Summary
Managing tectonic hazards involves understanding responses, mitigation strategies, and the role of technology in predicting and protecting against earthquakes and volcanoes.
- Primary Responses — Immediate actions taken after a disaster to save lives and provide basic needs. Example: Search and rescue operations after an earthquake.
- Secondary Responses — Long-term actions focused on recovery and rebuilding. Example: Rebuilding infrastructure like roads and hospitals.
- Prediction — Using scientific methods to forecast when and where a hazard might occur. Example: Monitoring magma movement to predict volcanic eruptions.
- Protection — Designing structures to withstand hazards and minimize damage. Example: Earthquake-proof buildings with flexible foundations.
- Preparation (Planning) — Educating and organizing communities to respond effectively to disasters. Example: Conducting evacuation drills and creating emergency plans.
Exam Tips
Key Definitions to Remember
- Primary Responses
- Secondary Responses
- Prediction
- Protection
- Preparation (Planning)
Common Confusions
- Confusing the 3 Ps with Primary and Secondary responses
- Assuming monitoring is the same as responding to a hazard
Typical Exam Questions
- What are the 3 Ps of managing tectonic hazards? Prediction, Protection, and Preparation (Planning)
- How do primary and secondary responses differ? Primary responses are immediate, while secondary responses focus on long-term recovery.
- Why is technology important in managing tectonic hazards? It helps in early warning, monitoring, and efficient disaster response.
What Examiners Usually Test
- Understanding of the 3 Ps and their application
- Differences between primary and secondary responses
- The role of technology and its limitations in different economic contexts