Sheveluch is a large stratovolcano,
and is the northernmost of the active volanoes on
the Kamchatka-peninsula. The
volcano has been split into two parts. The northern part
is the most highly with 2,447 m asl, and between that one and the southwestern
part, is a
crack nearly 2,000 m deep.
To day the eruptions come from the southwesterly part. Several domes
are lying in
the 2.000 m wide crater. Violent eruptions happened in 1854 and 1964.
State of the volcano on October 06, 2011.
Photo by Yu. Demyanchuk
December 25th, 2011
Explosive-extrusive-effusive eruption of the volcano continues. Ash
explosions up to 32,800 ft (10 km) ASL could
occur at any time. Ongoing activity could affect international and low-flying
Moderate seismic activity of the volcano was registering all week.
According to seismic data, possible ash plumes rose
up to 17,400 ft (5.3 km) ASL on December 19-20. According to visual
data, a viscous lava flow continues to effuse
into the explosive crater of 2010 eruption. An explosion produced ash
up to 19,700 ft (6 km) ASL on December 19.
Moderate fumarolic activity was observing at the lava dome on December
18-21; clouds obscured the volcano on
the other days of week. According to satellite data, gas-steam containing
small amount of ash plumes drifting about
155 mi (250 km) to the southern directions (from the southwest to southeast)
were detected on December 19-20.
A big thermal anomaly was noting over the lava dome all week
October 29th, 2010
While Merapi on Indonesia keep
people engaged, it is easy to overlook and forget other volcanoes.
However, separate ash explosions at the Sheveluch volcano continues.
Ash plumes rose up to 7 km (23,000 ft) ASL
at 17:24-18:09 UTC on October 28. Seismic activity began to increase
on October 26, and the strong paroxysmal explosive eruption of the volcano
occurred from 14:00 till 20:40 UTC on October 27.
According to satellite data (AVO USGS), an eruptive column rose higher
than 12 km (39,360 ft) ASL
. A large ash plume was observing in breach in the meteorological clouds
at Klyuchi village.
Ash falls were noted at Ust-Kamchatsk from 18:00 UTC on October 27 till
03:00 UTC on October 28.
The airport and road from Ust-Kamchatsk to Kluchi were closed.
The thickness of a layer of ash with snow was about 2 cm at Ust-Kamchatsk.
According to satellite data, ash plumes extended > 2,500 km (1,550
mi) to the east from the volcano on October 27-28.
Tuesday, March 29th, 2005
Ash explosion of Sheveluch on July 21, 2010.
Photo by Yu. Demyanchuk
The height of the dome of Sheveluch volcano in Kamchatka has grown
by more than 50 m during 20 days and keeps increasing, according to
FEDRAS. The dome is growing due to the increased speed of the upcoming
new magma substance.
As a result of the eruption, on February 27 the western part of Sheveluch'
summit was completely destroyed. The height of the volcano diminished
by more than 200 m. A powerful more than 20-kilometers-long pyroclastic
flow , which destroyed the one-storey
building of the volcanologists' base and the seismic station, went off
the giant's slope.
The ash cloud spread to a distance of more than 700 km to the west of
the volcano, having covered the peninsula and the adjacent water area
of the Sea of Okhotsk with a strip, which was wide up to 150 km. The
powerful ash deposits on the snow with an area of 310 x 150 km were
clearly seen on the photographs from space provided by the AVO.
The nearest neighbor of Shiveluch - Kliuchevskoi
volcano - is in the state of high activity.
Friday, March 25th, 2005
As of the 25th of March, the Kamchatka Volcano Eruption Response Team
that the growth of the Sheveluch lava dome continues. A new lava flow
is effusing at the lavadome
The nearest seismic station from the volcano was destroyed by eruption
February 28, 2005.
Strong volcanic tremor at nearby Klyuchevskoy
volcano makes it difficult to determine
seismicity at Sheveluch from a seismic station at Klyuchi (45 km from
According to field visual observation by volcanologists and seismologists,
seismic station SVL
(8 km from the lava dome) was covered by pyroclastic flow deposits on
February 28, 2005.
New lava flow is effusing at the place of a part of the lava dome which
was destroyed on
February 28, 2005. The run-out of pyroclastic flow is about 30 km or
Gas-steam activity with small amount of ash was observed continuously.
rose up to 100 - 200 m above the dome (8,500 - 8,900 ft ASL) on March
18 and 22,
and up to 1,000 m above the dome (11,500 ft ASL) on March 23, and extended
north-west on March 22-23. According to satellite data from the USA
a thermal anomaly at the dome and large thermal anomaly over the pyroclastic
noted all weak except March 19 and 20. On March 21, a gas-steam plume,
containing some amount of ash, extended to the north about 40 km (or
25 mi), and possible
ash deposits were observed on snow. Clouds obscured the volcano at other
Wednesday, March 23rd, 2005
An eruption by Shiveluch has fully destroyed a camp of vulcanologists
and seismic station
Baidarnaya, located eight kilometers from the volcano, according to
the Institute of Vulcanology
and Seismology of the Far Eastern branch of the Russian Academy of Science(FEDRAS).
After one/fifth of the volcano's crown caved in, a massive pyroclastic
stream of lava flowed
down the giant's slope more than 20 kilometers long.
There were no people in the area during the event. Scientists believe
that this eruption
of Shiveluch was the second largest since a disastrous eruption of 1964.
Monday, November 8th, 2004
Sheveluch volcano continues to eject ashes to the heights between 1,500
and 4,500 meters.
According to experts from the Kamchatka scientific and methodological
group, they registered a 3,000-meter-high emission at 11:05 local time
Poor weather conditions hindered the visual observation of the volcano
for the most part of
yesterday. However, according to seismic data, the volcano has already
registered at least
5 high-altitude emissions of gas and ashes.
Satellite pictures, provided by the Alaska volcanological observatory,
show an 85-km long
ash cloud moving in southeast direction. Seismic stations in the vicinity
of the volcano register
ground shocks at the depth of 5 kilometers and intermittent volcanic
From © 2004 RIA Novosti
May 12th, 2004
The eruption produced substantial mudslides, which damaged the
bridge over the Bekesh
River and blocked the road between Ust-Kamchatsk and Klyuchi.
The mudslide has covered about 20 kilometers of highway and is five
meters thick at certain
points, RIA Novosti reported Tuesday, adding that the weakening volcano
erupting. Traffic has been shut off, and road services have begun to
(From Vladivostok Novosti)
Another source says that the highway is covered in about 1 km length,
the mudslide some places are 1 meter high, but this news might be older
than that above.
At present (Wednesday morning here in Norway) the weather in Kamchatka
does not permit a good view of Sheveluch.
Mud torrents flowing from the slopes of Volcano Shiveluch have reached
the road that links
the district centre of Ust-Kamchatsk with the rest of the region. The
road is closed to all
types of transport vehicles. Specialists have gone there to estimate
the road situation.
Ash clouds from the Shiveluch stretch for more than 300 kilometers and
reachedthe Bering Island on Tuesday. Ash continues to rain down in Ust-Kamchatsk.
Photographs from space show a mudflow, consisting of pumice fragments
(up to one meter
in diameter), soil and melted snow. The flow is 20 kilometers long and
five kilometers wide.
The seismic stations have registered strong volcanic tremors and a series
earthquakes in the area of the active dome. Frequent thermal ejections
from the crater
reach heights of up to 1,500 meters.
the volcano is not dangerous for the inhabited areas of Kamchatka, the
closest of which is
the town of Klyuchi. The town is located 50 kilometers from Shiveluch.
(From Russian Information Agency Novosti)
May 11th, 2004
Brown ash darkens the snow to the southeast of the Sheveluch Volcano
in this color image from
the Terra satellite following another of the volcanos frequent
According to the KVERT, the volcano began an explosive eruption at 13:00
UTC on May 9, 2004,
sending a plume of ash up 8,000 meters (26,400 feet) into the atmosphere.
The Shiveluch volcano is dangerously active in Kamchatka according
to a local seismological
team reports from Klyuchi, a town close to the volcano. Erupted ash
rises to ten kilometers
and even higher, starting 2.30 this morning, local time.
An ash cloud appeared above the volcano, roughly six kilometers high,
sending off a huge trail southeast to cross the horizon. Eruptions closely
follow one another.
Seismological stations are gauging powerful tremors and surface quakes
in the crater vicinity.
The wind is carrying the ash cloud toward the Ust-Kamchatsk district
fallout poisonous to humans and animals.
Shiveluch awoke in January this year after many years' lull. The present
is its worst eruption
since then. The volcano hardly will endanger settlements, though roads
are badly threatened,
considering many previous occasions on which mud torrents damaged a
connects Klyuchi and Ust-Kamchatsk.
(From Russian Information Agency Novosti)
May 1st, 2004
Ash has been ejected 2,000-5,000 meters into the air from the crater
of the Shiveluch.
The most powerful ejection of ash (over 5,000 meters in the air) occurred
at 7:24 a.m
local time and was accompanied by an earthquake that lasted five and
a half minutes.
Satellite photographs shows clearly an ash trail stretching over 40
kilometers to the
northeast. Seismic stations registered series of earthquakes and volcanic
the active dome.
(From Russian Information Agency Novosti)
April 27th, 2004
Shiveluch has erupted a 8,000-meter-high pillar of ash. The eruption,
which took place
at 7.26 a.m. local time and which was accompanied by an earthquake that
4.5 minutes, produced an ash cloud, which could be seen at a height
of about 1,000 m
above the crater for more than an hour, reported the Kamchatka seismological
A photo from a spacecraft provided by the USA's Alaska-based volcanological
observatory shows a clearly discernible extensive thermal anomaly. Seismological
stations are registering spasmodic volcanic quakes.
Shiveluch (3,283 m high) reactivated after a long calm this January.
At the moment,
the volcano is not dangerous for the settlements of the peninsula. Its
activity only threatens
the peninsula's transport communications with mudflows.
Februar 27th, 2004
January 11th, 2004. Kliuchevskoi also erupting
at same time, and Bezymianny few days
Shiveluch erupted on January 11, 2004, sending volcanic ash to a height
of 1.5 kilometers,
and rock and melted snow down the mountainside. Its last eruption, which
two years, ended late last year.
There were possibly two ash-gas explosions on February 12 and one on
sending ash up to 4.0 km (or 13,200 ft) ASL. Two ash plumes rose up
to 5 km (or 16,500 ft)
ASL on February 12, and extended >10 km (or >6.0 mi) to the east
from the volcano.
Gas-steam plumes rose 3.5-4.5 km (or 11,600-14,900 ft) ASL and extended
(or >6.0 mi) to the east and west from the dome on February 12 and
As of the 20th of February, KVERT reported that unrest at the volcano
A lava dome is growing in the active crater. At any time and with little
could produce pyroclastic flows and ash plumes that could rise as high
as 7-10 km or
23,000-33,000 ft. ASL, as well as localized ash fall
March, 12th, 2003
In the past few weeks Shiveluch has been extremely active. The seismic
broken volcanic vibration in the cupola area. Gas and ash outbursts
over the crater rise
at times to a height of up to 5,000 metres. Descents of fragment avalanches
registered. The information from satellites shows thermal anomalies.
Mud flows come down off the slopes of the volcano.
According to head of the Ust-Kamchatski district , the
thawing of the
snow on the warmed cupola of the volcano had caused a flood of the Bekesh
The level of water has come close to the sole bridge linking the banks.
If the bridge is
washed down the Ust-Kamchatski district will be left without land communication
between it and the Regional centre for 2-3 months. This, in turn, can
become a serious
obstacle to the preparation for the 2003 salmon-catching season.
(See our page about Kamchatka!)
Foto: Courtesy of Dr. Michael F. Sheridan. via SWVRC
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