🌋VolcanoAtlas

Volcán de Colima

Mexico's Most Active Volcano

Elevation

3,850 m

Last Eruption

2019

Type

Stratovolcano

Country

Mexico

Location

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Volcanic Hazards & Risk Assessment

Primary Hazards

  • Pyroclastic flows
  • Lava flows
  • Volcanic bombs and ballistics
  • Lahars and mudflows

Risk Level

Population at RiskModerate
Infrastructure RiskHigh
Aviation RiskSignificant

Geological Composition & Structure

Rock Types

Primary
Unknown
Silica Content
Varied composition

Tectonic Setting

Unknown
Intraplate setting with hotspot or regional volcanic activity.

Age & Formation

Epoch
Unknown
Evidence
Unknown

Eruption Statistics & Analysis

MetricValueGlobal RankingSignificance
Total Recorded EruptionsUnknownLowModerately active volcano
Maximum VEIVEI UnknownMinorLocal impact potential
Recent Activity7 years agoVery RecentCurrently active

Monitoring & Alert Status

Monitoring Networks

Global Volcanism Program
International eruption database

Current Status

Active
Recent volcanic activity detected. Continuous monitoring in place.
The sun is setting behind a mountain with smoke coming out of it

Dan Meyers

via Unsplash

A small island in the middle of a body of water

Salvatore Tonnara

via Unsplash

a large mushroom cloud

mana5280

via Unsplash

a mountain with a plume of smoke coming out of it

Maciej Cisowski

via Unsplash

a snow covered mountain with trees in the foreground

Adrián Valverde

via Unsplash

a large mountain with a cloud in the sky

Geoff Oliver

via Unsplash

Other Volcanoes in Mexico

Interesting Facts

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Volcán de Colima has 85 recorded eruptions — more than any other volcano in Mexico and one of the highest totals in the Western Hemisphere.

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The 1913 VEI 4 eruption produced an eruption column reaching 21–23 km (69,000–75,000 ft) — the tallest ever recorded from a Mexican volcano.

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Seven of Colima's eruptions have reached VEI 4, producing major Plinian eruption columns and devastating pyroclastic flows.

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Major debris avalanches from the Colima complex have traveled over 30 km from the summit, depositing thick volcanic debris on the Pacific coastal plain of Jalisco.

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Colima's summit crater was carved by the 1913 eruption and has been repeatedly filled and destroyed by lava dome growth at least four times since.

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The volcano shares its alternate name, 'Volcán de Fuego' (Volcano of Fire), with Guatemala's Volcán de Fuego — both are among the most active stratovolcanoes in the Americas.

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The dormant Nevado de Colima (4,320 m), just 5 km to the north, is the older twin of the volcanic complex and the highest point in western Mexico.

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The 1869 eruption created El Volcancito, a parasitic cone on the northeast flank that remained active into the 1870s — a rare feature on a large stratovolcano.

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Colima's eruptive cycle — decades of dome growth followed by explosive summit destruction — makes it a textbook example of a dome-building stratovolcano.

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The University of Colima operates one of Latin America's most advanced volcanological observatories, with continuous monitoring of seismicity, deformation, gas emissions, and visual activity.

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Colima sits within the Colima Graben, a tectonic rift that intersects the Trans-Mexican Volcanic Belt and has focused volcanic activity for hundreds of thousands of years.

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The current repose period since the last VEI 4 eruption (1913) — over 110 years — is the longest gap between major eruptions in Colima's historical record, raising concern among volcanologists.

Frequently Asked Questions

Is Volcán de Colima still active?
Yes, Volcán de Colima is classified as active and is considered the most active volcano in Mexico. Its most recent eruption occurred in May 2019, and the volcano has produced five major eruptive episodes since 1961. The summit crater currently hosts remnants of a lava dome from the 2013–2017 episode, and fumarolic activity continues. The volcano is continuously monitored by the University of Colima's volcanological observatory. Volcanologists expect future eruptions, and the Mexican government maintains a volcanic alert system at Yellow Phase 2 (elevated) for the region.
When did Volcán de Colima last erupt?
Volcán de Colima's most recent eruption was a VEI 1 event on May 11, 2019, consisting of minor explosions and ashfall. Before that, a significant VEI 3 eruptive episode lasted from January 2013 to 2017, producing dome growth, Vulcanian explosions, and block-and-ash flows. The most powerful historical eruption was the VEI 4 Plinian event of January 17–24, 1913, which destroyed the summit and produced pyroclastic flows reaching 15 km from the crater. The current repose period is the longest since the last VEI 4 event.
How tall is Volcán de Colima?
Volcán de Colima stands 3,850 m (12,631 ft) above sea level. However, the volcano's height fluctuates with eruptive activity: the 1913 eruption excavated the summit significantly, and subsequent lava dome growth has partially restored the lost elevation. The dormant Nevado de Colima, located 5 km to the north, reaches 4,320 m (14,173 ft) and is the highest point of the volcanic complex. By comparison, Mexico's tallest volcano, Pico de Orizaba, stands at 5,636 m (18,491 ft).
Is Volcán de Colima dangerous?
Volcán de Colima is considered one of the most dangerous volcanoes in Mexico and the Americas. Approximately 300,000 people live within 40 km of the summit, including the city of Colima (population ~150,000) just 30 km to the south. The volcano's history of VEI 4 Plinian eruptions, sector collapses producing debris avalanches, pyroclastic flows reaching 15+ km, and frequent lahars make it a comprehensive multi-hazard threat. The current repose period of over 110 years since the last VEI 4 eruption is the longest in the historical record, suggesting that strain may be building.
What type of volcano is Colima?
Volcán de Colima is a stratovolcano (composite volcano), characterized by its steep-sided conical shape built from alternating layers of lava flows, ash, and pyroclastic deposits. It is specifically a dome-building stratovolcano, meaning its eruptive cycle involves the extrusion of viscous andesitic lava domes within the summit crater, which periodically collapse or are explosively destroyed. This behavior is similar to Merapi in Indonesia and Mount St. Helens in the United States. Colima erupts predominantly andesitic to basaltic-andesitic magma.
What happened during the 1913 eruption of Colima?
The January 1913 eruption was Colima's most powerful historical event, rated VEI 4. Beginning on January 17, violent explosions destroyed the summit lava dome and excavated a deep crater approximately 300 m wide. A Plinian eruption column reached 21–23 km above sea level. Pyroclastic flows descended multiple flanks, traveling approximately 15 km from the summit. Heavy ashfall affected the city of Colima, 30 km to the south, and was measurable at distances exceeding 100 km. The eruption marked the end of a major eruptive cycle; the volcano then entered a 64-year repose before dome growth resumed in the 1960s.
Can you visit Volcán de Colima?
Direct access to Volcán de Colima's summit is restricted due to the volcanic hazard, with an exclusion zone typically set at 8–12 km from the crater. However, visitors can hike the dormant Nevado de Colima (4,320 m), 5 km to the north, which offers spectacular views of the active cone. The Nevado de Colima National Park provides forest trails on the lower slopes. The cities of Colima and Ciudad Guzmán serve as base towns with accommodation and guide services. Always check the current alert level before visiting.
How does Colima compare to Popocatépetl?
Colima and Popocatépetl are Mexico's two most dangerous volcanoes, but they differ significantly. Colima (3,850 m) has more recorded eruptions (85 vs approximately 20) and a more explosive VEI 4 track record, while Popocatépetl (5,426 m) is taller and has a higher maximum VEI (5). Popocatépetl poses a greater population risk due to its proximity to Mexico City's metropolitan area of over 21 million people, whereas Colima threatens approximately 300,000 people within 40 km. Both are actively monitored with modern instrumentation.