This course provides a comprehensive overview of natural disasters, focusing on four key categories: plate tectonic natural disasters, meteorological natural disasters, biological natural disasters, and the role of technology in disaster management. Students will explore the mechanisms behind earthquakes, volcanoes, and tsunamis, examine the impacts of severe weather events like hurricanes and floods, and investigate the threats posed by biological disasters such as pandemics and infestations. Additionally, the course will highlight how technology aids in disaster prediction, response, and recovery, emphasizing its importance in mitigating the effects of these events. Overall, students will gain a deeper understanding of the causes, impacts, and management strategies associated with natural disasters.
With this topic you will be able to explain how different natural disasters form (earthquakes, volcanoes, hurricanes, wildfires, etc.) and demonstrate understanding through models, experiments, or diagrams.
In this topic you will be able to analyze real‑world data and tools (satellites, weather maps, seismic graphs) to predict the potential impact of natural disasters and explain the importance of early warning systems.
In this topic you will be able to evaluate the effects of natural disasters on communities and summarize survival and recovery stories to better understand human resilience and the importance of disaster response.
In this topic you will be able to design a disaster preparedness plan or emergency kit and propose solutions for keeping individuals and communities safe before, during, and after a disaster.