The Sea Floor Feature In The Figure Is Most Likely A Result Of

In the figure above which shows a portion of the hypsographic curve.

The sea floor feature in the figure is most likely a result of. Most large ocean floor features owe their origins to. What they discovered was that the magnetism of the ocean floor around mid ocean ridges was divided into matching stripes on either side of the ridge. The shifting plates may collide converge move away diverge or slide past transform each other. The seafloor feature in the figure is most likely a result of.

Basalt the once molten rock that makes up most new oceanic crust is a fairly magnetic substance and scientists began using magnetometers to measure the magnetism of the ocean floor in the 1950s. Plate tectonic processes. It is most likely a deep ocean trench because they are common along the margins of the pacific ocean the feature was most likely cause by one oceanic crust subducting under a leading. New lithosphere is produced in association with.

As plates converge one plate may move under the other causing earthquakes forming volcanoes or creating deep ocean trenches. The magnetism of mid ocean ridges helped scientists first identify the process of seafloor spreading in the early 20th century. Wave action and plate movement are significant factors in the formation of the feature labeled. Submarine canyons were most likely form by.

The steepest slope in the ocean is found at the. The sea floor feature in the figure is most likely a result of. Tablemounts are the features labeled. The most gradual change in slope in the ocean can be found at the.

Turbidity look at picture the most rapid change in slope in the ocean is found at the. The most gradual change in slope in the ocean can be found at the. 57 tablemounts are the features labeled. Sediments produced as a result of chemical reactions in seawater are called.

Old lithosphere is destroyed in association with. Erosion by turbidity currents. Many ocean floor features are a result of the interactions that occur at the edges of these plates. The sea floor feature in the figure is most likely a result of.

Satellites are used to map the ocean floor because they. High energy environments are most likely to contain which one of the following. Use the labeled features on the figure to answer the following question s. Convection currents in the molten mantle cause the plates to slowly move about the earth a few centimeters each year.

Seamounts are the feature labeled. Match the term to the numbered ocean floor feature on the figure. Refer to the below. The sea floor feature in the figure is most likely a result of.