Linked from

The 41 pages that link to Volcanic eruption, each with the reason it gives.

• LaharRelated: Eruptions can melt snow and ice or eject debris that triggers lahars.

• Sulfur dioxideRelated: Eruptions are a major natural source of atmospheric sulfur dioxide.

• Volcanic hazard mapRelated: Eruption style and size shape which phenomena the map must represent.

• Volcano monitoringNarrower topic: Monitoring distinguishes background activity from changes that may precede an eruption.

• Debris flowRelated: Eruptions can leave loose volcanic sediment that later becomes mobile in water.

• Lava tubeRelated: An eruption supplies the sustained lava flow from which a tube can form.

• Volcanic alert levelBroader topic: Eruptions are among the hazards the upper alert levels are designed to address.

• VolcanologyBroader topic: Eruptions are the processes volcanologists observe and seek to explain.

• RhyoliteRelated: Rhyolite commonly forms from erupted lava or fragmented volcanic material.

• Volcanic Explosivity IndexNarrower topic: VEI classifies eruptions, though it does not describe every aspect of their behavior.

• Volcanic ventNarrower topic: An eruption is the event in which a vent releases volcanic material.

• VolcanoBroader topic: An eruption is the surface expression of a volcano's internal activity.

• TuffNarrower topic: Explosive eruptions generate the ash and other fragments from which tuff forms.

• Strombolian eruptionNarrower topic: Strombolian activity is one recognized pattern within the broader range of eruptions.

• Volcanic rockRelated: Eruption style determines whether rock forms as lava flows or fragmental deposits.

• Igneous petrologyRelated: Eruption conditions govern lava cooling and the formation of pyroclastic rocks.

• Natural hazardBroader topic: Eruptions create direct threats and secondary hazards such as ashfall and lahars.

• Yellowstone CalderaRelated: Eruptions emptied magma reservoirs and preceded Yellowstone’s major collapses.

• Intrusive rockCompared with: Eruptions bring magma to the surface, where it forms extrusive rather than intrusive rock.

• Deception IslandNarrower topic: Eruptions at Deception Island result from this broader geological process.

• Lōʻihi SeamountRelated: Repeated submarine eruptions add new lava to the seamount.

• ScoriaRelated: Scoria forms when gas-rich lava erupts and begins cooling at the surface.

• Debris avalancheRelated: Eruptive activity can weaken volcanic slopes before catastrophic collapse.

• Taal VolcanoNarrower topic: Eruptions build and repeatedly alter Taal's island and crater landscape.

• Volcanic coneNarrower topic: Eruptions create the deposits from which volcanic cones grow.

• RuinsRelated: Eruptions can bury or destroy structures, preserving some beneath volcanic deposits.

• Geological hazardBroader topic: Eruptions expose nearby areas to ash, lava, gases, and fast-moving flows.

• PopocatépetlRelated: Popocatépetl’s changing eruptive activity includes ash emissions and explosive events.

• BrecciaRelated: Volcanic breccia can preserve evidence of eruption style and fragmentation.

• MudflowRelated: Eruptions can melt snow and ice or leave loose ash that later feeds lahars.

• RockslideRelated: Eruptions can destabilize volcanic slopes through shaking, excavation, and rapid loading.

• SupervolcanoNarrower topic: Supereruptions are exceptionally large events within the broader range of volcanic eruptions.

• Emi KoussiRelated: Eruptions constructed the volcano and altered its summit.

• McDonald IslandsRelated: An eruption beginning in 1992 substantially enlarged McDonald Island.

• Mount BromoNarrower topic: Eruptions explain Bromo’s ash plumes and periodic restrictions on access.

• Pico de OrizabaRelated: Eruptions built the mountain and have altered its summit through time.

• TeideRelated: Eruptions have built Teide and continue to shape Tenerife.

• Complex volcanoNarrower topic: Repeated eruptions at shifting sites produce the accumulated structure.

• MenengaiRelated: Eruptions built the volcanic edifice and helped shape the caldera system.

• Mount AsamaNarrower topic: Asama’s activity includes explosive eruptions and emissions of volcanic gases.

• Mount RuapehuNarrower topic: Ruapehu’s activity includes explosive eruptions that disrupt its summit lake.