earth’s surface is constantly changed by erosion and deposition. erosion breaks down earth’s surface by…

earth’s surface is constantly changed by erosion and deposition. erosion breaks down earth’s surface by carrying materials away from an area. deposition builds up earth’s surface when these materials are deposited in an area over time. which landform results when erosion occurs during volcanic eruptions, but deposition does not directly contribute to creating the landform? volcanic soil cinder cone caldera lava plateau

earth’s surface is constantly changed by erosion and deposition. erosion breaks down earth’s surface by carrying materials away from an area. deposition builds up earth’s surface when these materials are deposited in an area over time. which landform results when erosion occurs during volcanic eruptions, but deposition does not directly contribute to creating the landform? volcanic soil cinder cone caldera lava plateau

Answer

Answer:

C. caldera

Brief Explanations:

A caldera forms when a volcano collapses after a major eruption due to the emptying of the magma - chamber, mainly through processes of subsidence and erosion during the eruption. Volcanic soil is formed by deposition of volcanic ash over time. A cinder cone is built up by the deposition of pyroclastic materials. A lava plateau is formed by the deposition of large amounts of lava. So, a caldera is the land - form where erosion during eruption is key and deposition is not a direct creator.