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Ash Plume from Shiveluch
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Image by NASA Goddard Photo and Video
Whenever NASA’s Terra satellite passed over Russia’s Kamchatka Peninsula at noon neighborhood time (00:00 Universal Time) on October 6, 2012, Shilveluch Volcano was quiet. Once NASA’s Aqua satellite passed across location couple of hours later on (bottom picture), the volcano had erupted and delivered a plume of ash within the Kamchatskiy Zaliv. The plume traveled about 90 kilometers (55 kilometers) toward the south-southeast, where a change in wind path began pressing the plume toward the east.

On October 6, 2012, the Kamchatka Volcanic crisis reaction Team (KVERT) stated that the ash plume from Shiveluch reached an altitude of 3 kilometers (9,800 legs) above sea level, together with traveled some 220 kilometers (140 kilometers) from volcano summit.

Shiveluch (also spelled Sheveluch) ranks among the biggest and a lot of energetic volcanoes from the Kamchatka Peninsula. Rising to 3,283 yards (10,771 feet) above sea level, Shiveluch is a stratovolcano composed of alternating levels of hardened lava, compacted ash, and stones ejected by earlier eruptions. The beige-colored expanse of stone in the volcano’s southern slopes (visible both in photos) is a result of an explosive eruption that occurred in 1964. Section of Shiveluch’s south flank collapsed, while the light-colored rock is avalanche dirt kept by that event. High-resolution imagery of Shiveluch shows almost no vegetation within that avalanche area.

On October 6, 2012, KVERT cited observations through the Moderate Resolution Imaging Spectroradiometer (MODIS) devices on Terra and Aqua in finding the Shiveluch eruption. This was perhaps not the 1st time that MODIS observed a Shiveluch eruption soon after it started. In 2007, MODIS captured a picture within seconds of eruption’s begin, before winds could blow the ash away from the summit.

When NASA’s Terra satellite passed over Russia’s Kamchatka Peninsula at noon local time (00:00 Universal Time) on October 6, 2012, Shilveluch Volcano ended up being quiet (top picture). Once NASA’s Aqua satellite passed on the location two hours later (bottom picture), the volcano had erupted and sent a plume of ash over the Kamchatskiy Zaliv. The plume traveled about 90 kilometers (55 miles) toward the south-southeast, in which a change in wind course began pressing the plume toward the east.

On October 6, 2012, the Kamchatka Volcanic Emergency Response Team (KVERT) reported that the ash plume from Shiveluch reached an altitude of 3 kilometers (9,800 foot) above sea level, together with traveled some 220 kilometers (140 kilometers) through the volcano summit.
Shiveluch (in addition spelled Sheveluch) ranks among the list of biggest & most energetic volcanoes regarding the Kamchatka Peninsula. Increasing to 3,283 meters (10,771 foot) above sea-level, Shiveluch is a stratovolcano composed of alternating layers of hardened lava, compacted ash, and stones ejected by previous eruptions. The beige-colored expanse of rock in the volcano’s southern slopes (visible in both photos) is because of an explosive eruption that took place 1964. Section of Shiveluch’s southern flank collapsed, as well as the light-colored stone is avalanche debris kept by that event. High-resolution imagery of Shiveluch shows almost no vegetation within that avalanche area.
On October 6, 2012, KVERT cited findings from Moderate Resolution Imaging Spectroradiometer (MODIS) devices on Terra and Aqua in detecting the Shiveluch eruption. It was maybe not the very first time that MODIS noticed a Shiveluch eruption after it started. In 2007, MODIS grabbed a graphic within minutes for the eruption’s start, before winds could strike the ash away from the summit.

Credit: NASA Earth Observatory

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