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Location of Katla volcano and other volcanoes on Iceland
Location of Katla volcano and other volcanoes on Iceland


Katla volcano

subglacial volcano 1512 m / 4,961 ft
Southern Iceland, 63.63°N / -19.06°W
Current status: restless (2 out of 5)
Katla webcams / live data
Last update: 16 Jul 2014
Typical eruption style: Explosive basaltic and dacitic eruptions, voluminous lava flows
Katla volcano eruptions: 920 AD, 950 AD (?), 1150, 1177, 1245, 1262, 1311, 1357, 1416, 1440, 1450, 1500, 1580, 1612, 1625, 1660-61, 1721, 1755-56, 1823, 1860, 1918, 1955(?), 1999(?), 1918
TimeMag. / DepthDistanceLocation
Sat, 22 Nov
Sat, 22 Nov 06:15 UTCM 0.8 / 12.2 km13 km11.1 km NNE of Goðabunga
Fri, 21 Nov
Fri, 21 Nov 23:54 UTCM 2.0 / 2.6 km5 km4.2 km WSW of Landmannalaugar
Fri, 21 Nov 23:54 UTCM 1.2 / 2.5 km5 km4.3 km WSW of Landmannalaugar
Fri, 21 Nov 23:29 UTCM 0.3 / 0.1 km6 km2.4 km NW of Hábunga
Fri, 21 Nov 12:18 UTCM 0.2 / 0.1 km10 km4.4 km S of Hábunga
View all recent quakes
Katla volcano, located near the southern end of Iceland's eastern volcanic zone, is hidden beneath the Myrdalsjökull icecap. Katla is one of Iceland's most active and most dangerous volcanoes, infamous for its large eruptions happening on average every 50-100 year, causing devastating glacial floods (jökullhlaups).
In recent year, increased seismicity and inflation of Katla has been being measured. Katla, statistically due for a new eruption, is being very closely monitored and an eruption in a not too distant future would not come as a big surprise.

Background:

The subglacial dominantly basaltic volcano is one of Iceland's most active and is a frequent producer of damaging jökulhlaups, or glacier-outburst floods. A large 9 x 14 km subglacial caldera with a long axis in a NW-SE direction is up to 750 m deep. Its high point reaches 1380 m, and three major outlet glaciers have breached its rim.

Although most historical eruptions have taken place from fissures inside the caldera, the Eldgjá fissure system, which extends about 60 km to the NE from the current ice margin towards Grímsvötn volcano, has been the source of major Holocene eruptions. An eruption from the Eldgjá fissure system about 934 AD produced a voluminous lava flow of about 18 cu km, one of the world's largest known Holocene lava flows. Katla has been the source of frequent subglacial basaltic explosive eruptions that have been among the largest tephra-producers in Iceland during historical time and has produced dacitic explosive eruptions during the Holocene.

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Source: GVP, Smithsonian Institute


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