Geologist monitored webcam for eruption signs at Kilauea
A geologist examined a caldera-rim webcam, monitoring Kilauea's eruption, which began early Monday. Lava fissures emerged after seismic activity, offering crucial data for tracking the eruption's progress. (Image source: Reuters)
Eruption began with fissures
Kilauea’s eruption began with fissures opening in the caldera, spewing fountains of lava and molten material. This marked another chapter in the volcano’s history of dramatic eruptions. (Image source: AP)
Lava fountains reached heights of 80 metres
Lava fountains soared to 80 metres by early morning, creating a spectacular display. Lava bombs and volcanic gas also erupted, forming a plume visible from miles away. (Image source: AP)
Volcanic gas and ash emitted
Kilauea emitted large amounts of sulphur dioxide and ash, creating a gas plume up to 8,000 feet high. Winds carried the vog southwest, affecting air quality. (Image source: AP)
Lava spread across 400 acres
By midday, lava flows covered 400 acres of Kilauea’s caldera, altering its landscape. The eruption remained confined to the summit, ensuring lava stayed within the park’s boundaries. (Image source: PTI)
Kilauea’s summit caldera and safety concerns
The eruption was restricted to Kilauea’s summit caldera, a closed area within Hawaii Volcanoes National Park. Visitors observed the glowing lava from nearby safe zones. (Image source: Reuters)
Increased earthquake activity preceded eruption
Elevated seismic activity beneath Kilauea’s summit heralded the eruption. Shortly after, webcams captured lava emerging through fissures in the caldera, signalling the volcano’s reawakening. (Image source: AP)
Kilauea’s eruptions continued to draw visitors
The eruption attracted thousands to Hawaii Volcanoes National Park, eager to witness the glowing lava and ash clouds. Authorities ensured safety amidst the stunning spectacle. (Image source: Reuters)
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