<Tr> <Th> Region </Th> <Td> North Pacific Ocean </Td> </Tr> <Tr> <Th> Coordinates </Th> <Td> 18 ° 55 ′ N 155 ° 16 ′ W ﻿ / ﻿ 18.92 ° N 155.27 ° W ﻿ / 18.92; - 155.27 Coordinates: 18 ° 55 ′ N 155 ° 16 ′ W ﻿ / ﻿ 18.92 ° N 155.27 ° W ﻿ / 18.92; - 155.27--Loihi Seamount, actual hotspot lies about 40 km (25 mi) southeast </Td> </Tr> <P> The Hawaii hotspot is a volcanic hotspot located near the namesake Hawaiian Islands, in the northern Pacific Ocean . One of the most well - known and heavily studied hotspots in the world, the Hawaii plume is responsible for the creation of the Hawaiian--Emperor seamount chain, a chain of volcanoes over 5,800 kilometres (3,600 mi) long . Four of these volcanoes are active, two are dormant, and more than 123 are extinct, many having since been ground beneath the waves by erosion as seamounts and atolls . The chain extends from south of the island of Hawai ʻi to the edge of the Aleutian Trench, near the eastern edge of Russia . </P> <P> While most volcanoes are created by geological activity at tectonic plate boundaries, the Hawaii hotspot is located far from plate boundaries . The classic hotspot theory, first proposed in 1963 by John Tuzo Wilson, proposes that a single, fixed mantle plume builds volcanoes that then, cut off from their source by the movement of the Pacific Plate, become increasingly inactive and eventually erode below sea level over millions of years . According to this theory, the nearly 60 ° bend where the Emperor and Hawaiian segments of the chain meet was caused by a sudden shift in the movement of the Pacific Plate . In 2003, fresh investigations of this irregularity led to the proposal of a mobile hotspot theory, suggesting that hotspots are mobile, not fixed, and that the 47 - million - year - old bend was caused by a shift in the hotspot's motion rather than the plate's . </P>

Where is the hot spot that created the hawaiian volcanoes at the moment
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