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Volcano Dossier•GVP #252140
4.25°S, 152.19°E
Erupted since 2000

Volcano Rabaul

A flooded caldera that forms one of the finest harbours in Papua New Guinea. In 1994 two of its cones, Tavurvur and Vulcan, erupted at the same time and buried the town of Rabaul in ash; because the warning signs were heeded and the town was evacuated, only a handful of people died.

Last eruption

2014

Erupted since 2000

Summit

0.7 km

Caldera · Dacite

Activity

Normal Baseline

0 events (1.0x rate)

Interactive Volcano & Seismicity Map

Seismicity within 50 km radius, active VAAC ash plumes, and tectonic plate boundaries.

Recent seismicity within 50 km

0 events in the last 12 h within 25 km of the crater.

TimeMagnitudeEpicenter / PlaceDistance
33d agoM5.132 km S of Kokopo, Papua New Guinea44 km
50d agoM4.327 km ESE of Kokopo, Papua New Guinea40 km
61d agoM4.433 km NNW of Rabaul, Papua New Guinea40 km

Geological & Tectonic Profile

Caldera

Rabaul is an active Caldera formed in an active Subduction zone / Continental crust (> 25 km). Dominant lithology: Dacite.

Edifice TypeCaldera
Major rockDacite
TectonicsSubduction zone
Volcanic ArcBismarck Volcanic Arc

Volcano Dossier

VN #252140

Official catalogue parameters, coordinates, elevation and geotectonic classification.

CountryPapua New Guinea
Crater Coordinates-4.246°, 152.194°
Summit0.7 km
SubregionBismarck Volcanic Arc
Catalog SourceSmithsonian GVP (#252140)

Authoritative Monitoring Infrastructure

All 18 Networks & VAAC →
Seismic ObservatoryGSN / FDSN
Global Seismographic Network & Regional Centers
Official Portal
ICAO Aviation Ash Center
ICAO Volcanic Ash Advisory Network
International Civil Aviation Organization
VAAC Advisory Desk
Swarm telemetry correlated across 18 networks against a 30-day baseline.Read Science & Physics →

Frequently Asked Questions (FAQ)

Verified scientific, operational, and emergency protocols

The most recent eruption of Rabaul recorded by the Smithsonian Global Volcanism Program was in 2014.

Catalogue: Smithsonian Institution, Global Volcanism Program.Smithsonian GVP profile