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Issues Asia: India Study

Water Pollution in India

by Gurpreet Mann


An Ethnographic Look at India's Water Problems

By Rebecca Shore

Water scarcity is a global problem affecting millions of people in developing nations. It is defined by the Food and Agricultural Organization of the UN as “imbalances between availability and demand, the degradation of groundwater and surface water quality, and interregional and international conflicts”. Water is also an essential resource for people to survive; one in three people lack the water to sufficiently lead a healthy, safe life (WHO). In India, water scarcity is already a high priority issue because it affects so many families and communities around the country. There are almost 1.21 billion people living there, many of whom lack access to sanitary water and a reliable supply of water. Many issues, such as the government, drought, and sanitation exacerbate the already deadly problem. This leads to serious health consequences, such as cholera, malaria, dengue, malnutrition, and often death. In an attempt to find an appropriate water source, people walk long distances or else they are forced to drink from contaminated rivers and wells. All of these health issues can be resolved with simple solutions, such as ultraviolet light filters, PUR packets, and health and hygiene programs. This paper advocates for awareness of India’s water crisis, what causes it, the health repercussions and how the problem can be fixed through public and private partnerships.

One of the most pressing reasons why the water crisis has not been fixed is the government and how they are handling the situation. India’s government prides themselves on advancing technology and being a leader in the industrial world, however this comes at a price for many of the poorest people. In a documentary called Drowned Out, the people of Jalsindhi in central India are being pushed from their homes by the rising waters of the nearby river. The government has built one of the largest dams in the world downriver from the village, and the rising water from the dam will eventually flood the entire village; already millions of people have been relocated by the government to resettlement sites with no drinking water and barren lands. When confronted by local and international activists, the government said they are doing it because by creating the dam, they will be providing billions of more people with an available water source. However, this situation is problematic for India’s water crisis because the government is taking water and land from one group of people and giving it to another. Recently an internal investigation by the World Bank found that the water coming from the dam will not even be able to reach those who need it most (Drowned Out), but the government refuses to acknowledge their mistake and fix it, ultimately making the problem worse.

Additionally, rapid urbanization means that the government must find adequate ways to distribute water throughout the cities as well as the villages (Dasgupta 87; Sachdeva et al.425). However, some of the government and richer classes are more focused on development, such as the dam, than they are helping the growing poor population in the country. Both Dasgupta and Sachdeva point out that there are some places in New Delhi, mainly where the top politicians live, which have an average water supply of three times what the poor neighborhoods receive every day. In India, the “untouchables” who are the most severely poor, do not receive aid, instead they are forced to live in areas that lack access to clean water, while the upper class have an exuberant amount of water. “Consumption of piped water ranges from 313 liters per capita day for the affluent to a mere 16 liters per capita day for the slum dweller” (93) says Dasgupta. Although the government is trying to better the country through industrial development, they are leaving behind those who lack access to water, a basic human right.

In 2009, a bad monsoon season lead half of India to face drought, a major cause of water issues in the country. According to Hasamnis et al., “drought is a climatic anomaly, characterized by deficient supply of moisture resulting either from sub-normal rainfall, erratic rainfall distribution, higher water need, water resource mismanagement or is a combination of all the factors” (1). Based on this definition, several parts of the country have declared themselves as drought-affected, which means that they now have problems with food scarcity, sickness leading to death, environmental concerns, and economic pressures (Hasamnis et. al 1). In India, many people make their living off fields and crops, but the lack of rain and irrigation has caused these crops to die and families are having a harder time making enough money to survive. The poorest people, who already lack the money for healthy food, are affected most by the drought. They have no choice but to turn to cheap, unhealthy foods, aiding the growing issues of disease and bad health. Within this group, children and elderly people are the populations hit worst by drought, because they do not have access to nutritious food and many suffer from malnutrition and disease. In addition, drought leads to poor sanitation in areas all over the country.

Sanitation in India is a major concern for cities and villages all over the country. According to Nath, “many cities and towns are characterized by over-crowding, congestion, inadequate water supply, and inadequate facilities of disposal of human excrement and water waste” (23). These problems of inadequate disposal facilities, as well as poor hygiene practice are leading to serious health issues throughout the country. Without places for people to properly dispose of their trash, bodily wastes, and other types of waste, the clean water supplies are becoming more contaminated all the time. This is because people lack education about the correct ways to get rid of waste, they are not aware of the health risks, or they simply have no other place to put it. As a result, the “lack of safe potable water supply and poor sanitation facilities are accelerating the risk of contracting communicable diseases like cholera, diarrhea and acute respiratory infections” (Hasamnis et al. 1). Not only can people contract these diseases from waste, but they can also contract them from poor hygiene. And therefore government attention is needed to help prevent these diseases and better the sanitation problem that is affecting the country.

Hygiene is one of the simplest ways for people, especially in India and other developing nations, to reduce the spread of disease. However, when 638 million people are defecating in the open, over 50 percent of the population, or throwing stool in the trash, it is hard to implement effective sanitation and hygiene practices (Unicef). Recently, organizations have been creating programs that encourage hand washing with soap, which is “the most effective and inexpensive way to prevent diarrheal diseases and pneumonia” (Unicef). Many of these programs have started in schools where children are excited to learn how to take care of themselves and ultimately teach it to their families as well. For example, older girls are now more aware of personal hygiene during menstruation and how to properly dispose of used products. Mothers now also teach their children about washing their hands after going to the bathroom, before eating, and before preparing food. Hand washing with soap can tremendously reduce disease and death in developing nations. However, the water problems that affect India prevent them from implementing this simple procedure; without access to clean water to wash hands, proper hygiene will not make a difference in the community.

Illness is the most severe outcome of water scarcity. In India, about 2.1 million children under the age of five die each year largely for lack of clean water (Garg, 938; Sengupta, 2). There are many water related illnesses, such as cholera, typhoid fever, dysentery, typhus, malaria, dengue fever, malnutrition, and cryptosporidium (Dasgupta,95; Sachdeva et al.,426; Sengupta, 3; Srikanth, 320; Unicef, WHO). According to Current Science, 21% of communicable diseases in India, are due to water-related issues (Srikanth 321). Outbreaks of these pathogens come from many different sources. People who do not have access to a steady water flow face malnutrition because they do not have basic needs to survive and stay healthy. Also, “some canals are so clogged with trash and sludge that they are no more than greenish black ribbons of muck. It is a mosquito’s paradise. Malaria and dengue fever are regular visitors” (Sengupta 4). These rivers are not only dangerous because they are exposed and contaminated, but people who have no other water source are forced to drink from them. Additionally, many people store their water jugs inside their homes for fear of theft, and mosquitoes that carry malaria are attracted inside the house where people often sleep without mosquito nets. “Water and disease are closely related,” says Dasgupta, “ensuring adequate supplies of safe water sources is therefore of paramount importance in relation to both environment and health issues.” These illness stem directly from poor water conditions; having clean water is essential for staying healthy and preventing disease.

Cholera is one of the leading causes of death in rural India. It is an infection of the small intestine that causes large amounts of diarrhea, often leading to severe dehydration, malnutrition and death. Breakouts of the disease occur in places where adequate and clean water are not available for people to drink, cook with, or bathe in. In a study conducted by the World Health Organization from 1997 to 2006, they found that at least 37,700 people died from the disease; an unknown amount of deaths had not been reported, therefore they were unable to be added to the study. Cholera is highly prevalent in India because of the severe water problems that the country faces. Along with sanitation and hygiene issues, many people do not have access to education and consequently they do not know how to prevent or treat it. According to the World Health Organization, “an adequate supply of potable water, improved sanitation and the promotion of good hygienic practices… remain the mainstay for preventing both endemic and epidemic cholera” (Water Sanitation and Health). It is a disease that affects millions but cholera can be easily reduced by educating and teaching people about hygiene and using clean water.

Although many families and communities are affected by lack of water and disease, not all people live such difficult lives. In an interview with Kalyani Darbha in 2011, a 30-35 year old woman from a city called Hyderabad, she told her story about living and growing up in India until she was 25. For Kalyani, having enough water was never an issue for her or her family. She lived in a city where water tanks were built into the homes so that people never ran out of water. She had access to running water, a toilet, as well as a shower. When asked whether she had ever experienced water scarcity she said she had, many years back during a specifically brutal summer, but there was still enough to water to survive. Additionally, neither Kalyani nor her family ever got sick from the water because they used filters or boiled it for purification. However, she said that she often heard of villages that lacked access to a clean, ready supply of water. Although Kalyani was not personally affected by India’s water crisis, it is still a looming problem in the country’s future, which can be fixed with several simple solutions.

There are several answers to India’s water crisis. Improvements in water supply will create substantial advancements in human health in cities and villages across the country. Increasing clean water supply will reduce the incidence of water borne illnesses and better personal hygiene, food preparation, and washing (Dasgupta 85; Garg 938; Unicef). As part of an objective to improve water quality, Unicef and From Wine to Water have initiated health and hygiene programs, such as the ones mentioned previously, to encourage people to learn about clean water options. Additionally, From Wine to Water has implemented programs that provide ceramic water filters or help villages build water systems. By documenting the spread of disease through drinking water, scientists can develop monitoring systems that assess health risks and offer filtration advice to villages and people in India (Sachdeva et al. 426). Implementing programs such as these, as well as PUR Packets and UV light filters, will significantly benefit the health of those Indians living without clean water access.

PUR Packets were developed by Proctor & Gamble and the CDC to help people in developing nations to purify their water. The PUR packet is a quick and simple way for people to clean their water. It is a powder mixture that removes pathogenic microorganisms and suspended matter, making the water clean. It only takes about 50 minutes to purify 20 liters of water, which a family will use for hand washing, cooking, and drinking. In studies, the PUR packet has been found to eliminate 99.9% of intestinal bacteria like cholera, 99.9% of intestinal viruses like hepatitis A, and 99.9% of protozoa. The PUR packets have also been found to reduce diarrheal diseases up to 90%. Also, since 1994 over 1.6 million liters of clean water, using the PUR Packet, have been distributed to people in developing nations ( It is extremely easy to use and very portable, so that people in all areas of India have access to it.

Another solution to the water crisis in India is ultraviolet water filtration, a new system being developed and tested in developing nations. In this system, the contaminated water passes through a quartz glass sleeve in a thin layer over a UV lamp. The sleeve keeps the lamp at a very high temperature of 104 ˚F, so that the UV radiation will alter the microorganisms in the water, making them unable to reproduce. However, UV radiation does not remove the microorganisms from the water, instead it makes them neutral. As a result, UV radiation is usually the last piece of a water treatment plan, including filtration and water softening. In addition, the device should be located as close as possible to the area where it will be used, because after it comes out of the sleeve, it could be contaminated by any other microorganisms in the vicinity. This system is one of the newest solutions for the water crisis. It is extremely effective and easy to operate, it only needs to be cleaned and have the lamp replaced occasionally (Principles of UV disinfection). For people in India, this technology will greatly influence their lives and their water. They can install one of these filtration devices into a contaminated river in a village and as long as people keep it clean, it will provide natural sanitary water for everyday use.

The global water crisis is an extremely worrisome problem facing millions of people in developing nations. By educating people about where water issues come from, what consequences they have, and how these issues can be resolved, people in Western nations can lend a helping hand to those in need. Since India is not the only place facing these problems, the organizations and companies that are aiding them can also translate their solutions to other countries in need of help. There are people in Africa, Eastern Europe, as well as South America that live in equally horrible or worse conditions than those in India. Water scarcity is not an unbeatable problem, as long as we take steps to overcoming it we can end the water crisis in the years to come.

Works Cited

Clemens, J.D.; Kanungo, S.; Lopez, A.L.; Nair, B.; Paisley, A.M.; Sah, B.K.; Sung, J.S.; Sur, D.

Cholera in India: an analysis of reports 1997-2006. Bulletin of the World Health

Organziation. March 2010. Web. 16 March 2011. Page 185-191

Dasgupta, Purnamita. Valuing health damages from water pollution in urban Delhi, India: a

health production function approach. Environment and Development Economics. 19

January 2004. Web. 11 March 2011. Page 83-106

Drowned Out. Franny Armstrong. 2004. Documentary.

FAO Water. Water and poverty, an issue of life and livelihoods. Web. 16 April 2011.

Garg, N.K. Alarming Scarcity of water in India. Current Science. 10 October 2007. Web. 5 April

2011. Page 932-941

Hasamnis, Ameya; Jena, Shipra; Patil, Sapna; Sinha, Shyamal. Drought: A Public Health

Challenge in India. Internet Journal of Third World Medicine. 2010 Volume 9 Number 1.

Web. 16 April 2011.Page 1

India: Water, environment and sanitation. Unicef. Web. 31 March 2011.

Nath, K.J. Home hygiene and environmental sanitation: a country situation analysis for India.

International Journal of Environmental Health Research. June 2003. Web. 16 April

2011. Page 19-28

Kalyani Darbha. Interview. 5 April 2011.

Principles of UV Disinfection. Web 16 April 2011.

Sachdeva, P.; Sharma, S.; Virdi, J. S. Emerging water-borne pathogens. Applied Microbiology

and Biotechnology. 9 April 2003. Web. 11 March 2011. Page 424-428

Sengupta, Somini. In Teeming India, Water Crisis Means Dry Pipes and Foul Sludge. The New

York Times. 29 September 2006. Web. 11 March 2011. Page 1-5

Srikanth, R. Challenges of sustainable water quality management in rural India. Current Science.

8 October 2009. Web. 31 March 2011. Page 317-325

The PUR Packet. Web. 16 April 2011.

Water Sanitation and Health. The World Health Organization. Web. 2 April 2011.

National Water Policies in India

By Jason Zheng

The National Water Policy was created by the Ministry of Water Resources of the Government of India to utilize water to its maximum potential. This policy was first adopted on September 1987, and later revised in 2002 and 2012. Below are the seven major water provisions that were originally adopted in the 1987 policy and still being used today:

  1. Envisages to establish a standardized national information system with a network of data banks and data bases
  2. Resource planning and recycling for providing maximum availability
  3. To give importance to the impact of projects on human settlements and environment.
  4. Guidelines for the safety of storage dams and other water-related structures
  5. Regulate exploitation of groundwater
  6. Setting water allocation priorities in the following order: Drinking water, Irrigation, Hydropower, Navigation, Industrial and other uses.
  7. The water rates for surface water and ground water should be rationalized with due regard to the interests of small and marginal farmers.

The most recent update to the policy in 2012 focused more on categorizing water as an economic good which the Ministry believes these terms to promote and conserve water. Ironically the policy was adopted with many disapprovals because the Ministry stripping a basic human right from the people of India. A bulleted list is provided to show few of additions that were made to the policy:

  • To ensure access to a minimum quantity of portable water for essential health and hygiene to all citizens, available within easy reach of the household
  • To curtail subsidy to agricultural electricity users
  • Setting up of Water Regulatory Authority
  • To keep aside a portion of the river flow to meet the ecological needs and to ensure that the low and high flow releases correspond in time closely to the natural flow regime.
  • To give statutory powers to Water Users Associations to maintain the distribution system
  • Project benefited families to bear part of the cost of resettlement & rehabilitation of project affected families
  • To remove the large disparity between stipulations for water supply in urban areas and in rural areas
  • To support a National Water Framework Law

However in the current water standings in India, the World Resource Institute states that 54% of India faces high (40-80%) to extremely high water stress (>80%). India’s largest water consumer, with 85.3% of the water is being used for irrigation and/or farming, as the Central Water Commission states. India is accounted for 15% of the world’s population and 4% of the world’s water resources. Perhaps these polices need to be continuously amended to support the constantly changing country.


Water Scarcity in India

by Dee Munday

(Fall 2015)

Water in Crisis – Spotlight on India

by Shannyn Snyder

With a diverse population that is three times the size of the United States but one-third the physical size, India has the second largest population in the world. According to the World Bank, India has taken significant steps to reduce poverty but the number of people who live in poverty is still highly disproportionate to the number of people who are middle-income, with a combined rate of over 52% of both rural and urban poor.

Although India has made improvements over the past decades to both the availability and quality of municipal drinking water systems, its large population has stressed planned water resources and rural areas are left out. In addition, rapid growth in India’s urban areas has stretched government solutions, which have been compromised by over-privatization.

Regardless of improvements to drinking water, many other water sources are contaminated with both bio and chemical pollutants, and over 21% of the country’s diseases are water-related. Furthermore, only 33% of the country has access to traditional sanitation.

One concern is that India may lack overall long-term availability of replenishable water resources. While India’s aquifers are currently associated with replenishing sources, the country is also a major grain producer with a great need for water to support the commodity. As with all countries with large agricultural output, excess water consumption for food production depletes the overall water table.

Many rural communities in India who are situated on the outskirts of urban sprawl also have little choice but to drill wells to access groundwater sources. However, any water system adds to the overall depletion of water. There is no easy answer for India which must tap into water sources for food and human sustenance, but India’s overall water availability is running dry.

India’s water crisis is often attributed to lack of government planning, increased corporate privatization, industrial and human waste and government corruption. In addition, water scarcity in India is expected to worsen as the overall population is expected to increase to 1.6 billion by year 2050. To that end, global water scarcity is expected to become a leading cause of national political conflict in the future, and the prognosis for India is no different.

On a positive note, some areas of India are fortunate to have a relatively wet climate, even in the most arid regions. However, with no rain catchment programs in place, most of the water is displaced or dried up instead of used. In these areas, rain harvesting could be one solution for water collection. Collected water can be immediately used for agriculture, and with improved filtration practices to reduce water-borne pathogens, also quickly available for human consumption.

Whatever the means, India needs solutions now. Children in 100 million homes in the country lack water, and one out of every two children are malnourished. Environmental justice needs to be restored to India so that families can raise their children with dignity, and providing water to communities is one such way to best ensure that chance.

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