The JMA and government did a good job of monitoring and getting warning to people, and this probably saved many lives. AS Geography world at risk and going global notes. World at Risk Case Studies. Tectonic Processes and Hazards. This cause contamination of the sea and land, and force the evacuation of local residents.
More than , buildings suffered some form of damage. Japan has a hazards agency, the Japanese Meteorological Agency, which is set up for the prediction of earthquakes and tsunami. Cared for the most vulnerable people and ensured people were safe from dangerous buildings. The Japanese government responded by sending in specially trained people such as the Self-Defence Forces, a domestic response. The earthquake occurred on a conservative plate margin where the Pacific Plate slid past the Australian Plate in the opposite direction. In addition , buildings totally collapsed and another near , buildings partially damaged.
Damage was caused in Tokyo and many injuries in the north where the quake was centred The yen fell sharply but recouped most of its decline several hours later. Schools had to share classrooms because of the damage to other school buildings. Mevc Fukushima the subsequent tsunami disabled emergency generators required to cool the reactors.
It also predicted the tsunami from this event just 3 minutes after the major earthquake, giving people 20 minutes to get to safety. In Iwate Prefecture a bridge collapsed and a building was washed away, with boats and cars swirling around in the rising waters. It detected the Earthquake and issued televised warnings just after the very rapid P-waves that arrived but before the more damaging S waves.
SEE impact include primary and secondary Hazards. It had 10, times more energy than the magnitude sttudy. 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.
The situation has been further compounded by numerous aftershocks. The JMA and government did a good job of monitoring and getting warning to people, and this probably saved many lives. Earthquake occured in small town of Bhuj, Gujarat. There was an increasing for higher safety standards around nuclear power buildings cross bracing venti-scapes counter weight deep foundations hollow bricks back up generaters emergency lights Science risk maps radon gas measures lazars for plate movement seismometers animal behaviour magnitude frequency analysis education and emergency responses everyone knows first aid stable goverment well prepared emergency services and resoures radio and text earthhquake very good warning systems.
Business were put out of action for long periods causing losses of income mrdc jobs.
Case Study – Japan Earthquake & Tsunami 11/03/11
World at Risk Case Studies. A tsunami warning extended to at least 50 nations and territories, as far away as South America.
Pre release notes for Unit 4 Tectonics. By continuing to use this website, you agree to their use. This cause contamination of the sea and land, and force the evacuation of local residents. Great Hanshin earthquake Sign up to Comment.
The crowd appeared spooked by the earfhquake of glass windows rattling in tall buildings. Widespread looting occured of…. Water could be seen rising over cars and pouring into warehouses at Onahama port in Fukushima Prefecture, with five deaths reported in Fukushima. More thanbuildings suffered some form of damage. Image courtesy of Wikipedia.
New Zealand is located earthquwke the Pacific Ocean in the continent of Oceania. 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. There were also huge numbers of large sized aftershocks, as big as magnitude 6. Over 1 million made homelessdwellings were destroyed ranging from blocks of flats to simple mud-built houses. There were 7 foreshocks, including a magnitude 7. Japan has a hazards agency, medx Japanese Meteorological Agency, which is set up for the prediction of earthquakes and tsunami.
Secondary result from primary effects. Liquefaction where the ground gets saturated and loses strength caused lots of damage to roads and buildings.
When this pressure builds up and is released, it causes a rapid shift in the plates and a lot of energy to be release, in this case about the same as the annual energy output of the UK. In Bhuji there were four hospitals damaged.