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Tailings-Pond-1_Minera-Centinela-Copper-Mine_Antofagasta-Region_Atacama_Desert_Chile
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Lithium-Extraction-1_Salar-de-Atacama_Chile
Lithium-Extraction-2_Salar-de-Atacama_Chile
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Blast-1_Minera-Centinela-Copper-Mine_Antofagasta-Region_Atacama_Desert_Chile
Blast-2_Minera-Centinela-Copper-Mine_Antofagasta-Region_Atacama_Desert_Chile
Blast-3_Minera-Centinela-Copper-Mine_Antofagasta-Region_Atacama_Desert_Chile
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Lithium-Processing-3_Salar-del-Carmen_Antofagasta-Region_Chile
Lithium-Processing-1_Salar-del-Carmen_Antofagasta-Region_Chile
Lithium-Processing-2_Salar-del-Carmen_Antofagasta-Region_Chile
Tailings-Pond-14_Vicinity-of-Pedro-de-Valdivia_Atacama_Chile
Abandoned Nitrate Mining Town_1_Pedro de Valdiva_Atacama_Chile
Abandoned Nitrate Mining Town 2, Pedro de Valdiva, Atacama, Chile, 2018_4_edit
Iodine-Sulfate-Nitrate-Extraction-1_Aguas-Blancas_Atacama_Chile
Vicinity-of-Copper-Mine_Mantos-Blancos_Antofagasta_Chile
Copper-Mine-1_Chuquicamata_Atacama_Chile

Tailings Pond 1, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Tailings Pond 2, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Tailings Pond 3, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Tailings Pond 4, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Tailings Pond 5, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Tailings Pond 6, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Lithium Extraction 1, Salar de Atacama, Chile, 2018

Lithium Extraction 1, Salar de Atacama, Chile, 2018

Lithium Extraction 6, Salar de Atacama, Chile, 2018

Blast 1, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Blast 2, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Blast 3, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Blast 4, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Blast 5, Minera Centinela, Copper Mine, Antofagasta Region, Atacama Desert, Chile, 2018

Lithium Processing 3, Salar del Carmen, Antofagasta Region, Chile, 2018

Lithium Processing 1, Salar del Carmen, Antofagasta Region, Chile, 2018

Lithium Processing 2, Salar del Carmen, Antofagasta Region, Chile, 2018

Tailings Pond 14, Vicinity of Pedro de Valdivia, Atacama, Chile, 2018

Abandoned Nitrate Mining Town 1, Pedro de Valdiva, Atacama, Chile, 2018

Abandoned Nitrate Mining Town 2, Pedro de Valdiva, Atacama, Chile, 2018

Iodine Sulfate Nitrate Extraction 1, Aguas Blancas, Atacama, Chile, 2018

Vicinity of Copper Mine, Mantos Blancos, Antofagasta, Chile, 2018

Copper Mine 1, Chuquicamata, Atacama, Chile, 2018

In his latest photographic series, Desolation Desert, David Maisel brings his focus to the massive mining operations in the vast territory of Chile’s Atacama Desert. The highest and driest desert on the planet, this sensitive eco-region of the Atacama is being transformed at an unparalleled pace and scale by extractive industries. Maisel’s aerial images of these sites are abstract, graphic, and painterly—offering viewers detailed, open-ended information that operates on a metaphorical level as much as a documentary one.

Historically, mining operations in the Atacama have taken the form of enormous open pits devoted to the exploitation of copper reserves. Chile remains the world’s top producer of copper; however, in the past decade, a surge in lithium mining has further imperiled the environment of the Atacama. Lithium’s unique properties—it is the lightest of all metals, heat resistant, and can store substantial amounts of energy in batteries for computers, cell phones, and cars—have fueled a global rush to extract it from hard-rock minerals and brines. As a result of this rising demand, lithium prices have nearly tripled in the past three years. Such demand will only increase as electric cars become more common. For perspective: one version of the Tesla automobile runs on a battery with 140 pounds of lithium compounds, the equivalent of what is found in about ten thousand cell phones.

The Atacama Desert revealed in Desolation Desert contains a complex and contradictory series of developments. The energy supplied by lithium is promoted as an environmentally friendly alternative to fossil fuels and the industries that extract and refine them. However, mining operations in the Atacama reflect a process of desert urbanization—one that shifts the burden of energy production onto sacrificial landscapes in the southern hemisphere. Discussing his desire to photograph this process, Maisel explains:

I am captivated by the ways in which the industrialization of the Atacama and the resulting environmental challenges are representative of our radical transformation of the earth and our understanding of our place within it. These images of the Atacama are intended to counter our collective misapprehension of the desert as a terra incognita, a vast emptiness upon which we impose a notion of purity and boundlessness. Forming part of an alternative cartography that maps industrial development beyond the city limits, these new photographs show how the supposedly remote Atacama Desert is becoming part of a planetary fabric of urbanization, and at what cost.

Maisel began Desolation Desert in 2018 with the support of a Guggenheim Foundation Fellowship in the Creative Arts. Prior to his expedition, he spent several months conducting research and selecting sites. Due to the high altitude terrain, Maisel determined that he would need to charter a larger, more powerful airplane than usual for his work. Ultimately he logged more than 20 hours in the air, shooting over 80 rolls of medium format film at more than a dozen industrial mining sites throughout the Atacama region. The final site Maisel photographed, at the highest elevation, was the Chuquicamata Mine—one of the world’s largest and most profitable copper mines, and a primary source of the Gugggenheim family fortune.

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