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Earthquake case study - 2005 Kashmir
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You need to have a case study of the causes and impacts of an earthquake in a developing country:
Use the resources and links that can be found on this page to produce a detailed case study of the 2005 Kashmir Earthquake. You should use the 'Five W's" subheadings to give your case study structure.
What happened?
This section of your case study should be a one paragraph overview/summary of the whole case study and should be written after you have finished the other four sections below.
When did it happen?
Wikipedia - 2005 Kashmir earthquake
Where did it happen?

Why did it happen?
Who was affected by it happening?
BBC News - Overview: Quake aftermath [2 November 2005]
BBC News - South Asia earthquake: One year on [4 October 2006]
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AQA GCSE Geography: Kashmir Earthquake Case Study

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Find the total cost of each stock purchase.
Number of Shares Name of Stock Market Price Commission Total Cost 800 Monterey 14.75 268.85 \begin{array}{|r|c|l|c|c|l|} \hline & \begin{array}{c} \text { Number of } \\ \text { Shares } \end{array} & {\begin{array}{c} \text { Name of } \\ \text { Stock } \end{array}} & \begin{array}{c} \text { Market } \\ \text { Price } \end{array} & \text { Commission } & \text { Total Cost } \\ \hline \mathbf{} & 800 & \text { Monterey } & 14.75 & 268.85 & \\ \hline \end{array} Number of Shares 800 Name of Stock Monterey Market Price 14.75 Commission 268.85 Total Cost
a. pass through expenses?
b. recoverable expenses?
c. common area expenses?
Give examples of each.
Find out a news article about a study that attempts to describe some characteristic of a population, but that you believe involved poor sampling (for example, a sample that was too small or not representative of the population under study). Describe the population, the sample, and what you think was wrong with the sample. Briefly discuss how you think the poor sampling affected the study results.
The file Bulbs contains the life (in hours) of a sample of forty 6-watt LED (light emitting diode) light bulbs produced by Manufacturer A and a sample of forty 6 6 6 -watt LED light bulbs produced by Manufacturer B .
Use the following class interval widths for each distribution:
Manufacturer A : 46 , 500 46,500 46 , 500 but less than 47 , 500 47,500 47 , 500 ; 47 , 500 47,500 47 , 500 but less than 48 , 500 48,500 48 , 500 ; and so on. Manufacturer B : 47 , 500 47,500 47 , 500 but less than 48 , 500 48,500 48 , 500 ; 48 , 500 48,500 48 , 500 but less than 49 , 500 49,500 49 , 500 ; and so on.
a. Construct percentage histograms on separate graphs and plot the percentage polygons on one graph.
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Kashmir Earthquake

On the 8 th October 2005 at 9:20 Local time an earthquake occurred in Kashmir in India/Pakistan. This was a result of a collision between the Indian and the Eurasian plate. There were 80,000 deaths in Northern Pakistan and North-west India in total. This earthquake spread 1000 kilometres from the epicentre.
There were 80,000 deaths after the final count, leaving others injured and many homeless. For several days roads were blocked and traffic could not flow. In total 3.3million people were affected by this earthquake. Then adding to that there were sewage and electricity blockages.
In the country of Pakistan there wasn’t enough money for repairs or to support the homeless. Many Jobs were lost now because company buildings had been destroyed, this meant that there was no income for many families. This then led to starvation as the families had no income. Businesses were completely crushed like the current recession.
There were many losses in families due to being crushed or starving, this then meant that people would keep to themselves and not be outgoing and support others. Many were in shock just from the wreckage and were too afraid to help. As with the rest of the wreckage many houses were destroyed and families had to live on the streets in tents or with just blankets. Even after the major foreshock there were several aftershocks making this even worse. On the Richter scale the magnitude of the earthquake was measured at 7.6, this was a major earthquake and was said to cause serious damage over larger areas. Many survivors were left feeling stressed and anxious about losing loved ones and not being able to provide for their family.

There were many roads split by the shock and as there was no money for repairs they were just left like this. Many buildings collapsed from the shocks as they weren’t properly designed. The water supply was contaminated leading to typhoid and cholera being passed around, also the electricity was completely cut off, and diseases spread. Then landslides changed the landscape and created natural dams for rivers. This also led to several floods.
This is a preview of the whole essay
In rural areas there were 700,000 deaths, and many left homeless. 28,000 pregnant women left homeless and 500,000 predicted to die in the winter by the UN. 6,000 schools were destroyed and damages, in total, cost £3.5billion. 1,000 survivors in Islamabad, all survivors were forced to stay in temporary shelter (Tents, Refugee Camps); this then led to lack of shelter.
There was then a lot of help via charities. A new organisation was set up called Kashmir Aid. UMCOR & IBC helped by giving out blankets and water. LoC then opened for medical help.
Three significant plates meet near the coast of Japan but only two brought about the Great Hanshin earthquake. The more compact Philippines Plate was disappearing beneath the lighter Eurasian plate and so pressure had been building up. Suddenly, the result of years of pressure was a release of force that shifted the Nojima fault, south of the Osaka Bay. This activity all occurred only 16 miles below the earth’s surface. The fault cut through the north side of Awaji Island, the epicentre of the earthquake, and crossed the bay directly below the city of Kobe. Kobe is 20km from Awaji Island and so seismic waves where given the opportunity to increase in speed, hence causing greater destruction. A decade of repair for the city of Kobe would be needed to amend the damages caused by the direct hit of the Great Hanshin quake.
In Kobe the primary effect of the Hanshin quake includes the destruction of lifelines, buildings and utilities/services. A at 5:46 a.m. the earth began to shake, sand grains within Kobe’s abundant water-saturated soil began to loose contact and friction with other grains, causing liquefaction. Soil began to flow apart and the ground reacted by moving 7 inches horizontally and 4 inches vertically. Liquefaction was the beginning of the end for the city of Kobe. Japanese buildings that where built prior to enforcement of the 1981 seismic building code, could not withstand the force of the quake and the liquefaction of the ground. The result was 102,000 buildings collapsing.
The cities lifelines also suffered a great deal. All three railway links to outside cities where destroyed. Kobe’s main elevated motorway had astonishingly collapsed for over a kilometre and those using it soared of into mid-air. Yoshio Fukamoto, a bus driver who had managed to escape his bus while the front half was 6 feet suspended in space, described the situation as, “Like watching a scene from a movie.” Many roads also where elevated from the ground.
Most of the utilities and services within the city suddenly came to a halt. Water, gas and electricity ran through underground cables/pipes and so as the ground began to move rigid cables and pipes began to break. Kobe’s ever-important port also lost 120 out 150 of its quays. Within a span of 20 seconds $150 billions dollars of basic infrastructure was demolished. The secondary effects of the Hanshin quake were an outbreak of fires within the city and a plethora of socio-economic problems. Broken gas pipes and sparking electrical cables began to ignite fires across the city. At one point 300 fires were burning in different places. Since most lifelines came to a halt, the Kobe fire department had no way of reaching the sudden outbreaks. The fires burnt down 7500 homes.
The earthquake and fires killed 5,250 people and left over 400,000 people homeless. Those that did survive the quake were freezing because there was no gas for heat. Also they were thirsty and starving due to the lack of food/water being circulated. The people of Kobe had lost more in 20 seconds than most people lose in a lifetime. Yet, they surprisingly remained quiet and stoic. The majority of people did not yell or become hysterical, but rather utter words like, “Shoganai” meaning it cannot be helped. An elderly man sitting in front of his shattered house with a flask in his hand said, “Everything is gone, what can I do except sip sake and smile?
In Conclusion I think that it is harder for a LEDC than a MEDC to overcome/survive an earthquake because with the Kobe earthquake there were less deaths and less left homeless because there was money for repairs and shelter. But in Pakistan they did not have enough money so they had to wait for aid from charities and other nations. This meant many more were left homeless with no jobs and ended up starving. Also in Japan the buildings were built properly so that they didn’t fall over in the earthquake. This was not the case in Pakistan.

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- 1. Kashmir Earthquake
- 2. What? <ul><li>The Kashmir earthquake (also known as the South Asia earthquake or Pakistan earthquake) of 2005, was a major earthquake whose epicenter was the Pakistan-administered disputed region of Kashmir . </li></ul>
- 3. When? <ul><li>The earthquake occurred at 08:50:38 Pakistan Standard Time (03:50:38 UTC ) on October 8 , 2005 . It registered a minimum magnitude of 7.6 on the moment magnitude scale making it a major earthquake similar in intensity to the 1935 Quetta earthquake , the 2001 Gujarat Earthquake , and the 1906 San Francisco earthquake . </li></ul>
- 4. Who? <ul><li>As of 8 November, the Pakistani government's official death toll was 73,276, while officials say nearly 1,400 people died in Indian-administered Kashmir and four people in Afghanistan </li></ul>
- 6. Why? <ul><li>Kashmir lies in the area of collision of the Eurasian and Indian tectonic plates . [4] . The geological activity born out of this collision, also responsible for the birth of the Himalayan mountain range, is the cause of unstable seismicity in the region </li></ul>
- 7. Why were the casualties so high? <ul><li>Most of the casualties resulting from the earthquake were in Pakistan where the official confirmed death toll is 73,276, putting it higher than the massive scale of destruction of the Quetta earthquake of May 31 , 1935 . Nearly 1,400 people died in Indian-administered Kashmir, according to officials. [1] International donors have estimated that about 86,000 died but this has not been confirmed or endorsed by Pakistani authorities. </li></ul>
- 8. <ul><li>As Saturday is a normal school day in the region, most students were at schools when the earthquake struck. Many were buried under collapsed school buildings. Many people were also trapped in their homes and, because it was the month of Ramadan , most people were taking a nap after their pre-dawn meal and did not have time to escape during the earthquake. Reports indicate that entire towns and villages were completely wiped out in Northern Pakistan with other surrounding areas also suffering severe damage </li></ul>
- 9. Continued….. <ul><li>"...a second, massive wave of death will happen if we do not step up our efforts now", Kofi Annan said on 20 October with reference to the thousand remote villages in which people are in need of medical attention, food, clean water and shelter and the 120,000 survivors that have not yet been reached. [8] </li></ul><ul><li>Prime Minister Shaukat Aziz "made the appeal to survivors" on 26 October to come down to valleys and cities for relief, [1] because bad weather, mountainous terrain, landslides and blocked roads are making it difficult for relief workers to reach each house and the winter snows are imminent. </li></ul>
- 10. What do you need to remember?
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- 1. Case study: Kashmir Earthquake 2005 Where did it happen? Kashmir is the north-western area of the Indian subcontinent. The country to which Kashmir belongs has been widely disputed in the past and it is currently owned by India, Pakistan and China. The earthquake occurred in the border between the Pakistan-controlled Kashmir and the Indian-controlled Kasmir, near the cities of Muzaffarabad and Balakot. Kashmir is found on the destructive boundary between the Eurasian plate and the Indian plate. What happened? At 8:50am on the 8th October 2005 a 7.6 magnitude earthquake struck the Pakistan controlled region of Kashmir. The epicentre struck 19km north north-east of Muzaffarabad, 60kmfrom Islamabad (the capital), at a depth of 26km below the surface. E c o n o m i c S o c i a l E n v i r o n m e n t Primary effects Cities like Balakot, Muzaffarabad, Bagh, and all small villages being razed to the ground, all roads were destroyed.Towns in Indian held Kashmir were also affected. Of the 564 hospitals in the affected area, 291 are destroyed, 74 partially damaged and only 199 are functioning. Large amounts of farmland destroyed 74,689 people were killed in Pakistan, 1,307 in India Over 79,000 injured in Pakistani side; 4,500 in Indian side. Over 3 million homeless in Pakistani side; 1 million in Indian side. 472,383 houses destroyed total. 3.2 to 3.5 million people require medical care It devastated an area of more the 30,000 square miles. Whole mountain sides fell into rivers, villages disappeared. Large landslides along the fault. Parts of the mountains around the epicentre have risen by a few metres. Large cracks appeared in the surface. Secondary effects Because of lack of medical treatment, people are dying from treatable illnesses such as malnutrition, pneumonia, diarrhea, tetanus. Without immunizations, children are particularly at risk. After 1 year 400,000 people spent a second winter without a permanent shelter Less people have access to education due to fewer schools being rebuilt.
- 2. a l Immediate responses $62 billion of aid was pledged Locals tried to help people who were trapped in buildings. Military hospitals opened for civilian casualties Long term responses Indian government has not requested international assistance. Re-establishing water supplies Rebuilding homes How was the hazard managed?There was no evacuation procedure in place in case of an earthquake and the buildings were poorly built and prone to collapse in the event of an earthquake. The hazard was not managed. Why was the death toll so high?Happened on a Saturday morning when children were in school so children were trapped by the school buildings collapsing. The earthquake occurred in the month of Ramadan so many people were napping after having a pre-dawn meal which meant that they were killed in their beds when their houses collapsed.
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Earthquake Case Study Kashmir, Pakistan

Kashmir Earthquake (GCSE Geography Revision: Case Study)
Pakistan earthquake walk talk - dumeetha luthra - bbc news, kashmir earthquake 2005, bbc news | special reports | 2005 | south asia quake, kashmir earthquake - slideshare, the kashmir quake, october 2005 (an ledc case study), learning objectives:.
To be able to locate the Kashmir region on a map.
To be able to explain why the Kashmir Quake happened.
To be able to give at least 3 primary and 3 secondary effects of the Kashmir Quake.
What happened?
The area shown on the map was devastated by an earthquake measuring 7.6 on the Richter scale. The epicentre (the point where the tremors were most severe) was close to the city of Muzaffarabad, the regional capital. This is a densely populated urban area which meant that the amount of damage caused by the earthquake was particularly high.
Why did the earthquake happen?
Kashmir lies close to the boundary of two of the giant tectonic plates which form the earth’s crust. These are moving constantly but very slowly, powered by convection currents in the hot rocks of the mantle immediately beneath the crust.
Who was affected?
The government of Pakistan put the death toll at 55,000 with a further 80,000 injured but these figures are probably an underestimate. In Muzaffarabad alone, 75% of the buildings collapsed and most of the casualties came as a result of people being crushed beneath the rubble of their homes, schools or workplaces. In rural areas, where traditional stone or mud brick houses offered little resistance to the violent shaking of the ground, entire villages were destroyed leaving no-one alive. The earthquake caused landslides in the mountainous countryside which destroyed roads and isolated farms. It is probable that the bodies of some victims will never be found, lying as they do beneath thousands of tonnes of rock and soil. Electricity and telephone lines were brought down leaving survivors without power or any means of communicating with the outside world. Roads outside the towns in Kashmir are little more than narrow dusty tracks at the best of times, but with many of them blocked by landslides it was almost impossible for emergency services to reach casualties or for survivors to travel to the larger towns where medical help and emergency food and water might be available. The towns and cities faced problems of their own. Water and sewage pipes broke leaving people without water supplies and allowing domestic and industrial waste to flood the streets. There are fears that the people will be forced to drink contaminated water resulting in further deaths from diseases like cholera. Kashmir is in the foothills of the Himalayas where heavy snow falls from the middle of November through to April. With their homes and crops destroyed, living in tents with only emergency food supplies to eat, many who survived the earthquake itself face a long hard winter and the risk of dying from hypothermia or malnutrition.
How did the government of Pakistan react?
The army, with heavy lifting gear and helicopters, were sent into action immediately to search for survivors and provide treatment for the injured, emergency shelters and food. Pakistan is not a wealthy country and high technology equipment was in short supply so in response to appeals other countries and international charities also provided help in the form of food, blankets, tents medicines and specialist rescue workers and medical personnel.
Useful links:
BBC Bitesize revision page about the Kashmir quake
BBC News report summary page with links to lots of articles

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GCSE Geography Plate Tectonics Case Studies
Earthquakes
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Join get revising, already a member, earthquakes-case study: ledc kashmir,pakistan.
- Created by: sarahish majid
- Created on: 27-12-12 19:47
Rich and poor countries are affected differently
The effects and responses ( how everyone reacts) to them are different in different parts of the world.
Place: Kasmir,pakistan
Date :8th October,2005
Size: 7.6 on the Richter scale
Cause: Movement along a crack in the plate at a destructive plate boundary. Eurasion and Indian plate hitting each other
Cost of damage: Around $5 billion
Preparation:
- No local disaster planning was in place.
- Buildings were not designed to be earthquake resistant
- Communications were poor . There were few roads and they were badly constructed.
Primary effects:
- 79,000 deaths ,mostly from collapsed buildings
- Hundreds and thousands of people injured
- 75% of buildings destroyed
- Entire villages and thousands of buildings were destroyed
- Water pipelines and electricity lines were broken , cutting …
- Natural hazards
Report Thu 23rd November, 2017 @ 19:18
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Task. Use the resources and links that can be found on this page to produce a detailed case study of the 2005 Kashmir Earthquake.
-Landslides buried buildings and people. Blocked access roads+ cut off water and electricity supplies, and telephone lines. -Diarrhoea+other diseases spread
On the 8th October 2005 at 9:20 Local time an earthquake occurred in Kashmir in India/Pakistan. This was a result of a collision between the Indian and the
Geography - Kashmir Earthquake Case Study. Watch later. Share. Copy link. Info. Shopping. Tap to unmute. If playback doesn't begin shortly
Kashmir Earthquake case study. 1. Kashmir Earthquake; 2. What? <ul><li>The Kashmir earthquake (also known as the South Asia earthquake or Pakistan
What happened? At 8:50am on the 8th October 2005 a 7.6 magnitude earthquake struck the Pakistan controlled region of Kashmir. The epicentre
Earthquake Case Study Kashmir, Pakistan. by T B. Kashmir Earthquake (GCSE Geography Revision: Case Study). 1.
New town to replace L'Aquila promised by Prime Minister, Investigation into why some modern buildings weren't earthquake-proof has started. Date of the Kashmir
2005 Kashmir Earthquake, Risk Perception, Islam, Hazards Studies ... survey team of Pakistani geography, environmental studies
Earthquakes-Case Study: LEDC Kashmir,Pakistan.