How do volcanoes form: Mount Etna volcano eruption

Select problem

Get up to 600 €* in compensation and your ticket refunded
Get an individual refund offer for your unused flight ticket
Get up to 600 €* in compensation for your flight delay
Get up to 600 €* in compensation for your denied boarding
Get up to 1 500 €* in compensation for your delayed or lost luggage
Get a refund offer for your cancelled package tour
coming soon

Available soon

i
i
Read article

On November 12, Italy's Mount Etna commenced its eruption, casting vibrant lava into the night sky. The eruptive column, reaching approximately 14,700 feet above sea level, marked a culmination of increased activity that had been observed since early October in the southeast crater, as reported by INGV. In the days leading up to the eruption, explosions became a frequent occurrence. Despite heavy cloud cover after sunset, the inhabitants of eastern Sicily were treated to a mesmerizing display of lava fountains, occasionally piercing through the clouds. The eruption, accompanied by resounding booms and explosions, resonated across the region.

Volcano in Grindavík, Iceland

Situated in the coastal city of Catania, Etna stands as the largest among Italy's three active volcanoes and holds the title of the largest active volcano in Europe, according to the European Space Agency. The aftermath of Etna's latest eruption resulted in an ash cloud drifting over the towns of Milo and Zafferana Etnea. Meanwhile, in Iceland, the town of Grindavík faced evacuation due to the heightened probability of a volcano eruption within days, marked by over 900 earthquakes recorded on Monday alone, as noted by the Icelandic Meteorological Office.

How do volcanoes form?

Volcanoes form through the movement of Earth's tectonic plates. The Earth's outer shell, or lithosphere, is divided into large pieces called tectonic plates. When these plates collide or separate, magma from the mantle can rise to the surface, creating volcanic activity. Volcanoes can also form at hotspots, where magma plumes directly reach the Earth's crust. Over time, repeated eruptions and the accumulation of lava and ash build the characteristic cone shape of a volcano.

Why do volcanoes explode?

Volcanic explosions occur when pressure builds up within a volcano, causing the release of pent-up gases and magma. The viscosity of the magma plays a crucial role; highly viscous magma traps gases, creating pressure. When this pressure surpasses the strength of the surrounding rock, explosive eruptions can happen. Volcanic explosions can also be triggered by the mixing of water with magma, creating steam pressure. The explosiveness of a volcano depends on various factors, including the magma's composition and gas content.

What happens when volcanoes erupt?

When volcanoes erupt, molten rock (lava), ash, and gases are expelled from the Earth's interior. Lava flows down the slopes, while ash and volcanic particles may be ejected into the atmosphere. Pyroclastic flows, a rapid and destructive mix of hot gases and volcanic material, can race down the sides of a volcano. Eruptions can also lead to the formation of volcanic craters or calderas. The extent of the impact depends on factors such as the volcano's size, eruption style, and the surrounding environment.

How many volcanoes are there in the world?

There are approximately 1,500 active volcanoes globally. However, the exact number can vary as new volcanic activity is discovered, and some volcanoes become dormant or extinct. The majority of these volcanoes are located along tectonic plate boundaries, forming the Pacific Ring of Fire, where about 75% of the world's active and dormant volcanoes are found. Monitoring and studying these volcanoes are crucial for understanding volcanic behavior and mitigating potential hazards.

Flight delays and flight cancellations due to volcano eruption

In the unfortunate event that your flights are disrupted by a volcanic eruption, MYFLYRIGHT is your trusted ally in securing compensation and facilitating ticket refunds. Flight irregularities caused by volcanic activity, such as cancellations or delays, can leave travelers stranded and inconvenienced. MYFLYRIGHT specializes in navigating the complex landscape of air travel regulations, ensuring that passengers are rightfully compensated for the disruptions they experience. By leveraging their expertise, MYFLYRIGHT helps travelers understand their rights and assists in filing claims, making the process of obtaining compensation and ticket refunds as seamless as possible. In the face of unforeseen volcanic challenges, MYFLYRIGHT stands as a reliable partner, advocating for passenger rights and providing the support needed to ease the impact of travel disruptions.

Latest posts

What to do when your airline goes bankrupt

Airline bankrupt? Here's what passengers can do to protect their rights and get refunds or compensation.

Why are bigger planes safer?

Bigger planes are safer with advanced tech, strong build, and backup systems. Learn why large jets offer a safer way to fly!

Technology in flight compensation claims

MYFLYRIGHT uses AI and digital tools to speed up flight compensation claims for delays or cancellations. Fast, easy, no win, no fee!

Check your passenger rights

cancelled

Flight cancellation

Claim up to 600 €* arrow
boarding

Denied boarding

Claim up to 600 €* arrow

*less our commission

Latest posts

What to do when your airline goes bankrupt

Why are bigger planes safer?

Technology in flight compensation claims

delayed
Flight delay

In case of a 3 hours flight delay at arrival

More Check
cancelled
Flight cancellation

In case of a cancelled flight 14 days before departure

More Check
boarding
Denied boarding

In case of overbooking / denied boarding

More Check
lost
Delayed / Lost luggage

In case of arriving without the luggage

More Check
gate-closed
Ticket refund

In case of a missed / not boarded flight

More Check