Mining Had Always Affected Villagers in Goa. The Sudden Stop Finds Them Worse Off

Two years after mining was shut down for the second and final time in Goa, the Supreme Court allowed the transportation of already extracted ore kept at the stockpiles and the jetties to the port for export.

Chandrasekhar Shirodkar, 48, returned from Saudi Arabia in the early 1990s. When he came back to Maem, a village in the north-eastern mining belt of India’s western state Goa, he decided to buy a truck. “Mining was a booming industry in Goa, and I thought I would earn a good living with the truck. And my driving skills are good.”

Shirodkar bought a truck in 1998 and began transporting iron ore from the village which has two large private mines of Chowgule Group and Sesa Goa Iron Ore of Vedanta Group.

He is among hundreds of drivers involved in the ecosystem supporting Goa’s mining industry. Iron ore mining has been the mainstay of Goa’s economy for the last five decades until it was stopped in 2012. At its peak, in 2009-10, it contributed over 17% to Goa’s Gross State Domestic Product (GSDP).  The iron ore was mainly exported to China, Japan, Europe and the Middle East.

According to a December 2019 study conducted by the Indian Institute of Technology (Indian School of Mines), Dhanbad, funded by the Goa Mineral Ore Export Association, approximately 2,50,000 livelihoods in Goa are directly or indirectly dependent on mining. However, in February 2020, during the session of Goa’s Legislative Assembly, the government said that the number of people employed directly in the mining sector in Goa is no more than 4,000, and indirect employees “are not ascertained.” In a letter to the Governor of Goa on May 6, 2020, non-profit Goa Foundation mentioned that even at its peak, in 2009-10, the mining sector employed a total of 21,873 (including direct and indirect).

On January 30, 2020, nearly two years after mining was shut down the second and final time in Goa, the Supreme Court allowed the transportation of already extracted ore kept at the stockpiles and the jetties to the port for export. It gave the mining companies six months, till the end of July 2020, to complete the transportation of the ore, provided it had paid a royalty to the state government and have a valid license.

Ever since the mining stopped, many truck owners like Shirodkar are clueless and concerned about their future. Shirodkar owns a truck, and farmland in Maem but he feels stuck on both ends. “I can’t use my truck, I still have to pay road taxes, pay for its repairs, but I am not earning anything from it,” he said. “And my paddy fields are not giving me the desired produce. They are blocked by siltation. What do I do? How do I feed my family?”

Ore’s polluting journey from the pit to the port

The journey of Iron ore from the mine to Barge in Goa. Photo: Mongabay

After it is excavated from the mine pit, the ore travels via road and river to reach the port. The transportation of the ore takes place through trucks, also known as tippers (since they tip the ore into the barge). The ore travels from the mine to the screening/beneficiation plant where it is washed and sorted. From the screening plant, it is again loaded on trucks and taken to the stockyard, where the different piles of ores graded according to quality are kept.

From the stockyards, it is taken to the loading jetty, the last point for the trucks. At the loading jetty, the trucks are made to move backwards on a high platform. The trucks then tip the carrier filled with ore stones over. The ore falls through a sieve-like structure, onto the barge below which is a long flat-bottomed boat for carrying freight on canals and rivers. A small barge can carry 700-1,000 tons at a time while a big barge can carry 2,000 tons. The barges then snake their way through the rivers of Mandovi, Zuari, and their tributaries, ultimately reaching the Mormugao port, the final point. From here the ore is loaded onto ships, and exported out to different countries.

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But this transportation system of iron ore has been a major cause of air and noise pollution, affecting the villages that lie in its route. A 2014 study by S.T. Puttaraju, former Chief Town Planner of Goa, revealed that most of these roads were not planned for the plying of mining traffic, and went through small village roads. The density and the frequency of tippers on these roads increased after 1986 and was at its peak in 2010-11 when Goa was exporting over 45 million tons of ore.

As per the study, the busiest route is Sanvordem-Curchorem, which is an area in south Goa that is surrounded by several mines, including the Codli mines of Vedanta, the largest in Goa. According to Puttaraju’s calculation, the route carried 400 trucks per hour before mining was closed.

On most days, at most hours, roads were jammed with trucks, commercial and private vehicles, creating plumes of toxic smoke. Traffic was bumper-to-bumper, moving at a snail’s pace. The rate of accidents was also high. Uncovered iron ore led to a rise in dust pollution, which would settle in people’s homes, in their balconies, on leaves of plants and trees. The settled dust would prevent the fruiting of trees, affecting the growth of coconut and cashew nut plantations. Ambient air quality studies showed a higher concentration of particulate matter (PM10), sulphur dioxide, nitrous dioxide and suspended particulate matter in these regions.

To tackle this, the Goa government passed an order in 2011 that demanded a cap on the amount of ore carried per truck per trip, weighing bridges at the end of the mining site to weigh the amount of ore carried by the trucks, wheel washing points and a tracking system that could monitor the movement of the trucks.

At the time, when the movement of trucks was stopped, the people in the villages were relieved. But when the ore transport began earlier this year, there were reports of people complaining of noise and air pollution coming back.

Uncertain future of the transport industry

According to Nilkant Gawas, president of the North Goa Truck Owners Association, when mining was shut down in 2012, there were about 12,000 truck owners.

He revealed that ever since mining stopped, the number of truck owners has dwindled to 5,000. “Lack of mining activity has rendered many trucks useless. People have either sold them, or are using them for the transport of other materials, but that is negligible,” he said.

Photo: Supriya Vohra/Mongabay

The truck drivers and owners are not the only ones impacted by mining. Atul Jadhav, who is the president of the Goa Barge Owner Association, told Mongabay-India that barges have played an integral role in the transport of cargo in Goa. “We had 80 small barges and 224 big barges. And the mining companies also had their own big barges, about 62. So in total 366. Each small barge employed about five people, and a big barge employed nine people,” Jadhav explained.

Puttaraju’s study points to the damage caused by navigating barges. According to him, there are 31 jetties in the Mandovi river and 14 jetties in the Zuari river. The 366 barges would essentially ply from these jetties, through the various tributaries of the Mandovi and Zuari, and reach the port. His study explains the surface water pollution during the loading and unloading of the ore.

Also read: Once Resplendent With Fields of Gold, Kolar Is Now a Dust Bowl

He also says the barges would often move at high speeds and cause damage to the embankments of khazan land. The khazan lands are low-lying wetlands with mangrove forests in some places which sometimes have seawater entering during high tides. Their embankments help in restraining more saline water from entering the low-lying fields. When the barges hit them, the damage allows saline waters to spread into khazan lands, rendering the fields unfit for any cultivation.

Jadhav says the shutdown of mining activity caused a number of barges to remain unrepaired, caused them to rust, and many have either sold it or are using it outside of Goa. According to him, there are about 141 barges left in Goa.

Mining has been one of the pillars of Goa’s economy with thousands of people involved directly or indirectly, including those operating trucks and barges used for transporting the ore. The numbers of both have dwindled since mining was shut, impacting livelihoods. Photo: Supriya Vohra/Mongabay

The scale of acceleration and its consequence

The increase in the momentum of mining and its consequent shut-down has had a domino effect on all the connected industries.

Puti Gaonkar, President of Goa Mining People’s Front, a union for mining dependents established in 2018 soon after mining was shut down in Goa, said their association has about 30,000-35,000 members.

“They are mineworkers, managers, supervisors, machine operators, machine owners, truck owners, truck drivers, barge owners, barge operators, then repair shops for all these machines and vehicles, diesel stations, guest houses, roadside restaurants, they all cater to the mining industry, and they are affected because of the shutdown of mining,” Gaonkar said.

The scale at which mining accelerated in Goa, over time, brought with it a transition in the lives of people. “Iron and goa have always been connected. In the earlier days, out of a population of 600,000, there must have been about 50,000-60,000 people of Goa employed in the mining sector,” Abhijeet Prabhudesai of Rainbow Warriors, a Goa-based non-profit, said.

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He described how people used to walk from the villages in south Goa all the way to Bicholim in the north-east, covering a distance of about 50 kilometres on foot, and work with pick-axes and other tools, excavating the ore manually. “One or perhaps two trucks would leave in a day. And once they hit the groundwater, they would stop. There was no system of pumps back then,” he said while adding that during the monsoon, they would head back to their villages to tend to their paddy fields.

But after mechanisation things began to change. “It was after World War II that the scale of mining began to rise. Everyone needed iron ore for construction. They zeroed in on Goa because it is relatively cheaper to transport iron ore from here. It is a matter of scale. Poison in small quantities is considered good. And good things in large quantity becomes poison,” he explained.

People prefer sustainable mining

Umesh Vasu Volvaikar, 60, another native of Maem, started working for Chowgule’s construction arm in 1986. In 1995, he was transferred to the mining operations in Maem where he worked as a machine operator till 2016. He is also the president of Pangarpath Khajan Tenants Association. The ten-year-old outfit has 120 farmers and covers a large chunk of rice fields in Maem.

“There is complete siltation in our fields,” said Volvaikar, who is also one of the petitioners in public interest litigation against various outfits for illegal mining. “We need compensation for our losses, we need them to restore our land,” he told Mongabay-India. But does he want mining to resume? “Yes, for sure. There are no jobs here. The children are not doing anything. Sirf kheti se pet nahi bharta (Farming alone will not fill our stomachs),” he said but cautioned that “not the way it has been carried out so far.”

Umesh Volvaikar, a former employee at an iron ore screening plant is also a member of the Khazan Tenant Association with 120 other farmers. He has been dependent on mining for income but at the same time, his fields were adversely affected by unsustainable mining practices. Photo: Supriya Vohra/Mongabay

Explaining further, Prabhudesai said that even when the Portuguese gave mining concessions, they chose to give it to the upper caste, the ruling class of Goa. “For the people of the villages, whose farms and fish and water are being affected by mining today, it is a matter of survival. If you talk to them, they will tell you that they want cooperative mining. Otherwise, the locals have always been at the receiving end. Mining decisions have always been made by the ruling class,” he said.

Sometime in August 2020, local publications reported that 26-gram panchayats had approached the Supreme Court with an interlocutory application asking to be impleaded in the Goa mining case. In a dimly lit hall, at the Maem village library, when Mongabay-India asked a small group of people, who were a mix of farmers, fishers, truck owners, landowners and former mining employees if they had agreed to this application. They unanimously said no, that they were not consulted when this decision was passed.

“This was a gram panchayat body decision. A representative from a mining company came over and this decision was made. The public was not consulted,” said Vishvas Chodankar, Deputy Sarpanch of Maem.

When Mongabay-India asked the group if they wanted mining to resume in their village, they all said yes, but with conditions.“We need it to be done properly,” said Chodankar. “Restore our degraded land. Provide us with the compensation we deserve. Follow the rules. And if you are mining in our village, then make sure you employ the people of our village first. Give us a priority. That for us is sustainable mining.”

This article was first published on Mongabay. Read the original here

Fighting Air Pollution Is Everybody’s Responsibility: UN India Agency Heads

India will need a mix of schemes to incentivise adoption of cleaner technologies and practices, pollution reduction measures, increased monitoring and stringent enforcement of the existing regulations.

There is a silent killer in our midst, and we must act together to stop it.

Air pollution, both indoor and outdoor, as reports from various agencies have highlighted, is the single largest environmental risk to human health. Estimates suggest that as many as 7 million people die prematurely every year from factors attributable to air pollution. Nine out of 10 people in the world today continue to breathe dirty air that damages their lungs.

The India State-Level Disease Burden Initiative led by the Indian Council of Medical Research recognised air pollution as the second highest risk factor affecting disease and mortality. Air pollution kills more people every year than tobacco smoking. What this means is that on a poor day, breathing is like smoking continuously – except that we don’t get to choose not to smoke. And children are even more vulnerable than adults. 

We know that toxic gases and nanoscopic particles that slip through our bodies’ defences come from a variety of sources: the burning of fossil fuels such as coal for energy and transport; the use of dirty fuels; construction; home cooking, heating and lighting; the chemicals and mining industries; and the burning of waste, forests and crop residues.

Also read: The Three Kinds of People We Need to Fight India’s Air Pollution Problem

This means it’s not just our health that’s at stake – it’s the earth’s too. The reasons we breathe toxic air are also the reasons behind environmental damage, global warming, and reduced crop growth and agricultural productivity, which in turn reduce food security. Pollutants like black carbon, produced by diesel engines, burning trash and dirty cookstoves, are extremely harmful when inhaled, speed up glacier and mountain snow and ice melt, and exacerbate local weather extremes.

Reducing emissions, therefore, offers a dual opportunity – to improve public health and limit global warming to 1.5 degrees Celsius over the next few decades. The good news is we have many solutions and policy options to fight air pollution.

So how can we fix the quality of our air?

India has declared a “war against pollution” to combat poor air quality levels in Indian cities and towns. The National Clean Air Programme (NCAP), launched earlier this year by the Ministry of Environment, Forest and Climate Change (MoEFCC), is the country’s first overarching policy framework on air quality. It calls for a 20-30% reduction in particulate pollution over the next five years –a goal that could have significant payoffs when actioned.

One study suggests that successful implementation could mean the average person in India would live 1.3 years longer, and people in very polluted areas would live almost three years longer. The government has taken other steps, too, such as setting up the International Solar Alliance, focusing attention on renewable solar energy, and the Ujjwala Yojana, to connect poor households to green cooking fuels like LPG, which reduces indoor air pollution and protects vulnerable groups like women, children and the elderly.

Also read: Does India Have the Skilled Workforce Needed to Fight Air Pollution?

Because toxic air is attributable to a combination of household, industrial, vehicular and environmental factors, any policy on air pollution must be coordinated across sectors, and address local conditions and sources of pollution.

While the expertise of specialised agencies like the Central Pollution Control Board is invaluable, authorities mandated to deal with urban planning, industry, health, transport, agriculture and waste management must be roped into the effort. India will need a mix of schemes to incentivise adoption of cleaner technologies and practices, pollution reduction measures, increased monitoring and stringent enforcement of the existing regulations.

India will need a mix of schemes to incentivise adoption of cleaner technologies and practices, pollution reduction measures, increased monitoring and stringent enforcement of the existing regulations. Credit: Reuters

Other countries have also gone through a rapid growth curve with similar struggles. India can learn from their experience. Five years ago, China launched its own “battle for blue skies” after scenes of heavy smog hanging over Beijing hit the international media.

In response, the central government empowered local officials to enact environmental solutions as they saw fit; small coal-fired boilers in urban areas were phased out; stricter emissions standards for vehicles were rolled out; and households were given incentives to switch to clean heating.

As a result, between 2013 to 2017, China reduced its air pollution by about 32%. Globally, there is momentum and commitment in the form of resolutions passed by United Nations Environment Assembly and the World Health Assembly to encourage national and global action on air pollution.

Also read: Air Pollution Caused Over 1.2 Million Deaths in India in 2017: Report

The UN, through its agencies, is committed to work with the government to promote less polluting industry, transport and domestic fuels, as well as to reduce the burning of crop residue, especially rice straw in north India.

There are also initiatives to adopt cleaner transport, and to clean up home and hearth. The UN supports evidence on the health impacts, shares health advisories and creates awareness to advocate for action and evidence-based policies.

We are also building capacity in in the methodologies for health impact assessments. An inter-agency initiative in partnership with the MoEFCC is underway to develop a strategy on how best to implement the NCAP, leveraging specialised knowledge and outlining a roadmap for effective coordination between institutions.

Fighting air pollution is everybody’s responsibility. We need a coordinated and sustained effort with the active involvement of all sectors, including the government, industry, community-based organisations, academia, communities and individuals. It is in ambitious initiatives such as the NCAP that hope lies. With resolute policy implementation and resolve for strict enforcement  and programmatic responses that ensure concerted action, we can, one day soon, again breathe easy.

The writers are heads of agency in India, respectively, for UN Environment, the World Health Organization, UN Industrial Development Organization, UN Development Programme and the Food and Agriculture Organization.

What Can You, the Individual, Do to Fight Air Pollution?

Individual actions are consequences of government policy, and government policy can be influenced by the decisions of multiple individuals.

While significant changes to air quality occur only when mandated by law, let’s not underestimate an individual’s power to contribute to this change. A citizen’s voice and her actions are an integral part of this fight.

When discussing air pollution, there is invariably the question: “what can I do to fight air pollution?” Air pollution is the theme for World Environment Day 2019 – on June 5 – so here are a few individual actions that citizens can take to do their bit. I recognise that the following are choices for the middle-class and above. A daily-wage worker with no private vehicle has no option but to walk or cycle and, with no LPG connection, has no option but to use a three-stone stove and wood.

Check your engines and tires

The mileage of a new car or motorcycle is calculated under optimal lab conditions. In reality, these vehicles accelerate, decelerate, cruise and idle, often in short bursts, on bad road surfaces and that results in lower mileage. Ideal lab conditions depend on the road as well as the engine and tire conditions. While we can’t do anything about the road, we can certainly address the latter two. Timely inspection and maintenance can increase your fuel economy from 15 km per litre to 16. That is fuel saved and emissions averted.

Use public transport or carpool once a week

If you use a car for your daily commute, it is likely you are spending 30-120 minutes driving every day (or more in some cases). If, however, you used public transport or carpooled once a week, it can translate to environmental and health benefits. For example, at an average speed of 15-20 km/h (during rush hour) and an average mileage of 15-20 km/litre, a two-hour commute translates two 2 litres of fuel, about Rs 150. This is fuel saved, money saved, emissions averted and one day of stress-free commute.

Also read: Two-Pronged Efforts to Reduce Diesel Fumes Gain Ground

One must acknowledge that we use public transportation where possible because a growing challenge in Indian cities has been access to a public transportation system that is reliable, comfortable, safe and with the first/last mile connectivity. For example, a 1997 white paper and a 2018 action plan, both to address Delhi’s air pollution problem, suggested the city use 15,000 buses. However, the city increased its fleet size from 2,000 buses to only 4,000. It’s a similar story in other Indian cities, and till the day the issue is resolved, carpooling can be something to look forward to.

Cycle and walk more

The more you cycle and walk, more emissions can be averted on the road. There are arguments against cycling during rush hours saying its health benefits are lost due to increased exposure to harmful levels of pollution. The counterargument is to present the statistical picture.

If, like you, a hundred other drivers ditched their cars or motorcycles and started cycling or walking, then there would be that much less pollution. Second: the greater the number of cyclists on the roads, the more the pressure on the city to provide the requisite infrastructure.

Our cities’ mayorates are able to have flyovers and parking lots cleared and constructed with awful ease, and the only beneficiary is the car driver; indeed, the benefits are debatable because road-widening exercises often seem unable to reduce, let alone eliminate, congestion. This is because governments are under pressure to deliver more car-friendly spaces to support higher motor-vehicle sales. A similar sort of pressure should apply vis-à-vis walkers and cyclists as well.

In the Netherlands, cyclists rule the roads. In Amsterdam’s traffic-demand management, cyclists are often prioritised because most people use non-motorised transport. It is likely that every one of those cyclists also owns a car or a scooter but prefer using cycle when they can access cycler-friendly conditions. Most of their trips are also small – about 3-5 km (PDF) – and the government provides safe paths for adults and children to walk or cycle on.

Turn off the engines during long idling

If you know that a traffic-light stop is for more than 20 seconds, turning the engine off and restarting it later will save some fuel and improve engine efficiency. We see this in practice with most of two- and three-wheelers but not so much with four-wheelers. A common reason for this is that drivers like to keep the air conditioners on and – ironically – keep the car’s insides from becoming polluted.

Power down and conserve

Use as many LED lights as possible and optimise the number of electrical fixtures in your house. This will not reduce the rate of power production at the  power plants but any power not diverted to cities goes to the rural areas, where it is needed more. If the temperature outside is 40° C, do not set the air conditioner to cool the air to 18°C. Instead, setting it at 22-25° C conserves power and prolongs the machine’s life.

For those with solar and wind-based generation systems at home: more power to you.

Say ‘no’ to plastic

On paper, there is no open-waste burning in India. Off paper, however, we manage our waste much, much slower than the rate at which we produce waste. A lot of the waste is plastics, and their burning releases numerous carcinogens and other pollutants into the air.

Plastic is commonly burnt in residential areas and in places where waste is heaped before it’s transport, as well as in landfills (some of which can be spotted from space).

Always carry a spare bag with you in case you need to carry any goods, instead of getting a plastic bag from the store.

Compost your wet waste and grow a plant

Every kilogram of waste not produced or dumped outside is equivalent to that much waste not rotting or burning on the streets, and this includes wet waste. There is no reason to give away your wet waste, especially from the kitchen and the garden, to be dumped in landfills. There are plenty of examples to follow on how to compost wet waste and use it to grow a plant. For example, Daily Dump is an organisation from Bengaluru, like Green Essentials in Goa, that provides self-help instructions and materials and conducts workshops to help kickstart such projects.

A related is the issue of burning garden waste. This is unnecessary and contributes significantly to PM levels. Instead, it’s much better to use the waste as mulch or to compost it.

Also read: Popular Sustainable Materials Like Areca Leaf Are Rarely Composted

Plant, and save, trees

As with cycling and walking, the more you use a park, the greater is the demand to maintain them. Otherwise, we have to constantly fight to save our trees from being felled (as in Delhi) and our lakes from being lost (as in Hyderabad) for redevelopment. Trees help keep the temperature down, provide shade and prevent dust from settling on the ground and reduce ambient particulate pollution levels. A recent study from the University of Surrey demonstrated a 30% drop in pollution exposure on roads with hedges.

If you see something, say something

Data is the missing link for understanding local air pollution levels and for action on the ground. There is scattered information, often from one or two official monitors in most cities (other than the big ones like Delhi, Mumbai, Bengaluru and Hyderabad). This is not enough to capture a reasonably accurate picture of transport emissions, industrial activities and burning events in the city. So, if you see something, you should say something. There is now a nearly constant flow of complaints on the Central Pollution Control Board’s Twitter feed. Though this is a young account, it can eventually be used for compliance assessment and to understand local emission loads.

These are some simple things that we can keep an eye on, and so contribute to making the air in our cities cleaner. Even though these are individual decisions, the overarching government policy can nudge behaviour in the direction that many individuals choose. If the government builds freeways with no safe walking or cycling paths, and provides no regular buses and other public transport, citizens will have no option but to use private vehicles. But if it provides sustainable alternatives, there’s no reason the people shouldn’t use them. Ultimately, individual actions are consequences of government policy.

Sarath Guttikunda is the director of Urban Emissions (India), an independent research group on air pollution, issuing three-day air quality forecasts for all Indian districts.