply. In addition, there was less than a half (36.2%) of non-Texans who thought oil drillers used more water than they should, whereas there were 61.5% of Texans who had the same idea.
What the internationals were like compared to others?  Moreover, we had 39 internationals, and 21 of them checked oil drillers in Q 11. 10 out of 39 (25.6%) believed fracking endangered public water supply. 5 out of 21 (23.8%) said oil drillers wasted too much water. 6 out of 39 (15.4%) did not think fracking endangered water supply, 4 out of 21 (19%) said oil drillers used too much water. 23 out of 39 (58%) did not know whether fracking was a danger to water supply, 12 out of 21 (57.1%) still thought oil drillers waste water. Among internationals there were more than half of them who did not know whether fracking endangers water supply or not. They also had almost the same percentage (23.8%) as non-Texans who thought oil drillers wasted too much water (17.6%) (see chart.15). Totally, based on the result it could be concluded that Texans would be more aware of fracking danger, and they were more likely to think that oil drillers used more water than they should.
Knowledge about Fracking
           It was believed that Texans were more knowledgeable about fracking in comparison with non-Texans. The result stated that among 96 people who knew about fracking, 57 (59.37%) were from Texas, and 24 (25%) were from U.S non-Texas, and 15 (15.62%) were internationals. In addition, the result showed that among 54 people who did not know about fracking 18 (33.3%) were from Texas, and 12 (22.2%) were from U.S non-Texas, and 24 (44.4%) were international. Hence, we had 75 (50%) of respondents who were from Texas, and among them 59.37% knew about the fracking, and 33.3% did not know about fracking, while among 39 (26%) U.S non-Texans, we had 25% who knew and 22.2% who did not know about fracking, and among 36 (24%) internationals we had 15.62% who knew, and 44.4% who did not know about fracking (see chart.5)
         The result indicated that in comparison with the total number of  Texans more than half of them, 59.37%, knew more about fracking, whereas only a quarter of  the U.S non-Texans,  25%, knew about the fracking, and among 24 internationals we had 15.62% who knew about fracking. Thus, relatively, Texans were more likely to know about fracking.
Who cared more about water saving, and accept restriction more readily
            We wanted to find out whether women generally said they saved water more than men. Were women in general more confident or less? The result disclosed that there were not significant differences between men and women who felt worried about the water. Totally, it could be concluded that men are more confident than women about the water, and it seems from what we have here men were slightly less confident than the total.
We believed non-students would care more about water saving than students. It was assumed that non-students would believe in more water restriction than students, and females cared more about restriction than males. It was also presumed that there would be more Texans who believed in water restrictions for farmers. The result indicated that among 40 non-students, we had 24 women and 16 men. Among 24 non-student women 16 (66.6%) agreed to water restriction, 3 (12.5%) did not agree, and 5 (12.5%) did not know the answer, and among 16 non-student men 11 (68.7%) agreed to water restriction, 4 (25%) did not agree and 1 (6.2%) did not know the answer(see chart.29). Thus, the result indicated that there were not significant differences between 68% men in comparison to 66 % women who agreed to water restriction. Furthermore, there were 12.5% women in comparison with 25 % men who did not agree to water restriction.
 Also, among 24 non-student females 22 (91.6%) agreed that they saved the water, when they brushed their teeth, and only 2 (8.3%) did not save water, and among 16 non-student males 12 (75%) tried to save water when they brushed their teeth, and 3 (18.75%) did not try to save water, and we had 1 man who missed the answer. It illustrated among women about 91% agreed that they saved the water in comparison with 75% of men who saved the water, and 8.3% of men in comparison with 18.75% of women who did not save the water, when they brushed their teeth (see chart.32).
Furthermore, among 24 non-student females 8 (33.3%) believed in water restrictions for farmers, and 12 (50%) did not believe in that issue and 4 (16.6%) did not know about the answer, and among 16 non-student males 10 (62.5%) believed in restriction for farmers, and 3 (18.75%) did not believe in water restriction for farmer, and 2 (12.5%) did not know the answer and we had one male that missed the answer (see chart.31).
Moreover, among 75 Texans 30 (40%) agreed to water restriction for farmers, while 26 (34.6%) did not agree, and 18 (24%) did not know if they agreed or not and we had 1 person who missed the answer. So, there were 40%, less than half of Texans, who agreed to water restriction for farmers(see chart.31).
Overall, among 75 males and 75 females, we had 65 (86.6%) women who saved water when they brushed their teeth, 18 (24%) who felt confident, 45 (60%) who felt worried, and 2 (2%) who missed the answer, whereas, among men we had 60 (80%) who saved water when they brushed their teeth, and 29 (38.6%) who felt confident, 28 (37.3%) who felt worried, and 3 (4%) who missed the answer (see chart.35). As per the points that I declared, it could be concluded that there were fewer women, 24% in comparison with 36.8 % of men, who felt confident about the water, and more women, about 60% in comparison with fewer men, 37.3%, who felt worried. So, women were more worried than men. In addition, we had almost the same percentage of men 80%, and women 86%, who saved the water, when they brushed their teeth.
Discussion
What we really wanted to do in this study was to find out what people in Lubbock knew about fracking, and what their perceptions about Lubbock water were. Our study was limited in number of people, the place we found those people, the time, and the money we could spend on this survey. Also, we did not have funding from government or any other organs to support us. Indeed, we did not see the water as a crisis, but we looked at it as a situation.
Our analysis about people's perception regarding water of Lubbock indicated some results. Although this analysis was drawn from a small sample of people in Texas Tech University, we identified some amazing results about people's attitude about Lubbock water. We assumed that women care more about water rather than men. Reporting of the number of people who cared more about water exposed that women cared more about water in comparison with men. The most amazing result which we found disclosed that there were a lot of women who tried to save the water when they brushed their teeth, while among the men less than half of them tried not to waste the water when they brushed their teeth.
Furthermore, we found another remarkable result among men and women who were worried about water in Lubbock. Actually, there were no significant differences between the numbers of people who were worried about water in Lubbock, so in this case we cannot claim that women are more concerned about the water than men.  
On the other hand, among non-student men more than half of them agreed with the water restriction for farmers, whilst less than one third of women agreed to water restriction for farmers. The reason might be related to the different attitude among women and men regarding farming.
We supposed that Texans were more knowledgeable about fracking than non-Texans and internationals. Our result confirmed our supposition regarding the issue. As a matter of fact, among the people who were knowledgeable about fracking more than half of them were Texans, and among people who did not know about fracking most of them were internationals.
Reporting regarding the Question which asked whether fracking endangered the public water supply, and whether oil drillers used more than the water they should use, revealed there was no significant difference among non-student males and females in this regard, But the result among males and females from Texas and United States expressed there were remarkable differences between them, and it might be because of the unawareness of non-students about this matter.
Moreover, we supposed that internationals did not care about water, because they wanted to go back to their country and they did not pay attention to water, whereas the result exhibited that there were many internationals who were worried about Lubbock water and tried to save the water; that might be because they came from dry countries and they might know the problems related to water shortage. Reporting of the people who knew about fracking stated that around 60 percent of our participants were from Texas. Since, 57 Texans out of 75 said they knew what fracking was, that meant that 76% of Texans knew what fracking was (and 24% of Texas did not), and we also had 15 Internationals out of 39 that knew what fracking was, which meant 38.4% (whereas about 61% of Internationals did not  know what fracking was). Yet, there was an interesting issue which illustrated there were about 15 percent of international people who were aware of what fracking was, while we did not expect them to know anything about water issues in their short-term accommodation in the city of Lubbock.
We all admitted that our survey was weak, because, it did not cover enough people. Thus, we did not access to the precise people’s perception about water crisis in Lubbock. Moreover, we had only 150 people, and most of them were in campus, while for the correct result we have to access people all around the Lubbock, not just on Texas Tech university. Indeed, we found important information; but, because of the limitation that we had, we could not really be sure about the result. On the other hand, we found decent and valuable information, which help us for our future study regarding water crisis in Lubbock. In the next study, if we have fund from the government, we can go beyond our current survey, and we would have more than 150 sample. In this way, we would study Lubbock carefully. We would study more men and women. We would correct all our limitation. We go beyond everything, and we would find out all the information in a correct way to have a deeper and superior result. 
                                                   References:
Burns, R. (2013, Mar. 12). Texas crop, weather for March 12, 2013. Agrilife. Retrieved from Sep. 17, 2013 from http://today.agrilife.org/2013/03/12/texas-crop-whether-95/
City Of Lubbock, Texas. (2013). Strategic Water Supply Plan for the City of Lubbock, Retrieved on Sep. 17, 2013 from http://www.mylubbock.us/docs/default-source/water-department-file-library/2013- strategic-water-supply-plan.pdf?sfvrsn=2
Goldenberg, S. (2013, Aug. 11). A Texan tragedy: ample oil, no water: Fracking boom sucks away precious water from beneath the ground, leaving cattle dead, farms bone-dry and people thirsty. The Guardian. Retrieved on Aug. 28, 2013 from http://www.theguardian.com/environment/2013/aug/11/texas-tragedy-ample-oil-no-water     
Reed, A. (2012, Feb. 9).  Lubbock water crisis, how did we get here? Retrieved on Sep. 17, 2013 from http://www.kcbd.com/story/16903788/lubbocks-water-crisis-how-did-we-get-here
Sauter, M.B., and Hess, A.E.M. (2013, Aug. 1). Nine cities running out of water. 24/7 Wall Street. Retrieved on Sep. 17, 2013 from http://247wallst.com/Special-report/3013/08/01nine-cities-running-out-of-water
Water use in United States (2013, Jan. 28). National Atlas of the United States. US Government.  Retrieved on Sep. 23, 2013 from http://nationalatlas.gov/articles/water/a_wateruse.html