Rapid formation of bubbles in magma may trigger sudden volcanic eruptions

Modeling magma to find copper

Magma build-up may put Salvadoran capital at risk

Magma in Mantle Has Deep Impact

Hot stuff: Magma at shallow depth under Hawaii

Simulating path of ‘magma mush’ inside an active volcano

Ancient deformation of the lithosphere revealed in Eastern China

Earthquakes Caused by Clogged Magma a Warning Sign of Eruption, Study...

Water plus magma equals increased explosivity

Popcorn-rocks solve the mystery of the magma chambers

Enormous dome in central Andes driven by huge magma body beneath...

Magma chambers

Magma chambers have a sponge-like structure

Deep mantle chemistry surprise: Carbon content not uniform

New study documents aftermath of a supereruption, and expands size of...

Yellowstone hot spring

New way to estimate magma beneath Yellowstone supervolcano

Frictional heat dehydrates magma

Cyclic change within magma reservoirs significantly affects the explosivity of volcanic...

Scientists have now made the best computational modeling yet of mantle plumes, hypothesized, mushroom-shaped upwellings of hot rock from the deep Earth. They plumes are hypothesized to form within the thermal boundary layer at the base of the mantle and are thought to carry heat from Earth's core that generates a volcano's magma.

Catching mantle plumes by their magma tails

Magma intrusion is likely source of Colombia-Ecuador border quake swarms

bubbly magma in laboratory

Chemical tipping point of magma determines explosive potential of volcanoes

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