Yes. It is believed to have erupted in 2010 twice because of the constructive margin. The plates were pulled apart by convection currents then because of this basalt lava seeps in to form a new crust beneath the sea and existing volcano. Much of the magma was intruded as dolerite dykes (thin sheets of igneous rock.) New lava and dykes then added extra crust at each side of the spreading ridge.
a divergent boundry hot spot the north part of the atlantic plate and between the eurasian plate
A constructive boundary is where to plate boundaries separate apart just like when the north American plate (San Andreas fault USA )
-divergent boundry -convergent boundry -transforming boundry
Yes. Eyjafjallajokull is located in Iceland and is situated on or very near the Mid-Atlantic-Ridge which is a divergent plate boundary.
Yes. It is believed to have erupted in 2010 twice because of the constructive margin. The plates were pulled apart by convection currents then because of this basalt lava seeps in to form a new crust beneath the sea and existing volcano. Much of the magma was intruded as dolerite dykes (thin sheets of igneous rock.) New lava and dykes then added extra crust at each side of the spreading ridge.
A destructive plate boundary :)
a divergent boundry hot spot the north part of the atlantic plate and between the eurasian plate
A constructive boundary is where to plate boundaries separate apart just like when the north American plate (San Andreas fault USA )
The San Andreas fault -- the boundary between the Pacific and North American plates
-divergent boundry -convergent boundry -transforming boundry
A convergent boundry is creating the shiveluch volcano in Russia. The Eurasian plate collides with the Pacific plate
Yes. Eyjafjallajokull is located in Iceland and is situated on or very near the Mid-Atlantic-Ridge which is a divergent plate boundary.
plate boundry has four different parts. # conservative boundary. # constructive boundary. # destructive boundary. # collision boundary.
The Nubian/African boundry and the Somalian boundry
mount Kilimanjaro sits on a divergent plate boundry
Yes. It is believed to have erupted in 2010 twice because of the constructive margin. The plates were pulled apart by convection currents then because of this basalt lava seeps in to form a new crust beneath the sea and existing volcano. Much of the magma was intruded as dolerite dykes (thin sheets of igneous rock.) New lava and dykes then added extra crust at each side of the spreading ridge.
Eyjafjallajokull is on 2 plate boundaries, and these boundaries are moving apart, so plate movements have caused this Icelandic volcano to erupt increasingly.