Case study template
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This case study describes a hazard event by outlining where it occurred, what happened, and its primary effects, as well as any secondary effects across environmental, economic and social areas. It then details the immediate responses to the event and how the hazard was managed in the short term, followed by discussion of longer term responses.
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Volcano case study summary sheet
A volcanic eruption occurred, which was caused by magma rising from below the Earth's crust and releasing gases upon reaching the surface. The primary effects were lava flows and ashfall near the volcano. Secondary effects included damage to infrastructure from ash and lava, as well as negative health impacts from ash inhalation. Immediate responses involved evacuations of nearby areas, while long term responses focused on rebuilding damaged structures and monitoring the volcano for future eruptions. Ongoing hazard management included restricted access zones and early warning systems.
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Case Study template for A2 Edexcel Unit 4 Tectonics
This document provides guidance on how to summarize information about a tectonic event, including a map of the affected area, key statistics about the event such as deaths and magnitude, socioeconomic information about the region, the level of development, associated hazards, diagrams and explanations of the cause of the event, impacts in physical, economic, political, social and environmental areas both in the short and long term, ways people attempted to cope before, during and after the event, sources, and analysis of the response using models of disaster management cycles.
Case Study Template
This case study examines a restless earth unit that teaches students about the causes and effects of geological processes and natural hazards. Key topics covered include plate tectonics, earthquakes, volcanoes, and how communities prepare for and respond to natural disasters. Case studies, facts, figures, and diagrams are used to illustrate these concepts.
Iran case study
An 7.7 magnitude earthquake struck southwest Iran near the town of Mashkel on April 16, 2013. The quake lasted 25 seconds and was felt as far away as Abu Dhabi and Delhi, destroying 85% of buildings in Mashkel and 3000 houses. While 35 people were killed and 127 injured, the death toll was relatively low because the earthquake's deep focus of 82km meant less intense shaking, and mud homes tended to cause injury rather than collapse when they fell. Immediate rescue efforts were deployed to the damaged area.
Eathquake case study summary sheet
A case study described a hazard event that impacted an unspecified location. The primary effects and immediate responses are unknown. Secondary effects and long term responses to manage the hazard are not detailed.
Sichuan earthquake case study
An earthquake measuring 7.9 on the Richter scale struck Sichuan province in China in May 2008. Over 69,000 people were killed and hundreds of thousands injured or missing. Critical infrastructure like schools and dams were damaged, leaving millions homeless. The earthquake occurred in a seismically active area where buildings were poorly constructed and unprepared for such a large quake, resulting in widespread destruction. Immediate response included search and rescue operations while long term responses focused on rebuilding homes and infrastructure.
L'aquilla earthquake case study
The 2009 L'Aquila earthquake in central Italy killed 291 people and injured 1,500. The magnitude 5.8 earthquake damaged over 110,000 buildings in the historic city of L'Aquila and surrounding areas. While some hazard management was in place, such as retrofitting buildings and mapping seismic risks, a scientist had predicted the imminent quake based on increased radon gas levels but was dismissed, and his work was removed from the internet. The earthquake left over 58,000 homeless and caused $15 billion in damages to Italy.
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Volcano case study summary sheet
A volcanic eruption occurred, which was caused by magma rising from below the Earth's crust and releasing gases upon reaching the surface. The primary effects were lava flows and ashfall near the volcano. Secondary effects included damage to infrastructure from ash and lava, as well as negative health impacts from ash inhalation. Immediate responses involved evacuations of nearby areas, while long term responses focused on rebuilding damaged structures and monitoring the volcano for future eruptions. Ongoing hazard management included restricted access zones and early warning systems.
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Case Study template for A2 Edexcel Unit 4 Tectonics
This document provides guidance on how to summarize information about a tectonic event, including a map of the affected area, key statistics about the event such as deaths and magnitude, socioeconomic information about the region, the level of development, associated hazards, diagrams and explanations of the cause of the event, impacts in physical, economic, political, social and environmental areas both in the short and long term, ways people attempted to cope before, during and after the event, sources, and analysis of the response using models of disaster management cycles.
Case Study Template
This case study examines a restless earth unit that teaches students about the causes and effects of geological processes and natural hazards. Key topics covered include plate tectonics, earthquakes, volcanoes, and how communities prepare for and respond to natural disasters. Case studies, facts, figures, and diagrams are used to illustrate these concepts.
Iran case study
An 7.7 magnitude earthquake struck southwest Iran near the town of Mashkel on April 16, 2013. The quake lasted 25 seconds and was felt as far away as Abu Dhabi and Delhi, destroying 85% of buildings in Mashkel and 3000 houses. While 35 people were killed and 127 injured, the death toll was relatively low because the earthquake's deep focus of 82km meant less intense shaking, and mud homes tended to cause injury rather than collapse when they fell. Immediate rescue efforts were deployed to the damaged area.
Eathquake case study summary sheet
A case study described a hazard event that impacted an unspecified location. The primary effects and immediate responses are unknown. Secondary effects and long term responses to manage the hazard are not detailed.
Sichuan earthquake case study
An earthquake measuring 7.9 on the Richter scale struck Sichuan province in China in May 2008. Over 69,000 people were killed and hundreds of thousands injured or missing. Critical infrastructure like schools and dams were damaged, leaving millions homeless. The earthquake occurred in a seismically active area where buildings were poorly constructed and unprepared for such a large quake, resulting in widespread destruction. Immediate response included search and rescue operations while long term responses focused on rebuilding homes and infrastructure.
L'aquilla earthquake case study
The 2009 L'Aquila earthquake in central Italy killed 291 people and injured 1,500. The magnitude 5.8 earthquake damaged over 110,000 buildings in the historic city of L'Aquila and surrounding areas. While some hazard management was in place, such as retrofitting buildings and mapping seismic risks, a scientist had predicted the imminent quake based on increased radon gas levels but was dismissed, and his work was removed from the internet. The earthquake left over 58,000 homeless and caused $15 billion in damages to Italy.
Kobe earthquake case study
The 1995 Kobe earthquake occurred in Kobe, Japan on January 17th measuring 6.8 on the Richter scale. It caused over 6,400 deaths and left 300,000 people homeless. Critical infrastructure like roads, rail lines, and ports were severely damaged. While the Japanese government was initially criticized for its slow response, it rejected international aid and recovery was rapid - within a year, most utilities and rail lines were restored. New building codes were also passed to improve earthquake preparedness.
Kashmir earthquake case study
The 2005 Kashmir earthquake occurred in the disputed Kashmir region located along the border of India and Pakistan. The 7.6 magnitude earthquake struck near the cities of Muzaffarabad and Balakot, killing over 74,000 people in Pakistan and 1,307 in India. The earthquake destroyed homes and infrastructure, leaving over 3 million people homeless. A lack of evacuation plans and poorly constructed buildings exacerbated the death and destruction from the powerful earthquake.
Christchurch earthquake case study
Three earthquakes struck Christchurch, New Zealand between September 2010 and February 2011. The first was a magnitude 7.1 earthquake on September 4, 2010 with its epicenter 40km from Christchurch. This quake caused some structural damage but only minor injuries. On February 22, 2011 a magnitude 6.3 aftershock hit with its epicenter just 10km from Christchurch. This smaller quake caused significantly more damage, collapsed buildings, killed 181 people, and injured over 200. The increased damage from the second quake was likely because buildings had already been weakened by the first quake and it struck during the day when more people were around.
Tohoku earthquake case study
A 9.0 magnitude earthquake struck off the coast of Tohoku, Japan on March 11, 2011. This triggered a massive tsunami with waves as high as 10 meters. Over 15,000 people were killed by the tsunami, mostly by drowning, and thousands more were injured or missing. The earthquake and tsunami also caused widespread damage to buildings and infrastructure, as well as triggering a nuclear meltdown at the Fukushima Daiichi power plant. International aid was provided to help with search and rescue efforts and recovery.
Haiti Casestudy
The 2010 earthquake in Haiti caused widespread damage and loss of life. It occurred on January 12th near the capital city of Port-au-Prince, registering a magnitude of 7.0. Over 300,000 people were killed by collapsed buildings and infrastructure due to a lack of earthquake-resistant construction and safety standards. The government's buildings were destroyed, hampering coordination of emergency response. Difficulties delivering aid through rubble-clogged streets exacerbated the death toll and long-term impacts, including over 1 million remaining displaced a year later.
Mount pinatubo case study
Mount Pinatubo, located in the Philippines, erupted in 1991 after a period of increased seismic activity. The eruption ejected ash up to 34km into the atmosphere, covering over 125,000km2 in ash and destroying 800km2 of agricultural land. Over 800,000 livestock were killed and 1.2 million people lost their homes. Pyroclastic flows and lahars (volcanic mudflows) caused additional damage. International aid and relocation efforts helped respond to the eruption, but lahars continued to impact the area for years. The hazard is now managed through monitoring, hazard maps, and building designs to mitigate future lahar impacts.
Mount nyiragongo case study
Mount Nyiragongo is a stratovolcano located in the Democratic Republic of Congo. In January 2002, increased seismic activity led to the opening of a 13km fissure on the volcano's southern flank. Lava began flowing from the fissure at speeds up to 60mph, destroying over 4,500 buildings in Goma and splitting the city in half. Approximately 45 people were killed directly by the eruption and lava flows, while 500,000 people were left homeless. The disaster resulted in widespread economic and social impacts, including the destruction of infrastructure like hospitals and airports.
Nevado del ruiz case study
Nevado Del Ruiz volcano in Colombia erupted in 1985, sending ash 30km into the air and melting glaciers which caused deadly lahars. The lahars flowed at 40mph, reached 50m wide, and killed 23,000 people as they destroyed the town of Armero. The hazard was not properly managed as scientists warned of the risk of lahars but officials failed to evacuate areas despite continuing volcanic activity in the months before the eruption.
Mount Etna case study
Mount Etna erupted in October 2013, releasing ash that fell 600km away in Libya. The eruption was caused by pressure building from magma moving along the convergent boundary between the African and Eurasian plates underneath Sicily. The eruption destroyed orange and vineyards and damaged buildings, roads, and tourist facilities, closing the airport due to ash and injuring 30 people when lava exploded into a water tank. The Italian government provided aid and tax relief to help locals recover from the economic and infrastructure impacts.
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Case study template
- 1. Case Study: Where did it happen? What happened? Primary effects Secondary effects E n v i r o n m e n t a l E c o n o m i c S o c i a l Immediate responses How was the hazard managed? Long term responses