Kiluaea has had several different types of eruptions throughout its recorded and studied history.
There are several different types of volcanic eruptions, such as Strombolian, Vulcanian, Vesuvian, Pelean, and Hawaiian. The eruption of Kilauea in Hawaii in 1959 was an "Hawaiian eruption", also known as a fissure eruption. Hawaiian eruptions eject volcanic matter (ash, lava, etc) through a linear fissure or fracture, or through a central vent. Kilauea erupted through a central vent, and this style of eruption is usually characterised by fiery lava fountains that extend hundreds of feet into the air.
idl
no
7,013
Yes, it will erupt in the future. Scientists think so
i need freakin help
There are several different types of volcanic eruptions, such as Strombolian, Vulcanian, Vesuvian, Pelean, and Hawaiian. The eruption of Kilauea in Hawaii in 1959 was an "Hawaiian eruption", also known as a fissure eruption. Hawaiian eruptions eject volcanic matter (ash, lava, etc) through a linear fissure or fracture, or through a central vent. Kilauea erupted through a central vent, and this style of eruption is usually characterised by fiery lava fountains that extend hundreds of feet into the air.
Kilauea is not considered an extremely hazardous volcano, however it has had a history of explosive eruption. The volcano currently has been in a passive state of activity. However this is only a small part of the eruptive history of the volcano. Kilauea has had a very violent past and is bound to have a violent future, fortunately the conditions at the summit do not facilitate these violent eruptions.
idl
no
7,013
It is also "come." infinitive: to come past: came past participle: come
There are several ways to determine what type of eruption a volcano will have. However, the answer is not very straight forward. Although different types of volcanoes are known for different types of eruptions, they can produce other types of eruptions that they are not typically known for. For example, Hawaiian volcanoes, although known for their flowing lava and fire fountains have in recent years been discovered to have very explosive eruptions as well. Another example on the opposite spectrum is Mt. St. Helens. Although categorized for its spectacular explosive eruption in May 1980, its eruptions since that time have been categorized through lava dome building, and not explosive activity. Predicting which type of eruptions volcanoes will produce is something that even the most experienced volcanologists have been wrong about in the past. The determining factors of such eruptions are the amount of seismic activity, the amount of volcanic gas that is being released, as well as the deformation that has taken place through the period of unrest for the volcano. Although these can help scientists determine what a potential eruption will produce, the best evidence is understanding the past events that have occurred at a volcano.
It is also "come." infinitive: to come past: came past participle: come
It is also "come." infinitive: to come past: came past participle: come
infinitive: come past: came past participle: come
The past participle is come.