john pike

Volcanoes Today, 14 Nov 2014: Santiaguito volcano, Pacaya, Fuego, Ibu, Pavlof, Monowai, Stromboli, Reventador Friday Nov 14, 2014 08:00 AM | Strombolian eruption from a vent in the center of Ibu's lava dome Pumice raft observed on 31 Oct near Monovai seamount (RNZAF via GeoNet) Lava fountains from the new eruption at Pavlof volcano (image: AVO) Eruption at Santiaguito yesterday (INSIVUMEH) Current seismic signal (PCG station, INSIVUMEH) Ash plume from an explosion at Fuego on 12 Nov (INSIVUMEH webcam) Stromboli (Eolian Islands, Italy): Occasional mild strombolian explosions occur from the summit vents. Very weak lava effusion also continues, at least intermittently from the vent at 650 m elevation. (Source: INGV Catania latest report) Ontake-san (Honshu): JMA reported that cloud cover often prevented visual observations of Ontakesan during 5-11 November; white plumes rose 200-300 m above the crater rim and drifted NE, E, and SE. The Alert Level remained at 3 (on a scale of 1-5). Suwanose-jima (Ryukyu Islands): Tokyo VAAC reported a small eruption this morning, producing an ash plume to 6,000 ft (1.8 km) altitude. At least intermittently, the volcano continues to produce strombolian explosions of varying intensity. Mayon (Luzon Island): During 5-11 November white plumes rose from Mayon's crater and drifted S, SW, WSW, WNW, and NW, sometimes downslope. Weak incandescence from the crater was noted some nights. As many as five volcanic earthquakes were recorded per day. The Alert Level remained at 3 (on a 0-5 scale). (Smithsonian / USGS Weekly Volcanic Activity Report 5-11 November 2014) Ibu (Halmahera, Indonesia): When observed during 12-13 Nov, there was frequent mild to moderate explosive activity from at two different vents in the center of the lava dome. No activity was observed at the lava dome itself. The vent to the south is surrounded by a recent-looking cinder cone, about 30 m tall and 60 m wide, and produced likely phreatomagmatic explosions at intervals of 20-30 mintues. These typically seemed to start from a cluster of vents inside the cone's crater, ejecting dense white steam as well as gray ash plumes, sometimes followed by dense black tephra jets reaching 10-20 m in height. Sometimes, the ash plumes collapsed to form small pyroclastic flows running down the western slope of the cone. At night, weak incandescence could be seen and only few glowing bombs were ejected during these eruptions. The sencond vent to the north of the cinder cone had typical strombolian explosions which ejected many incandescent lava bombs to 100-200 m height and produced billowing ash plumes rising up to 500 m. A possibly third vent in the same area of the second one often had phases of intense degassing that lasted several minutes with increasing strength. Accompanied by loud jet-engine like sounds, a dense steam plume was erupted, followed by dilute ash at the end of the degassing event. Monowai (Kermandec Islands, New Zealand): New Zealand scientists concluded that most likely 3 UNDERWATER eruptions occurred during this October at the SHALLOW submarine volcano, one of the most active ones in the Tonga-Kermadec arc. This conclusion was based on both the observation of a pumice raft in the area on 31 Oct and the analysis of so-called T-waves, a particular kind of acoustic waves that propagate well in the ocean and have been found to be typically associated with submarine eruptions from Monovai seamount.~~~~~~~~~~ These T-waves were recorded Rarotonga, Polynesia, more than 1800 km from the volcano. They show 3 periods of possible activity at Monovai: during 16-22 Oct, 23-27 Oct and 30 Oct - early Nov. The latter corresponds well with the observation of the pumice raft on 31 Oct by the NZ airforce. Pavlof (Alaska Peninsula, USA): A new eruption began at the volcano on 12 Nov afternoon about 3:00 pm AKST (00:00 UTC on 13 November). The eruption comes from a vent at the upper northern flank just below the summit and has been characterized by ash emissions to about 9000 feet (2.7 km), lava fountaining and avalanches of rock debris and ash descending the north flank of the volcano. Minor ash emissions were visible in the FAA-operated web camera in Cold Bay beginning around 4:50 pm AKST yesterday (1:50 UTC on 13 November). Observations from ground observers in Cold Bay coincided with a subtle but distinct increase in seismic activity, and the appearance of a thermal signal at the summit of Pavlof evident in satellite images at 5:40 pm AKST (02:40 UTC 13 November). Since these initial reports of activity, seismic activity has continued to increase gradually and the thermal signal at the summit remains evident in satellite data. Cloud cover has obscured the volcano and no new observations on ash emissions are available. However, the level of seismicity suggests that ash emission continues. (AVO) Santiaguito (Guatemala): Both explosive and effusive activity continue from the Caliente lava dome. The observatory reports weak ash explosions ejecting plumes that rise approx. 500 m. The length of the viscous lava flow to the SE is now more than 3.3 km long and has two active fronts, one inside the Nima1 river bed, the other outside its banks. Pacaya (Guatemala): It seems new strombolian explosive activity has started around 10-11 November from the Mackenney crater. INSIVUMEH reported in its special bulletin that an increase in gas emissions as well as fine ash expulsions have been observed. Together, they form plumes reaching 3000 m altitude and drifting SW for approx. 7 km. The seismic signal shows elevated activity as well. This could be the beginning of a new episode of strombolian activity, which in turn would slowly start building a new cone inside the Mackenney crater. Fuego (Guatemala): Explosive activity from the volcano has slowly been increasing over the past 1-2 weeks. Eruptions of moderate size with ash plumes up to more than 1000 m height have become more frequent. Shock waves could be felt in up to 20 km distance and rattled windows and roofs of houses in villages around the volcano. Reventador (Ecuador): IG reported moderate volcanic activity including explosions, long-period earthquakes, harmonic tremor, and tremor at Reventador during 5-11 November. On 11 November steam plumes with a minor ash content rose 1 km and drifted NW. Cloudy conditions frequently obscured views of the summit. (Smithsonian / USGS Weekly Volcanic Activity Report 5-11 November 2014)

Kīlauea volcano eruption update Lava flow branch building momentumUpdate Thu 13 Nov 19:57 An upper branch of the active lava flow has advanced roughly 375m/400yds over the past 2-3 days to within 300m/325yds of Apaʻa Street, on the other side of the recycling & waste transfer station. Lava also continues to fill the driveways surrounding that facility and continues to threaten nearby power poles, which have been upgraded to steel, heavily insulated to a height of ~5m/15ft, and sprayed with water and foam by firefighters as part of this evolving experiment. Finally, the flow near the cemetery continues to widen to the north after burning the first residence in the area. Pressure at the summit has fluctuated but generally remains high, giving no indication of any decrease of lava flows in the near future. USGS-HVO photo of active lava flow areas on November 12, 2014. Latest update map from USGS-HVO showing the quickening lava flow branch.

Wednesday 12.11.2014 15:05:16 64.662 -17.459 2.0 km 4.1 99.0 4.0 km NE of Bárðarbunga 12.11.2014 12:38:46 64.671 -17.470 3.1 km 4.5 99.0 4.3 km NE of Bárðarbunga Wednesday 12.11.2014 11:49:21 64.669 -17.401 8.6 km 4.4 99.0 6.8 km ENE of Bárðarbunga Wednesday 12.11.2014 06:06:15 64.668 -17.455 0.9 km 4.0 99.0 4.6 km NE of Bárðarbunga Wednesday 12.11.2014 06:01:15 64.682 -17.464 6.5 km 4.3 99.0 5.5 km NNE of Bárðarbunga Wednesday 12.11.2014 03:52:26 64.681 -17.479 1.9 km 3.9 99.0 5.1 km NNE of Bárðarbunga Wednesday 12.11.2014 02:12:57 64.704 -17.484 1.5 km 3.9 99.0 7.4 km NNE of Bárðarbunga Wednesday 12.11.2014 01:18:36 64.614 -17.430 2.8 km 4.0 99.0 5.5 km ESE of Bárðarbunga http://en.vedur.is/earthquakes-and-volcanism/earthquakes/vatnajokull/#view=table list of plus 3 today quakes all in the usual spot and with variable depths

http://www.meteociel.fr/cartes_obs/gens_display.php?x=324&y=155&run=18&runpara=0&col=1&type=1&ext=1

Over 1 km³ of lava erupted at HoluhraunFyrst birt: 11.11.2014 12:30, Síðast uppfært: 11.11.2014 13:19 Flokkar: Volcano The volume of lava in Holuhraun is now thought to exeed 1 cubic kilometer (1000 million cubic meters). (Picture: Omar Ragnars The Holuhraun lavafield has now reached a size of 70 square kilometers and its volume is thought to have exceeded 1 cubic kilometer, or one billion cubic meters. This lava eruption is thus the second largest in Iceland since the Laki eruption in 1783 - 1784. "We may be in for the long haul, regarding this eruption," says geophysicist Pall Einarsson, professor at the University of Iceland's Institute of Earth Sciences. "During the last decades, we have experienced eruptions that have been forceful at the start, and rather short lived, such as the Hekla and Grimsvotn eruptions," says Einarsson. "But we can also talk about the Heimaey eruption in 1973, which lasted from January until July that year, and the Krafla eruptions, which lasted intermittently for 15 years. So a long-lasting event in Holuhraun is not a remote possibility; the eruption is now in a well established phase and it's difficult to see any signs of changes." Bardarbunga still shaking Seismic activity in the Bardarbunga caldera, south of Holuhraun, still continues, with over 60 earthquakes detected today and yesterday. Limited activity has been detected in the dyke intrusion which is thought to feed the Holuhraun eruption. „As long as there is an eruption there, we see lower pressure beneath Bardarbunga,“ says Einarsson. „Should the magma in the instrusion freeze, we will have to see what happens in the caldera.“ Started small - getting big With constant activity in the main crater in the lavafield, the Holuhraun lavafield has been growing steadily towards the north and east of the source; reaching 70 square kilometres in recent days. The volume is also impressive; with over 1 cubic kilometer of lava erupted, Holuhraun is now the second largest effusive eruption in Iceland since the 18th century. Only the Laki eruption in 1783 - 1784 is bigger, with 15 cubic kilometers of erupted lava. "The Holuhraun eruption is accordingly the second biggest effusive eruption when it comes to the SO2 pollution," says Einarsson. That pollution is persistent in Iceland, annoying inhabitants in every part of the country, depending on the weather. 40 - 60.000 tonnes of SO2 are released into the air every day in Holuhraun, and pollution levels have sometimes reached dangerous levels, especially in eastern Iceland. http://www.ruv.is/frett/over-1-km%C2%B3-of-lava-erupted-at-holuhraun

Tuesday 11.11.2014 19:39:47 64.679 -17.516 3.2 km 4.4 99.0 4.4 km N of Bárðarbunga

http://en.vedur.is/earthquakes-and-volcanism/earthquakes/vatnajokull/#view=table http://www.emsc-csem.org/Earthquake/earthquake.php?id=408177 more quakes incoming

---------------------------------------------------------------------------------------------------------------------- Monday, Nov 10, 2014 Bagana volcano (Bougainville Island, Papua New Guinea) activity update Eruptive activity at the volcano continues. Several ash plumes were observed on satellite imagery during the past days, indicating continuing explosions.VAAC Darwin estimated the altitude of the ash plumes extending several tens of km to the south at 10,000 ft (3 km). http://www.volcanodiscovery.com/bagana/news.html

KÄ«lauea volcano eruption update Lava burns first Pahoa house as flow widensUpdate Tue 11 Nov 06:00 Today lava reached and burned an unoccupied home on private property near the transfer station on Apa`a Rd. Lava first flowed nearby on October 25, with the front approximately 50m/yds wide and 75m/yds away from the residence. The main flow went by, and after stalling near Pahoa Village Rd has widened upslope and nearby the transfer station. This is the first residence destroyed by lava from Pu`u `O`o since Jack's Lava House in March 2012. County of Hawaii media image of burning house on November 10, 2014 on the outskirts of Pahoa village. Latest update map from USGS-HVO showing lava near transfer station on November 10. 2-week old map of lava flow first crossing the residence area on October 26 for comparison. http://www.volcanodiscovery.com/hawaii/kilauea/current-activity.html ----------------------------------------------------------------------------------------- Monday, Nov 10, 2014 Sabancaya volcano (Peru) activity update A pilot reported an ash plume yesterday rising to approx. 6 km altitude. Webcam imagery shows a degassing plume mixed with possibly light ash content. Seimic activity is elevated. (VAAC Buenos Aires) http://www.volcanodiscovery.com/sabancaya/news.html

Eruption Emitting up to 60,000 Tons of SO2 Per Day By Zoë Robert November 11, 2014 16:15 Updated: November 11, 2014 16:30 The eruption in Holuhraun. Photo: Geir Ólafsson. Between 2,000 and 3,000 truckloads of sulfur dioxide (SO2) are being emitted daily from the eruption in Holuhraun in the northeastern highlands, according to Jónas Elíasson, seismic engineer at the University of Iceland. Jónas has been monitoring the gases from the eruption, the information which is used to prepare gas dispersion forecasts at Belgingur. He told RÚV this morning that around 450 kg of SO2 are being emitted each second, or 40,000 to 60,000 tons per day. This is the equivalent of 2,000 to 3,000 truckloads. Jónas said that calm winter weather could mean that the pollution accumulates in a huge cloud, 30 to 60 km (18-37 miles) in diameter. When the wind starts to blow again, the gases could drift into populated areas. “This is one of the things we need to look at and people need to keep in mind that this is a possibility. I’m not saying that it is likely, fortunately it is rather unlikely with this weather we have here which is wet and cold at this time of year. http://icelandreview.com/news/2014/11/11/eruption-emitting-60000-tons-so2-day Acid Snow and Dead Mice from Eruption Pollution By Zoë Robert November 11, 2014 17:10 Updated: November 11, 2014 17:15 Haze from the pollution in the East Fjords in September. Photo: Zoë Robert. Acid snow due to toxic gases including SO2 emitted from the eruption in Holuhraun in the northeastern highlands has fallen near the eruption site. Sigurðyour Reynir Gíslason, geochemist at the University of Iceland, told Morgunblaðið yesterday that the pH level of snow in the area measured pH 3.2 whereas the normal pH level of precipitation is 5.6. The pH level of the snow is 100 times that under normal conditions. Precipitation in places as far from the eruption as Hornafjörðyour, Southeast Iceland, have been found to have a higher pH level. According to Sigurðyour, the water from the snow once it melts could be very acidic. Meanwhile, farmers in the Höfn area, Southeast Iceland, have found a large number of dead mice which appear to have died suddenly, ruv.is reports. It is assumed that they died due to high levels of pollution from the eruption. SO2 in the area measured 21,000 mµ/m3 in late October, a record in inhabited areas since the eruption began two months ago. The Directorate of Health advises that at levels higher than 2,000 mµ/m3 people should stay indoors with the windows closed, the air conditioning off and the heaters on. According to the Southeast Iceland Nature Center, the likely explanation is that the mice died from the pollution or something they ate but it is too late to perform an autopsy. http://icelandreview.com/news/2014/11/11/acid-snow-and-dead-mice-eruption-pollution

M 4.6 - ICELAND - 2014-11-11 01:49:52 UTChttp://www.emsc-csem.org/Earthquake/earthquake.php?id=408055

Monday 10.11.2014 22:39:58 64.663 -17.410 4.1 km 5.1 99.0 6.1 km ENE of Bárðarbunga 5.1 it is then

seems to be dropping slightly quicker again http://hraun.vedur.is/ja/Bardarb/BARC/

M 4.9 - ICELAND - 2014-11-10 22:40:02 UTChttp://www.emsc-csem.org/Earthquake/earthquake.php?id=408035 another 5.3 again??

Pollution Forecast across Northwest Iceland Tomorrow By Zoë Robert November 10, 2014 12:23 Updated: November 10, 2014 14:56 Haze from the pollution over Reykjavík on October 8. Photo: Zoë Robert. Sulfur dioxide (SO2) pollution from the eruption in Holuhraun is expected mainly across western Iceland today but at low levels. Tomorrow, the pollution may be felt in many places northwest of the eruption site, according to the latest forecast from the Icelandic Met Office. People who feel discomfort are advised to stay indoors, close their windows, turn up the heat and turn off air conditioning. Periods of good air quality should be used to ventilate the house. The level of SO2 reached close to 1,000 mµ/m3 in the capital area on Saturday night. At levels above 600 mµ/m3 individuals with underlying conditions are likely to experience respiratory symptoms and outdoor activity is advised against. While health effects are unlikely among healthy individuals, heavy outdoor activity is also advised against, according to the Directorate of Health. Further information can be found in English on the website of the Directorate of Health. Go to airquality.is to check the pollution levels in different locations in Iceland at any given time and to vedur.is for two-day pollution forecasts. Although still being developed further, an automatic gas dispersion forecast, including pollution levels, is also available. SO2 gas is expected to remain west and southwest of the eruption, including West, Southwest and the western parts of South Iceland. http://icelandreview.com/news/2014/11/10/pollution-forecast-across-northwest-iceland-tomorrow

6.1 - 74km SW of Ile Hunter, New Caledonia 2014-11-10 10:04:21 UTC PAGER - GREEN ShakeMap - III DYFI? - I Return to the EQ List/Map/Search Google Earth KML Summary Location and Magnitude contributed by: USGS National Earthquake Information Center General 22.775°S, 171.445°E Depth: 10.0km (6.2mi) Event Time2014-11-10 10:04:21 UTC 2014-11-10 21:04:21 UTC+11:00 at epicenter 2014-11-10 10:04:21 UTC+00:00 system time Location22.775°S 171.445°E depth=10.0km (6.2mi) Nearby Cities74km (46mi) SW of Ile Hunter, New Caledonia 478km (297mi) ESE of We, New Caledonia 503km (313mi) E of Mont-Dore, New Caledonia 516km (321mi) E of Noumea, New Caledonia 518km (322mi) E of Dumbea, New Caledonia Related LinksView location in Google Maps Tectonic SummarySeismotectonics of the Eastern Margin of the Australia PlateThe eastern margin of the Australia plate is one of the most sesimically active areas of the world due to high rates of convergence between the Australia and Pacific plates. In the region of New Zealand, the 3000 km long Australia-Pacific plate boundary extends from south of Macquarie Island to the southern Kermadec Island chain. It includes an oceanic transform (the Macquarie Ridge), two oppositely verging subduction zones (Puysegur and Hikurangi), and a transpressive continental transform, the Alpine Fault through South Island, New Zealand. http://earthquake.usgs.gov/earthquakes/eventpage/usc000svzi#summary volcanoes closeby possibly should be in earthquake thread but close enough to a couple of volcanoes to leave here for now

http://en.vedur.is/media/jar/Factsheet_Bardarbunga_20141110.pdf latest update as we were no cams again too

http://vimeo.com/111344670

Updated: Sunday, 09 November, 2014 at 05:49 UTC Description A swarm of hundreds of earthquakes in Nevada has intensified recently, prompting experts to warn people to be ready in case larger ones hit. Starting in July, some 750 earthquakes, mostly magnitude 2.0 to 3.0, have struck a corner of the Nevada desert near the Oregon border, according to several reports. Scientists believe groundwater is slowly percolating along the faults and building up pressure, making movement on the faults much easier, the Los Angeles Times reported. "If you are not ready for an earthquake, now is an awfully good time to get ready for an earthquake," Alison Ryan, a spokeswoman for Oregon's Department of Geology and Mineral Industries, told the paper. The vast majority of Nevada's current earthquakes have been undetectable to people walking around, CNN reported. However in recent days, the quakes have grown stronger, with three over magnitude 4.0 and a magnitude 4.6 on Tuesday. "We've been watching the magnitudes climb during the various bursts throughout the last four or five months," Graham Kent, director of the Nevada Seismological Laboratory, told KTVN-TV. "We were wondering if it was going to get to this level of intensity, and it shot up there. It's really cooking right now." Kent told the station seismologists are trying to raise awareness about the swarms to make sure buildings are resilient and people are as prepared for an earthquake as possible. In 1968, in nearby Adel, Ore., a swarm of earthquake lasting several months produced three quakes of about magnitude 5 but caused only moderate damage, CNN reported. Another, shorter swarm near Reno, Nev., in 2008 led to a magnitude 5 quake and caused moderate local damage, the network reported. The current affected area in Nevada is 50 miles southeast of Lakeview, Ore., Ian Madin, chief scientist for Oregon's Department of Geology and Mineral Industries, told The Los Angeles Times. "There is a slightly elevated risk of a larger earthquake while the swarm is active," Madin told CNN. John Vidale, director of the Pacific Northwest Seismic Network at the University of Washington, also weighed in. "It doesn't necessarily mean anything big is coming, but it does raise the risk there will be a bigger quake in the future," Vidale told the Los Angeles Times. "Ninety-nine percent of the time nothing too dramatic happens, but every now and then there is a good pop and everyone asks why we didn't predict it." http://hisz.rsoe.hu/alertmap/site/index.php?pageid=event_update_read&edis_id=EQ-20141107-45909-USA&uid=15459

Bardarbunga volcano update: Continuing eruption formed a 70 km² lava flow and caused 44 m of caldera subsidence since its onset on August 31 Sunday Nov 09, 2014 22:48 PM | The latest map showing the extent of the lava flow as estimated from radar images. The lava now covers 69,9 km² (69,5 km² + 0,4 km²). Analysis by the Institute of Earth Sciences (IES). Data from the GPS station at the centre of the caldera, showing the temporal transmission defect between 7 and 8 november, and a subsidence of ca. 0.5 m in that time span. Overview of the vertical displacement measured at the centre of Bárðarbunga caldera since September 12 - total subsidence since then is ca. 21 m. The volcanic eruption at Holuhraun gives no signs of weakening and continues to eject an impressive lava fountain from the central Baugur crater at a rate similar to the past few weeks. This record-breaking eruption started on the 31st of August 2014 and formed a more than 17 km long lava flow. Using the successive outlines of this lava flow as drawn on a radar image from the Icelandic Coast Guard, researchers from the Institute of Earth Sciences estimated that by now the lava has covered an area of 70 km². Subsidence of the glacier surface above the Bárðarbunga caldera is also still going on. This vertical displacement is monitored by near real time presentation of data from a GPS station that was mounted in the centre of the caldera on September 11. There was a technical problem that prohibited transmission of these GPS data on the 8th of November, but this has been fixed. Comparison of the vertical location of this GPS station before and after the ca. 24 h communication problem shows subsidence of up to half a meter in a single day. The total subsidence recorded at Bárðarbunga caldera since 12 September is 21 m and based on earlier GPS data the total subsidence since the onset of this eruption is at least 44 m. The area’s seismic activity is also continuing at a similar intensity. On November 7 there was a M 5.4 earthquake at the northeastern rim of the caldera and this was the first earthquake over magnitude 5 since the 2nd of November. Since then, 15 earthquakes between magnitude 4 and 5 occurred, as well as quite a few between M 3 and M 4. Lower seismic activity is also observed at the intrusion, the largest earth quake of which was of magnitude 2.5. All information and images from the Icelandic Met Office (http://en.vedur.is/earthquakes-and-volcanism/articles/nr/2947) All news about: Bardarbunga volcano Information about: Bardarbunga volcano

Sunday 09.11.2014 21:19:39 64.616 -17.382 7.6 km 5.2 99.0 7.5 km ESE of Bárðarbunga http://en.vedur.is/earthquakes-and-volcanism/earthquakes/#view=table and ese not ne mmmmmmmmmmmm and todays over 3 Sunday 09.11.2014 21:19:39 64.616 -17.382 7.6 km 5.2 99.0 7.5 km ESE of Bárðarbunga Sunday 09.11.2014 20:50:45 64.670 -17.440 1.1 km 3.7 50.5 5.3 km NE of Bárðarbunga Sunday (not reviewed) 09.11.2014 20:05:52 64.679 -17.456 2.5 km 3.5 99.0 5.5 km NE of Bárðarbunga Sunday 09.11.2014 17:09:33 64.672 -17.531 7.4 km 4.5 99.0 3.5 km N of Bárðarbunga Sunday 09.11.2014 09:06:29 64.677 -17.419 8.9 km 4.0 99.0 6.6 km NE of Bárðarbunga Sunday 09.11.2014 08:56:07 64.677 -17.464 7.6 km 4.4 99.0 5.1 km NE of Bárðarbunga Sunday 09.11.2014 06:27:12 64.664 -17.523 5.9 km 4.2 99.0 2.7 km N of Bárðarbunga Sunday 09.11.2014 04:22:03 64.682 -17.475 7.6 km 4.6 99.0 5.2 km NNE of Bárðarbunga Sunday 09.11.2014 00:02:36 64.685 -17.444 0.1 km 3.4 99.0 6.3 km NE of Bárðarbunga donk and not straight after the 5.2

Saturday 08.11.2014 21:14:24 64.668 -17.387 0.1 km 4.5 99.0 7.4 km ENE of Bárðarbunga another very shallow one there http://en.vedur.is/earthquakes-and-volcanism/earthquakes/#view=table

hi all heres a quick ramp seasons greetings :drunk: :drunk: http://www.meteociel.fr/modeles/cfse_cartes.php?ech=1260&code=0&carte=0&mode=2&run=2 my quick thoughts december cool then cold towards end and early jan jan cool but not over cold february very cold only my ideas at present anyway off again now bye for now john ;-)

todays plus 3 Saturday 08.11.2014 18:58:04 64.676 -17.461 7.6 km 4.4 99.0 5.1 km NE of Bárðarbunga Saturday 08.11.2014 15:03:22 64.672 -17.413 4.9 km 4.0 99.0 6.5 km ENE of Bárðarbunga Saturday 08.11.2014 13:14:23 64.671 -17.408 8.0 km 4.0 99.0 6.7 km ENE of Bárðarbunga Saturday 08.11.2014 13:01:21 64.690 -17.465 4.7 km 4.1 99.0 6.3 km NNE of Bárðarbunga Saturday 08.11.2014 08:30:42 64.676 -17.471 7.0 km 4.4 99.0 4.8 km NE of Bárðarbunga Saturday 08.11.2014 06:50:25 64.691 -17.441 8.6 km 3.0 99.0 6.9 km NE of Bárðarbunga Saturday 08.11.2014 04:11:26 64.678 -17.477 8.2 km 3.0 99.0 4.8 km NNE of Bárðarbunga Saturday 08.11.2014 00:56:30 64.673 -17.440 0.1 km 4.5 99.0 5.5 km NE of Bárðarbunga all ne region again and fairly deep bar the 00.56 one @0.1 km deep http://en.vedur.is/earthquakes-and-volcanism/earthquakes/#view=table

http://www.emsc-csem.org/Earthquake/earthquake.php?id=407578 4.5 on csem new quake shows 4,2 on imo probably be around 4.8 ne of bara again