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Mount Damavand stratovolcano cone crowned with winter snow
Photo:Hasan Almasi
Volcano Dossier•GVP #232010
35.95°N, 52.11°E
Historical eruption

Volcano Damavand

At 5,670 m in the Alborz mountains of northern Iran, Damavand is the highest volcanic summit in Asia and the highest peak in the Middle East. Although its last magmatic eruption occurred in the middle Holocene (~5350 BCE), prominent sulfur fumaroles near the summit crater and active hot springs indicate ongoing hydrothermal circulation.

Last eruption

5350 BCE

Historical eruption

Summit

5.7 km

Stratovolcano · Trachyandesite

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.

No catalogued earthquakes within 50 km in the last 90 days.

Geological & Tectonic Profile

Stratovolcano

Damavand is an active Stratovolcano formed in an active Intraplate / Continental crust (> 25 km). Dominant lithology: Trachyandesite.

Edifice TypeStratovolcano
Major rockTrachyandesite
TectonicsIntraplate
Volcanic ArcCaucasus Volcanic Province

Volcano Dossier

VN #232010

Official catalogue parameters, coordinates, elevation and geotectonic classification.

CountryIran
Crater Coordinates35.951°, 52.109°
Summit5.7 km
SubregionCaucasus Volcanic Province
Catalog SourceSmithsonian GVP (#232010)

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 Damavand recorded by the Smithsonian Global Volcanism Program was in 5350 BCE.

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