No. Kilauea, along with the rest of the Hawaiian volcanoes, is located on a hot spot.
Kilauea is not located near a plate boundary. It is over a hot spot.
None. Kilauea and all the Hawaiian volcanoes were created by a hot spot rather than a plate boundary.
No. Kilauea and the other Hawaiian volcanoes are at a hot spot nowhere near any plate boundary.
Kilauea is not associated with a plate boundary, it and the other Hawaiian volcanoes are the result of a hot spot.
It is not on a plate boundary but in the middle of a plate. Kilauea has formed over a hot spot.
It is not on a plate boundary but in the middle of a plate. Kilauea has formed over a hot spot.
No. Kilauea is not associated with any plate boundary. It is associates with a hot spot under the Pacific Plate.
None. Kilauea is over a hot spot, far from the nearest plate boundary.
None. Kilauea is in the middle of the Pacific Plate, It is the result of a hot spot rather than a plate boundary.
Mount Kilauea (in Hawaii) does not lie on a plate boundary. The Hawaiian volcanoes occur in the middle of an oceanic plate.This lead people to theorize that Hawaii must lie over a hot spot on the earth caused by some underlying mechanism. The concept of a mantle plume was developed to explain the Hawaiian hot spot, and the theory of mantle plumes has become something of a geological dogma. Recent research papers on the subject hotly contest the existence of mantle plumes and provide other mechanisms to explain hot spots. See the links below.
Mount Kilauea is located at a divergent boundary, specifically at the boundary between the Pacific Plate and the North American Plate. It is part of the Hawaiian hotspot, where magma rises from the mantle to create volcanic activity. This type of boundary is characterized by tectonic plates moving apart, allowing magma to reach the surface and form shield volcanoes like Kilauea.
No. Kilauea is not associated with a plate boundary. It is caused by a hot spot.