any type of danger associated with it?
Yes, seamounts have not been mapped and thus pose a navigational danger.
Dangers
Some seamounts have not been mapped and thus pose a navigational danger.
what is a chain of underwater mountains called Seamount what can you tell about its geographic features? Seamounts can be found in every ocean basin in the world, distributed extremely widely both in space and in age. A seamount is technically defined as an isolated rise in elevation of or more from the surrounding seafloor, and with a limited summit area, of conical form. how are these chain of mountains formed? Formed millions of years ago by volcanism, they have since subsided far below sea level. This long chain of islands and seamounts extends thousands of kilometers northwest from the island of Hawaii. what can you tell about its structure? Seamounts can form in a wide variety of tectonic settings, resulting in a very diverse structural bank. Seamounts come in a wide variety of structural shapes, from conical to flat-topped to complexly shaped. Some are built very large and very low how can you describe its ecological role? Seamounts are exceptionally important to their biome ecologically, but their role in their environment is poorly understood. Because they project out above the surrounding sea floor, they disturb standard water flow, causing eddies and associated hydrological phenomena that ultimately result in water movement in an otherwise still ocean bottom.
Extrusions begin to seep in the seamount, which leads to inflation, over-extension of the volcano's flanks, and ultimately flank collapse, leading to submarine landslides with the potential to start major tsunamis Yes, Some seamounts have not been mapped and thus pose a navigational danger. Some seamounts have not been mapped and thus pose a navigational danger.
Seamount Seamount Seamount
Dangers Dangers Dangers
One major seamount risk is that often, in the late of stages of their life, extrusions begin to seep in the seamount. This activity leads to inflation, over-extension of the volcano's flanks, and ultimately flank collapse, leading to submarine landslides with the potential to start major tsunamis, which can be among the largest natural disasters in the world. Some seamounts have not been mapped and thus pose a navigational danger. Some seamounts have not been mapped and thus pose a navigational danger.
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Seamount [SEP] Dangers
Some seamounts have not been mapped and thus pose a navigational danger. For instance, Muirfield Seamount is named after the ship that hit it in 1973. More recently, the submarine USS "San Francisco" ran into an uncharted seamount in 2005 at a speed of , sustaining serious damage and killing one seaman. One major seamount risk is that often, in the late of stages of their life, extrusions begin to seep in the seamount. This activity leads to inflation, over-extension of the volcano's flanks, and ultimately flank collapse, leading to submarine landslides with the potential to start major tsunamis, which can be among the largest natural disasters in the world.