1.4.6
Case Study: Japan & Pakistan - Planning
Earthquake Preparation in Pakistan and Japan
Earthquake Preparation in Pakistan and Japan
Both Japan and Pakistan are located on plate boundaries. They both suffer many earthquakes, but Japan's high-income status has helped it to prepare well for earthquakes.


Pakistan - prediction
Pakistan - prediction
- The Pakistan Meteorological Department has only recently begun to monitor seismic activity and it was only in 2005 that it upgraded its systems to an acceptable standard.


Japan - prediction
Japan - prediction
- Seismic waves and other activity is monitored nationwide by the Japan Meteorological Agency (JMA).
- There is a rapid warning system that was introduced before the 2011 earthquake to warn Japanese residents.


Pakistan - preparation
Pakistan - preparation
- Lots of houses in Pakistan are built out of wood. Although wood houses are usually destroyed in earthquakes, it is less dangerous for a wooden house to collapse than a concrete house.
- Poor infrastructure and governance mean that earthquake protection is not a major consideration in construction regulation and that warning systems are inadequate.


Japan - preparation
Japan - preparation
- Early warning systems and good communications infrastructure let people know about earthquakes and tsunamis.
- Building regulations are very advanced to use shock absorbers, strong foundations and building in redundancy to make buildings safer.
- When an earthquake happens, 'bullet' trains automatically stop so there cannot be any train accidents.
- The 1st September every year is 'Disaster Prevention Day' or 'National Earthquake Day' where everyone does drills for evacuation and sheltering during an earthquake.
- The Japanese army and public services are well-trained for natural disasters.
1Physical Geography
1.1River Environments
1.1.1Weathering
1.1.2Mass Movement
1.1.3Erosion
1.1.4Transportation
1.1.5Deposition
1.1.6River Landforms: Waterfalls & Gorges
1.1.7River Landforms: Interlocking Spurs
1.1.8River Landforms: Flood Plains
1.1.9River Landforms: Point Bars
1.1.10River Landforms: Levees
1.1.11River Landforms: Meanders
1.1.12River Landforms: Oxbow Lakes
1.1.13River Landscape Changes: Long Profile
1.1.14River Landscape Changes: Cross Profile
1.1.15Vertical & Lateral Erosion
1.1.16Flood Risk Factors
1.1.17Human Activities on Rivers
1.1.18River Management: Hard Engineering
1.1.19River Management: Soft Engineering
1.1.20Case Study: The River Eden - Landforms
1.1.21Case Study: The River Eden - Climate
1.1.22Case Study: The River Eden - Geology
1.1.23Case Study: The River Eden - Management
1.1.24Case Study: The River Eden - Human Activity
1.1.25End of Topic Test - River Environments
1.2Coastal Environments
1.2.1Weathering
1.2.2Mass Movement
1.2.3Erosion
1.2.4Deposition
1.2.5Longshore Drift
1.2.6Sediment Transportation
1.2.7Wave Action on Coasts
1.2.8Other Factors Influencing Coasts
1.2.9Coastal Landforms: Wave-cut Platforms & Cliffs
1.2.10Coastal Landforms: Headlands & Bays
1.2.11Coastal Landforms: Caves, Arches & Stacks
1.2.12Coastal Deposition
1.2.13Spits, Bars & Sand Dunes
1.2.14Human Activity on Coasts
1.2.15Coastal Defences: Hard Engineering
1.2.16Coastal Defences: Soft Engineering
1.2.17Coastal Defences: Managed Retreat
1.2.18Case Study: Holderness Coast Overview
1.2.19Case Study: Holderness Coast Management
1.2.20Case Study: Holderness Coast Defences
1.2.21End of Topic Test - Coastal Environments
1.3Hazardous Environments - Tropical Cyclones
1.3.1Characteristics of a Tropical Cyclone
1.3.2Structure of a Tropical Cyclone
1.3.3Physical Hazards of Tropical Cyclones
1.3.4The Impacts of Tropical Cyclones
1.3.5Responses to Tropical Cyclones
1.3.6Vulnerability to Tropical Cyclones
1.3.7Preparing for Tropical Cyclones
1.3.8Case Study: Katrina
1.3.9Case Study: Nargis
2Human Geography
2.1Economic Activity & Energy
2.2Rural Environments
3Global Issues
3.1Fragile Environments & Climate Change
3.2Globalisation & Migration
3.2.1Globalisation - Transport
3.2.2Globalisation - Communication Networks & Banking
3.2.3Push & Pull Factors
3.2.4TNCs & Globalisation
3.2.5Tourism Landscapes
3.2.6The Growth of Tourism
3.2.7The Economic Benefits of Tourism
3.2.8The Social & Cultural Benefits of Tourism
3.2.9The Economic Costs of Tourism
3.2.10The Social & Cultural Costs of Tourism
3.2.11Managing Tourism - Sustainability
3.2.12Managing Tourism - Quotas & Tourism Hubs
3.3Development & Human Welfare
3.3.1Ways of Defining Development
3.3.2Different Ways of Measuring Development
3.3.3Environmental Factors Causing Uneven Development
3.3.4Historical Factors Causing Uneven Development
3.3.5Economic Factors Causing Uneven Development
3.3.6Patterns of Development
3.3.7How Can we Reduce the Global Development Gap?
3.3.8Top-Down & Bottom-Up Development
Jump to other topics
1Physical Geography
1.1River Environments
1.1.1Weathering
1.1.2Mass Movement
1.1.3Erosion
1.1.4Transportation
1.1.5Deposition
1.1.6River Landforms: Waterfalls & Gorges
1.1.7River Landforms: Interlocking Spurs
1.1.8River Landforms: Flood Plains
1.1.9River Landforms: Point Bars
1.1.10River Landforms: Levees
1.1.11River Landforms: Meanders
1.1.12River Landforms: Oxbow Lakes
1.1.13River Landscape Changes: Long Profile
1.1.14River Landscape Changes: Cross Profile
1.1.15Vertical & Lateral Erosion
1.1.16Flood Risk Factors
1.1.17Human Activities on Rivers
1.1.18River Management: Hard Engineering
1.1.19River Management: Soft Engineering
1.1.20Case Study: The River Eden - Landforms
1.1.21Case Study: The River Eden - Climate
1.1.22Case Study: The River Eden - Geology
1.1.23Case Study: The River Eden - Management
1.1.24Case Study: The River Eden - Human Activity
1.1.25End of Topic Test - River Environments
1.2Coastal Environments
1.2.1Weathering
1.2.2Mass Movement
1.2.3Erosion
1.2.4Deposition
1.2.5Longshore Drift
1.2.6Sediment Transportation
1.2.7Wave Action on Coasts
1.2.8Other Factors Influencing Coasts
1.2.9Coastal Landforms: Wave-cut Platforms & Cliffs
1.2.10Coastal Landforms: Headlands & Bays
1.2.11Coastal Landforms: Caves, Arches & Stacks
1.2.12Coastal Deposition
1.2.13Spits, Bars & Sand Dunes
1.2.14Human Activity on Coasts
1.2.15Coastal Defences: Hard Engineering
1.2.16Coastal Defences: Soft Engineering
1.2.17Coastal Defences: Managed Retreat
1.2.18Case Study: Holderness Coast Overview
1.2.19Case Study: Holderness Coast Management
1.2.20Case Study: Holderness Coast Defences
1.2.21End of Topic Test - Coastal Environments
1.3Hazardous Environments - Tropical Cyclones
1.3.1Characteristics of a Tropical Cyclone
1.3.2Structure of a Tropical Cyclone
1.3.3Physical Hazards of Tropical Cyclones
1.3.4The Impacts of Tropical Cyclones
1.3.5Responses to Tropical Cyclones
1.3.6Vulnerability to Tropical Cyclones
1.3.7Preparing for Tropical Cyclones
1.3.8Case Study: Katrina
1.3.9Case Study: Nargis
2Human Geography
2.1Economic Activity & Energy
2.2Rural Environments
3Global Issues
3.1Fragile Environments & Climate Change
3.2Globalisation & Migration
3.2.1Globalisation - Transport
3.2.2Globalisation - Communication Networks & Banking
3.2.3Push & Pull Factors
3.2.4TNCs & Globalisation
3.2.5Tourism Landscapes
3.2.6The Growth of Tourism
3.2.7The Economic Benefits of Tourism
3.2.8The Social & Cultural Benefits of Tourism
3.2.9The Economic Costs of Tourism
3.2.10The Social & Cultural Costs of Tourism
3.2.11Managing Tourism - Sustainability
3.2.12Managing Tourism - Quotas & Tourism Hubs
3.3Development & Human Welfare
3.3.1Ways of Defining Development
3.3.2Different Ways of Measuring Development
3.3.3Environmental Factors Causing Uneven Development
3.3.4Historical Factors Causing Uneven Development
3.3.5Economic Factors Causing Uneven Development
3.3.6Patterns of Development
3.3.7How Can we Reduce the Global Development Gap?
3.3.8Top-Down & Bottom-Up Development
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