It's a shield volcano.
Curtesy of a quick Google search [from geography.learnontheinternet.co.uk]
Shield Volcanoes Eruptions are typically non-explosive. Shield volcanoes produce fast flowing fluid [lava] that can flow for many miles. Eruptions tend to be frequent but relatively gentle.
volcanoes that have large amounts of silica The most explosive volcanoes are stratovolcanoes with felsic magama that has a high gas content. A. Shield Volcano- these usually form at hot spots and are like the ones in Hawaii. THey are nonexplosive because the lava is very runny. This would not be the most explosive. B. Cindercone-this would probably be your best bet although they erupt only once during their liftime. They are the smallest type of volcano and have steep sides. When it explodes, it shoots out pyroclastic material. C. Composite Volcano-this is also called a stratovolcano. It has both nonexplosive and explosive eruptions. THey can have many eruptions. IF the cinder cone was not what you were looking for, then this would be your second choice.
Stratovolcanoes, also known as composite volcanoes, form at convergent boundaries. These volcanoes are typically tall and steep-sided with alternating layers of lava, ash, and rock fragments due to the alternating eruptions of lava and explosive eruptions. Examples include Mount St. Helens in the USA and Mount Fuji in Japan.
A combination of explosive and nonexplosive eruptions will create a diverse volcanic landscape characterized by various features. Explosive eruptions can form steep-sided stratovolcanoes with layers of ash and lava, while nonexplosive eruptions typically lead to the formation of broad shield volcanoes with gentle slopes. This interplay can result in complex volcanic structures, such as calderas, lava plateaus, and pyroclastic deposits, showcasing a range of volcanic activity and geology. Such environments often exhibit varied ecosystems and geological hazards.
Explosive and non-explosive eruptions form different types of rock. Explosive eruptions tend to have fragmented rocks composed of cinders, ash, and pumice. Non-explosive eruptions usually produce lava flows, which tend to cool as solid sheets or channels of rock.
A+ Shield
Cinder cone volcanoes are made of pyroclastic material and most often form from moderately explosive eruptions.
volcanoes that have large amounts of silica The most explosive volcanoes are stratovolcanoes with felsic magama that has a high gas content. A. Shield Volcano- these usually form at hot spots and are like the ones in Hawaii. THey are nonexplosive because the lava is very runny. This would not be the most explosive. B. Cindercone-this would probably be your best bet although they erupt only once during their liftime. They are the smallest type of volcano and have steep sides. When it explodes, it shoots out pyroclastic material. C. Composite Volcano-this is also called a stratovolcano. It has both nonexplosive and explosive eruptions. THey can have many eruptions. IF the cinder cone was not what you were looking for, then this would be your second choice.
Shield volcanoes are not hot spots but they are associated with them. However, such volcanoes can also form at rift zones.
Normally from the Eruptions of Volcanoes
Stratovolcanoes, also known as composite volcanoes, form at convergent boundaries. These volcanoes are typically tall and steep-sided with alternating layers of lava, ash, and rock fragments due to the alternating eruptions of lava and explosive eruptions. Examples include Mount St. Helens in the USA and Mount Fuji in Japan.
Cinder Cone
Quiet eruptions are a characteristic of basalt lava flows and plateaus.
flood basalts and volcanoes
at hot spots(a place where volcanoes are very active)
Explosive and non-explosive eruptions form different types of rock. Explosive eruptions tend to have fragmented rocks composed of cinders, ash, and pumice. Non-explosive eruptions usually produce lava flows, which tend to cool as solid sheets or channels of rock.
Hot spots!
Lava is spewed out of a vent like a cannonball, forming a cone-shaped volcano.