EARTHQUAKE CASE STUDY MEDC AND LEDC

More than , buildings suffered some form of damage. There were 7 foreshocks, including a magnitude 7. Tectonics Case Study Facts. The earthquake was the biggest ever recorded to have stuck Japan, at approximately 9. Earthquake occured in small town of Bhuj, Gujarat. In addition , buildings totally collapsed and another near , buildings partially damaged.

List of case studies for; Tectonic plates, Weather and climate, Development and globalisation and Conflict. To monitor earthquakes, the Japanese Meteorological Agency operates network of about seismographs and seismic intensity meters. This was known as a megathrust earthquake. More than , buildings suffered some form of damage. They have readily trained teams of people to go in and assist with events like this. There were also huge numbers of large sized aftershocks, as big as magnitude 6.

Many people got outside during the earthquake and the response to the Earthquake was reasonably good. The earthquake was the biggest ever recorded to have stuck Japan, at approximately 9. In this instance it was the Eastern seaboard of Japan and the Island of Honshu that were vulnerable. It was estimated thatpeople were injured in the end. A brave team of nuclear power plant workers battled bravely to prevent the nuclear reactors overheating completely and exploding.

The aftershocks occurred as the strain energy was passed along the fault, causing further quakes. Japan has a hazards agency, the Japanese Meteorological Agency, which is set up for the prediction of earthquakes and tsunami.

This strain energy eventually overcame the frictional force holding the plates in place, and was released as earthquake waves. This was known as a megathrust earthquake.

  DPS GWALIOR HOLIDAY HOMEWORK 2014-15

earthquake case study medc and ledc

As a result of the high frequency of Earthquakes in this area Japan has developed a high capacity to cope with both Earthquakes cae tsunami.

This displaced the water above in the Pacific Ocean causing a Tsunami wave to ripple radially outwards. In additionbuildings totally collapsed earthquale another nearbuildings partially damaged.

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.

earthquake case study medc and ledc

It detected the Earthquake and issued televised warnings just after the very rapid P-waves that arrived but before the more damaging S waves. Authorities unable to cope with magnitude of event so there is no accurate toll of injured. To monitor earthquakes, the Japanese Meteorological Agency operates network of about seismographs and seismic intensity meters.

Just 6 days after the quake a motorway was repaired — this shows the incredible rapidity with which the Japanese can work with their capacity to cope. Communications were damaged and power lines brought down.

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 pillars buckled instantly. Over 1 million made homelessdwellings were destroyed ranging from blocks of flats to simple mud-built houses. The tsunami is a secondary consequence of this initial movement. Tectonics Case Study Facts. They have readily trained teams of people to go in and assist eartgquake events like this Buildings are earthquake proof and people in Japan are trained YEARLY on the 1 st of September in how to survive eartthquake, this is a result of the Tokyo great Kanto Earthquake of Much of the cultural heritage was destroyed incuding forts, palaces, temples and monuments with many of them being centuries old.

  DGHP BUSINESS PLAN

The ,edc and government did a good job of monitoring and getting warning to people, and this probably saved many lives. Emergency services had to be brought in from India and from overseas. Widespread looting occured of….

Earthquakes in MEDC’s and LEDC’s – GCSE Geography – Marked by

Sign up to Comment. This gave people a chance to get outside of buildings to safety. This exposes high numbers of people to the hazards of tsunami. The Japanese government responded by sending in specially trained people such as the Self-Defence Forces, a domestic response.

MEDC AND LEDC EARTHQUAKES CASE STUDIES

Interactive — how Japan had recovered one year on. There were also aftershocks, many at 7 of above and over eight hundred aftershocks of magnitude 4. There were 7 foreshocks, including a magnitude 7.

earthquake case study medc and ledc

Intro for Unit 4.