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The 84 pages that link to Volcanic hazard, each with the reason it gives.

• Lava fieldNarrower topic: Active lava fields can bury roads, buildings, and agricultural land.

• Mount PaektuRelated: Paektu’s active magmatic system makes monitoring and hazard assessment consequential.

• PopocatépetlNarrower topic: Popocatépetl poses several distinct hazards to people and infrastructure around it.

• Santorini calderaNarrower topic: Santorini’s active volcanic system presents hazards including eruptions and earthquakes.

• 1902 eruption of Mount PeléeNarrower topic: The eruption demonstrates how hazards beyond lava flows can cause catastrophic loss of life.

• Cameroon LineNarrower topic: The line’s active volcanoes and gas-rich crater lakes create several forms of hazard.

• São Miguel IslandRelated: Eruptions, earthquakes, and unstable volcanic terrain remain hazards on an inhabited island.

• SupervolcanoNarrower topic: Supervolcanoes produce hazards across unusually broad areas and over long timescales.

• AvachinskyNarrower topic: Avachinsky’s proximity to a major city makes hazard assessment consequential.

• David A. JohnstonNarrower topic: Johnston’s work addressed hazards that threatened communities and field teams around Mount St. Helens.

• Dieng PlateauNarrower topic: Dieng’s gas emissions, eruptions, and unstable terrain create varied volcanic hazards.

• HaleakalāRelated: Haleakalā is considered dormant, but future activity and its hazards remain relevant to Maui.

• KoryakskyNarrower topic: Koryaksky’s hazards require assessment because communities lie close to its slopes.

• Minoan eruptionNarrower topic: Thera provides evidence for ashfall, pyroclastic currents, and possible tsunami impacts.

• Mount BromoNarrower topic: Eruptions can close trails and expose visitors and nearby communities to hazards.

• Mount Rainier National ParkRelated: The park’s active volcano poses risks from eruptions, landslides, and lahars.

• Pico de OrizabaRelated: Even a dormant volcano can pose hazards if activity resumes.

• StrokkurCompared with: Strokkur displays geothermal heat without the destructive scale of major volcanic hazards.

• TeideRelated: Teide’s future eruptions could expose Tenerife to lava, ash, and gas hazards.

• Whakaari / White IslandNarrower topic: Steam blasts, ash, gases, and unstable crater terrain make the island hazardous.

• Balleny IslandsRelated: Few observations make the hazards of renewed activity difficult to assess.

• Cascade VolcanoesNarrower topic: Cascade hazards include ashfall, lava, pyroclastic flows, lahars, and volcanic gases.

• Daisetsuzan Volcanic GroupRelated: Eruptions and gas emissions make monitoring necessary in this mountain region.

• Eruption of Mount VesuviusNarrower topic: The disaster combined several hazards, from roof-loading pumice to hot currents.

• GalerasNarrower topic: Galeras combines several hazards near densely populated areas.

• Glacier PeakNarrower topic: Glacier Peak’s ashfall, lahars, and floods illustrate hazards extending well beyond its summit.

• Irazú VolcanoNarrower topic: Irazú’s ashfall, explosions, and debris flows are local examples of volcanic hazards.

• MistiNarrower topic: Misti’s ash, lahars, and possible explosive eruptions are assessed as hazards.

• Mount Edziza volcanic complexRelated: Assessing hazards requires understanding the complex’s eruptive record and remote setting.

• Mount PapandayanRelated: Monitoring and access rules address hazards around Papandayan’s active crater.

• Mount RuapehuRelated: Eruptions, ash, and lahars shape how Ruapehu is monitored and managed.

• TronadorRelated: Tronador’s remoteness does not eliminate risks from eruptions, ice, or unstable slopes.

• Volcán de AguaNarrower topic: The volcano’s principal historical danger came from water and debris rather than a documented eruption.

• Volcán de ColimaNarrower topic: Colima's ash, lava-dome collapses, and lahars create distinct hazards around the volcano.