What is a sand mine?

Sand mining is a practice that is used to extract sand, mainly through an open pit. However, sand is also mined from beaches, inland dunes and dredged from ocean beds and river beds. It is often used in manufacturing as an abrasive, for example, and it is used to make concrete.

Sand mining is a practice that is used to extract sand, mainly through an open pit. However, sand is also mined from beaches, inland dunes and dredged from ocean beds and river beds. It is often used in manufacturing as an abrasive, for example, and it is used to make concrete. It is also used in cold regions to put on the roads by municipal plow trucks to help icy and snowy driving conditions, usually mixed with salt or another mixture to lower the freezing temperature of the road surface (have the precipitations freeze at a lower temperature). Sand dredged from the mouths of rivers can also be used to replace eroded coastline.[1]

Another reason for sand mining is the extraction of minerals such as rutile, ilmenite and zircon, which contain the industrially useful elements titanium and zirconium. These minerals typically occur combined with ordinary sand, which is dug up, the valuable minerals being separated in water by virtue of their different densities, and the remaining ordinary sand re-deposited.

Sand mining is a direct cause of erosion, and also impacts the local wildlife.[2] For example, sea turtles depend on sandy beaches for their nesting, and sand mining has led to the near extinction of gharials (a species of crocodiles) in India. Disturbance of underwater and coastal sand causes turbidity in the water, which is harmful for such organisms as corals that need sunlight. It also destroys fisheries, causing problems for people who rely on fishing for their livelihoods.

Removal of physical coastal barriers such as dunes leads to flooding of beachside communities, and the destruction of picturesque beaches causes tourism to dissipate. Sand mining is regulated by law in many places, but is still often done illegally.[3]

Sand is a naturally occurring granular material composed of finely divided rock and mineral particles. River sand has the ability to replenish itself. The composition of sand is highly variable, depending on the local rock sources and conditions, but the most common constituent of sand in inland continental settings and non-tropical coastal settings is silica (silicon dioxide, or SiO2), usually in the form of quartz which because of its chemical inertness and considerable hardness, is the most common mineral resistant to weathering.

Sand is an important economic resource and also a source of silica for making sodium silicate, a chemical compound used for manufacture of both common and optical glasses. Sand is an ingredient in plaster and concrete and is added to clays to reduce shrinkage and cracking in the manufacture of bricks. Sand in the river channel and floodplains constitutes an important raw material in the construction industry and has a variety of uses in this sector. River sand is used along with cement, gravel, water and steel for making reinforced concrete. Along with cement and water, it is used as mortar for joint filling and plastering.

The economic aspects of sands are not confined to its value as raw material and its various uses. Sand production, movement and deposition are of great concern to the engineering geologist and to the geomorphologist, especially those concerned with river basin management, shore erosion and harbour development.

Besides its economic importance, sand also constitutes an important abiotic component in aquatic

ecosystems like rivers. It provides suitable substrate for many benthic organisms. It is an unavoidable component for psammophilic fishes as it provides breeding, spawning, feeding and hiding grounds. Inter-beds of sand within floodplain deposits act as aquifer systems storing large quantities of ground water. In addition to this, sand acts as an efficient filter for various pollutants and thus maintains the quality of water in rivers and other aquatic ecosystems. In earlier days, mining of sand did not create any problem to river ecosystem as the quantity of mining was well within the replenishment limits. However, increase in population and the rise in economic and industrial developments during the past few decades have aggravated mining of river sand many folds higher than natural replenishments which really made a host of damages to river ecosystems in the world.

Sand Mining and impact on environment

Sand Mining is an activity referring to the process of the actual removal of sand from the foreshore including rivers, streams and lakes. Sand is mined from beaches and inland dunes and dredged from ocean beds and river beds. A related process is the mining of mineral sands, such as mineral deposits like diamond, gold and silver. These minerals typically occur combined with ordinary sand. The sand is dug up, the valuable minerals are separated in water by using their different density, and the remaining ordinary sand is re-deposited.

Excessive in-stream sand-and-gravel mining causes the degradation of rivers. In-stream mining lowers the stream bottom, which may lead to bank erosion. Depletion of sand in the streambed and along coastal areas causes the deepening of rivers and estuaries, and the enlargement of river mouths and coastal inlets. It may also lead to saline-water intrusion from the nearby sea. The effect of mining is compounded by the effect of sea level rise. Any volume of sand exported from streambeds and coastal areas is a loss to the system. It is also a threat to bridges, river banks and nearby structures. Sand mining also affects the adjoining groundwater system and the uses that local people make of the river.

In-stream sand mining results in the destruction of aquatic and riparian habitat through large changes in the channel morphology. Impacts include bed degradation, bed coarsening, lowered water tables near the streambed, and channel instability. These physical impacts cause degradation of riparian and aquatic biota and may lead to the undermining of bridges and other structures. Continued extraction may also cause the entire streambed to degrade to the depth of excavation. Sand mining generates extra vehicle traffic, which negatively impairs the environment. Where access roads cross riparian areas, the local environment may be impacted.

In-stream mining can have other costly effects such as many hectares of fertile streamside land are lost annually, as well as valuable timber resources and wildlife habitats in the riparian areas. Degraded stream habitats result in loss of fisheries productivity, biodiversity, and recreational potential. Severely degraded channels may lower land and aesthetic values.

Further all species require specific habitat conditions to ensure long-term survival. Native species in streams are uniquely adapted to the habitat conditions that existed before humans began large-scale alterations. These have caused major habitat disruptions that favored some species over others and caused overall declines in biological diversity and productivity. In most streams and rivers, habitat quality is strongly linked to the stability of channel bed and banks. Unstable stream channels are inhospitable to most aquatic species.

Factors that increase or decrease sediment supplies often destabilize bed and banks and result in dramatic channel readjustments. For example, human activities that accelerate stream bank erosion, such as riparian forest clearing or in-stream mining, cause stream banks to become net sources of sediment that often have severe consequences for aquatic species. Anthropogenic activities that artificially lower stream bed elevation cause bed instabilities that result in a net release of sediment in the local vicinity. Unstable sediments simplify and, therefore, degrade stream habitats for many aquatic species. Few species benefit from these effects.

The most important effects of in-stream sand mining on aquatic habitats are bed degradation and sedimentation, which can have substantial negative effects on aquatic life. The stability of sand-bed and gravel-bed streams depends on a delicate balance between stream-flow, sediment supplied from the watershed, and channel form. Mining-induced changes in sediment supply and channel form disrupt channel and habitat development processes. Furthermore, movement of unstable substrates results in downstream sedimentation of habitats. The affected distance depends on the intensity of mining, particles sizes, stream flows, and channel morphology.

The complete removal of vegetation and destruction of the soil profile destroys habitat both above and below the ground as well as within the aquatic ecosystem, resulting in the reduction in faunal populations.

Also, Channel widening shallows the streambed, producing braided flow or subsurface inter-gravel flow in riffle areas, hindering movement of fishes between pools. Channel reaches become more uniformly shallow as deep pools fill with gravel and other sediments, reducing habitat complexity, riffle-pool structure, and numbers of large predatory fishes.

Apart from it, sand mining transforms the riverbeds into large and deep pits; as a result, the groundwater table drops leaving the drinking water wells on the embankments of these rivers dry. Bed degradation from in-stream mining lowers the elevation of stream flow and the floodplain water table which in turn can eliminate water table-dependent woody vegetation in riparian areas, and decrease wetted periods in riparian wetlands. For locations close to the sea, saline water may intrude into the fresh water body.

In-stream sand mining activities will have an impact upon the river's water quality. Impacts include increased short-term turbidity at the mining site due to resuspension of sediment, sedimentation due to stockpiling and dumping of excess mining materials and organic particulate matter, and oil spills or leakage from excavation machinery and transportation vehicles.

Increased riverbed and bank erosion increases suspended solids in the water at the excavation site and downstream. Suspended solids may adversely affect water users and aquatic ecosystems. The impact is particularly significant if water users downstream of the site are abstracting water for domestic use. Suspended solids can significantly increase water treatment costs.

Example:

Illegal sand mining is posing the biggest threat to the last of the wild and breeding ghariyals left. Found in maximum strength in National Chambal Sanctuary running across three states- UP, MP and

Rajasthan, ghariyals are losing out to human interference.

Mining of sand banks is destructive for ghariyal population as sand banks are essential for nesting and basking:

Ghariyals lay their eggs under sand beds, but illegal sand mining destroys their nests. The complaint submitted to NGT reads, ‘Sand is extracted for construction works. Local inhabitants are cultivating river banks immediately adjacent to the river and this is causing considerable disturbance to the natural habitat of ghariyals. Villagers residing along the river are flattening ravines present in the sanctuary for farming.’

The 425 km stretch of the Chambal River was declared a protected area in 1979. The river originates from Kota in Rajasthan, runs through sandy ravines and ends at Bhare in Etawah, where it merges with the Yamuna. UP has 150 km of the river sanctuary running along Bah (Agra) and Etawah.

Ghariyals are the major wildlife attractions of the sanctuary: Illegal fishing is another threat to ghariyals as they get entangled in fishing nets and drown. Many a time, ghariyals injured by fishing hooks starve to death as they can neither hunt nor eat.

According to the 2012-13 census, UP stretch of the sanctuary had 785 ghariyals which is a remarkable increase. There were 307 ghariyals in 2008-09 and the number rose to 674 in 2011-12.

• Ghariyals were found historically in India, Pakistan, Nepal, Bangladesh, Bhutan and Myanmar• Apart from small population in Nepal, maximum wild population exists in three Indian rivers - Son, Geruwa and Chambal• Chambal sanctuary is a tri-state protected area running along MP, UP and Rajasthan• UP stretch of the sanctuary has 785 ghariyals as per 2012-13 census

1. We’re running out of it.

“We use so much of it. We use 40 billion tons of sand each year. And that number is just growing and growing. And we’re running out of the stuff we can use for construction.”

2. There are different types of sand.

“The most common form of sand, the one that is about 70 percent of everything you see is made from quartz. It’s basically just teeny-tiny little rocks. And that’s the stuff we use in concrete. That’s the biggest thing we use sand for. But we also use it for windows. Every piece of glass you see is basically made out of sand. Every silicon chip in your computer is made out of sand."

3. Desert sand doesn’t work in construction.

“Because it’s been eroded by wind, rather than water, it’s shaped a little too round to stick together properly. So that’s why we can only really use river and beach and marine sand for construction. And there’s only so much of it. And we’re pulling so much out of the earth that rivers and beaches are being stripped bare all over the world and it’s causing enormous environmental damage.”

4. It’s happening all over the world.

“Where there’s construction, which is pretty much everywhere in the world these days, people are mining sand. So it’s a really big problem in places like China, India and Nigeria, where thanks to

development, cities are just growing and growing and growing exponentially and using more and more concrete. That’s causing a huge problem in terms of sand mining.”

5. Governments are trying to curb it.

“There’s so much sand being pulled out of riverbeds and beaches and floodplains all over the world that governments are being forced to limit it. So they say, ‘You can’t mine sand here, you can only mine it using these techniques over there.’"

6. But the restrictions create a black market sand industry.

“There are criminal gangs that are making huge money illegally mining sand. They do what mafias do everywhere. They bribe police. They bribe courts. They bribe government officials. And when they need to, they kill people who get in their way.”

7. People are dying in the sand wars.

The bloodiest battles are in India. “They estimate hundreds of people have been killed in the last few years. It’s gangs. It’s different sand mafias fighting each other over turf. But also, they’ve killed at least a dozen police officers, government officials, environmental activists and just ordinary folks all over India.”

brick-and-plaster house. Two of them dismounted, eased open the unlocked door, and slipped into the darkened bedroom on the other side. White kerchiefs covered their lower faces. One of them carried a pistol.

Inside the bedroom Paleram Chauhan, a 52-year-old farmer, was napping after an early lunch. In the next room, his wife and daughter-in-law were cleaning up while Paleram’s son played with his 3-year-old nephew.

Gunshots thundered through the house. Preeti Chauhan, Paleram’s daughter-in-law, rushed into Paleram’s room, Ravindra, right behind her. Through the open door, they saw the killers jump back on their bike and roar away.

Paleram lay on his bed, blood bubbling out of his stomach, neck, and head. “He was trying to speak, but he couldn’t,” Preeti says, her voice breaking with tears. Ravindra borrowed a neighbor’s car and rushed his father to a hospital, but it was too late. Paleram was dead on arrival.

Despite the masks, the family had no doubts about who was behind the killing. For 10 years Paleram had been campaigning to get local authorities to shut down a powerful gang of criminals headquartered in Raipur Khadar. The “mafia,” as people called them, had for years been robbing the village of a coveted natural resource, one of the most sought-after commodities of the 21st century: sand.

That’s right. Paleram Chauhan was killed over sand. And he wasn’t the first, or the last

Indian workers crush stone into sand at an illegal mine near Raipur Village in India on March 18, 2015.

Aakash Chauhan and Preeti Chauhan stand for a portrait at their home.

Construction in Uttar Pradesh, India. Any building that needs concrete needs sand. Adam Ferguson

Our civilization is literally built on sand. People have used it for construction since at least the time of the ancient Egyptians. In the 15th century, an Italian artisan figured out how to turn sand into transparent glass, which made possible the microscopes, telescopes, and other technologies that helped drive the Renaissance’s scientific revolution (also, affordable windows). Sand of various kinds is an essential ingredient in detergents, cosmetics, toothpaste, solar panels, silicon chips, and especially buildings; every concrete structure is basically tons of sand and gravel glued together with cement.

Sand—small, loose grains of rock and other hard stuff—can be made by glaciers grinding up stones, by oceans degrading seashells, even by volcanic lava chilling and shattering upon contact with air. But nearly 70 percent of all sand grains on Earth are quartz, formed by weathering. Time and the elements eat away at rock, above and below the ground, grinding off grains. Rivers carry countless tons of those grains far and wide, accumulating them in their beds, on their banks, and at the places where they meet the sea.

Apart from water and air, humble sand is the natural resource most consumed by human beings. People use more than 40 billion tons of sand and gravel every year. There’s so much demand that riverbeds and beaches around the world are being stripped bare. (Desert sand generally doesn’t work for construction; shaped by wind rather than water, desert grains are too round to bind together well.) And the amount of sand being mined is increasing exponentially.

Though the supply might seem endless, sand is a finite resource like any other. The worldwide construction boom of recent years—all those mushrooming megacities, from Lagos to Beijing—is devouring unprecedented quantities; extracting it is a $70 billion industry. In Dubai enormous land-reclamation projects and breakneck skyscraper-building have exhausted all the nearby sources. Exporters in Australia are literally selling sand to Arabs.

Workers wash stone before it gets crushed into sand at an illegal mine near Raipur Village. Adam Ferguson

In some places multinational companies dredge it up with massive machines; in others local people haul it away with shovels and pickup trucks. As land quarries and riverbeds become tapped out, sand miners are turning to the seas, where thousands of ships now vacuum up huge amounts of the stuff from the ocean floor. As you might expect, all this often wreaks havoc on rivers, deltas, and marine ecosystems. Sand mines in the US are blamed for beach erosion, water and air pollution, and other ills, from the California coast to Wisconsin’s lakes. India’s Supreme Court recently warned that riparian sand mining is undermining bridges and disrupting ecosystems all over the country, slaughtering fish and birds. But regulations are scant and the will to enforce them even more so, especially in the developing world.

Sand mining has erased at least two dozen Indonesian islands since 2005. The stuff of those islands mostly ended up in Singapore, which needs titanic amounts to continue its program of artificially adding territory by reclaiming land from the sea. The city-state has created an extra 130 square kilometers in the past 40 years and is still adding more, making it by far the world’s largest sand importer. The collateral environmental damage has been so extreme that Indonesia, Malaysia, and Vietnam have all restricted or banned exports of sand to Singapore.

All of that has spawned a worldwide boom in illegal sand mining. On Indonesia’s island of Bali, far inland from the tourist beaches, I visit a sand mining area. It looks like Shangri-La after a meteor strike. Smack in the middle of a beautiful valley winding between verdant mountains, surrounded by jungle and rice paddies, is a raggedy 14-acre black pit of exposed sand and rock. On its floor, men in shorts and flip-flops wield sledgehammers and shovels to load sand and gravel into clattering, smoke-belching sorting machines.

“Those who have permits to dig for sand have to pay for land restoration,” says Nyoman Sadra, a former member of the regional legislature. “But 70 percent of the sand miners have no permits.” Even companies with permits spread bribes around so they can get away with digging pits wider or deeper than they’re allowed to.

Today criminal gangs in at least a dozen countries, from Jamaica to Nigeria, dredge up tons of the stuff every year to sell on the black market. Half the sand used for construction in Morocco is

estimated to be mined illegally; whole stretches of beach there are disappearing. One of Israel’s most notorious gangsters, a man allegedly involved in a spate of recent car bombings, got his start stealing sand from public beaches. Dozens of Malaysian officials were charged in 2010 with accepting bribes and sexual favors in exchange for allowing illegally mined sand to be smuggled into Singapore.

But nowhere is the struggle for sand more ferocious than in India. Battles among and against “sand mafias” there have reportedly killed hundreds of people in recent years—including police officers, government officials, and ordinary people like Paleram Chauhan.

Raipur Village, where Paleram Chauhan was killed. Adam Ferguson

The area around Raipur Khadar used to be mostly agricultural—wheat and vegetables growing in the Yamuna River floodplain. But Delhi, less than an hour’s drive north, is encroaching fast. Driving down a new six-lane expressway that cuts through Gautam Budh Nagar, the district in which Raipur Khadar

sits, I pass construction site after construction site, new glass and cement towers sprouting skyward like the opening credits from Game of Thrones made real across miles of Indian countryside. Besides countless generic shopping malls, apartment blocks, and office towers, a 5,000-acre “Sports City” is under construction, including several stadiums and a Formula 1 racetrack.

The building boom got in gear about a decade ago, and so did the sand mafias. “There was some illegal sand mining before,” says Dushynt Nagar, the head of a local farmers’ rights organization, “but not at a scale where land was getting stolen or people were getting killed.”

The Chauhan family has lived in the area for centuries, Paleram’s son Aakash tells me. He’s a slim young guy with wide brown eyes and receding black hair, wearing jeans, a grey sweatshirt, and flip-flops. We’re sitting on plastic chairs set on the bare concrete floor of the family’s living room, just a few yards from where his father was killed.

The family owns about 10 acres of land, and shares some 200 acres of communal land with the village—or used to. About 10 years ago a group of local “musclemen,” as Aakash calls them, led by Rajpal Chauhan (no relation—it’s a common surname) and his three sons, seized control of the communal land. They stripped away its topsoil and started digging up the sand built up by centuries of the Yamuna’s floods. To make matters worse, the dust kicked up by the operation stunted the growth of surrounding crops.

Aakash Chauhan stands at the door of his father’s old bedroom.

As a member of the village panchayat, or governing council, Paleram took the lead in a campaign to get the sand mine shut down. It should have been pretty straightforward. Aside from stealing the village’s land, sand mining is not permitted in the Raipur Khadar area at all because it’s close to a bird sanctuary. And the government knows it’s happening: In 2013 a fact-finding team from the federal Ministry of Environment and Forests found “rampant, unscientific, and illegal mining” all over Gautam Budh Nagar.

Nonetheless, Paleram and other villagers couldn’t get it stopped. They petitioned police, government officials, and courts for years—and nothing happened. The conventional wisdom says that many local authorities accept bribes from the sand miners to stay out of their business—and not infrequently, are involved in the business themselves.

For those who don’t take the carrot of a bribe, the mafias aren’t shy about using a stick. “We do conduct raids on the illegal sand miners,” says Navin Das, the official in charge of mining in Gautam Budh Nagar. “But it’s very difficult because we get attacked and shot at.” In the past three years, sand miners have killed at least two police officers and attacked many others, as well as government officials and whistle-blowers. Just this March, soon after I returned from India, an assault by illegal sand miners put a television journalist in the hospital.

According to court documents, Rajpal and his sons threatened Paleram and his family as well as other villagers. Aakash knows one of the sons, Sonu, from when they were kids in school together. “He used to be a decent guy,” Aakash says. “But when he got into the sand business and started making fast money, he developed a criminal mentality and became very aggressive.” Finally, in the spring of 2013, police arrested Sonu and impounded some of his outfit’s trucks. He was soon out on bail, though.

One morning Paleram rode his bicycle out to his fields, which are right next to the sand mine, and ran into Sonu. “He said, ‘It’s your fault I was in jail,'” according to Aakash. “He told my father to drop the issue.” Instead Paleram complained to the police again. A few days later, he was shot dead.

Sonu, his brother Kuldeep, and his father, Rajpal, were arrested for the killing. All of them are currently out on bail. Aakash sees them around sometimes. “It’s a small village,” he says.

Click to Open Overlay GallerySand mining boats work illegally on the Thane Creek in Maharashtra, India, on March 20, 2015. Workers dive to the bottom with a metal bucket to scoop sand; the boat crew hauls it to the surface. Adam Ferguson

The broad, murky Thane Creek, just outside Mumbai, is swarmed with small wooden boats on a recent February morning. Hundreds of them are anchored together, hull to hull, in a ragged line stretching at least half a mile. The river’s banks are lined with green mangroves, towered over by apartment blocks. There’s a faint tang of salt in the air from the nearby Arabian Sea, mixed with diesel from the boats’ engines.

Each boat carries a crew of six to 10 men. One or two of them dive down to the river bottom, fill a metal bucket with sand, and return to the surface, water streaming from their black hair and mustaches. Then two others, standing barefoot on planks jutting from the boat, haul up the bucket with ropes. Their lean, muscular physiques would be the envy of any hipster gym rat if they weren’t so hard-earned.

Pralhad Mhatre, 41, does about 200 dives a day, he says. He’s worked the job for 16 years. It pays nearly twice what the pullers get, but it’s still not much—about $16 a day. He wants his son and three daughters to go into some other profession, not least because he thinks the river’s sand will soon be mined out. “When I started, we only had to go down 20 feet,” he says. “Now it’s 40. We can only dive 50 feet. If it gets much lower, we’ll be out of a job.”

Click to Open Overlay GalleryA sand diver gets ready for another trip to the bottom of Thane Creek.

Adam Ferguson

The next day Sumaira Abdulali, India’s foremost campaigner against illegal sand mining, takes me to see a different kind of mine. Abdulali is a decorous, well-heeled member of the Mumbai bourgeoisie, gentle of voice and genteel of manner. For years she has been traveling to remote areas in a leather-upholstered, chauffeur-driven sedan, snapping pictures of sand mafias at work. In the process she’s been insulted, threatened, pelted with rocks, pursued at high speeds, had her car windows smashed, and been punched hard enough to break a tooth.

Abdulali got involved when sand miners started tearing up a beach near Mumbai where her family has vacationed for generations. In 2004 she filed the first citizen-initiated court action against sand mining in India. It made the newspapers, which in turn brought Abdulali a flood of calls from others around the country who wanted her help stopping their own local sand mafias. Abdulali has since helped dozens file their own court cases and keeps a steady stream of her own well-documented complaints flowing to local officials and newspapers. “We can’t stop construction. We don’t want to halt development,” she says in British Indian–accented English. “But we want to put in accountability.”

Abdulali takes me to the rural town of Mahad, where sand miners once smashed up her car. Sand mining is completely banned in the area because of its proximity to a protected coastal zone. Nonetheless, in the jungled hills not far outside town, we come to a gray-green river on which boats,

in plain view, are sucking up sand from the river bottom with diesel-powered pumps. The riverbanks are dotted with huge piles of sand, which men in excavators are shoveling onto trucks.

Soon after, back on a main road, we find ourselves behind a small convoy of three sand trucks. They rumble, unmolested, past a police van parked on the side of the road. A couple of cops idle next to it, watching the traffic going by. Another is inside taking a nap, his seat fully reclined. This is too much for Abdulali. We pull up alongside the van. An officer who appears to be in charge is lounging inside, wearing a khaki uniform, with stars on his shoulders and black socks on his feet. He has taken his shoes off. “Didn’t you see those trucks carrying sand that just went past?” Abdulali asks.

“We filed some cases this morning,” answers the cop, genially. “We’re on our lunch break now.”

As we drive away, we pass another sand truck parked just a few hundred yards down the road.

Some time later I ask a local government official about this. “The police are hand in glove with the miners,” says the official, who asks me not to name him. “When I call the police to escort me on a raid, they tip off the miners that we are coming.” Even in the cases he’d brought to court, no one was convicted. “They always get off on some technicality.”

Click to Open Overlay GalleryWorkers wash Thane Creek sand before trucking it away. Adam Ferguson

Back in Raipur Khadar, after I finish talking with Paleram Chauhan’s family, his son Aakash agrees to show me and my interpreter, Kumar Sambhav, the village lands where the mafia has taken over. We’d rented a car in Delhi that morning, and Aakash directs our driver to the site. It’s hard to miss: Right across the road from the village center is an expanse of torn-up land pocked with craters 10 and 20 feet deep, stippled with house-sized piles of sand and rock. Here and there trucks and earth-moving machines rumble around, and clusters of men, at least 50 all told, are smashing up rocks with hammers and loading up trucks with shovelfuls of sand. They stop to stare at our car as we drive slowly past on the rutted dirt track running through the mine. Aakash cautiously points out a tall, heavyset guy in jeans and a collared shirt: Sonu.

A short while later, deep inside the site, we get out to snap pictures of a particularly huge crater. After a few minutes Aakash spots four men, three of them carrying shovels, striding purposefully toward us. “Sonu is coming,” he mutters.

We start making our way back to the car, trying to look unhurried. But we’re too slow. “Motherfucker!” Sonu, now just a few yards away, barks at Aakash. “What are you doing here?”

Aakash keeps silent. Sambhav mumbles something to the effect that we’re just tourists, as we all climb into the car. “I’ll give you sisterfuckers a tour,” Sonu says. He yanks open our driver’s door and orders him out. The driver obeys, obliging the rest of us to follow suit. Aakash, wisely, stays put.

“We’re journalists,” Sambhav says. “We’re here to see how the sand mining is going.” (This conversation was all in Hindi; Sambhav translated for me afterward.)

“Mining?” Sonu says. “We are not doing any mining. What did you see?”

“We saw whatever we saw. And now we’re leaving.”

“No, you’re not,” Sonu says.

The exchange continues along those lines for a couple of increasingly tense minutes, until one of Sonu’s goons points out the presence of a foreigner—me. This gives Sonu and his crew pause. Harming a Westerner like me would bring them a lot more trouble than going after a local like Aakash. We grab the opportunity to get back in the car and take off. Sonu, glaring, watches us go.

The case against Sonu and his relatives is grinding its way through India’s sluggish courts. The outlook isn’t great. “In our system you can easily buy anything with money—witnesses, police, administrative officials,” a legal professional close to the case tells me, on condition of anonymity. “And those guys have a lot of money from the mining business.”

Aakash keeps in touch with police investigators and has tried to get India’s National Human Rights Commission to take an interest. His mother pleads with him to drop the whole thing, especially since her other son, Aakash’s brother, Ravindra—who was to have been the main witness in the case—was found dead by some railroad tracks last year, apparently run over by a train. No one is sure how that happened.

Meanwhile, India is fitfully taking steps to get sand mining under control. The National Green Tribunal, a sort of federal court for environmental matters, has opened its doors to any citizen to file a complaint about illegal sand mining. In some places villagers have blocked roads to stop sand trucks, and pretty much every day some local or state official declares their determination to combat sand mining. Sometimes they even impound trucks, levy fines, or make arrests. Even the newly appointed magistrate of Gautam Budh Nagar made a show of cracking down last month, confiscating dozens of sand trucks and arresting several people.

But India is a vast country of more than 1 billion people. It hides hundreds, most likely thousands, of illegal sand mining operations. Corruption and violence will stymie many of even the best-intentioned attempts to crack down. At root, it’s an issue of supply and demand. The supply of sand that can be mined sustainably is finite. But the demand for it is not.

Every day the world’s population is growing. More and more people in India—and everywhere else—want decent housing to live in, offices and factories to work in, malls to shop in, and roads to connect it all. Economic development as it has historically been understood requires concrete and glass. It requires sand.

“The fundamental problem is the massive use of cement-based construction,” says Ritwick Dutta, a leading Indian environmental lawyer. “That’s why the sand mafia has become so huge. Sand is everywhere.”

A worker packs a truckload of sand near Raipur Village.