Climate Change is Devastating India With Heat Waves and Water Shortages

Jerri-Lynn here. India is experiencing a massive drought, affecting about half of its territory. Its sixth largest city, Chennai – formerly called Madras – ran out of water last week. These satellite images from The Hindu illustrate how the city’s reservoirs have shrunk since 2016.

Summer temperatures have been higher than normal, topping 45 degrees Celsius (113 degrees Fahrenheit) in many places. The monsoon has arrived throughout most of the country, but so far, rains have been below average. Prospects for agricultural production look bleak. As the Economic Times reports:

Rainfall in the first four weeks has been among the worst ever while its distribution has been as poor as in the drought year of 2014, but the situation is improving as the monsoon has revived in the past week, and crop planting can quickly reach normal level if the country gets good rainfall in the next two weeks.

As in 2014, the first of two successive years of poor monsoon, June rainfall has been normal or excessive in only about a quarter of the districts, with the rest being largely dry. This is bad for agriculture as half of the total farmland depends entirely on rains for water.

Total rainfall so far in June is 35% below average, but it is already much better than the deficit of 43% last week. As a result, crop planting — which was 12% below normal a week ago — is now about 10% less than normal for this time of the year.

The progress of the monsoon, which delivers about three-quarters of India’s annual rainfall, is a key determinant of agri output and rural incomes.

In this Real News Network interview, political economist Shouvik Chakraborty discusses how India’s climate disasters are fueled by government resource mismanagement and fossil fuel consumption policies.

GREG WILPERT It’s The Real News Network and I’m Greg Wilpert in Baltimore. A massive heat wave and drought are devastating India at the moment. Chennai, the country’s sixth largest city, whose greater metropolitan area is home to nearly 10 million people, has almost run out of water. The city’s drought is so intense that it can be seen from satellites in space. This water crisis has been accompanied by India’s second longest heatwave on record, and according to the government, has killed at least 36 people. Other sources say that nearly 200 have died from the heat so far. Joining me now to talk about this heatwave and what India can do to address these issues is Shouvik Chakraborty. He is an Assistant Research Professor at the Political Economy Research Institute at UMass-Amherst. Thanks for joining us today.

SHOUVIK CHAKRABORTY Thanks for having me.

GREG WILPERT So, let’s talk about the water crisis first. Last year, a government think tank found that 21 major cities in India will run out of groundwater as soon as 2020. This includes the capital, New Delhi. It would affect some 100 million people and there is general agreement that this crisis is being fueled by climate change. Monsoon seasons are later, weaker and shorter than usual, and there’s been decreased rainfall in general. And Indians are also protesting in Chennai and elsewhere, saying that the crisis is also a result of government mismanagement. How much of this water crisis was preventable would you say?

SHOUVIK CHAKRABORTY This water crisis is actually related with climate change and the heatwaves, which have been ongoing now in India. Some recent studies done by Columbia University shows that it’s not only the groundwater, which is running dry, but the glaciers are melting at an unprecedented rate since the beginning of 2000. The rate at which the glaciers were to melt was at around 22 centimeters from 1975 to 2000, and that pace has almost doubled to around 43 centimeters annually from 2000 to 2008. Now this, as we all know, is related to climate change and which now scientific evidence shows is actually related to human nature and human behavior. Now what the government could have done in India to prevent this was actually to reduce its carbon emissions, which we are experiencing it’s increasing at a rapid pace. The Indian government, we know, has been burning coal. From 2000 to 2008, it has increased the consumption of coal from almost 9.5 quarts to 18 quarts over this period. The number of oils which is being used has increased from 2,200 barrels per day to 5,500 barrels per day. The increase in fossil fuel consumption has gone up tremendously in India.

Along with that, there has been massive mismanagement by the local government. The state governments wanted to help them out. Now they have finally accepted the help, especially I’m talking about Chennai. Like the Kerala government is sending trains filled with water now and the government has finally agreed to accept help from the other state governments. But this crisis is a bigger part, or is a bigger problem. It should not be seen as a sporadic incident that the lakes are drying up. This is eventually related to the intense heatwave experience and the delayed monsoons due to the climate change, which we are experiencing overall. And so, my suggestion or, I think, what the government of India needs to do and also the local state government, is that they have to do everything possible under the radar or under their policy structure to reduce these global greenhouse emissions and also to take charge of the environment so that climate change and the impacts of it can be reduced.

GREG WILPERT Now, I want to turn to the issue of carbon emissions in a moment. But first, Prime Minister Narendra Modi has pledged to end the water crisis. His government created a new water ministry and said that it will “improve our coverage of clean drinking water from 18 percent currently to 100 percent by 2024.” Now, what are your thoughts on this water initiative of the Modi government?

SHOUVIK CHAKRABORTY See, it’s very unfortunate, but the Modi government is more about rhetorics and ironics. And what happens is that given the advertisements and the publicity this government does, the actual schemes or the money spent within these schemes are much less than what is actually being spent on the propagation and advertisement of those schemes. In reality, what had happened is that this government has delivered very less for the environment and for cleaning up the water resources. The biggest project, which they took up in their last government— this is their second term— in the last term, what they took up was cleaning up Ganga, which is the project called Namami Gange. They were supposed to clean up Ganga, which they considered as a holy river, that they will clean that river from all kinds of pollution, and what? They completely failed to deliver on this project, so this government under Narendra Modi is more about rhetorics. It’s more about making false promises to the people rather than actually delivering.

And our experience from the last government, and if you rely on the statistics, which this government itself has provided, that it has completely failed to deliver. So, to be honest with you, it’s really given our past experience of the government from India—I am not so hopeful that he will be able to do this promises of a 100% clean water by 2024. Here are the two facts. One, like its own government report shows, which you just cited a moment earlier that 21 mega cities will run out of ground water by 2020. Then, what is the plan to replace this ground water? And the other source, like I was mentioning to you, are the Himalayan glaciers. There, the study from Columbia University shows that the glaciers are melting and there is a huge problem with this water being running out of the rivers, especially in the Ganges region. I am not sure what alternative plans the government does. Until and unless it really proposes some concrete proposals to replace this depleting groundwater and the melting glaciers, I don’t think it really does have anything to deliver by 2040. It’s mainly rhetorics.

GREG WILPERT Now, I want to turn to the heatwave which also has resulted in widespread devastation. Temperatures hit 50 degrees Celsius in the western state of Rajasthan. That’s 122 degrees Fahrenheit. And heat waves, of course, are becoming worse and more frequent as the climate crisis worsens, but climate change is a global issue. Can India really enact any meaningful change on its own through better climate policy?

SHOUVIK CHAKRABORTY I think it can. One of the most important things, which is related to climate change, is the use of fossil fuels and the emission of carbons. We have to tax carbon. Period. Of course, that would have some regressive effects, like poorer people will be more affected. What needs to be done is the redistribution of these taxes in two ways. One, is to provide energy to the poorer people who don’t have any form of access to energy and second, to replace these fossil fuels with greener renewable forms of energy. Now, earlier there used to be an excuse that solar and wind are more expensive. Today that excuse doesn’t even exist because actually, they’re more cost compatible. In fact, some of those resources like solar is cheaper than using coal, and these are from the statistics from the US EIA, which has shown that the labeled of cost of electricity now has gone down tremendously for solar and wind. Now, there is no reason for the Indian government not to expand those uses of resources like solar.

In fact, they’re doing it, and that’s a welcome gesture, but at the same time, unfortunately, they are also increasing their use of coal and other fossil fuels like petroleum and gas. That doesn’t help and that actually is deteriorating the condition in India. Also having said that, I think, because this is a global problem, the responsibility does not only lie with the poorer country like India. It also equally lies with the richer countries— the United States of America, Europe— to take care of this problem. If these countries—Like in the United States, we see an increasing use of coal day by day, despite the facts assuring that solar and wind is more cost compatible, and even better in terms of cost than coal. But if this thing has to be dealt at a global level, India definitely can be a partner to it in reducing these emission levels— along with other developing countries like China, Brazil, and others.

GREG WILPERT Now, you already touched on the issue of inequality, which is very stark in India. And the climate change-induced crisis basically exacerbate that, which you already mentioned. I mean, one other example of that is how, of course, those with more money can afford to buy more water from deliveries. Also, those who must work outside and don’t have air conditioning are, of course, at a higher risk when these temperatures hit. Now, you were the author of a recent study from the Political Economy Research Institute called “Green Growth and the Right to Energy in India” in which you propose a plan for officials to address inequities while also fighting climate change. Can you give us a brief summary of that proposal, and is there a chance that this kind of proposal could be enacted in India?

SHOUVIK CHAKRABORTY So what we found in that study was striking. It was like, it is mainly the top 10%, which we call the richest of the Indian population, who are the main polluters. Their pollution levels—The top 10% pollutes almost ten times more than the bottom 10%. This is remarkable. And what we are saying is tax carbon. Tax those who drive a BMW, or have private jet planes, and use carbon at an extensive level. These resources, like I was telling you, can be redistributed in two ways. One, the revenue which is generated from the carbon tax can actually pay for the energy access to the poorer people who actually burn, like, [inaudible] or some dirty forms of fuel like coal or any other for cooking. The government can provide them with free energy and that free energy can be clean, renewable energy which will A— which will reduce from the demand side, the richer people polluting their environment. And from the other side, it will give access to clean energy to the poorer people who don’t have access to those resources.

Just to add to this point, see, the impact of climate change or the impact of pollution is more on the poorer people who cannot shield themselves, like you were mentioning, from the impacts of this heatwave. And like a recent study done by the Public Health Foundation in India found, that in the city Ahmedabad, what actually happened was there was a massive heatwave in 2015 in which more than 2,000 people died. It was found that that year recorded 43% more mortality than the previous year. These things usually happen because the poorer people cannot shield themselves from these heatwaves, from this pollution level, and this was also evident in the last year when there was massive air pollution during Diwali, during this season of October and November. Delhi—I was there. You could see that poorer people, walking—There were no masks because the masks were so expensive that they were almost breathing this poisonous air every day and, of course, this would have a long-term health impact.

Now, unfortunately, what we need today from the government of India is to enact these policies rather than doing, honestly, rather than doing this rhetoric that we’ll take care, because as scientific evidence shows based on the PNNL studies and others, that time is really running out, and we need to act now. Just now, and we cannot delay it any further. We are seeing the effects of climate change today. It’s not like—I think, I sometimes jokingly tell my friends, like, the scientists have in fact gone wrong. Things are happening much faster than what they were saying would happen in the end of this 21st century, but it’s happening right now. It’s happening just in front of our eyes, and we need to act.

GREG WILPERT Okay. Well, unfortunately, we’re going to leave it there for now, but I’m sure we’ll come back to you again very soon. I was speaking to Shouvik Chakraborty, Assistant Research Professor at the Political Economy Research Institute at UMass-Amherst. Thanks again, Shouvik, for having joined us today.

SHOUVIK CHAKRABORTY Thanks for having me. Thank you very much.

GREG WILPERT And thank you for joining The Real News Network.

Print Friendly, PDF & Email

15 comments

  1. PlutoniumKun

    I’m beginning to think that India may be Ground Zero for catastrophic climate change. From my limited knowledge of the region scaled models, there are huge levels of uncertainty over the impacts on India, simply because nobody is quite sure what will happen to the monsoons. The studies I’ve seen indicate more rain, not less, except in the Western Ghats, which will get more droughts. The only certainty seems to be greater heat and the great rivers of the north drying up as the glaciers disappear.

    While India may not have the biggest actual changes in climate, it seems quite certain that of the major population centres, it is least equipped institutionally to deal with rapid changes. NeoLiberal enthusiast Modi will make things far worse, there seems little evidence he has the slightest interest in building up the human and institutional infrastructure needed. It doesn’t look good.

    Reply
    1. Clive

      Yes, on the infrastructure side, even if the country can avoid the middle-income trap, there’s not the capacity in the power grid to supply all the air conditioning which will be required if temperatures climb on average three of four degrees. Like the Australian outback is rendered uninhabitable by heat (and lack of potable water), so too could a great swathe of India. Unfortunately, unlike the outback, the population is already there. So where is everybody supposed go?

      I was discussing this topic with a regular taxi driver who I often get when I visit a friend in another town and take a ride from the station to her house. He’s from Kerala originally and we both like nothing more than having a good old ‘diss at Modi. As he rightly pointed out, his family back in the “old country” have gotten more affluent — not only him but several siblings emigrated, a couple of his sisters are nurses in the NHS here and send back what I surmise to be a nice chunk in remittances — but personal financial circumstances do diddly squat for infrastructure.

      Aside from water supply, while he offered to send enough back to pay for a room air conditioner when temperatures hit 50 Centigrade last year, the family home is benefitting from an electrical supply (I’ve a hunch it is “unofficial” by means of an unmetered hack into the grid) but there’s only a 10 amp circuit. For the whole house. A microwave oven running, a refrigerator calling for the compressor to run and a couple of lights, plus the inevitable TV and maybe computer, that’s your lot, the breaker will trip. I don’t know the supply voltage in India without looking it up, but that residential supply with give you 1-2kW, tops (compared with a standard residential supply here in, for example, the UK, where there is a 100 amp utility cut-out @ 230 vols, giving an available 23kW load supply; I’d have to, again, look up the US equivalent but I suspect it is the same sort of thing) . An ultra high efficiency room air conditioner, in start-up, trying to gain control of space temperature, will draw at least 1kW, just for that.

      The sheer scale of the national power grid and, crucially, local distribution network build-outs which will be needed boggles the mind.

      Reply
      1. TimH

        In CA, the standard hookup for a new house is 100A. When I built mine, I had to do a spreadsheet to show peak demand over that to get a 200A service.

        Reply
      2. Ignacio

        I would say that 23 kW of supply power is quite, even too intensive for a household. The typical load in Spain is about 5,5 kW (7,8 kW in energy intensive houses). My contract is for 4,6 kW but my average daily max is about half that.

        As you note, massively air conditioning in India is a challenge, and if done in a neolib framework a recipe for disaster. That would require planning and a firm regulatory framework. It looks like in the highly unequal India only the wealthy will have access to that luxury item. And they, the wealthy, must be using energy in the most wasteful way. I have read that the upper 10% consumes ten times more energy than the rest.

        Regarding water the big problem (for what I have read) is agriculture in the northwest which is exhausting groundwater reserves (by the way, using a lot of energy to pump underground water). Thus, one of the solutions would be to change agricultural practices and shifting to less water intensive crops in that region. Besides, there are rising inter-regional conflicts with water which will prove a difficult political problem in India.

        I agree with PK that India migth be one of the first countries to suffer massively from CC.

        Reply
        1. Savi

          When you put it like that – ’10 times’, it sounds horribly wasteful and hedonistic. But an average Indian from a middle to upper class home is quite careful actually, about wastage. Electricity is expensive, especially in metro regions (the best to benchmark against because they get at the least, a semi-regular supply of electricity), and even today wealthy homes (that I am personally aware of) are not overtly lavish in their use of services such as electricity, gas and water. Compared to an average American or Western European, Indians are quite modest in their use of everything really. The areas I can think of where wastage can happen are weddings and other similar events. Or those 24 by 7 air conditioned malls. One has to be quite well to do in India to have access to amenities that people in wealthy countries take for granted, such as swimming pools and spas, or nice gardens with green sod. BMW’s, you flat-out have to be rich to afford one. The schools and colleges I studied in, none of the buildings had a whit of air conditioning. They were built in the old way, the campuses filled with heavy old shade trees and the buildings had high ceilings inside and a system of graduated doors and windows that kept the rooms cool-ish. We used to spend hot summers in class with just a creaky old fan for air. That’s true of most government-run educational institutions even today.

          It’s just that the poor in India are living in conditions so terrible, that even the slightest improvement over their conditions can seem luxurious in comparison. I don’t know what will happen with climate change. In just two generations there has been such a massive change in cultural norms of dealing with issues of consumption of resources. I imagine the merely rich and upper/middle classes will pay (more) for water and electricity or to have it shipped in, or get mini-generators or something. I suppose everyone else below that line (me included) will just go to hell.

          The truly wealthy will never go without because they inhabit a different world. I once visited a private enclave in India in a remote area with houses (mansions really) owned by super-wealthy people. It really opened my eyes on how the 1% live. It (and other similar privately-owned communities) had its own wells, generators, solar panels, heli-pads, clubs, golf courses, entertainment etc. They literally never need to meet the hoi polloi, except their staff.

          Is one allowed to criticize people with too many children? Well, part of the problem is terrible overpopulation as well.

          Reply
    2. Michael

      It is. Just doing the math a number of years ago, with regard to population, projected heat increases, water and food insecurity it was predicted that this would be the first to go, along with Australia. A couple of years ago an Indian intellectual lectured that the sub-continent should prepare itself for hospice.

      What is remarkable to me is how much the political/economic machinery keeps running in denial. How can you run out of water for 100,000,000 people, and not prepare?

      With the permafrost collapsing 70 years earlier than predicted, and the jet streams in the Northern Hemisphere dwindling rapidly with consequences on agricultural production , it is quite evident we are on quite a different timeline than what the establishment has been forecasting.

      The catastrophe is happening everywhere right now, but the most populated and poorest locations will suffer first.

      This is another indictment of neoclassical economics, as if it mattered at this late date.

      Reply
  2. Dan

    What about water management in india? what about overpopulation in india? Climate change and plastic pollution is their last worry!

    Reply
    1. Ignacio

      Most difficulties are political. I guess that Modi doesn’t want to become the enemy of northwestern farmers.

      Reply
  3. TG

    In 1900 the population of India was about 300 million.

    Today it is about 1.4 billion and still growing (although chronic malnutrition is starting to slow this rate).

    If India still had a population of 300 million or so, the current short-term fluctuations in rainfall would be largely irrelevant.

    Long term trends for precipitation over India are stable, although extremely variable from year to year due to the monsoon. But variations in precipitation are only a problem when populations are pushing against the limits. Population has increased by not quite five times since 1900. Current precipitation has not fallen to a fifth of what it was in 1900.
    http://www.indiaenvironmentportal.org.in/media/iep/infographics/Rainfall%20in%20India/112%20years%20of%20rainfall.html

    In the long run dumping huge amounts of CO2 into the atmosphere may well be a very bad idea. But India’s current water problems are very much NOT due to ‘climate change.’

    Reply
    1. pretzelattack

      i don’t think long term trends are stable these days. fossil fuel emissions causing climate change is basic science. it passed the point of “may be a very bad idea” to “is a bad idea” a long time ago.

      Reply
  4. Synoia

    Once I believed Climate Change would happen after my death.

    Now I believe it may cause my death.

    One of War, Famine, or Pestilence.

    Reply

Leave a Reply

Your email address will not be published. Required fields are marked *