Browse image
Resolutions offered for this image:
540 x 359 pixels 540 x 885 pixels 3060 x 2036 pixels 640 x 425 pixels 400 x 266 pixels
Cloud masks available for this image:

Spacecraft nadir point:

Photo center point: 56.0° N, 160.5° E

Nadir to Photo Center:

Spacecraft Altitude: nautical miles (0km)
Click for Google map
Width Height Annotated Cropped Purpose Links
540 pixels 359 pixels Yes Yes NASA's Earth Observatory web site Download Image
540 pixels 885 pixels Yes No NASA's Earth Observatory web site Download Image
3060 pixels 2036 pixels No No Download Image
640 pixels 425 pixels No No Download Image
400 pixels 266 pixels No No Photographic Highlights Download Image
Other options available:
Download Packaged File
Download a Google Earth KML for this Image
View photo footprint information
Image Caption: Shiveluch volcano anchors the northern end of a volcanic chain of more than 100
volcanoes covering the Kamchatkan Peninsula. It is one of the most active
volcanoes along the Pacific Rim, most recently from February 22 to March 1,2002.

Astronauts took both of these very different images of Shiveluch
and other Kamchatkan volcanoes. The first image was taken nearly 10 years ago,
and looks straight down from orbit onto Shiveluch's irregular outline. The
Kamchatka River wanders between Shiveluch to the north and Kamchatka's most
active volcano, Klyuchevskaya (also recently active, on February 27, 2002). Low
sun and snow cover highlight the volcano morphology--the south and southeastern
flank of Shiveluch were blown off in an earlier major eruption. Today the
crater is partly covered by a smooth-looking apron of debris. In this image, a
thin dusting of ash on the surface of the snow indicates that Shiveluch had
"burped" just prior to being photographed by astronauts.

More recently, astronauts aboard the International Space Station Alpha looked
north toward Shiveluch's scarred southern slope to get a different perspective
of the impressive cluster of volcanoes in the Klyuchevskaya group and Shiveluch.
The oblique views were acquired because these volcanoes (at 56.6 degrees
latitude) lie north of the station's orbital track, which reaches a maximum
latitude of 51.6 degrees. Space Station crewmembers will continue to observe
these and other volcanoes for signs of eruptions.