EYJAFJALLAJOKULL CASE STUDY A2

Hire car companies and other forms of transport Hiked their prices as people sought other ways to get home, on my way back from France I met people who had paid thousands of pounds to hire a car to get them to Northern France to take a ferry. Eyjafjallajokull E15 is an ice-covered stratovolcano South-East of Iceland. FutureVolc project set up in to integrate European volcano monitoring. New regulations for volcanic ash in terms of flying aircraft. The last eruption from E15 was in and so the volume of ash produced was expected. This volcano erupts more often and is known to be more violent.

Kenyan economy at risk as perishable goods must be transported through Spain to get to the UK instead of been flown as usual. Hire-car companies whacked prices up some people paid thousands to get to the Channel Tunnel. Travelers stuck by the ash cloud were entitled to legal compensation from their airlines and their airlines were also legally responsible for the well-being of stranded passengers. Britain had fine anticyclonic weather for a lot of the time that the Ash cloud existed. In addition, all of the countries in Europe have bodies which determine the safety of conditions to fly in. The major impact was Internationally however, as winds redistributed the ash that was pumped high into the atmosphere over Northern and western Europe and stopped flights from taking off. Icelandic Meteorological Office observes all Iceland’s volcanoes and records any warning signs of activity.

Earthquakes and Eruptions in Iceland from hjalli on Vimeo.

eyjafjallajokull case study a2

Z2 was a problem because winds would have dispersed the cloud better. These particles clog up the engines of aircraft that attempt to fly through them, and this is the reason for aviation disruption.

The name is a description of the characteristics of the volcano, namely Eyja meaning island; fjalla meaning mountain; and jokull meaning glacier.

CASE STUDY: EYJAFJNALLAJOKULL, ICELAND

Fissure-fed lava flows occur on both the E and W flanks of the volcano, but are more prominent on the W side. That means that the countries affected by this hazard responded by themselves or collectively, and had the capacity to do so.

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eyjafjallajokull case study a2

The ejjafjallajokull risks are to livestock through fluoride ingestion from volcanic ash on pasture. Fissure eruptions are common and are frequently observed by NASA. In this case, the two pates involved are the Atlantic and the Eurasian tectonic plate.

The nature of the volcanic hazard — type, frequency, magnitude. Responses to the event. Their legal, technical and infrastructure systems can cope with hazards such as this eruption, even if there are economic impacts. Scientists were very concerned at the time of the eruption that this eruption could be a precursor or warning sign of a much larger eruption of the historically more active and dangerous Katla.

In addition, all of the countries in Europe have bodies which determine the safety of conditions to fly in. Iceland itself is thought to be situated over a hotspot where a stationary plume of magma has risen to the Earth’s surface as like Hawaii. The plates are eyjafjallajoukll apart at a rate of 1cm to 5 cm per year.

Geography revision blog: Case Study :: Eyjafjallajokull

Finally, many companies had contingency plans in place for an emergency such as this, so could cope better, Tesco circumvented the ash cloud by flying Kenyan produce into Spain and then using road haulage for example. It was categorised as a fissure eruption. Wednesday, 11 June Case Study:: Icelandic Meteorological Office observes all Iceland’s a22 and records any warning signs of activity.

FutureVolc project set up in to integrate European volcano monitoring.

eyjafjallajokull case study a2

Within Iceland many people were very lucky as t he volcano is on the south coast and the wind carried the ash southeast towards Europe: Their actions also limited the impact in terms of casualties, and tests have taken place since to see if planes can fly in ash clouds, in what type of ash or around ash clouds. Animation of ash cloud spreading Cass also has a knock on effect on International flights globally as they could not land or take off from Europe.

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The main risks were to soils and water courses.

This volcano erupts more often and is known to be more violent. The map shows the extent of the ash cloud, note it interrupts not just European flights but also Trans Atlantic fights. This area is therefore incredibly vulnerable to this sort of activity, but weather conditions made the effects of the ash must worse.

This also has a huge impact on public institutions such as schools and businesses, particularly those who rely on air freight or those whose workers were stranded overseas.

Eyjafjallajokull Case Study – Document in A Level and IB Geography

Predictions dase scientists to tell farmers not to let animals drink from outdoor water sources as high levels of fluoride would have contaminated water and would have had deadly effects on cattle.

Hire-car companies whacked prices up some people paid thousands to get to the Channel Tunnel. This fine grained ash poses a problem to airplanes, as it can affect many systems when it enters the engines and even turn to a glassy substance because of the heat of the jet engine. The Icelandic Meteorological Office monitors earth movements, water conditions and weather and issues warnings. The major impact was Internationally however, as winds redistributed the ash that was pumped high into the atmosphere over Northern and western Europe and stopped flights from taking off.

Although the 1,m-high volcano has erupted during historical time, it has been less active than other volcanoes of Iceland’s eastern volcanic zone, and relatively studyy Holocene lava flows are known.