Bárdarbunga volcano news & activity updates
Bardarbunga volcano (Iceland): ongoing seismic unrest
Friday May 13, 2016 17:58 PM | BY: T
Earthquakes under and near Bardarbunga volcano during the past weekEver since the large Holuhraun fissure eruption (Aug 2014-Mar 2015), the volcano has remained restless. Over the past months, the volcano's seismic activity has been showing a slow increase.
The quakes have been concentrated at shallow depths under its central caldera, and the northeastern fissure system (in particular, near Herdubreid volcano). So far, the frequent earthquake swarms have been small and rarely contained quakes above magnitude 3; an eruption in a very near future seems unlikely for now.
However, they indicate that the volcano's storage system is probably recharging with new shallow magma intrusions; a new eruption of Bardarbunga in a not too distant future (months to years) would certainly not be a big surprise.
Friday, Feb 05, 2016
Over the past few months, seismic activity at the volcano, mainly under the volcano's large, ice-covered caldera has been increasing again, suggesting that magma might be filling the volcano's reservoir underneath the caldera. ... [more]
Monday, Mar 02, 2015
At noon of the 28th of February, the Scientific Advisory Board for Iceland´s recent volcanic activity officially declared that the eruption at Holuhraun has come to an end. [more]
Bardarbunga volcano (Central Iceland) activity update: No more active lava emission, only continuing degassing
Sunday, Mar 01, 2015
Monday, Feb 16, 2015
The eruption at Holuhraun continues at similar levels as lately, the Icelandic Met Office reports in its updates. The decreasing trend, however, is becoming visible in a significant drop of the lava lake level inside the Baugur crater above the main vents, seen in the photo above. ... [more]
Tuesday, Feb 03, 2015
The eruption, now going on for more than 150 days, continues with little changes. Although it has started to decrease, very slowly, in intensity, it remains impressive and magma discharge is still an impressive approx. 100 cubic meters per second. ... [more]