The core reason that it is difficult to predict where a rogue wave will happen is the multiple different ways rogue waves can be formed. Additionally, these causes can be unpredictable such as strong winds, islands, and ocean currents. Because of the many different types of ways rogue waves can be formed, ships and boats are taken by surprise. Tsunamis are very easy to recognize because of their mass and the ability to tell where they will be, just by what causes them. For instance, tsunamis are so large that they can be as tall as a ten-story building. The article states, “The height of the tsunami will depend on the topography of the shoreline, some tsunamis can reach the height of over 100ft! (ducksters 1)” Interestingly, tsunamis start off small and become big as they move from the ocean to the shore. In addition, they were formed by different natural disasters. Tsunamis can be formed from different activities, such as earthquakes, landslides, and volcanoes on the deep ocean floor. If oceanic activity is detected, such as an earthquake or a volcanic eruption below the surface, then you can often predict that a tsunami may
The core reason that it is difficult to predict where a rogue wave will happen is the multiple different ways rogue waves can be formed. Additionally, these causes can be unpredictable such as strong winds, islands, and ocean currents. Because of the many different types of ways rogue waves can be formed, ships and boats are taken by surprise. Tsunamis are very easy to recognize because of their mass and the ability to tell where they will be, just by what causes them. For instance, tsunamis are so large that they can be as tall as a ten-story building. The article states, “The height of the tsunami will depend on the topography of the shoreline, some tsunamis can reach the height of over 100ft! (ducksters 1)” Interestingly, tsunamis start off small and become big as they move from the ocean to the shore. In addition, they were formed by different natural disasters. Tsunamis can be formed from different activities, such as earthquakes, landslides, and volcanoes on the deep ocean floor. If oceanic activity is detected, such as an earthquake or a volcanic eruption below the surface, then you can often predict that a tsunami may