Researchers studying the 2021 Tajogaite eruption on La Palma have made a significant breakthrough in understanding the dynamics of volcanic eruptions. The team found that superheated magma can remain in a fluid state for longer periods than previously thought, which could be the key to explaining the formation of towering lava fountains.
Key Insights
The study revealed that superheated magma can dissolve crystal seeds, delaying the crystallization process and allowing the magma to stay fluid as it rises. This delayed crystallization is crucial, as it enables the magma to maintain its fluidity and power the eruption of towering lava fountains during volcanic activity.
