Annabella Rubio Geology 110 Professor Weaver June 16‚ 2014 Kobe vs Northridge Earthquake Earthquakes can be devastating natural disasters as experienced in the Kobe earthquake in Japan. However‚ earthquakes are not what kill people‚ being unprepared is what causes the most harm. In the Northridge earthquake in California which was of very similar magnitude to the Kobe earthquake there were far less casualties. However‚ being prepared was not the difference in these cases. Factors that created
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As a member of the government Disaster Management Task Force‚ a geographical report has been required to be written which analyses the impact of two natural disasters and evaluates which was the most severe. The two chosen natural disasters includes the 2011 Japanese tsunami/earthquake and the 2010 Haiti earthquake. Disaster 1 – Japanese Tsunami and Earthquake On Friday the 11th of March 2011‚ a magnitude 9.0 Earthquake struck coastal waters‚ along a subduction zone‚ surrounding Japanese islands
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Kobe Earthquake An earthquake occurred on January 17th‚ 1995‚ at 5:46 am in the south-central part of Japan. This earthquake registered as 7.2 on the Richter scale and caused mass destruction. It was thus named The Great Hanshin Earthquake. It later earned the name as the Kobe Earthquake due to the amount of damage that Kobe‚ Japan suffered. Its focus was only 16 km below ground. Shock-waves splintered buildings‚ destroyed roads‚ and ruptured mains of gas‚ water‚ and electricity. Over 6‚400 people
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Relieving Chile and Haiti Many earthquakes strike different countries and very often‚ and they face efforts to rebuild the nation. Some countries do it better than others and some are more effective. But‚ this does not only apply to earthquakes but also to other natural disasters such as floods and droughts. In such situations‚ humanitarian and development aid rush in from different corners of the world and from the countries government. The aid that is received goes into the relief efforts of the
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The destructive effects of an earthquake can be classified into primary and secondary effects. Primary effects are the immediate damage caused by the quake‚ such as collapsing buildings‚ roads and bridges‚ which may kill many people. Those lucky enough to survive can suffer badly from shock and panic. Secondary effects are the after-effects of the earthquake‚ such as fires‚ tidal waves‚ landslides and disease. Fire - earthquakes destroy gas pipes and electric cables‚ causing fires to spread
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a threat and negatively impacts people and the environment. Examples of natural hazards are: earthquakes‚ tsunamis‚ wildfires‚ floods‚ volcanic eruptions etc. Earthquakes and their Occurence What is an Earthquake? An earthquake is a sudden rapid vibration along the earth’s crust due to individual tremors‚ sometimes causing great destruction to the earth’s lithosphere and its inhabitants. Earthquakes occur both on land and sea.They may occur at areas where plates collide (subduction zones/ convergent
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Earthquake Drill Platoon 3 - Jacinto Objectives The objectives of the earthquake drill are: • To ensure the safety of a student‚ parent‚ teachers and staff during and after an earthquake • To train the school community on life saving skills. • To give hands on experience on the earthquake and fire safety through mock drills. • To spread the culture of disaster preparedness. Before the Drill • • • • Every one should be mentally prepared. Participate well. Knows the basic
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INTRODUCTION DISASTER DISASTER MANAGEMENT 10-12 4 CHALLENGES IN DISASTER MANAGEMENT CHALLENGES FUTURE CHALLENGES 14-32 5 HOW TO FACE CHALLENGES 34-39 6 CONCLUSION BIBLIOGRAPHY 41-42 CHAPTER:1 OBJECT OF THE PROJECT SCOPE OF THE PROJECT OBJECT OF THE PROJECT Meaning of Disaster and there Types. Disaster Management and there nature. Challenges in Disaster Management & Future Challenges in Disaster Management in India and World. Preventation against Disaster. SCOPE OF
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Earthquake Loads & Earthquake Resistant Design of Buildings 1. 1 2. Summary 2 3. Earthquake Design - A Conceptual Review 2 4. Earthquake Resisting Performance Expectations 3 5. Key Material Parameters for Effective Earthquake Resistant Design 3 6. Earthquake Design Level Ground Motion 4 6.1. Elastic Response Spectra 4 6.2. Relative Seismicity 5 6.3. Soil amplification 6 7. Derivation of Ductile Design Response Spectra 7 8. Analysis and Earthquake Resistant Design Principles 8 8.1. The Basic Principles
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Introduction Various disasters like earthquake‚ landslides‚ volcanic eruptions‚ fires‚ flood and cyclones are natural hazards that kill thousands of people and destroy billions of dollars of habitat and property each year. The rapid growth of the world’s population and its increased concentration often in hazardous environment has escalated both the frequency and severity of natural disasters. With the tropical climate and unstable land forms‚ coupled with deforestation‚ unplanned growth proliferation
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