More Video Resources Solheimajokull: Individual countries decided whether to ban flights or not. Here, convection currents are driving apart the North American plate moving West and the Eurasian Plate moving East along a constructive or divergent plate boundary. This event was therefore tracked and prepared for, and the ash cloud was tracked by satellite by many nations. This interaction of two different types of volcanism has created the island of Iceland, which is made up of many active volcanoes. Indeed, visibility was down to a few metres and local cattle farmers suffered.
The Eyjafjallajokull eruption caused concern to volcanologists and scientists of the more dangerous and larger neighbour called Katla. Over time, the earthquakes rose towards the surface, and land near the volcano rose by 2 inches this indicated magma was moving underneath the volcano. Notify me of new comments via email. Animation of ash cloud spreading This also has a knock on effect on International flights globally as they could not land or take off from Europe. The North American plate moves west, whilst the Eurasion plate moves East, creating a divergent plate boundary moving apart at rates of cm per year. This area is therefore incredibly vulnerable to this sort of activity, but weather conditions made the effects of the ash must worse. There has still been no activity from the noisy neighbouring volcano Katla.
EYJAFJALLAJOKULL VOLCANO CASE STUDY ICELAND
The Icelandic Meteorological Office monitors earth movements, water conditions and weather and issues warnings. Before the eruption in the volcano is known to have erupted in, and Leave a Reply Cancel reply Enter your comment here The North Ccase plate moves west, whilst the Eurasion plate moves East, creating a divergent plate boundary moving vlocano at rates of cm per year.
A Geography Case Study The aim of this minute video is to reflect on the eruption of Eyjafjallajokull in and to look forward to possible future volcanic eruptions in Iceland. This also has a knock on effect on International flights globally as they could not land or take off from Europe.
Volcanoes – Edexcel – Revision 8 – GCSE Geography – BBC Bitesize
Upon eruption, the volcano ripped open a 1km long fissure in the field of ice. Speak to a specialist. You are commenting using your Facebook account.
Britain had fine anticyclonic weather for a lot of the time that the Ash cloud existed. Email required Address never made public.
Although the ash cloud was invisible to the eyjafjallajoklul eye, as it is made up of very fine particles and substances. By continuing to use this website, you agree to their use.
The eruption began on 20th March and ended 7 months later in October The impact of the event social, economic, environmentalin the short and longer term.
Volcano case study: Eyjafjallajokull, Iceland Flashcards Preview
This furthermore meant that Carbon uptake by the plants was limited. As these two plates move apart, magma continually wells up along the ridge, creating new sea floor. Fissure-fed lava flows occur on both the E and W flanks of the volcano, but are more prominent on the W side.
Airspace was now closed in 20 countries.
The first phase of eruption produced lava, with little explosive activity. Other roads were bulldozed to allow flash flood water to reach the sea. They discussed creating a single European Airspace this would save money and would react better to future crisis. I have referred to my old A level notes to compile this detailed case study regarding the Eyjafjallajokull volcano in Iceland.
Fill in your details below or click an icon to log in: Animation of ash cloud spreading.
Volcanoes – Revision 4 – KS3 Geography – BBC Bitesize
Due to the ash that was being carried across Europe, Aviation authorities closed much of the heavily used airspace over the North West region of Europe. This meant that authorities and people could prepare themselves. 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: In this video, we cover: Responses to the event.
Their legal, technical and infrastructure systems can cope with hazards such as this eruption, even if there are economic impacts.