About 10 years back, the World Bank predicted that the future wars would be water wars. Even though water is abundantly available, this prediction appears to be true. Various reseraches and surveys also support that. Globally our water usage is increased by six times than what we used 100 years ago due to population growth, and changes in diets and habits driven by consumerism and market economy. Yet, a large part of the world population has been facing acute shortage of water. India is no exception. Nearly 1 billion people live with water scarcity during at least one part of the year in India alone.
Photo Credit: The Hindu
The severity of the crisis can be guessed from from the following reports and surveys:
(1) “Over 96 million people in India have no access to a safe water supply, and the situation is only getting more serious. The general forecast is that around 20 Indian cities would run out of groundwater by 2020 affecting almost 100 million people” [3].
(2) As per NITI Aayog report 2018, 54 per cent of India’s groundwater wells are declining. Depletion of groundwater is the main worry today.
(3) As per the ‘Water Aid Report March 2019’, India's use of groundwater is about 24% of what is used globally - more than that of China and US combined. That is the reason the rate of groundwater depletion has increased by 23% between 2000 and 2010.
(4) India is the third largest exporter of groundwater- 12% of the global total. India is currently ranked 120 among 122 countries in the water quality index, with 75% of households that lack drinking water supply in their premises [2]. This is how excessive use of ground water has led to today’s drinking water problem in most of the Indian cities.
(5) Further ‘Water Aid Report March 2019’ says that 70% of groundwater is contaminated, poisoned, with harmful chemicals seeping from pesticides used in agricultural purpose, causing all types of cancers among the people.
(6) As per another study, the sudden increase in cancer cases in India is because of the contamination of ground water caused by these chemicals, pesticides used in agriculture and the effluents released by the industries entering water bodies – rivers, streams and ponds. “As much as 55% of India’s total water supply comes from groundwater resources. 60% water for irrigation, 30% urban water supply, and 70% of rural water supply comes from groundwater. In urban areas, where the demand of 135 liters per capita daily (lpcd) is more than three times the rural demand of 40 lpcd, the scarcity assumes menacing proportions. The rapid growth of population and its growing needs has meant that per capita availability of fresh water has declined sharply from 3,000 cubic meter to 1,123 cubic meter over the past 50 years. The global average is 6,000 cubic meter” (Live Mint, 28April 2015).
One in nine people do not have access to clean water close to home, and just under two thirds of the world’s population – 4 billion – live in areas of physical water scarcity, where for at least part of the year demand exceeds supply.
Not only the villages, even the sprawling metropolis like Chennai, Bangalore, Delhi, Mumbai, Jaipur, Nagpur and States like Gujarat, Bihar, UP, MP, Rajasthan, and Punjab are facing severe drinking water crises. Already 80% of Karnataka and 72% off Maharashtra have been declared drought-affected besides traditionally drought-prone states like Gujarat and Rajasthan. Even after 72 years of independence, many villagers have to travel 13-14 km to fetch a pot of potable water. 14 of 24 states score below 50% on water management imperilling food security. Of late, besides Rajasthan and southern Haryana, the entire Vidarbha area of Maharashtra is reported to be turning into desert. Underground water level is so depleted that it can hardly be replenished in near future if positive measures are not adopted by the government agencies.
Photo Credit: IANS
There are two converging phenomena leading to water scarcity: growing freshwater use and depletion of usable freshwater resources.
What are the measures taken by the government to tackle the intensifying water crisis? During the summer of 2019, Chennai has seen a terrible water crisis. It is decided by lottery as to who would fetch water from the well. Many hotels, restaurants, students’ hostels had been shut down in Chennai. School vacation in Karnataka had been extended. Many people in Maharashtra had left home and are staying in relief camps. Government is claiming to be sending water-tanks to supply drinking water to drought-affected areas. Then what would happen to other households? The government has of course not declared any area as drought-affected. There is now a newly constituted Ministry of Jal Shakti. All water-related departments including those of the Ministry of Water Resources, River Development, Ganga Rejuvenation, Drinking water and Sanitation have been merged and brought under one umbrella claiming that it would remedy the problem. But the union irrigation minister Gajendra Singh Shekhawat sitting in the capital city claims that there is no scarcity of water or drought in the country.
People are rising into protest. For long, the hapless peasants starved of adequate irrigation facility were first resenting and then burst into protest. But the authorities remained unfazed, except making certain hollow promises and customary assurances of taking remedial steps. Now, the urban dwellers have come out on the streets. Millions of people are running out of usable water in the southern Indian city of Chennai, which is experiencing major droughts and a rapidly worsening water crisis. At least 550 people were arrested in the city of Coimbatore for protesting with empty water containers in front of the municipal government’s headquarters, accusing officials of negligence and mismanagement. Meanwhile, four reservoirs that supply Chennai, the state capital and India’s sixth largest city, have run nearly dry.
The current Prime Minister has talked of providing piped water for all by 2024. But the government did not spell out how it would plan to protect the sources of water, stop the over-consumption, wastage and intense over-exploitation of groundwater and strengthen (and in many cases re-establish) the link between groundwater and surface water. The current Finance Minister in her recent budget speech also reiterated the customary promise that water for all would be provided by 2024 and the government would focus on integrated management of piped water, including focus on creating local infrastructure (rainwater harvesting, groundwater recharge and so on).
But, she did not elaborate on the details nor did she talk about how much funding this would get. Also “Indian government is committed to the United Nations Sustainable Development Goal 6 - which promises that by 2030 everyone will have access to clean water - decent sanitation and good hygiene” [2] . But this could be a dream like any other failed schemes of the government.
Photo credit: Business Standards
Hence the obvious question is, why this crisis? To any discerning person, it would be obvious that this crisis is indeed man-made. Many projects were announced to tackle drought, problems of irrigation and ensure supply of potable water. But facts show that all these projects have either been defective or not implemented because of rampant corruption and pilferage, faulty planning, engagement of incompetent persons. These question the intent itself. Dams were created using public money to store water during rains and release them when there is drought or shortfall of monsoon or for irrigation purpose. But we find when it rains, the dam reservoirs overflow and water is released to cause flood. On the other hand, when there is scarcity, dam water is not made available.
Why so? Because there is no proper maintenance, cleaning of accumulated silt in the reservoir. Because of faulty irrigation projects by the governments as also forced change of the path of the rivers, natural flow of rivers and accumulation of underground water through seepage has been disturbed. So, people have not got water but huge public money has been drained out. Mega-irrigation projects have failed to meet the needs of irrigation. Rather, these have disturbed, if not destroyed ecological balance.
Secondly, the so called modernized agriculture of cash-crops which the government has been stressing upon for the sake of fabulous benefits for multi-nationals and monopoly houses who have virtually taken over entire control of producing and distributing essential agricultural inputs and compelling the peasants to go for cash crop cultivation on contract, are using excess water. Reckless use of groundwater for such purposes as well as mushrooming of realty business and urbanization are among the major factors behind the water crisis. Even desalination plants are miserably less in number.
Giant multi-nationals like Pepsi and Coca Cola who found a lucrative area in bottled water and soft drink business for minting huge profit are pumping groundwater at will. Privatization of water resources is another main problem in the cities. When the Government does not provide drinking water, people are forced to buy it at an abnormal cost. Bottled water has become the main stay in city life, offices and social functions and demand for it is increasing every day due to the growing population. It has become another way of making super profit by water companies. In most of the cities drinking water suppliers are doing lucrative business.
It is interesting to note that most of municipalities and city corporations in Bihar and UP have taken up the task of large scale digging the submersible bore wells in the localities, to cope-up with drinking water shortage by spending hundreds of crore of rupees in which traders and contractors are minting money. But they also understand this is a short term solution and in few years all these bore-wells will dry up, when water level goes further down. Some of the cities like Jalandhar in Punjab have banned these bore-wells.
First we killed our water resources. Now we are paying heavy price for the same water from water mafias. Cities are most affected because of land mafia in connivance with political establishments in all states have destroyed land and filled all the lakes, water bodies, ponds, tanks, river-beds and catchment areas which not only helped drainage but were the natural water storage at time of rains, and could recharge the ground water, our wells and kept level ground water high. But indiscriminate covering of these low lying land and water bodies, by the builders, real estate mafias, then selling the lands for construction of buildings, houses, roads have led to a situation in which today most of the high rise buildings, apartments, palatial houses stand on the beds of these lakes and ponds and rivers. Encroachment of public land has become our national abuse. Conversion of cities into concrete jungles has left no space for rainwater to percolate for recharging of ground water table. This is the case in most of our big and small cities of the country.
So, the issue of water scarcity is linked with policies on land use and water management. Unwarranted mindless land use affects surface water sources and thus also groundwater. So, land use policy must pay attention to judicious use of land for urbanization, agriculture, development of industrial and residential complexes etc.
Photo Credit: The Indian Express
Why this? Because, in the current profit-driven economy, which is already in crisis-ridden state, the private corporations find little scope for profit maximization, except from arms industry. They are now seeking to grab the essential sectors of survival like water aided by the slogan of ‘liberalization’ by its pliant governments. The theme of neo-liberalisation policy is to ‘reduce social problem into individual problem’, and let the people search for solution individually. No one can survive without water. So if water can be made scare artificially, it would be an extremely paying proposition for these monopolist sharks and the pocket of the rapidly pauperizing countrymen could be squeezed further. So there is talk of installing water meters. There is no objection if these meters are meant for preventing wastage. But that is not what is up the sleeves. This is another move to recover excess money in the form of water meter rent or fine for wastage. The World Bank once stipulated to West Bengal government that it gave financial aid, provided the government installed water mater. But the latter then had to abandon such plan fearing public resistance as well as inability to put in place necessary technology.
Agriculture is another area that needs attention for judicious use of ground water. “Increasing demand for water in agriculture sector puts heavy strain on our water resources and ground water resources are over-exploited. In some districts of Punjab and Haryana, the ground water level is falling at an alarming rate of over one meter per year”.
“Arunachal Pradesh, Manipur, Mizoram, Nagaland and Sikkim have negligibly low level of ground water development. These areas receive sufficient amount of rainfall and are thickly forested. Moreover, agriculture is not as intense as in Punjab and Haryana”. “Goa also receives sufficient rainfall and surface water resources are enough to meet the requirement. Therefore, the ground water resources are not much exploited. Hilly and mountainous terrain in Jammu and Kashmir and Himachal Pradesh is not much favorable for developing ground water resources” [1].
In Maharashtra much of the irrigation water is diverted to industries thus depriving the farmers their due share of water. Paddy, sugarcane and wheat occupy about 40 per cent of gross cropped area of India. The water guzzlers paddy and sugarcane, consume more than 60 per cent of irrigation water available in the country, leaving over little for other crops. Relatively water abundant eastern states of India, lag behind in the production of rice and sugarcane because they have been unable to set up suitable procurement structures for rice or attract sugar mills in the area. In contrast to Punjab and Haryana, states like Chhattisgarh and Jharkhand which display high irrigation water productivity for rice have low irrigation coverage (32 per cent and 3 per cent respectively) and consequently, lower land productivity. Sub-tropical belts of Tamil Nadu, Karnataka, Maharashtra and Andhra Pradesh have high land productivity but low IWP (Irrigation Water Productivity) for sugarcane” [6] .
Situation in other parts of India is no different. “Punjab is the third largest producer of rice in India, grows paddy using nearly 100% irrigation cover. As a result, while Punjab tops in land productivity, it uses more than three times the water than Bihar and more than twice the amount of water than West Bengal, to produce one kg of rice. What is more alarming is that 80% of the water used for irrigating the paddy fields in Punjab is drawn from groundwater source. It is no wonder then, 76% of administrative blocks in Punjab face over-exploited groundwater situation. Punjab and Haryana has led to indiscriminate groundwater exploitation (depleting water table at the rate of almost 70 to 120cm/year as per the World Bank report, 2010) and non-judicious water use in agriculture. On the other hand, states like Assam, West Bengal, Bihar and Orissa, which have plenty of rainfall and are better placed to grow these water intensive crops, do not have sufficient incentives for farmers to grow these crops due to procurement and other market related inefficiencies” [7]. Further “according to an ICRIER study (Indian Council for Research on International Economic Relations) water guzzling crops like sugarcane and paddy are grown in states like Maharashtra, Uttar Pradesh (UP) and Punjab, using up lakhs of liters of irrigation water per hectare on sugarcane production.
India is not a water poor country. The cause of this basic problem are inefficient use of water resources and its management. The best solution for drinking water crises would be to recreate and revive all our natural water bodies lakes, rivers, streams and ponds all over the country. “Groundwater level can be improved by rainwater harvesting and artificial groundwater recharge in states like Rajasthan, Haryana and Punjab at war footing, as well as in rest of India. Nearly 65% of the rainwater in India is not harvested and runs off into the sea, creating soil erosion on its way. One of the major steps to save water could be to encourage cultivation of less water consuming crops like maize, pulses, and oilseeds in water stressed regions and water guzzler crops in water rich areas [7].
But over and above these, it must be remembered that in an economic system with the sole motive to maximize profit, the governments are the least bothered about solving the people’s problem. So the people have to ultimately organize resistance movements for immediate relief from the mounting drinking water crisis. This movement cannot succeed until and unless we recognize the root cause, the profit-driven economic system and the monopolist corporations running it. So the movement against water crisis should address both the sociopolitical and the economic reasons simultaneously, which must garner its strength uniting all sections of people not only of the affected areas, but also of the country as a whole.
*Adopted from an article published in P. Era August 1, 2019 and modified.
References:
1. India’s Ground Water Resources and its Availability by Smirit Chand online shared article. http://www.yourarticlelibrary.com/ water/indias-ground-water-resources-and-its-availability/20886
2. Water Aid Report, Beneath the Surface: The State of the World’s Water 2019, March 22, 2019 - World Water Day.
3. “India’s Water Crisis: What Needs To Be Done” Team Yahoo IndiaTrivone, 20 June 2019
4. Live Mint-28 April 2015 : https://www.livemint.com/Opinion/97fuaF2aQkO9IjPiPAjMyL/Six-charts-that-explain-Indias-water-crisis.html
5. Cities across India have started water rationing- Down to Earth 20 November 2018. https://www.downtoearth.org.in/news/ water/cities-across-india-have-started-water-rationing-62187
6. WATER PRODUCTIVITY MAPPING of MAJOR INDIAN CROPS- Report by Bharat R. Sharma, Ashok Gulati, Gayathri Mohan, Stuti Manchanda, Indro Ray, and UpaliAmarasinghe by - NABARD
7. Misaligned agriculture: A major source of India’s water problems BY HARITHA SARANGA AND SPOORTHI ANANDA KUMAR (INDIA FORBES). JUL 10, 2018 http://www.forbesindia.com/article/iim-bangalore/misaligned-agriculture-a-major-source-of-indias-water-problems/50693/1