Lopevi
Vanuatu's Uninhabited Volcanic Sentinel
1,413 m
2007
Stratovolcano
Vanuatu
Location
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Volcanic Hazards & Risk Assessment
Primary Hazards
- Pyroclastic flows
- Lava flows
- Volcanic bombs and ballistics
- Lahars and mudflows
Risk Level
Geological Composition & Structure
Rock Types
Tectonic Setting
Age & Formation
Eruption Statistics & Analysis
| Metric | Value | Global Ranking | Significance |
|---|---|---|---|
| Total Recorded Eruptions | Unknown | Low | Moderately active volcano |
| Maximum VEI | VEI Unknown | Minor | Local impact potential |
| Recent Activity | 19 years ago | Recent | Recently active |
Monitoring & Alert Status
Monitoring Networks
Current Status
Authority Sources
Interesting Facts
Lopevi has erupted 32 times since 1863, making it one of the most frequently active volcanoes in the southwestern Pacific.
The island was permanently evacuated after eruptions in 1939 and 1960 and has remained uninhabited since the early 1960s.
The 1960 eruption produced both a pyroclastic flow that reached the sea and a lava flow that built a new peninsula on the western coast.
Eight of Lopevi's 32 recorded eruptions have reached VEI 3, an unusually high proportion for a relatively small island volcano.
The volcano's eruptions are controlled by a dominant NW-SE trending fissure that cuts across the entire island.
Between 1963 and 1982, Lopevi erupted at least 13 times — nearly continuously for two decades.
Lopevi's basaltic to picro-basaltic composition makes its lavas relatively fluid, allowing flows to reach the coast from the 1,413 m summit in a matter of hours.
The former inhabitants of Lopevi were relocated to neighboring Paama Island, where their descendants maintain cultural ties to their volcanic homeland.
Lopevi's symmetrical conical profile makes it a dramatic landmark visible from surrounding islands, yet it remains one of the least-visited active volcanoes in the Pacific.
The volcano lies in the same section of the Vanuatu arc as Ambrym, one of the world's most persistently active volcanoes, reflecting the intense magma supply in this segment of the subduction zone.