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The 83 pages that link to Volcanic ash, each with the reason it gives.

• Taal VolcanoRelated: Taal's ashfall can disrupt health, transport, agriculture, and aviation.

• Taupō Volcanic ZoneRelated: Large explosive eruptions in the zone can spread ash far beyond their source volcanoes.

• Volcanic coneRelated: Ash-producing eruptions can bury cone slopes and communities around them.

• Klyuchevskaya SopkaRelated: Ash columns from the volcano can rise high enough to disrupt aviation over Kamchatka.

• Mount AsoRelated: Ash from Nakadake can disrupt communities and transport around the volcano.

• Saint Vincent and the GrenadinesRelated: Ash from La Soufrière affected health, water supplies, transport, and farming.

• Extrusive rockRelated: Compacted or cemented ash can form extrusive pyroclastic rocks.

• Lava fieldCompared with: Ash deposits blanket surfaces without forming the coherent solid-rock flows that define a lava field.

• Mount MerapiRelated: Merapi ash disrupts aviation, agriculture, and daily life across the region.

• Mount PaektuRelated: Ash from Paektu’s major eruption provides evidence of its reach and explosive power.

• PopocatépetlBroader topic: Ash from Popocatépetl can affect nearby settlements, aviation, and agriculture.

• 1902 eruption of Mount PeléeRelated: Ash carried in the hot current contributed to the destruction and burial of the city.

• SupervolcanoRelated: Fine ash from a supereruption could disrupt aviation, infrastructure, and agriculture far beyond the caldera.

• AvachinskyRelated: Ash from Avachinsky can affect communities and aviation near Kamchatka.

• David A. JohnstonRelated: Ash-laden flows and blast deposits were among the hazards Johnston’s monitoring helped document.

• HaleakalāRelated: Ash and other erupted fragments contribute to deposits across Haleakalā.

• KoryakskyRelated: Ash emissions have accompanied Koryaksky’s explosive activity.

• Minoan eruptionRelated: Ash from Thera settled over islands and coastlines far beyond the eruption site.

• Mount BromoRelated: Ash from Bromo’s eruptions coats its summit and surrounding caldera floor.

• Mount NyiragongoCompared with: Nyiragongo is especially known for lava flows, rather than the ash-dominated hazards associated with many eruptions.

• Whakaari / White IslandRelated: Ash from an eruption can threaten people, aircraft, and infrastructure beyond the island.

• Cascade VolcanoesRelated: Explosive Cascade eruptions can spread ash far beyond the volcano, disrupting aviation and communities.

• Eruption of Mount VesuviusRelated: Ash fall blanketed settlements and preserved buildings and objects.

• GalerasRelated: Ash fall is among the hazards produced by Galeras’s explosive eruptions.

• Glacier PeakBroader topic: Ash from Glacier Peak’s explosive eruptions forms widespread deposits used to trace its past activity.

• HectoriteRelated: Alteration of volcanic ash supplies material from which hectorite can form.

• Irazú VolcanoRelated: Ashfall was the most widespread impact of the 1963–1965 eruption.

• Katia and Maurice KrafftRelated: Their eruption footage helped show the force and reach of ash-producing events.

• MayonRelated: Mayon’s ashfall can disrupt health, transport, agriculture, and aviation.

• MistiRelated: Explosive activity at Misti could disperse ash across nearby settlements.

• Mount AsamaRelated: Ash from Asama’s eruptions has fallen across surrounding settlements and farmland.

• Mount Tambora eruptionRelated: Ash fall buried communities and disrupted life near Tambora.

• Volcán de ColimaRelated: Ash plumes from Colima have affected nearby communities and aviation.