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The Kīlauea volcano in Hawaii has generated numerous lava fountain events since the onset of its current summit eruption in December 2024. A recent publication in Science investigates the relationship between ground shifts, seismic activity, and volcanic gases in understanding these recurring eruptions, while emphasizing that the exact processes behind the eruptions continue to be explored.
Disclosure:This video contains stock footage and content created or enhanced using Ai-assisted tools

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00:00Hawaii's Kalauea volcano has produced 54 episodes of lava fountains since late 2024.
00:06Now, scientists are investigating what drives these repeated bursts of molten rock.
00:11The eruptions can send lava hundreds of meters into the air, creating a spectacular, but potentially hazardous display.
00:18A new study published in the journal Science examines clues gathered during the ongoing eruption.
00:23Researchers tracked ground movement, earthquake signals, low-frequency sounds, and gases released by the volcano.
00:31Before some fountains began, the summit crater floor swelled and tilted, suggesting that magma was gathering underground.
00:38Scientists also detected repeated bursts of seismic energy, pointing to changes in pressure and gas movement beneath the surface.
00:45One proposed explanation involves gases escaping from rising magma, helping push molten rock upward.
00:51Relatively low carbon dioxide emissions also challenge another theory involving expanding gas-rich foam.
00:58The findings offer important clues, but the exact process remains under investigation.
01:04These fountains are more than a natural spectacle.
01:06They can release volcanic gases, scatter hot rock fragments, and feed lava flows.
01:12Disclosure. This video contains stock footage and content created or enhanced using AI-assisted tools.

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