Where is Japan? Japan is lies to the East of China and Korea in the Pacific Ocean. Japan lies on the so called “Pacific Ring of Fire”, an active area.

Slides:



Advertisements
Similar presentations
Earthquakes and Volcanoes
Advertisements

Kobe, Japan 1995 and Port-au-Prince, Haiti 2010
1A2 Geography 10 th February 2015 Objectives: To introduce students to the causes and effects of earthquake activity. To briefly explain measures taken.
Liquefaction, Kobe Earthquake Matt Greaves, Tom Baker.
NEPAL EARTHQUAKE Aditya Kumar Anand Project Assistant Level – 2 CSIR-Central Road Research Institute.
PLATE TECTONICS SWAT. THE RING OF FIRE IS FORMED BY A CHAIN OF _______________ AROUND THE PACIFIC OCEAN. Volcanoes 5.
Earthquake Safety (pages 186–191). Earthquake Risk (page 187) Key Concept: Geologists can determine earthquake risk by locating where faults are active.
MEDC Earthquake Case Study: Fukushima, Japan 2011 By Vicki and Ben.
By: Olivia Flores Sabina Jarvis Stephanie Noel What is an Earthquake? An earthquake is when two tectonic plates collide and cause the ground to violently.
Bellringer How does a seismic station determine how far away an earthquake occurred from that station?
Question: Explain how the study of plate tectonics helps us to understand the occurrence of earthquakes.
Report by Samantha Bottari. It can take seconds to destroy almost everything and turn two beautiful days into two memorable tragedies. Those days were.
The San Francisco Earthquake, 1989
Earthquakes  What they are  Where they occur  How fast they travel  How to locate their centers  Their strength.
EARTHQUAKE An earthquake is a sudden, rapid shaking of the Earth caused by the release of energy stored in rocks. An earthquake is a sudden, rapid shaking.
Earthquakes A Whole Lot of shakin’ going on!. What are Earthquakes and where do they occur? Seismology is the study of earthquakes. Seismology is the.
Earthquakes Lesson 26 Book 1 NATURAL DISASTER strong wind hard rain heavy snow f l o o d.
Earthquakes.
By: Alexandra Staheyeff
Volcanoes and Plate Tectonics
Chapter 5 Lesson 2 The Moving Crust
Internal Forces Shaping the Earth. Tectonic Plates Magma is like a conveyer belt (see right): Heated magma moves up towards the crust, cools and goes.
EARTHQUAKES. KWL EARTHQUAKES KnowWant to KnowLearned.
The San Francisco Earthquake, 1989 LO: to be able to explain the cause and effects of the earthquake (on the people, environment and economy)
Where do earthquakes occur?. Plate Tectonics The Ring of Fire.
Earthquakes happen where Earth's plates meet. Most earthquakes happen under the sea. Where the plates stick, pressure builds up and then the earth shakes.
The effects of Kobe Earthquake 5:46am 17 th January 1995.
An earthquake of 7.4 on the Richter Scale struck the region around Izmit in Turkey on 17 th August 1999 at 3.01am.
The Geosphere Ch. 3 sec. 1B. Plate Tectonics Tectonic Plates – pieces of the lithosphere –Glide across the underlying asthenosphere –Continents move along.
Mantle plumes and hotspots Not all volcanic activity can be related to present day active plate margins. The Pacific Ocean shows a number.
Set Induction This makes you crawl under a table and sit till its over. This causes a lot of destruction to life and property This is often accompanied.
LEARNING OBJECTIVES IDENTIFY WHAT AN EARTHQUAKE IS IDENTIFY FEATURES OF AN EARTHQUAKE.
Earthquakes. What causes Earthquakes? Earthquakes are sudden movements or vibrations in the earth’s crust. They are caused by faulting and folding activity.
Geography revision Weather, tectonic plates, earthquakes and volcanoes.
Unit 2E B Plates of Earth.
WHAT CAUSES EARTHQUAKES AND VOLCANOES Chapter 8 Section 4.
Starter/Practice: Connection : Application/ Notes 1/7/15 Plate Boundaries Notes How do you think the continents formed? Plate Boundaries Notes.
Tectonic Activity Earthquakes o Introduction o Causes of Earthquakes o Measuring Earthquakes o Effect of Earthquakes.
EARTHQUAKE NOTES SHAKING UP THE EARTH. EARTHQUAKES What is an earthquake? A tremendous release of pressure from the earth that causes shockwaves to shake.
Earthquakes & Tsunamis. Earthquakes are a shaking of the ground. Some are slight tremors that barely rock a cradle. Others are so violent they can tear.
How do scientists know the structure of the Earth? Rock samples (direct evidence) Seismic waves (indirect evidence) –Vibrations that travel through Earth.
The Great Hanshin-Awaji Earthquake
By: Xavier Robles-Giron. During an earthquakes the tectonic plates grind together and the rocks then absorb the pressure caused by this grinding. But.
Earthquakes, Volcanoes, and Tsunamis. Earthquakes Fault: a break in the Earth’s crust. Blocks of the crust slide past each other along fault lines. When.
Bell Ringer Monday 11/30/09 Where do most volcanoes tend to form? a. convergent plate boundaries b. divergent plate boundaries c. hot spots d. all of the.
Starter/Practice: Connection : Application/ Notes 1/6/16 Plate Boundaries Notes How do you think the continents formed? Plate Boundaries Notes.
The Dynamic Earth Ch. 3. Earth is a system System: a group of parts working together  Which of the following are systems?  A gas tank, air filter, water.
The Basics of Geography Part 5 Earthquakes and Volcanoes.
Kobe - Japan Earthquake. History Background 17 th January am local time 7.2 magnitude on the Richter scale Lasted 20 seconds Philippine plate.
South Molton Community College Department of Geography VIDEO PODCAST “HAITI EARTHQUAKE CASE STUDY”
Earthquakes in Rich Countries
Earthquake in MEDC- Japan
2011 japan earthquake and tsunami
Unit 5: Earthquakes Mr. Ross Brown.
Earthquake In A MEDC Japan, 1995.
Earthquakes.
The 1995 Kobe Earthquake Lesson Objective:
CHAPTER 4 Earthquakes.
Sichuan Earthquake, China 12th May 2008, 2:30pm
Earthquakes & Plate Tectonics
Earthquakes.
Tohoku Earthquake and Tsunami
Causes, impacts and responses to volcanic events
EARTHQUAKES! Part 3.
Volcanoes and Earth Movements
Maps, Schmaps... It’s time to begin our first official Geography Unit!
Japan earthquake and tsunami 2011
Presentation transcript:

Where is Japan? Japan is lies to the East of China and Korea in the Pacific Ocean. Japan lies on the so called “Pacific Ring of Fire”, an active area of tectonic activity that causes many of the worlds earthquakes and volcanoes. Each year Japan has around 2000 earthquakes, most of these are not powerful enough to cause any damage.

Eurasian Plate Philippine Plate Pacific Plate North American Plate Kobe Japan lies in the middle of four tectonic plates. The pressure of the plates has produced fault lines in Japan’s crust. The fault running through the Kobe area had not moved for 50 years and a huge amount of pressure had built up.

At 5.46am on the 17 th of January 1995, Kobe was struck by one of the strongest earthquakes to hit Japan in living memory. Measured around the world by seismographs, the earthquake measured 7.2 on the Richter Scale.

The Earthquake only lasted 20 seconds but the caused terrible human suffering and damage estimated at £80 billion. 190,000 buildings destroyed or damaged 90% of the port destroyed 14,690 injured 4,569 deaths82% schools damaged 12% industry destroyed300,000 people lost their homes 130km of Japan’s main rail system was closed

The primary effect of the earthquake was damage to buildings. Many older buildings collapsed completely. Wooden buildings in the poorer areas of Kobe were flattened as the walls could not support the heavy tile roofs. A number of tall buildings “pancaked” – walls gave way and each floor piled up on top of the one below.

Primary damage caused by the earthquake

Pancaked buildings

Older wooden buildings in the poorer areas.

The most devastating secondary effect was fire. Paraffin heaters and gas cookers set fire to buildings. The fires were also made worse by gas escaping from broken gas pipes and the fire services could not get to the fires due to blocked roads and burst water mains.

Secondary effects – fire engulfs Kobe