Overview Index

    • Arlit Uranium Mine

      18.760752°, 7.318642° - Arlit, Niger

      The Arlit Uranium mine is located in Arlit, Niger. French nuclear power generation as well as the French nuclear weapons program are dependent on the uranium that is extracted from the mine - more than 3400 tonnes per year.

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      Arlit Uranium Mine
    • Bandar Imam Khomeini Chemical Complex

      30.471667°, 49.099444° - Khuzestan Province, Iran

      The Bandar Imam Khomeini petrochemical complex is Iran’s largest supplier of petrochemicals for export, generating millions of tons of petroleum-based products every year. Located in Iran’s southwestern Khuzestan Province, the complex is seen in this Overview adjacent to Musa Bay, a shallow estuary that empties into the Persian Gulf.

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      Bandar Imam Khomeini Chemical Complex
    • Battle Mountain Pit Mine

      40.338167°, -117.202417° - Lander County, Nevada, USA

      Vivid blue water fills an open-pit mine near the town of Battle Mountain in Lander County, Nevada. Founded in 1861, Lander County made its way onto the map as copper and gold mining boomed there throughout the late 19th century. Today, fewer than 6,000 people live in the 5,500-square-mile county.

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      Battle Mountain Pit Mine
    • Bingham Canyon Mine

      40.523000°, -112.151000° - Salt Lake City, Utah

      The Bingham Canyon Mine is an open-pit mine in Salt Lake City, Utah. At 2.5 miles wide and 0.6 miles deep, it is the largest man made excavation in the world. On April 10th, 2013, a landslide took place at the pit that was the single largest non-volcanic landslide to ever happen in North America. The amount of debris that fell into the mine was roughly equivalent to 1/6 of the volume of all humans alive on Earth.

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      Bingham Canyon Mine
    • Bingham Creek Reservoir

      40.561472°, -112.088611° - Salt Lake County, Utah

      Copper residue stains the walls of the Bingham Creek Reservoir in Salt Lake County, Utah. The reservoir is owned by the Kennecott Utah Copper Corporation and is used to store wastewater from the nearby Bingham Canyon Mine, one of the largest open-pit copper mines in the world.

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      Bingham Creek Reservoir
    • Brazilian Mine Disaster Juxtapose

      -20.237096°, -43.421697° - Bento Rodriguez, Brazil

      On 5 November 2015, two dams collapsed at an iron ore mine in southeastern Brazil. News outlets estimated that approximately 62 million cubic metres (81 million cubic yards) of toxic waste water (similar to the red mud on previous page) was unleashed. As seen in this Juxtapose, the immediate release of sludge wiped out the village of Bento Rodrigues, resulting in the death of 17 people. Because of this pollution, more than half a million people did not have access to clean drinking water or water to irrigate crops for an extended period of time. Furthermore, within two weeks of the dam rupture, the contaminated waters had spread across a 644-kilometre (400-mile) stretch of the Doce River and entered into the Atlantic Ocean, killing significant amounts of plant and animal life along the way. Officials are concerned that the toxins will continue to threaten the Comboios Nature Reserve, a protected area for the endangered leatherback turtle.

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      Brazilian Mine Disaster Juxtapose
    • Brazilian Mining Waste Disaster

      -20.119722°, -44.121389° - Brumadinho, Brazil

      Last Friday, a tailings dam collapsed at an iron ore mine in Brumadinho, Brazil, spilling out more than 3 billion gallons (12 billion liters) of red mud and debris. Click the image below to see the areas around the dam before and after its collapse.Homes, cars, buses and other structures were engulfed by the sludgy spill, and the region’s entire ecosystem is expected to be impacted by the contaminants in the tailings — which include waste rock and other residue left over after ore extraction. As of today, media sources are reporting at least 99 people have died and more than 270 are missing.

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      Brazilian Mining Waste Disaster
    • Carrara Marble

      44.100989°, 10.131797° - Carrara, Italy

      Marble quarriers are visible in Carrara, Italy. The blue-grey marble that is extracted here is widely used in sculpture like Michelangelo’s David and in building decor like that of The Pantheon. With more than 650 active or abandoned quarry sites, more marble has been extracted here than any other place on earth. /// Created by @dailyoverview, source imagery: @maxartechnologies

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      Carrara Marble
    • Chinese Floating Solar Farm

      32.580123°, 116.589000° - Huainan, China

      Solar panels sitting atop a man-made lake in Huainan, China, make up the world’s largest floating solar farm. Sungrow Huainan Solar Farm is capable of producing enough electricity to power 15,000 homes and floats above an area formerly used for coal mining.

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      Chinese Floating Solar Farm
    • Coal trains

      42.082523°, -102.890046° - Alliance, Nebraska, USA

      Coal trains - some full, others empty - idle in a railyard next to a pivot irrigation circle in Alliance, Nebraska, USA. The city is located in the Powder River Basin - one of the world’s largest coal-mining areas - and serves as a stopping point for trains en route to power plants in the Midwest and Southern parts of the country.

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      Coal trains
    • Coal Trains in Alliance, Nebraska

      42.082523°, -102.890045° - 42.082523°, -102.890045°

      Coal trains — some full, others empty — idle in a railyard next to a pivot irrigation circle in Alliance, Nebraska, USA. The city is located in the Powder River Basin — one of the world’s largest coal-mining areas — and serves as a stopping point for trains en route to power plants in the Midwest and Southern parts of the country.

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      Coal Trains in Alliance, Nebraska
    • Cuajone Mine

      -17.060772°, -70.729159° - Peruvian Andes, Peru

      The Cuajone Mine is located near the district of Torata, in the southern range of the Peruvian Andes. The mine is best known for its copper deposits, but it other materials such as silver, zinc, and molybdenum have been extracted there as well. Operations began in 1970, and by 2009 accounted for 16% of the country's copper production.

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      Cuajone Mine
    • Diavik Diamond Mine

      64.496111°, -110.273333° - Lac de Gras, Canada

      The Diavik Diamond Mine is located on the Lac de Gras lake in the Northwest Territories of Canada, 120 miles (193km) south of the Arctic Circle. The mine produces approximately 7.5 million carats of diamonds each year. In standard weight, that’s an annual output of 1500 kilograms or 3,300 pounds. In this Overview, the most distinguishable areas of the facility are its two primary open pits, waste ponds, processing facilities, and an airstrip capable of landing aircraft as large as 737s and C-130s.

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      Diavik Diamond Mine
    • Evaporation ponds

      40.792726°, -112.592892° - Great Salt Lake, Utah

      Evaporation ponds in the Great Salt Lake, Utah are pictured in this Overview. The Great Salt Lake contributes an estimated $1.3 billion annually to Utah’s economy, including $1.1 billion from industry, which is mostly due to mineral extraction. Minerals extracted from the lake include sodium chloride, potassium sulfate, and magnesium-chloride.

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      Evaporation ponds
    • Great Salt Lake Evaporation Ponds

      41.294750°, -112.258444° - Great Salt Lake, Utah, USA

      Evaporation ponds in the Great Salt Lake, Utah, are pictured in this Overview. The Great Salt Lake contributes an estimated $1.3 billion annually to Utah’s economy, including $1.1 billion from industry, which is mostly due to mineral extraction. Minerals extracted from the lake include sodium chloride, potassium sulfate, and magnesium-chloride.

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      Great Salt Lake Evaporation Ponds
    • Great Sandy Desert

      -20.000000°, 125.000000° - -20.000000°, 125.000000°

      The Great Sandy Desert is the second-largest desert in Australia, covering 110,036 square miles (284,993 square km) in the northwestern part of the continent. Despite its name, the western portion of the desert is almost devoid of sand, but is characterized by complex geology — as shown in this Overview. The Great Sandy Desert is sparsely populated by indigenous Australian communities and mining centers.

      United States Geological Survey
      Great Sandy Desert
    • Ile de Noirmoutier Salt Pans

      46.999512°, -2.282612° - Ile de Noirmoutier, France

      Salt pans are visible on Ile de Noirmoutier, an island off the coast of France. Here, more than 800 tonnes of salt are extracted annually through evaporation. Sea water is channeled into the basins via canals, which pass through reservoirs that get progressively shallower. Over time, evaporation causes the salt to crystallize and it is then carefully extracted from the pans.

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      Ile de Noirmoutier Salt Pans
    • Iron Ore Mine Tailings Pond

      46.407676°, -87.530954° - Negaunee, Michigan, USA

      Tailings are the waste and by-products generated by mining operations. The tailings seen here were pumped into the Gribbens Basin, next to the Empire and Tilden Iron Ore Mines in Negaunee, Michigan, USA. Once the materials are pumped into the pond, they are mixed with water to create a sloppy form of mud known as slurry. The slurry is then pumped through magnetic separation chambers to extract usable ore and increase the mine’s total output. For a sense of scale, this Overview shows approximately 2.5 square kilometers (1 square mile) of the basin.

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      Iron Ore Mine Tailings Pond
    • Jwaneng Diamond Mine

      -24.523050°, 24.699750° - Bostwana

      The Jwaneng Diamond Mine in Botswana is the richest diamond mine in the world, with an annual output of approximately 15.6 million carats. Mine richness takes into account the rate of diamond extraction combined with the quality of the diamonds that are mined (sale price per weight). To extract the diamonds, the facility produces 9.3 million tonnes of ore and an additional 37 million tonnes of waste rock per year.

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      Jwaneng Diamond Mine
    • Kawah Ijen

      -8.058000°, 114.242000° - Java, Indonesia

      Kawah Ijen is a stratovolcano in the East Java Province of Indonesia. It has a 0.6-mile-wide (1 km) turquoise-colored acidic crater lake, which is the site of a major sulfur mining operation. At night, when sulfuric gases make contact with fresh air, electric blue flames can be seen rising from volcano up to 16 feet (5 m) high.

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      Kawah Ijen
    • Kooragang Island Coal

      -32.875306°, 151.767778° - Kooragang Island, New South Wales, Australia

      Large piles of coal await shipment on Kooragang Island, part of the Port of Newcastle in New South Wales, Australia. Established in 1984 with a capacity of 15 million tonnes per annum, the island now has a capacity of at least 120 million tonnes per annum. In July 2013, a record 10.3 million tonnes of coal was processed through the Port of Newcastle, with 83 of 114 ships loaded at the Kooragang Island terminal.

      Nearmap
      Kooragang Island Coal
    • Lamberts Point Pier 6

      36.875249°, -76.320260° - Norfolk, Virginia

      Train cars filled with coal are stationed in Norfolk, Virginia. Operated by the Norfolk Southern corporation, Lamberts Point Pier 6 is the largest coal-loading station in the Northern Hemisphere and serves at the temporary depot for the company’s fleet of 23,000 coal cars.

      Nearmap
      Lamberts Point Pier 6
    • Lamberts Point Pier 6 Coal Railyard

      36.875250°, -76.320250° - Norfolk, Virginia, USA

      Train cars filled with coal are stationed in Norfolk, Virginia. Operated by the Norfolk Southern corporation, Lamberts Point Pier 6 is the largest coal-loading station in the Northern Hemisphere and serves at the temporary depot for the company’s fleet of 23,000 coal cars.

      Nearmap
      Lamberts Point Pier 6 Coal Railyard
    • Lop Nur Potash Evaporation Ponds

      40.417972°, 90.795250° - Taklamakan Desert, China

      The Lop Nur Potash Ponds are located in the Taklamakan Desert of northern China. Potash, a form of potassium salt, is a major nutrient for plant growth and a key ingredient in fertilizers. The bright colors seen in this Overview occur because the water is dyed blue to absorb more sunlight and heat, thereby reducing the amount of time it takes for water to evaporate and the potash to crystallize.

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      Lop Nur Potash Evaporation Ponds
    • Michigan Tailings

      46.408653°, -87.530031° - Negaunee, Michigan, United States

      Tailings - the waste and byproducts from mining operations - are pumped into the Gribbens Basin next to the Empire and Tilden iron ore mines in Negaunee, Michigan, USA. Here, the materials are mixed with water to create a sloppy form of mud known as “slurry” that is pumped through magnetic separation chambers to increase the mine’s total output. For a sense of scale, this Overview shows approximately one square mile of the basin.

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      Michigan Tailings
    • Mir Mine

      62.529461°, 113.993557° - Mirny, Eastern Siberia, Russia

      The Mir Mine is an inactive, open-pit diamond mine located in Mirny, Eastern Siberia, Russia. The mine is 1,722 feet (525 m) deep and has a diameter of 3,900 feet (1,200 m), making it one of the largest excavated holes in the world. Active for 44 years, the mine had an output of 10 million carats of diamond per year during peak production in the 1960s.

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      Mir Mine
    • Moab Potash Evaportation Ponds

      38.485583°, -109.684611° - Moab, Utah, USA

      Evaporation ponds are seen at the Intrepid Potash Mine in Moab, Utah, USA. The mine produces muriate of potash, a potassium-containing salt used widely by farmers in fertilizer. The salt is pumped to the surface from underground brines and dried in massive solar ponds that vibrantly extend across the landscape. As the water evaporates over the course of 300 days, the salts crystallize out. So why are you seeing such vibrant colors? The water is dyed with these vibrant colors to reduce the amount of time it takes for the potash to crystallize; darker water absorbs more sunlight so it gets hotter and the water evaporates quicker.

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      Moab Potash Evaportation Ponds
    • Neves-Corvo Mine

      37.573056°, -7.970833° - Castro Verde Municipality, Portugal

      Waste ponds are seen at the Neves-Corvo Mine in the Castro Verde Municipality in Portugal. Zinc and copper and the primary resources extracted from the mine and the byproducts of that extraction is sent to these basins three kilometers away. Typically, once waste materials are pumped into a tailings pond, they are mixed with water to create a sloppy form of mud known as slurry. The slurry is then pumped through magnetic separation chambers to extract usable ore and increase the mine’s total output.

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      Neves-Corvo Mine
    • Oil Field Service Ships

      5.263871°, 115.257724° - 5.263871°, 115.257724°

      Oil field service ships anchor offshore of Labuan, a territory of Malaysia that is located off the coast of Borneo. In addition to being an offshore financial center, Labuan is a support hub for deepwater oil and gas activities in the region. The economy of Labuan is heavily dependent on its fossil fuel resources, which account for 65% of its exports.

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      Oil Field Service Ships
    • Oil platform

      46.166667°, 51.583333° - Kashagan Field, Caspian Sea, Kazakhstan

      Two boats pass through the sea walls surrounding an oil extraction platform in Kazakhstan’s zone of the Caspian Sea. This area is known as the Kashagan Field, an offshore oil field that is estimated to have a recoverable reserve around 13 billion barrels of crude oil. However, due to harsh conditions - specifically sea ice during the winter, yearly temperature variation from −35 to 40 °C (−31 to 104 °F), extremely shallow water, and high levels of hydrogen sulfide that eventually need to be removed from the extracted oil - many consider it to be one of the most challenging oil megaprojects in the world.

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      Oil platform