SUMMARY
Tsunami waves possess immense energy, traveling at speeds of approximately 800 km/h (500 mph) in deep ocean and slowing to about 500 km/h (300 mph) near continental shelves. The pressure exerted by these waves does not significantly change, allowing marine life, such as fish, to survive in deeper waters. However, fish near shorelines are at risk of being killed by the crashing waves. The destructive force of tsunamis is primarily felt when large volumes of water reach land, causing significant damage to structures.
PREREQUISITES
- Understanding of tsunami dynamics and wave physics
- Knowledge of marine biology, particularly fish behavior during disturbances
- Familiarity with oceanography concepts, including wave speed and energy distribution
- Awareness of the geological impact of tsunamis on coastal areas
NEXT STEPS
- Research "Tsunami wave physics and energy distribution" for deeper insights
- Explore "Marine life survival strategies during natural disasters" to understand fish behavior
- Investigate "The impact of tsunamis on coastal ecosystems" for ecological consequences
- Learn about "Tsunami warning systems and their effectiveness" to understand disaster preparedness
USEFUL FOR
Marine biologists, oceanographers, environmental scientists, and disaster management professionals will benefit from this discussion, particularly those focused on the effects of tsunamis on marine life and coastal ecosystems.