Typhoon Haiyan Formation and Effects
The devastating Typhoon Haiyan formation and effects case study demonstrates the immense power of this Category 5 super typhoon that struck Southeast Asia in November 2013. The storm made a catastrophic landfall in the Philippines on November 7th, characterized by extreme conditions.
Highlight: Typhoon Haiyan was one of the most powerful storms ever recorded, with wind speeds reaching 195mph and storm surges exceeding 5 meters above sea level.
Primary Effects:
The primary effects of Typhoon Haiyan were severe and immediate:
- 6,300 fatalities, primarily from drowning
- Destruction of 30,000 fishing boats
- Displacement of 600,000 people
- 90% destruction of Tacloban city
- Over 400mm of rainfall causing catastrophic flooding
Definition: Storm surge refers to an abnormal rise in seawater level during a storm, caused primarily by winds pushing water onshore.
Secondary Effects:
The secondary effects of Typhoon Haiyan were far-reaching:
- 14 million people affected in total
- 1.9 million left homeless
- Widespread landslides blocking relief efforts
- Civil unrest and looting in Tacloban
- 6 million people lost income sources
- Educational disruption affecting over 10,000 schools
- Disease outbreaks, particularly cholera
Vocabulary: Cholera - A bacterial disease usually spread through contaminated water that causes severe diarrhea and dehydration.
Response Efforts:
The typhoon haiyan responses were both immediate and long-term:
Immediate Responses:
- Philippines Red Cross provided food aid and clean water to 1.1 million people
- Establishment of 1,200 evacuation centers
- British and American military assistance in search and rescue
- Distribution of essential shelter kits
Long-term Responses:
- Permanent relocation of 920,000 people
- Oxfam's fishing boat replacement program
- £75 million in UK government aid
- Agricultural recovery initiatives
- UNICEF and WHO vaccination campaigns
Example: The restoration of rice production demonstrated quick agricultural recovery, while coconut trees required years to regrow, showing the varying timelines of recovery efforts.
