"Eruption Column"

#13105165

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#13105166

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#13105173

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#13105174

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#13105175

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#13105176

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#13105177

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#13105178

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#13105179

17 Dec 2025

Hot lava spews from Mount Merapi volcano during its phreatic eruption as seen from Srumbung sub-district, Magelang, Central Java Province, on December 17, 2025.

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#11295300

1 Jun 2024

An aerial photo is showing the foot of Mount Sinabung with a background of erupting material flows , in Karu, Indonesia, on June 1, 2024.

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#11295301

1 Jun 2024

An aerial photo is showing the foot of Mount Sinabung with a background of erupting material flows , in Karu, Indonesia, on June 1, 2024.

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#11252772

19 May 2024

A volcanic rock column group is standing in Gulinaobao in Ulanqab city, Inner Mongolia autonomous region, China, on May 18, 2024. The volcanic geological remains of Gulinaobao are basalt hexagonal pillars formed by the cooling and contraction of lava from the Late Oligocene volcanic eruption of the Tertiary period more than 25 million years ago, and they are containing the secrets of the evolution of the earth hundreds of millions of years ago.

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#11252773

19 May 2024

A volcanic rock column group is standing in Gulinaobao in Ulanqab city, Inner Mongolia autonomous region, China, on May 18, 2024. The volcanic geological remains of Gulinaobao are basalt hexagonal pillars formed by the cooling and contraction of lava from the Late Oligocene volcanic eruption of the Tertiary period more than 25 million years ago, and they are containing the secrets of the evolution of the earth hundreds of millions of years ago.

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#11252774

19 May 2024

A volcanic rock column group is standing in Gulinaobao in Ulanqab city, Inner Mongolia autonomous region, China, on May 18, 2024. The volcanic geological remains of Gulinaobao are basalt hexagonal pillars formed by the cooling and contraction of lava from the Late Oligocene volcanic eruption of the Tertiary period more than 25 million years ago, and they are containing the secrets of the evolution of the earth hundreds of millions of years ago.

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#11252775

19 May 2024

A volcanic rock column group is standing in Gulinaobao in Ulanqab city, Inner Mongolia autonomous region, China, on May 18, 2024. The volcanic geological remains of Gulinaobao are basalt hexagonal pillars formed by the cooling and contraction of lava from the Late Oligocene volcanic eruption of the Tertiary period more than 25 million years ago, and they are containing the secrets of the evolution of the earth hundreds of millions of years ago.

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#11252776

19 May 2024

A volcanic rock column group is standing in Gulinaobao in Ulanqab city, Inner Mongolia autonomous region, China, on May 18, 2024. The volcanic geological remains of Gulinaobao are basalt hexagonal pillars formed by the cooling and contraction of lava from the Late Oligocene volcanic eruption of the Tertiary period more than 25 million years ago, and they are containing the secrets of the evolution of the earth hundreds of millions of years ago.

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