In video: Deadly Fuego volcano spews massive pyroclastic avalanche in Guatemala

STill unstable after a devastating and deadly eruption last June, Guatemala’s ‘Volcano of Fire’ has spewed an avalanche of volcanic gas and rock, known as pyroclastic flow on September 7, 2018.

Volcano de Fuego erupts in Guatemala on September 7, 2018. Picture via F Boudrias / Shutterstock

Aerial footage of the phenomenon shows the exact moment the volcano roars back to life, before dust ascends into the air and a deluge begins flowing in the direction of the Las Lajas ravine. The torrent of pyroclastic particles, authorities said, was most likely triggered by “gravity and instability of the ground” left by the landslide following the deadly volcanic eruption in June.

The underground “explosions” that continue in the vicinity of Las Lajas Canyon are known to generate “weak and moderate” pyroclastic flows. Following Friday’s incident, the volcano maintained a steady “explosion” rate of between five and 12 blasts per hour, sending columns of smoke up to 4,700 meters into the air, authorities said.

The original video:

No damage or casualties have been reported following the latest volcanic activity. The National Coordinator for Disaster Reduction continues to monitor the situation and inform local communities of any upcoming danger.

On June 3, Volcan de Fuego (Volcano of Fire) suffered its most powerful eruption in decades, killing a total of 159 people and becoming the deadliest eruption in Guatemala since 1929.

Follow us: Facebook and Twitter

RT – Guatemala’s deadly & unstable volcano triggers massive pyroclastic avalanche (VIDEO)

Source link

Products You May Like

Articles You May Like

This New Ultra-Compact Camera Is The Size of a Grain of Salt And Takes Stunning Photos
Finally, a Fusion Reaction Has Generated More Energy Than Absorbed by The Fuel
AI Is Discovering Patterns in Pure Mathematics That Have Never Been Seen Before
Physicists Confirm The Existence of Time Crystals in Epic Quantum Computer Simulation
These Record-Breaking Simulations of The Universe Aim to Solve a ‘Tiny’ Problem

Leave a Reply

Your email address will not be published. Required fields are marked *