"volcanic debris"

#11295300

1 June 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 June 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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#11295470

1 June 2024

An aerial photo is showing the flow of material from the eruption of Mount Sinabung, in Karo, Indonesia, on June 1, 2024

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#6206296

21 November 2020

Patterns in cliff face formed from petrified forest are seen at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest.    

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#6206298

21 November 2020

Patterns in cliff face formed from petrified forest are seen at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest.    

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#6206300

21 November 2020

Patterns in cliff face formed from petrified forest are seen at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest.    

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#6206302

21 November 2020

Patterns in cliff face formed from petrified forest are seen at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest.    

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#6206304

21 November 2020

Patterns in cliff face formed from petrified forest are seen at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest.    

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#6206306

21 November 2020

Patterns in cliff face formed from petrified forest are seen at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest.    

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#6206312

21 November 2020

Patterns in cliff face formed from petrified forest are seen at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest.    

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#6206322

21 November 2020

A close-up view of an ancient petrified tree trunk at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest. 

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#6206326

21 November 2020

A close-up view of an ancient petrified tree trunk at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest. 

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#6206330

21 November 2020

A close-up view of an ancient petrified tree trunk at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest. 

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#6206338

21 November 2020

A close-up view of an ancient petrified tree trunk at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest. 

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#6206354

21 November 2020

A close-up view of an ancient petrified tree trunk at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest. 

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#6206366

21 November 2020

A close-up view of an ancient petrified tree trunk at Curio Bay in Catlins, New Zealand, on November 21, 2020. Curio Bay is of international significance for its Petrified Forest dating back to the Jurassic period and tree fossils are approximately 180 million years old. Massive sheet floods of volcanic debris, perhaps triggered by heavy rain on a barren volcanic mountain, are believed to have destroyed the forest. 

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