Case Study: Hurricane Katrina - Effects

The Effects of Hurricane Katrina

In August 2005, Hurricane Katrina hit the US states of Mississippi and Louisiana. It was the 3rd deadliest hurricane in American history. New Orleans' flood defenses (levees) broke because they were badly designed, flooding the city.

Primary effects

1,836 people are thought to have died.
154,522 houses were destroyed between 2005 and 2006.
The electricity supplies for over 3 million people were cut off. Many people sheltered at the Superdome stadium in New Orleans.
80% of New Orleans was flooded with some parts 4.5 metres underwater.
Coastal habitats were damaged and bridges & infrastructure collapsed.

Secondary effects

The population of New Orleans fell from 1.386 million to 1.04 million between 2005 and 2006. In 2014, the population was 1.25 million.
2,400 businesses in New Orleans closed down or went bankrupt between 2005 and 2006.
Hundreds of thousands became homeless and sewers overflowed and entered water supplies.
The estimated total amount of damage was around $125 billion.

1Paper 1 - Changing River Environnments

1.1Characteristics of Rivers

1.1.1The Long Profile

1.1.2Characteristics of Rivers

1.2River Landforms

1.2.1Waterfalls & Gorges

1.2.2Meanders

1.2.3Oxbow Lakes

1.2.4Levees

1.2.5Floodplains

1.2.6Deltas

1.2.7Interlocking Spurs

1.3Rivers: Opportunities & Hazards

1.3.1River Pollution

1.3.2River Pollution in the River Thames

1.4The Bradshaw Model

1.4.1The Bradshaw Model

1.5The Drainage Basin & the Water Cycle

1.5.1The Drainage Basin & the Water Cycle

1.6Processes Operating in a Drainage Basin

1.6.1Hydrological Cycle in a Drainage Basin

1.6.2Processes in a Drainage Basin

1.7Processes Operating in a River

1.7.1Erosion

1.7.2Transportation

1.7.3Deposition

1.7.4Diagnostic Misconceptions - Upper Course

1.7.5Diagnostic Misconceptions - Deposition

2Paper 1 - Changing Coastal Environments

2.1Physical Processes that Shape the Coast

2.1.1Processes of Erosion

2.1.2Corrosion & Corrasion

2.1.3Transportation

2.1.4Deposition

2.1.5Longshore Drift

2.1.6Types of Waves

2.1.7Case Study: The Holderness Coast (UK)

2.1.8Case Study: The Holderness Coast - Management

2.1.9Case Study: The Holderness Coast - Defences

2.1.10Diagnostic Misconceptions - Swash & Backwash

2.2Landforms

2.2.1Headlands & Bays

2.2.2Beaches, Stumps, & Cliffs

2.2.3Wave-cut Platforms

2.2.4Caves, Arches, & Stacks

2.2.5Spits, Bars, & Sand Dunes

2.2.6Discordant & Concordant Coastlines

2.3Opportunities & Hazards

2.3.1Opportunities & Hazards

2.3.2Managing Flooding - Hard Engineering

2.3.3Coastal Management - Hard Engineering

2.3.4Coastal Management - More Hard Engineering

2.3.5Coastal Management - Soft Engineering

2.3.6End of Topic Test - Rivers

2.3.7End of Topic Test -Coasts

2.4Tropical Storms

2.4.1Tropical Storms

2.4.2Structure of Tropical Storms

2.4.3Causes of Tropical Storms

2.4.4Effects of Tropical Storms

2.4.5Hazards of Tropical Storms

2.4.6Case Study: Hurricane Katrina - Effects

2.4.7Case Study: Hurricane Katrina - Responses

2.4.8Case Study: Cyclone Nargis - Responses

2.4.9Case Study: Cyclone Nargis

2.4.10Mathematical Skills: Weather Hazards

2.4.11Diagnostic Misconceptions - Rainfall

2.5Protection & Management

2.5.1Coral Reefs

2.5.2Types of Reefs

2.5.3Importance of Coral Reefs

2.5.4Mangrove Swamps

2.5.5Importance of Mangroves

3Paper 1 - Changing Ecosystems

3.1Antarctic

3.1.1Features of the Antartic Ecosystem

3.1.2Factors Influencing the Antarctic

3.1.3Abiotic–Biotic Factors & Adaptations

3.2Threats to the Antarctic

3.2.1Antarctic: Threats & Impacts

3.2.2Antarctic: Evaluation of Strategies

3.3Tropical Rainforest

3.3.1Global Distribution & Characteristics

3.3.2Tropical Rainforest: Structure

3.3.3Tropical Rainforest: Interrelationships

3.4Tropical Rainforest: Threats

3.4.1ThreatsThreats & Impacts

3.4.2Evaluation of Strategies

3.4.3Mathematical Skills: Deforestation

3.4.4Rainforest Case Study

4Paper 1 - Tectonic Hazards

4.1The Structure of the Earth

4.1.1Structure of the Earth: Characteristics

4.1.2Tectonic Plates

4.1.3Plate Margins

4.1.4Plate Boundaries

4.1.5Earthquakes at Plate Margins

4.2The Processes of Earthquakes & Volcanoes

4.2.1Earthquakes: Processes & Characteristics

4.2.2Earthquake Hazards

4.2.3Types of Volcano

4.2.4Classification & Features

4.2.5Volcanic Hazards

4.2.6Diagnostic Misconceptions - Lava

4.2.7Diagnostic Misconceptions - Location of Volcanoes

4.2.8Diagnostic Misconceptions - Focus vs Epicentre

4.2.9Diagnostic Misconceptions - Sliding Plates

4.3The Impacts of Tectonic Hazards

4.3.1Why do People Live Near Volcanoes?

4.3.2Primary Effects of Volcanoes

4.3.3Secondary Effects of Volcanoes

4.3.4Measuring Earthquakes

4.4Managing the Impacts of Tectonic Hazards

4.4.1Manging Impacts of Tectonic Hazards - Monitoring

4.4.2Managing Impacts of Tectonic Hazards - Planning

4.4.3Case Study: Agung

4.4.4Case Study: Christchurch

4.4.5Mathematic Skills: Tectonic Hazards

5Paper 1 - Climate Change

5.1Natural & Human Causes of Climate Change

5.1.1Climate Change: Evidence

5.1.2Climate Change: Factors

5.1.3Climate Change: Human Influence

5.1.4Diagnostic Misconceptions - Greenhouse Effect

5.1.5Diagnostic Misconceptions - 1°C Change in Temp.

5.2Impacts of Climate Change

5.2.1Impact on the Environment

5.2.2Impact on People

5.2.3Diagnostic Misconceptions - Species Adaptation

5.3Responses to Climate Change

5.3.1Climate Change: Strategies

5.3.2Evaluation of Mitigation

5.3.3Climate Change: Case Study

6Paper 2 - Changing Populations

7Paper 2 - Changing Towns & Cities

7.1Where People Live

7.1.1Variations in Global Population

7.2Opportunities & Challenges of Urbanisation

7.2.1Opportunities & Challenges

7.2.2Impact

7.2.3Diagnostic Misconceptions - Inequality

7.2.4Diagnostic Misconceptions - Urbanisation

7.2.5Diagnostic Misconceptions - Megacities

7.3Management of Urban Growth

7.3.1Evaluation of Strategies

7.3.2Case Study: Notting Hill & Leicester

7.3.3Mathematical Skills: Urban Issues

7.3.4End of Topic Test - Urbanisation

8Paper 2 - Development

8.1Measuring Development

8.1.1Social & Economic Indicators

8.1.2Comparing Countries

8.1.3Development: Environmental Factors

8.1.4Development: Historical Factors

8.1.5Development: Political Causes

8.1.6Development: Social Causes

8.1.7Development: Economic Causes

8.2Uneven Development

8.2.1Reasons for Uneven Development

8.2.2Uneven Development: Patterns

8.2.3Measures of Inequality Within Countries

8.2.4Case Study: Inequality in China

8.3Sustainable Development

8.3.1Definition & Techniques

8.3.2Case Study: Bangladesh

9Paper 2 - Changing Economies

9.1Changing Employment Structures

9.1.1Different Industries

9.1.2Changing Employment Structure

9.1.3Industrial Location & Distribution

9.2Globalisation

9.2.1Globalisation Definition & Features

9.2.2Globalisation - Transport

9.2.3Globalisation - Communication & Banking

9.2.4Transnational Corporations (TNCs)

9.2.5Case Study: SEZs in China

9.2.6Case Study: SEZs in HSBC

9.3Tourism

9.3.1Factors Leading to the Growth of Tourism

9.3.2The Butler Model

9.3.3Benefits of Tourism - Economic

9.3.4Benefits of Tourism - Social, Cultural & Env.

9.3.5Problems with Tourism - Economic

9.3.6Problems of Tourism - Social, Cultural & Env.

9.3.7Managing Tourism - Sustainability & Ecotourism

9.3.8Managing Tourism - Quotas & Tourism Hubs

9.3.9Case Study: Blackpool (UK)

9.3.10Mathematical Skills: Changing Economic World

10Paper 2 - Resource Provision

10.1Food

10.1.1Farming Types

10.1.2Human Inputs

10.1.3Physical Inputs

10.1.4Green Revolution

10.1.5Diagnostic Misconceptions - Food

10.2Patterns of Food Supply & Demand

10.2.1Calorie Intake

10.2.2Reasons for Changing Global Supply

10.2.3Strategies to Increase Food Supply

10.2.4Reasons & Impacts

10.3Challenges of Food Supply

10.3.1Human Factors

10.3.2Natural Factors

10.3.3Impacts of Food Insecurity

10.3.4Increasing Farm Output

10.3.5Food Aid

10.3.6Desertification

10.3.7Reducing the Risk of Desertification

10.3.8Soil Erosion

10.3.9Low Impact Farming

10.3.10Mathematical Skills: Food

10.4Energy

10.4.1Types of Energy: Renewable & Non-Renewable

10.4.2Non-Renewable: Fuelwood

10.4.3Non-Renewable: Nuclear

10.4.4Non-Renewable: Fossil Fuels

10.4.5Renewable: Wind & Solar

10.4.6Renewable: Wave & Tidal

10.4.7Renewable: Biofuel

10.4.8Renewable: HEP & Geothermal

10.5Patterns of Energy Supply & Demand

10.5.1Reasons for Increasing Energy Consumption

10.5.2Energy Security

10.5.3Variations in Energy Use

10.6Impacts of Energy Production

10.6.1Strategies to Increase Energy Supply

10.6.2Evaluation of the Strategies

10.6.3Case Study: Iceland

10.6.4Case Study: China

10.6.5Mathematical Skills: Energy

10.6.6End of Topic Test - Energy

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