"open cast mining"

#12597650

29 July 2025

English actress Hermione Corfield arrives at the Los Angeles Premiere Of STARZ's 'Outlander: Blood Of My Blood' Season 1 held at the DGA Theater Complex at The Directors Guild of America in Los Angeles, California, United States.

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#12597567

29 July 2025

Scottish actor Tony Curran arrives at the Los Angeles Premiere Of STARZ's 'Outlander: Blood Of My Blood' Season 1 held at the DGA Theater Complex at The Directors Guild of America in Los Angeles, California, United States.

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#12144468

10 March 2025

Coal scavengers burn coal piles in an open-cast mine on the outskirts of Jharia city in Dhanbad district, Jharkhand state, on March 7, 2025. Jharia coal mines start mining in 1894, covering about 110 square miles (280 square km), and consist of 23 large underground and nine large open-cast mines. About 600,000 people are engaged in these coal mines for their livelihood. Massive amounts of carbon dioxide are released into the atmosphere by coal fires. Locals in Jharkhand's Jharia face health problems and displacement due to coal mining, according to an Indian news report.

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#12144481

10 March 2025

A coal scavenger stands after burning coal piles in an open-cast mine on the outskirts of Jharia city in Dhanbad district, Jharkhand state, on March 7, 2025. Jharia coal mines start mining in 1894, covering about 110 square miles (280 square km), and consist of 23 large underground and nine large open-cast mines. About 600,000 people are engaged in these coal mines for their livelihood. Massive amounts of carbon dioxide are released into the atmosphere by coal fires. Locals in Jharkhand's Jharia face health problems and displacement due to coal mining, according to an Indian news report.

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#12144517

10 March 2025

An open-cast mine is seen on the outskirts of Jharia city in Dhanbad district, Jharkhand state, on March 7, 2025. Jharia coal mines start mining in 1894, covering about 110 square miles (280 square km). It consists of 23 large underground and nine large open-cast mines. About 600,000 people are engaged in these coal mines for their livelihood. Massive amounts of carbon dioxide are released into the atmosphere by coal fires. Locals in Jharia, Jharkhand, face health problems and displacement due to coal mining, according to an Indian news report.

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#12144466

10 March 2025

Coal scavengers burn coal piles in an open-cast mine on the outskirts of Jharia city in Dhanbad district, Jharkhand state, on March 7, 2025. Jharia coal mines start mining in 1894, covering about 110 square miles (280 square km). They consist of 23 large underground and nine large open-cast mines. About 600,000 people engage in these coal mines for their livelihood. Massive amounts of carbon dioxide release into the atmosphere due to coal fires. Locals in Jharia, Jharkhand, face health problems and displacement due to coal mining, according to an Indian news report.

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#12144470

10 March 2025

Coal scavengers burn coal piles in an open-cast mine on the outskirts of Jharia city in Dhanbad district, Jharkhand state, on March 7, 2025. Jharia coal mines start mining in 1894, covering about 110 square miles (280 square km). They consist of 23 large underground and nine large open-cast mines. About 600,000 people engage in these coal mines for their livelihood. Massive amounts of carbon dioxide release into the atmosphere due to coal fires. Locals in Jharia, Jharkhand, face health problems and displacement due to coal mining, according to an Indian news report.

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#12144477

10 March 2025

Coal scavengers burn coal piles in an open-cast mine on the outskirts of Jharia city in Dhanbad district, Jharkhand state, on March 7, 2025. Jharia coal mines start mining in 1894, covering about 110 square miles (280 square km). They consist of 23 large underground and nine large open-cast mines. About 600,000 people engage in these coal mines for their livelihood. Massive amounts of carbon dioxide release into the atmosphere due to coal fires. Locals in Jharia, Jharkhand, face health problems and displacement due to coal mining, according to an Indian news report.

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#12144516

10 March 2025

Coal scavengers burn coal piles in an open-cast mine on the outskirts of Jharia city in Dhanbad district, Jharkhand state, on March 7, 2025. Jharia coal mines start mining in 1894, covering about 110 square miles (280 square km). They consist of 23 large underground and nine large open-cast mines. About 600,000 people engage in these coal mines for their livelihood. Massive amounts of carbon dioxide release into the atmosphere due to coal fires. Locals in Jharia, Jharkhand, face health problems and displacement due to coal mining, according to an Indian news report.

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#12144484

10 March 2025

A coal scavenger woman carries a basket of coal at an open-cast mine on the outskirts of Jharia city in Dhanbad district, Jharkhand state, on March 8, 2025. Jharia coal mines start mining in 1894, covering about 110 square miles (280 square km), and consist of 23 large underground and nine large open-cast mines. About 600,000 people engage in these coal mines for their livelihood. Massive amounts of carbon dioxide release into the atmosphere by coal fires. Locals in Jharkhand's Jharia face health problems and displacement due to coal mining, according to an Indian news report.

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#11846233

8 December 2024

A coal mining truck operates at an opencast coalmine in Kalimantan, Indonesia, on December 8, 2024. Environmental activists express concern about the slow growth of renewable energy and the continued reliance on coal. In 2001, Indonesia has 93.8 million hectares of primary forest, covering more than 50% of its total land area. By 2023, Indonesia loses 292 thousand hectares of primary forest, equivalent to 221 million tons of CO2 emissions. Of this loss, 144 thousand hectares are located within Indonesia's official forest land cover classes and have a patch size larger than two hectares. Coal consumption in Indonesia surges in the last decade. In 2013, Indonesia's coal consumption is recorded at 72.07 million tons. This figure jumps to 138.42 million tons in 2019 and further increases to 212.87 million tons in 2023. Meanwhile, the Minister of Energy and Mineral Resources (ESDM) acknowledges that Indonesia is still dependent on coal to meet its energy needs and will require a significant amount of time to transition away from this dependency.

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#11846234

8 December 2024

A coal mining truck operates on a haul road at an opencast coalmine in Kalimantan, Indonesia, on December 8, 2024. Environmental activists express concern about the slow growth of renewable energy and the continued reliance on coal. This is particularly concerning because, in 2001, Indonesia had 93.8 million hectares of primary forest, covering more than 50% of its total land area. By 2023, Indonesia had lost 292 thousand hectares of primary forest, equivalent to 221 million tons of CO2 emissions. Of this loss, 144 thousand hectares are located within Indonesia's official forest land cover classes and have a patch size larger than two hectares. Coal consumption in Indonesia has surged in the last decade. In 2013, Indonesia's coal consumption is recorded at 72.07 million tons. This figure jumps to 138.42 million tons in 2019 and further increases to 212.87 million tons in 2023. Meanwhile, the Minister of Energy and Mineral Resources (ESDM) acknowledges that Indonesia is still dependent on coal to meet its energy needs and will require a significant amount of time to transition away from this dependency.

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#11846235

8 December 2024

A coal mining truck operates on a haul road at an opencast coalmine in Kalimantan, Indonesia, on December 8, 2024. Environmental activists express concern about the slow growth of renewable energy and the continued reliance on coal. This is particularly concerning because, in 2001, Indonesia had 93.8 million hectares of primary forest, covering more than 50% of its total land area. By 2023, Indonesia had lost 292 thousand hectares of primary forest, equivalent to 221 million tons of CO2 emissions. Of this loss, 144 thousand hectares are located within Indonesia's official forest land cover classes and have a patch size larger than two hectares. Coal consumption in Indonesia has surged in the last decade. In 2013, Indonesia's coal consumption is recorded at 72.07 million tons. This figure jumps to 138.42 million tons in 2019 and further increases to 212.87 million tons in 2023. Meanwhile, the Minister of Energy and Mineral Resources (ESDM) acknowledges that Indonesia is still dependent on coal to meet its energy needs and will require a significant amount of time to transition away from this dependency.

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#11846237

8 December 2024

A coal mining truck operates on a haul road at an opencast coalmine in Kalimantan, Indonesia, on December 8, 2024. Environmental activists express concern about the slow growth of renewable energy and the continued reliance on coal. This is particularly concerning because, in 2001, Indonesia had 93.8 million hectares of primary forest, covering more than 50% of its total land area. By 2023, Indonesia had lost 292 thousand hectares of primary forest, equivalent to 221 million tons of CO2 emissions. Of this loss, 144 thousand hectares are located within Indonesia's official forest land cover classes and have a patch size larger than two hectares. Coal consumption in Indonesia has surged in the last decade. In 2013, Indonesia's coal consumption is recorded at 72.07 million tons. This figure jumps to 138.42 million tons in 2019 and further increases to 212.87 million tons in 2023. Meanwhile, the Minister of Energy and Mineral Resources (ESDM) acknowledges that Indonesia is still dependent on coal to meet its energy needs and will require a significant amount of time to transition away from this dependency.

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#11846240

8 December 2024

A coal mining truck operates on a haul road at an opencast coalmine in Kalimantan, Indonesia, on December 8, 2024. Environmental activists express concern about the slow growth of renewable energy and the continued reliance on coal. This is particularly concerning because, in 2001, Indonesia had 93.8 million hectares of primary forest, covering more than 50% of its total land area. By 2023, Indonesia had lost 292 thousand hectares of primary forest, equivalent to 221 million tons of CO2 emissions. Of this loss, 144 thousand hectares are located within Indonesia's official forest land cover classes and have a patch size larger than two hectares. Coal consumption in Indonesia has surged in the last decade. In 2013, Indonesia's coal consumption is recorded at 72.07 million tons. This figure jumps to 138.42 million tons in 2019 and further increases to 212.87 million tons in 2023. Meanwhile, the Minister of Energy and Mineral Resources (ESDM) acknowledges that Indonesia is still dependent on coal to meet its energy needs and will require a significant amount of time to transition away from this dependency.

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#11846238

8 December 2024

A mining vehicle loads coal material into a truck at an opencast coalmine in South Kalimantan, Indonesia, on December 8, 2024. Environmental activists express concern about the slow growth of renewable energy and the continued reliance on coal. In 2001, Indonesia has 93.8 million hectares of primary forest, covering more than 50% of its total land area. By 2023, Indonesia loses 292 thousand hectares of primary forest, equivalent to 221 million tons of CO2 emissions. Of this loss, 144 thousand hectares are located within Indonesia's official forest land cover classes and have a patch size larger than two hectares. Coal consumption in Indonesia surges in the last decade. In 2013, Indonesia's coal consumption is recorded at 72.07 million tons. This figure jumps to 138.42 million tons in 2019 and further increases to 212.87 million tons in 2023. Meanwhile, the Minister of Energy and Mineral Resources (ESDM) acknowledges that Indonesia is still dependent on coal to meet its energy needs and will require a significant amount of time to transition away from this dependency.

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