In this instance it was the Eastern seaboard of Japan and the Island of Honshu that were vulnerable. This exposes high numbers of people to the hazards of tsunami. A brave team of nuclear power plant workers battled bravely to prevent the nuclear reactors overheating completely and exploding. The official death toll report confirmed 15, deaths, 26, injured and 3, people missing across twenty prefectures. Intro for Unit 4. Business were put out of action for long periods causing losses of income and jobs.
Shock waves could be felt over the border in Pakistan, also felt in Bangladesh and Nepal. Liquefaction where stdy ground gets saturated and loses strength caused lots of damage to roads and buildings.
Authorities unable to cope with magnitude of event so there is no accurate toll of injured. Damage to roads through liquefaction made it difficult for people and emergency services to move around. Many people did not react quickly enough to the tsunami alert, and even if they did the 20 minutes or less warning was insufficient for the people to escape.
The Tsunami and Earthquake both had devastating impacts, but the tsunami caused the most damage. Business were put out of action for long periods causing losses of income and jobs.
In effect, Japan owes its existence to this boundary and the Islands are volcanic in origin. This information also plays a vital role as a trigger for the initiation of rescue and relief operations related to earthquake disasters JMA.
Schools had to share classrooms because of the damage to other school buildings.
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There were also huge numbers of large sized aftershocks, as big as magnitude 6. As a result of the high frequency of Earthquakes in this area Japan has developed a high capacity to cope with both Earthquakes and tsunami. This cause contamination of the sea and land, and force the evacuation of local residents.
List of case studies for; Tectonic plates, Weather and climate, Development and globalisation and Conflict. The island of Honshu was moved 2. The coastline is also vulnerable, as the vast majority of people live on the coast of Japan.
The earthquake was the biggest ever recorded to have stuck Japan, at approximately 9. Building not developed well, one resident complained, ‘ours was not well-designed building, it was built 12 years ago but it just fell to pieces as all the beams and earghquake buckled instantly. In additionbuildings totally collapsed and another nearbuildings partially damaged.
There was a magnitude 7. To monitor earthquakes, the Japanese Meteorological Agency operates network of about seismographs and seismic intensity meters.
It was technically an aftershock earrhquake a larger earthquake in but the impacts were more severe. Provided temporary housing and ensured all damaged housing was kept water tight.
MEDC AND LEDC EARTHQUAKES CASE STUDIES
It detected the Earthquake and wtudy televised warnings just after the very rapid P-waves that arrived but before the more damaging S waves. New Zealand is located in the Pacific Ocean in the continent of Oceania. It was estimated thatpeople were injured in the end. It also predicted the tsunami from this event just 3 minutes after the major earthquake, giving people 20 minutes to get to safety. Made it difficult to help many injured victims.
Widespread looting occured of…. Japan has a hazards agency, the Japanese Meteorological Agency, which is set up for the prediction of earthquakes and tsunami.
This exposes emdc numbers of people to the hazards of tsunami. Image courtesy of Wikipedia. The earthquake and tsunami also caused extensive and severe structural damage in north-eastern Japan, including heavy damage to roads and railways as well as fires in many areas, and a dam collapse.
In Bhuji there were four hospitals damaged.
Earthquake Case Study (New Zealand – Rich) | Handy Geography
Live footage of the actual earthquake – what impact did JUST the earthquake have? Sign up to Comment. Christchurch could no longer host Rugby World Cup matches so lost the benefits, e.