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U.S. Fish and Wildlife Service CC BY-SA 4.0 Wikimedia Commons

Mount Pavlof

Mountain

One of Alaska's most active volcanoes on the Alaska Peninsula, Mount Pavlof frequently produces ash plumes that affect regional air routes. Scientists, pilots and the occasional adventurous trekker monitor eruptions from safe distances.

Mount Pavlof Juneau, AlaskaAnchorage, AlaskaFairbanks, AlaskaSitka, AlaskaUtqiagvik, AlaskaNome, AlaskaKetchikan, AlaskaKodiakMount Pavlof
In this guide

Mount Pavlof essentials

Address: Mount Pavlof - Alaska Peninsula, Alaska, USA (remote volcanic peak)

About Mount Pavlof

Mount Pavlof is an active stratovolcano located on the Alaska Peninsula in southwestern Alaska. It is part of the Aleutian volcanic arc and has a history of frequent eruptive activity, often producing ash plumes and lava flows.

The volcano’s eruptions tend to be strombolian to vulcanian in style, and activity is closely monitored because ash can pose hazards to aircraft and nearby settlements. Pavlof stands as a classic, snow- and ice-covered conical volcano in a rugged, sparsely populated part of the peninsula.

Geographically the volcano lies on the Alaska Peninsula within the Aleutian Range, in a remote coastal region of southwestern Alaska. Access is limited and typically accomplished by air or boat to nearby communities followed by overland approaches.

  • Volcanic activity: Active stratovolcano on the Alaska Peninsula and one of Alaska’s more frequently erupting volcanoes.
  • Monitoring: Monitored by the Alaska Volcano Observatory; eruptions commonly produce ash plumes that can affect aviation and nearby communities.
When to Go

Best Time to Visit Mount Pavlof

If visiting Mount Pavlof, aim for the summer months for safer access and milder conditions, but always check volcano advisories.

Summer
Jun-Aug · 0-10°C
Relatively milder weather and longer daylight make access and observation easier, though conditions remain cool and changeable.
Winter
Dec-Feb · -10-0°C
Cold, stormy and often snowy - access is difficult and weather can be severe.

Weather & Climate near Mount Pavlof

Climate

Mount Pavlof's climate is classified as Tundra - Tundra climate with cold summers (peaking in August) and freezing winters (coldest in April). Temperatures range from -10°C to 2°C. Abundant rainfall (1148 mm/year), wettest in September.

Air Quality: AQI 14 Good
Temperature & Rainfall
Temperature Range
2°
Warmest Month
-10°
Coldest Month
Monthly Conditions
Month Comfort Temp Feels Rain Sky Humidity Wind UV Daylight
January - -6° - -3° -11° 87 mm - - 7.1 m/s - -
February - -5° - -4° -12° 85 mm - - 6.9 m/s - -
March - -10° - -9° -17° 72 mm - - 5.5 m/s - -
April - -10° - -9° -17° 53 mm - - 5.6 m/s - -
May - -6° - -5° -12° 63 mm - - 4.6 m/s - -
June - -3° - -1° -7° 89 mm - - 4.8 m/s - -
July - 0° - 2° -4° 89 mm - - 5.1 m/s - -
August - 1° - 2° -4° 119 mm - - 5.8 m/s - -
September - -1° - 0° -7° 129 mm - - 6.5 m/s - -
October - -6° - -3° -11° 123 mm - - 6.4 m/s - -
November - -6° - -3° -12° 125 mm - - 7.0 m/s - -
December - -5° - -2° -11° 114 mm - - 7.6 m/s - -
Getting There & Around

How to Get to Mount Pavlof

Mount Pavlof is a remote active volcano on the Alaska Peninsula with no road access to its summit. The usual access is by air or sea: fly to a regional hub (for the peninsula that commonly includes King Salmon or Cold Bay from Anchorage) and then charter a bush plane or boat to a landing near the volcano; visits require experienced pilots/guides and careful planning due to weather and volcanic hazards.

Tips for Visiting Mount Pavlof

  • Check the Alaska Volcano Observatory (AVO) status and recent advisories before planning any visit-Pavlof is one of Alaska's most active volcanoes and conditions can change rapidly.
  • Plan any viewing from a safe distance or via an organized flightseeing operator rather than attempting to approach the volcano on foot; if you need local logistics or transport, work with operators experienced on the Alaska Peninsula and factor in frequent bad-weather delays.
  • Target summer weather windows for clearer visibility and confirm aircraft/boat availability well in advance, since remoteness and eruptive activity commonly disrupt transport and viewing opportunities.