At 1538 on 16 July an explosion produced an ash plume that rose.6 km, and ejected material as far.7. Crater incandescence was visible at night during 16-17 July. The Alert level remained at 3 (on a 5-level scale). Source: Japan Meteorological Agency (JMA) Ambae Vanuatu 15.389S, 167.835E Elevation 1496 m Based on satellite data, webcam and pilot observations, and wind model data, the wellington vaac reported that during 16-17 July ash plumes from the vent at Ambaes lake voui rose to altitudes. Source: Wellington Volcanic Ash Advisory center (vaac) Cleveland Chuginadak island (USA) 52.825N, 169.944W Elevation 1730 m avo reported that unrest at Cleveland continued during 11-17 July, though nothing significant was detected in seismic or infrasound data. Weakly elevated surface temperatures were identified in satellite images on 11 July; meteorological cloud cover prevented views of the crater on the other days. The aviation Color Code remained at Orange and the volcano Alert level remained at Watch. Source: us geological Survey alaska volcano Observatory (AVO) dukono Halmahera (Indonesia) .693N, 127.894E Elevation 1229 m Based on pvmbg observations and satellite data, the darwin vaac reported that during 11-12 and 14-17 July ash plumes from dukono rose to altitudes.8 km (6,000 ft).
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Gas plumes on 13 July drifted n, nw, and. On 16 July gas plumes with minor amounts of ash rose.4 km (8,000 ft). Incandescence was visible in webcam images. Source: Washington Volcanic Ash Advisory center (vaac) Villarrica Chile 39.42S,.93W Elevation 2847 m povi reported that webcam images captured a powerful vapor plume rising from Villarrica at 1047 on 16 July. Tephra was deposited on the inner crater walls. Source: Proyecto Observación Villarrica Internet (povi) Agung Bali (Indonesia).343S, 115.508E Elevation 2997 m pvmbg reported that an event at 1409 on 13 July generated an ash plume that rose.5 km above agungs crater rim and bms drifted. An event was detected at 0452 on 15 July, though no ash was visible. An ash plume from an event at 0905 rose.5 km and drifted w and. The Alert level remained at 3 (on a scale of 1-4) and the exclusion zone was unchanged at a 4-km radius. Source: Pusat Vulkanologi dan Mitigasi bencana geologi (pvmbg, also known as cvghm) Aira Kyushu (Japan) 31.593N, 130.657E Elevation 1117 m jma reported that there were nine events at Minamidake crater (at Aira calderas sakurajima volcano) during 9-17 July generating plumes that rose as high.
After a period of decreasing tremor and pulsating gas emissions the eruption ended at 2200. Strong seismicity continued to be recorded on 14 July, but then decreased over the next two days. The lava flows covered about 400 m of the trail leading to the summit. Source: Observatoire volcanologique du piton de la fournaise (ovpf). Sierra negra, isla Isabela (Ecuador).83S,.17W Elevation 1124. Based on satellite data and wind model data, the washington. Vaac reported that on 11 July gas-and-ash plumes from sierra negra rose.7 km (12,000 ft). And drifted almost 85.
Source: National Commissioner of the Icelandic Police (ncip) Department of civil Protection and Emergency management. Piton de la fournaise, reunion Island (France) 21.244S,.708E Elevation 2632. Ovpf reported that inflation at Piton de la fournaise began at the beginning of July. An abrupt seismic increase was detected at 2340 on 12 July, coupled with rapid deformation. Tremor beneath the n flank appeared at about 0330 on 13 July and gradually increased, and webcams recorded the emergence of lava at 0430. The eruption originated from four fissures which had a total length of 500 m, and were located upstream of Chapelle de rosemont. Tremor intensity peaked at 0600. By 0800 summary all four fissures were ejecting lava as high as 20 m, and aa flows had traveled over 200. The most upstream fissure was inactive by 1230.
These three explosions partially destroyed the lava dome, ejecting material onto the n and ne flank. The Alert level remained at Orange, the second highest level on a four-color scale, and residents were reminded not to approach the crater within. Onemi maintained an Alert level Yellow (the middle level on a three-color scale) for the communities of Pinto, coihueco, and San Fabián. Sources: Oficina nacional de Emergencia-ministerio del Interior (onemi), servicio nacional de geología y minería (sernageomin). Oraefajokull, iceland 64.05N,.633W Elevation 2010. After a series of meetings between the Icelandic Meteorological Office, the University of Iceland, and Iceland geosurvey, the Iceland Department of civil Protection and Emergency management stated on 13 July that Öræfajökull has shown clear signs of unrest for at least the past year and. The report noted ongoing inflation and increased seismicity, despite a decrease in geothermal activity since december 2017. The volume change since the beginning of the unrest was about 10 million cubic meters, likely from an injection of new magma.
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Servicio nacional de geología and Minería (. Sernageomin ) Observatorio volcanológico de los Andes del Sur (. Ovdas ) reported continuing activity during 11-17 July associated with growth of the gil-Cruz lava dome in nevados de Chilláns Nicanor Crater. Seismicity consisted of long-period events and tremor associated with explosions. The webcam recorded pulsating white gas emissions, nighttime incandescence, and intermittent ejection of ballistics from explosions.
A data local.7 earthquake recorded at 2055 on 13 July was associated with an explosion, and located 430 m below Nicanor Crater. Another earthquake associated with an explosion was recorded at 1530 on 14 July. The event was a local.9 and occurred at a depth.4. Weather conditions inhibited visual observations of the crater, though a thermal camera measured increased thermal output with a max temperaturs of 300 degrees Celsius. A third earthquake,.8 located at a depth.8 km, was recorded at 0324 on 15 July. Incandescent material was ejected 340 m high.
This is not a comprehensive list of all of Earth's volcanoes erupting during the week, but rather a summary of activity at volcanoes that meet criteria discussed in detail in the "Criteria and Disclaimers" section. Carefully reviewed, detailed reports on various volcanoes are published monthly in the bulletin of the Global Volcanism Network. Ibu, halmahera (Indonesia) .488N, 127.63E Elevation 1325. Pvmbg reported that during 10-15 July white-to-gray plumes rose 200-800 m above ibus crater rim. The Alert level remained at 2 (on a scale of 1-4 and the public was warned to stay at least 2 km away from the active crater, and.5 km away on the n side.
Source: Pusat Vulkanologi dan Mitigasi bencana geologi (pvmbg, also known as cvghm). Krakatau, indonesia .102S, 105.423E Elevation 813. Pvmbg reported that an event at Anak krakatau was recorded at 1722 on 15 July that generated an ash plume that rose 700 m and drifted. An ash plume from a 44-second-long event recorded at 1651 on 16 July rose 500 m and drifted N; thumping and vibrations were noted at the pga observation post. The Alert level remained at 2 (on a scale of 1-4 residents and visitors were warned not to approach the volcano within 1 km of the crater. Nevados de Chillan, chile 36.868S,.378W Elevation 3180.
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This daily tragedy, from poverty and other preventable causes, rarely makes headline news. Latest Updates Feb 2015, topical Issues, latest World News. Economy, climate, more, read more news stories by, more news. World, economy, environment, geopolitics, health, human Rights, more, world news powered by, if a man is offered a fact which goes against his instincts, he will scrutinize it closely, and unless the with evidence is overwhelming, he will refuse to believe. If, on the other hand, he is offered something which affords a reason for acting in accordance to his instincts, he will accept it even on the slightest evidence. — bertrand Russell, roads to Freedom. The weekly volcanic Activity report is a cooperative project between the Smithsonian's Global Volcanism Program and the us geological Survey's Volcano hazards Program. Updated by 2300 utc every wednesday, notices of volcanic activity posted on these pages are preliminary and subject to change as events are studied in more detail.
Higher values indicate faster and more reliable connections. Home, faq, events, contact, links, view Graphs or, click a region to view more detailed information. The Internet Traffic Report (ITR) wants to continue to provide useful information about networks from around the world. We want to make this information as accurate as possible! The free itr client for Windows is now available for download, and allows you to monitor itr in realtime, test your festival connection when problems occur and more! Click here to download. Want to add a live statistics display to your website? Click here to select your graphic. Today, around 21,000 children died around the world.
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The inrix gps global Traffic Scorecard provides a data-rich evaluation of urban travel, traffic health and vibrancy across five continents. The visualization includes the inrix ranking of 100 major cities analyzed out of the 1,360 ranked overall. These cities are ranked by the number of peak hours the average commuter spent in congestion in 2017. View Infographic, press Releases. Blog, table column header Definitions 2017 (2016) inrix traffic Scorecard Rank. The 2017 inrix traffic Scorecard ranks 200 major cities of the world by the peak hours Spent in Congestion. The 2015 rank is provided in parentheses. 2017 All Cities Rank, growing by nearly 30 from the 2016 Scorecard, inrix ranked 1,360 cities in the world by peak hours Spent in Congestion. The 2016 rank is provided in parentheses.
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The Twelfth Session of Working Group I (wgi-12) was held from 23 to 26 September 2013 in Stockholm, Sweden. At the session, the summary for Policymakers (SPM) of the working Group I contribution to the ipcc fifth Assessment Report (wgi ar5) was approved and the underlying scientific and technical assessment accepted. The fifth Assessment Cycle has now ended. Please note that this website will no longer be updated except for the. The inrix global Traffic Scorecard is the largest study of its kind. We analyzed and ranked the impact of traffic congestion in: 5 continents 38 countries 1,360 cities. Interactive ranking city dashboards 2017 inrix traffic Scorecard Infographic, with population and economic growth around the world pressuring urban mobility, applying big data to understand and combat congestion is critical to the development of our cities.