Iceland

The eruption of volcanoes in Iceland can have positive effects such as enriching the soil with nutrient-rich volcanic ash, which can promote plant growth. It can also contribute to the creation of new land formations and habitats for various species. Additionally, volcanic eruptions can attract tourists and researchers, boosting the local economy and advancing scientific knowledge.

there have been no deaths and just 800 people living near the volcano had to be evacuated. 7-mile -high plume of volcanic gases and silicate ash has spead across much Europe. 180 flights canceled.

Mount Laki in Iceland was formed by a massive volcanic eruption that occurred in 1783. The eruption lasted for eight months, releasing huge amounts of lava and toxic gases. This eruption created the fissure system that is now known as Mount Laki.

Aircraft could not fly during the Iceland volcano eruption due to the ash cloud that can damage engine components and reduce visibility. As ash particles can melt inside engines and form a glass-like substance, causing engine failure, airlines choose to ground flights to ensure the safety of passengers and crew.

The eruption of the Eyjafjallajökull volcano in 2010 caused widespread disruption to air travel in Europe due to the ash cloud. Thousands of flights were cancelled, affecting millions of passengers and causing significant economic losses to airlines and the travel industry. The volcano also led to environmental impacts, such as reduced air quality and damage to surrounding ecosystems.

The Icelandic volcano Eyjafjallajökull prevented an estimated 15 million tons of CO2 from entering the atmosphere during its 2010 eruption by grounding flights and reducing air travel emissions.

Yes, several airplanes were forced to make emergency landings or divert their flight paths due to the volcanic ash cloud caused by the eruption. The ash can severely damage aircraft engines and pose a safety risk to flight operations.

The Icelandic volcano affected air travel across Europe due to the ash cloud disrupting flight paths and forcing airport closures. It also impacted nearby residents with ash fall and potential health hazards. Additionally, it led to economic losses for airlines and businesses reliant on air transportation.

No. In 1987 the UK had a very unusually low depression sweep in. The term "Hurricane" refers to tropical cyclones organizing in the North Atlantic or North Pacific. Hurricanes produce far greater winds and more precipitation.

The storm had winds at hurricane force, not averaging hurricane force so that's another reason why we cannot classify it as a hurricane. Although folk may tell you they experienced a hurricane in the UK - this is NOT true.

The volcano in Iceland had a significant impact on air travel around Europe due to the volcanic ash cloud it created, leading to the closure of many airports and disruption of flights. It also affected local agriculture and livestock due to the ashfall, and the volcanic eruption provided lessons in managing such natural disasters in the future.

The eruption of the Eyjafjallajökull volcano in Iceland in 2010 caused widespread disruption to air travel across Europe. The volcanic ash cloud led to the closure of airspace, affecting millions of passengers and causing economic losses to airlines and related industries. Additionally, the eruption generated global interest and awareness about the potential impact of volcanic ash on aviation.

Eyjafjallajökull was the volcano that erupted in Iceland in April 2010. The eruption caused significant disruption to air travel across Europe due to the ash cloud it produced.

Around 10 million flights were canceled in 2010 due to the eruption of the Eyjafjallajökull volcano in Iceland. The volcanic ash from the eruption posed a serious risk to aircraft engines, leading to widespread disruptions in air travel across Europe and beyond.

It seems there might be some confusion. Christmas Island is actually located in the Pacific Ocean, not in Iceland. It is a territory of Australia, known for its rich biodiversity and not for volcanic activity. It is possible that you may have seen a different volcanic island during your flight, but it was not Christmas Island as it is not associated with Iceland.

it was a glacier, Eyjafjallajökull, Americans cant say say it so sometimes they call it Kevin hahaha xd

Approximately 300,000,000 people were affected by the Iceland volcano

but i dont know a complete answer because i didnt count all the people like a world person counter? Beefinator and Cleggnut x

Volcano eruptions are amazing process that don't begin and end in one day. The activity that led to the eruptions actually started at the end of 2009. A first volcanic eruption occurred on March 20, 2010. The eruption that led to the travel disruptions across Europe and beyond occurred on April 14, 2010. After that, there were still more eruptions.

A volcano erupts because it sits on top of tectonic plates which move apart, causing the pressure to build up below and eventually erupt.

People died and went crazy.

All the people that wanted to go to Europe didn't go because it was not safe. The Icelandic volcano currently making Northern Europe a no- fly zone could potentially affect international travel for months with the key question how long the eruption lasts and whether it continues to spew ash.

The 2010 Iceland volcano, Eyjafjallajökull, caused widespread air travel disruptions across Europe due to the ash cloud it produced. This led to the cancellation of thousands of flights, affecting millions of travelers. Additionally, the volcano's eruption had environmental impacts, such as air pollution and changes in weather patterns.

The name of the volcano that erupted in Iceland is Eyjafjallajökull.

The Guðnasteinn Volcano from underneath the Eyjafjallajökull glacier in Iceland.

It has erupted twice in 2010, on the 20th March and on the 14th April.

A volcano known as an 'Icelandic volcano' is characterised by fissure eruptions, occurring on constructive plate boundaries, where two plates are moving apart and magma rises up in the gap making a plateau of rock intead of the more frequently associated cone shaped volcano. These volcanic eruptions are gentle but are persistant and constant.

The timing for volcanic ash to settle after an eruption can vary depending on the size of the eruption, wind patterns, and altitude. Typically, the ash can remain in the atmosphere for days to weeks before settling on the ground. It is advised to follow updates from local authorities and meteorological agencies for specific information on the Iceland volcano.

Volcanoes in glaciers, like those in Iceland, can erupt due to geothermal activity, where the magma's heat melts the ice above it. The interaction between magma and ice can lead to explosive eruptions, producing ash, steam, and meltwater flows. The cold temperatures can also create a rapid cooling effect on the lava, forming glassy volcanic rocks called "tuff."