Ice Age Model, for the modirator

MAP 6.9 2012/02/02 13:34:39 -17.810 167.149 10.1 VANUATU



New Activity/Unrest

CLEVELAND Chuginadak Island 52.825°N, 169.944°W; summit elev. 1730 m

AVO reported that on 31 January the Volcano Alert Level for Cleveland was raised to Watch and the Aviation Color Code was raised to Orange due to the formation of a new 40-m-wide lava dome in the summit crater that was observed in satellite imagery on 30 January. The lava dome that formed during the past fall and winter was removed by explosive activity on 25 and 29 December 2011. No current seismic information was available because Cleveland does not have a real-time seismic network.

Geologic Summary. Symmetrical Mount Cleveland stratovolcano is situated at the western end of the uninhabited dumbbell-shaped Chuginadak Island in the east-central Aleutians. The 1,730-m-high stratovolcano is the highest of the Islands of Four Mountains group and is one of the most active in the Aleutians. Numerous large lava flows descend its flanks. It is possible that some 18th to 19th century eruptions attributed to Carlisle (a volcano located across the Carlisle Pass Strait to the NW) should be ascribed to Cleveland. In 1944 Cleveland produced the only known fatality from an Aleutian eruption. Recent eruptions from Mt. Cleveland have been characterized by short-lived explosive ash emissions, at times accompanied by lava fountaining and lava flows down the flanks.

Map

Source: Alaska Volcano Observatory (AVO)

Cleveland Information from the Global Volcanism Program

GAMALAMA Halmahera 0.80°N, 127.33°E; summit elev. 1715 m

CVGHM lowered the Alert Level for Gamalama from 3 to 2 (on a scale of 1-4) on 24 January based on visual observations of white plumes rising as high as 100 m above the crater and a decrease in seismicity since the last eruption on 23 December 2011.

Geologic Summary. Gamalama (Peak of Ternate) is a near-conical stratovolcano that comprises the entire island of Ternate off the western coast of Halmahera and is one of Indonesia's most active volcanoes. The island of Ternate was a major regional center in the Portuguese and Dutch spice trade for several centuries, which contributed to the thorough documentation of Gamalama's historical activity. Three cones, progressively younger to the N, form the summit of Gamalama, which reaches 1,715 m. Several maars and vents define a rift zone, parallel to the Halmahera island arc, that cuts the volcano. Eruptions, recorded frequently since the 16th century, typically originated from the summit craters, although flank eruptions have occurred in 1763, 1770, 1775, and 1962-63.

Map

Source: Center of Volcanology and Geological Hazard Mitigation (CVGHM)

Gamalama Information from the Global Volcanism Program

KRAKATAU Indonesia 6.102°S, 105.423°E; summit elev. 813 m

CVGHM lowered the Alert Level for Anak Krakatau from 3 to 2 (on a scale of 1-4) on 26 January. No details or reasons for the change were given in the report.

Geologic Summary. Renowned Krakatau volcano lies in the Sunda Strait between Java and Sumatra. Collapse of the ancestral Krakatau edifice, perhaps in 416 AD, resulted in a 7-km-wide caldera. Remnants of this volcano formed Verlaten and Lang Islands; subsequently Rakata, Danan and Perbuwatan volcanoes were formed, coalescing to create the pre-1883 Krakatau Island. Caldera collapse during the catastrophic 1883 eruption destroyed Danan and Perbuwatan volcanoes, and left only a remnant of Rakata volcano. The post-collapse cone of Anak Krakatau (Child of Krakatau), constructed within the 1883 caldera at a point between the former cones of Danan and Perbuwatan, has been the site of frequent eruptions since 1927.

Map

Source: Center of Volcanology and Geological Hazard Mitigation (CVGHM)

Krakatau Information from the Global Volcanism Program

LEWOTOLO Lomblen Island (Indonesia) 8.272°S, 123.505°E; summit elev. 1423 m

On 25 January CVGHM lowered the Alert Level for Lewotolo from 3 to 2 (on a scale of 1-4) based on decreased seismicity and visual observations during 5-15 January. During 5-15 January fumarolic plumes rose 200-500 m above the summit and incandescence was observed.

Geologic Summary. Anchoring the eastern end of an elongated peninsula that is connected to Lomblen Island by a narrow isthmus and extends northward into the Flores Sea, Lewotolo rises to 1,423 m. Lewotolo is a symmetrical stratovolcano as viewed from the N and E. A small cone with a 130-m-wide crater constructed at the SE side of a larger crater forms the volcano's high point. Many lava flows have reached the coastline. Historical eruptions, recorded since 1660, have consisted of explosive activity from the summit crater.

Map

Source: Center of Volcanology and Geological Hazard Mitigation (CVGHM)

Lewotolo Information from the Global Volcanism Program

NYAMURAGIRA Democratic Republic of Congo 1.408°S, 29.20°E; summit elev. 3058 m

The VolcanoDiscovery Team observed the fissure eruption at Nyamuragira that began on 6 November 2011 during 22-25 January 2012 from the newly formed cinder cones located about 10 km E of the summit crater. They reported three coalescent cones with the largest cone containing a small lava lake. The lake ejected spatter every few seconds as high as 200 m above the summit; individual bombs reached the base of the cone. Lava flows from the vent extended several kilometers N. Numerous small breakouts formed secondary flows, and a large breakout about 2 km N of the cone fed a large lava flow about 20 m wide. Burning forests were reported to the NNE.

Geologic Summary. Africa's most active volcano, Nyamuragira (Also spelled Nyamulagira) is a massive basaltic shield volcano N of Lake Kivu and NW of Nyiragongo volcano. Lava flows from Nyamuragira cover 1,500 sq km of the East African Rift. The 3058-m-high summit is truncated by a small 2 x 2.3 km summit caldera that has walls up to about 100 m high. About 40 historical eruptions have occurred since the mid-19th century within the summit caldera and from numerous fissures and cinder cones on the volcano's flanks. A lava lake in the summit crater, active since at least 1921, drained in 1938. Twentieth-century flank lava flows extend more than 30 km from the summit, reaching as far as Lake Kivu.

Map

Source: VolcanoDiscovery

Nyamuragira Information from the Global Volcanism Program

PALUWEH Lesser Sunda Islands (Indonesia) 8.32°S, 121.708°E; summit elev. 875 m

Seismic activity from Paluweh (also known as Rokatenda) increased during 12-18 January, prompting CVGHM to raise the Alert Level from 1 to 2 (on a scale of 1-4) on 19 January. Fog prevented visual observations of the volcano.

Geologic Summary. Paluweh volcano, also known as Rokatenda, forms the 8-km-wide island of Paluweh N of the volcanic arc that cuts across Flores Island. Although the volcano rises about 3,000 m above the sea floor, its summit reaches only 875 m above sea level. The broad irregular summit region contains overlapping craters up to 900 m wide and several lava domes. Several flank vents occur along a NW-trending fissure. The largest historical eruption of Paluweh occurred in 1928, when a strong explosive eruption was accompanied by landslide-induced tsunamis and lava-dome emplacement.

Map

Source: Center of Volcanology and Geological Hazard Mitigation (CVGHM)

Paluweh Information from the Global Volcanism Program

Ongoing Activity

DUKONO Halmahera 1.68°N, 127.88°E; summit elev. 1335 m

Based on analyses of satellite imagery, the Darwin VAAC reported that during 30-31 January ash plumes from Dukono rose to an altitude of 2.7 km (9,000 ft) a.s.l. and drifted 220 km SW.

Geologic Summary. Reports from this remote volcano in northernmost Halmahera are rare, but Dukono has been one of Indonesia's most active volcanoes. More-or-less continuous explosive eruptions, sometimes accompanied by lava flows, occurred from 1933 until at least the mid-1990s, when routine observations were curtailed. During a major eruption in 1550, a lava flow filled in the strait between Halmahera and the N-flank cone of Gunung Mamuya. Dukono is a complex volcano presenting a broad, low profile with multiple summit peaks and overlapping craters. Malupang Wariang, 1 km SW of Dukono's summit crater complex, contains a 700 x 570 m crater that has also been active during historical time.

Map

Source: Darwin Volcanic Ash Advisory Centre (VAAC)

Dukono Information from the Global Volcanism Program

ETNA Sicily (Italy) 37.734°N, 15.004°E; summit elev. 3330 m

Sezione di Catania - Osservatorio Etneo reported that an explosion at the New Southeast Crater (New SEC) of Etna generated an ash plume at that rose 400 m above the crater at 1906 on 27 January. An explosive ash emission at 1124 from the vent on the W portion of the crater floor was followed by others that were less intense. At 2140 an explosion ejected incandescent material in a narrow vertical jet that rose a few tens of meters above the crater. A small Strombolian explosion occurred at 2231. On 28 January sporadic ash emissions continued from New SEC.

Geologic Summary. Mount Etna, towering above Catania, Sicily's second largest city, has one of the world's longest documented records of historical volcanism, dating back to 1500 BC. Historical lava flows cover much of the surface of this massive basaltic stratovolcano, the highest and most voluminous in Italy. Two styles of eruptive activity typically occur at Etna. Persistent explosive eruptions, sometimes with minor lava emissions, take place from one or more of the three prominent summit craters, the Central Crater, NE Crater, and SE Crater. Flank eruptions, typically with higher effusion rates, occur less frequently and originate from fissures that open progressively downward from near the summit. A period of more intense intermittent explosive eruptions from Etna's summit craters began in 1995. The active volcano is monitored by the Instituto Nazionale di Geofisica e Volcanologia (INGV) in Catania.

Map

MAG UTC DATE-TIME
y/m/d h:m:s LAT
deg LON
deg DEPTH
km Region
MAP 5.5 2012/02/05 16:46:45 5.945 124.149 504.8 MINDANAO, PHILIPPINES
MAP 6.0 2012/02/05 16:40:39 -17.950 167.170 4.3 VANUATU
MAP 5.2 2012/02/05 07:10:18 41.434 74.807 20.9 KYRGYZSTAN
MAP 5.0 2012/02/05 06:10:40 28.568 51.471 10.1 SOUTHERN IRAN
MAP 5.0 2012/02/05 02:16:36 -17.435 167.130 20.9 VANUATU
MAP 6.1 2012/02/05 00:15:41 -18.935 168.923 163.4 VANUATU
MAP 5.2 2012/02/05 00:06:00 -5.477 133.895 45.6 KEPULAUAN KAI, INDONESIA
MAP 5.3 2012/02/04 21:50:51 13.068 57.535 10.0 OWEN FRACTURE ZONE REGION
MAP 5.7 2012/02/04 20:05:32 48.867 -127.876 12.8 VANCOUVER ISLAND, CANADA REGION
MAP 5.4 2012/02/04 19:29:22 11.986 125.718 54.9 SAMAR, PHILIPPINES
MAP 5.1 2012/02/04 18:01:47 0.815 -26.709 13.5 CENTRAL MID-ATLANTIC RIDGE
MAP 5.2 2012/02/04 17:45:30 -17.180 167.742 16.4 VANUATU
MAP 5.6 2012/02/04 13:09:23 11.899 125.757 10.7 SAMAR, PHILIPPINES
MAP 5.8 2012/02/04 07:40:13 -20.529 -174.025 10.0 TONGA
MAP 5.4 2012/02/04 04:09:36 42.311 105.608 9.6 CENTRAL MONGOLIA
MAP 5.1 2012/02/04 02:54:23 24.701 122.723 120.6 TAIWAN REGION
MAP 5.1 2012/02/03 11:26:48 -6.722 150.082 12.6 NEW BRITAIN REGION, PAPUA NEW GUINEA
MAP 5.7 2012/02/03 06:01:42 -17.380 167.183 24.9 VANUATU
MAP 5.4 2012/02/03 04:33:09 -17.484 167.232 23.8 VANUATU
MAP 6.0 2012/02/03 03:46:23 -17.376 167.278 21.7 VANUATU
MAP 5.1 2012/02/02 20:26:31 -17.519 167.359 17.4 VANUATU
MAP 5.1 2012/02/02 19:44:36 -17.457 167.229 31.9 VANUATU
MAP 5.2 2012/02/02 17:28:48 -17.596 167.339 20.8 VANUATU
MAP 5.5 2012/02/02 17:27:07 -17.963 167.209 22.8 VANUATU
MAP 5.0 2012/02/02 16:04:46 -17.779 167.233 33.3 VANUATU
MAP 5.3 2012/02/02 13:57:08 -17.462 167.169 10.0 VANUATU
MAP 7.1 2012/02/02 13:34:41 -17.766 167.134 23.1 VANUATU
MAP 5.5 2012/02/02 09:32:16 -6.607 149.813 28.7 NEW BRITAIN REGION, PAPUA NEW GUINEA
MAP 5.0 2012/02/02 09:16:18 -5.294 153.550 74.0 NEW IRELAND REGION, PAPUA NEW GUINEA
MAP 5.4 2012/02/02 06:46:32 -6.642 149.801 69.0 NEW BRITAIN REGION, PAPUA NEW GUINEA
MAP 5.0 2012/02/02 04:50:48 -16.221 -73.615 69.7 NEAR THE COAST OF SOUTHERN PERU
MAP 5.0 2012/02/02 02:48:07 -60.890 153.380 10.3 WEST OF MACQUARIE ISLAND
MAP 5.3 2012/02/01 21:43:48 -31.380 -111.416 10.1 EASTER ISLAND REGION
MAP 5.6 2012/02/01 07:14:28 -3.739 102.162 69.1 SOUTHERN SUMATRA, INDONESIA
MAP 5.2 2012/02/01 04:30:54 11.704 125.584 61.0 SAMAR, PHILIPPINES
MAP 5.1 2012/01/31 19:58:02 -14.284 167.194 172.5 VANUATU
MAP 5.2 2012/01/30 13:20:35 2.030 96.611 38.7 SIMEULUE, INDONESIA
MAP 6.3 2012/01/30 05:11:01 -14.179 -75.644 39.2 NEAR THE COAST OF CENTRAL PERU
MAP 5.0 2012/01/29 21:54:20 16.627 -46.509 10.0 NORTHERN MID-ATLANTIC RIDGE
MAP 5.2 2012/01/29 21:43:26 16.482 -46.637 9.9 NORTHERN MID-ATLANTIC RIDGE





Friday 3rd February 2012
Semeru Volcano, Indonesia
Activity has increased at Semeru volcano, Indonesia. The volcano has been on reduced level 2 alert since 16th July 2009. Eruptions were observed at the volcano on 9,14, and 17 June 2011. Activity resumed at the end of December 2011. Between 29th December 2011 and 15th January 2012 there were eight explosions at Jonggring Seloko crater, sending ash up to 600 m high. Incandescent fallout was observed 200 m radius from the crater. On 2nd February 2012 a pyroclastic flow reached 2.5 km from the crater. The alert status at Semeru volcano was raised to Level 3 (out of a maximum 4) on 3rd February 2012. A 4 km exclusion zone has been placed on the SE slopes of the volcano where pyroclastic flows occur. Climbers are advised to remain at least 1 km from Jonggring Seloko crater.
More on Semeru volcano...
Volcanoes of Indonesia...

Tuesday 31st January 2012
Grimsvotn Volcano, Iceland
A glacial outburst occurred at Grimsvotn volcano in Iceland on 29th January 2012. High snowfall was followed by heavy rain and elevated temperatures. This caused caused snow to melt, damaging parts of the Ring Road between Núpsvötn and Gígjukvísl in Skeiðarársandur, as well as to the east of Gígjukvísl. No eruption occurred at the volcano.
More on Grimsvotn volcano...
Volcanoes of Iceland...

Saturday 28th January 2012
Sangay Volcano, Ecuador
On Monday 23rd January 2012, there was an increase in volcanic activity at Sangay volcano, Ecuador. Pilots reported ash emissions drifting south of the volcano. Satellite images showed the present of a hotspot at the volcano on 24th January.
More on Sangay volcano...
Volcanoes of Ecuador...

Monday 23rd January 2012
Kilauea Volcano, Hawaii
A magnitude 4.7 earthquake hit Kilauea volcano on Sunday 22nd January 2012 (local time). The earthquake was shallow and had a focus depth of 8 km. The epicentre was located about 6 km south of Pu'u O'o crater. The earthquake was preceded by one minute by a magnitude 4.1 earthquake.
More on Kilauea volcano...
Volcanoes of Hawaii...

Thursday 19th January 2012
Kilauea Volcano, Hawaii
The current eruption of Kilauea volcano has entered its 29th year. A summit lava lake is located in a 150 m wide pit in Halemaumau crater. The surface of the lava lake varies from a depth of 70-150 m. The vent has been active since an explosion on 19th March 2008. Eruptions continue on the east rift zone and have been continuing since 3rd January 1983. Lava flows are currently active 3 km SE of Pu'u O'o crater. On 6th January 2012 sulphur dioxide emission was 150 tonnes per day.
More on Kilauea volcano...
Volcanoes of Hawaii...

Thursday 19th January 2012
Puyehue Volcano, Chile
Eruptions continue at Puyehue volcano in Chile. On 13th January the airport at Bariloche in Argentina reopened to flights for the first time since the eruption of Puyehue on 5th June 2011. Ashfall caused the closure of the airport again on 16th January 2012.
More on Puyehue volcano...
Volcanoes of Chile...

Sunday 8th January 2012
Lewotolo Volcano, Indonesia
On 2nd January 2012 the alert status at Lewotolo volcano was raised to level 3 (out of a maximum 4). Increased volcanic tremor was recorded at the volcano on 2nd January 2012. Visually the volcano showed white emissions rising 80 m above the summit. A 2 km exclusion zone was placed around the volcano.
More on Lewotolo volcano...
Volcanoes of Indonesia...

MAG UTC DATE-TIME
y/m/d h:m:s LAT
deg LON
deg DEPTH
km Region
MAP 5.2 2012/02/06 11:40:20 9.845 123.041 15.0 NEGROS - CEBU REGION, PHILIPPINES
MAP 5.8 2012/02/06 11:33:37 9.804 123.051 15.1 NEGROS - CEBU REGION, PHILIPPINES
MAP 6.0 2012/02/06 10:10:24 9.874 123.070 15.0 NEGROS - CEBU REGION, PHILIPPINES
MAP 5.6 2012/02/06 04:20:04 10.058 123.171 15.0 NEGROS - CEBU REGION, PHILIPPINES
MAP 6.7 2012/02/06 03:49:17 9.964 123.246 20.0 NEGROS - CEBU REGION, PHILIPPINES
MAP 5.1 2012/02/05 23:50:41 -20.346 -177.916 521.0 FIJI REGION
MAP 5.2 2012/02/05 16:46:44 5.883 124.131 490.2 MINDANAO, PHILIPPINES
MAP 6.0 2012/02/05 16:40:40 -17.952 167.230 10.3 VANUATU
MAP 5.2 2012/02/05 07:10:18 41.434 74.807 20.9 KYRGYZSTAN
MAP 5.0 2012/02/05 06:10:40 28.568 51.471 10.1 SOUTHERN IRAN
MAP 5.0 2012/02/05 02:16:36 -17.435 167.130 20.9 VANUATU
MAP 6.1 2012/02/05 00:15:41 -18.935 168.923 163.4 VANUATU
MAP 5.2 2012/02/05 00:06:00 -5.477 133.895 45.6 KEPULAUAN KAI, INDONESIA
MAP 5.3 2012/02/04 21:50:51 13.068 57.535 10.0 OWEN FRACTURE ZONE REGION
MAP 5.7 2012/02/04 20:05:32 48.867 -127.876 12.8 VANCOUVER ISLAND, CANADA REGION
MAP 5.4 2012/02/04 19:29:22 11.986 125.718 54.9 SAMAR, PHILIPPINES
MAP 5.1 2012/02/04 18:01:47 0.815 -26.709 13.5 CENTRAL MID-ATLANTIC RIDGE
MAP 5.2 2012/02/04 17:45:30 -17.180 167.742 16.4 VANUATU
MAP 5.6 2012/02/04 13:09:23 11.899 125.757 10.7 SAMAR, PHILIPPINES
MAP 5.8 2012/02/04 07:40:13 -20.529 -174.025 10.0 TONGA
MAP 5.4 2012/02/04 04:09:36 42.311 105.608 9.6 CENTRAL MONGOLIA
MAP 5.1 2012/02/04 02:54:23 24.701 122.723 120.6 TAIWAN REGION
MAP 5.1 2012/02/03 11:26:48 -6.722 150.082 12.6 NEW BRITAIN REGION, PAPUA NEW GUINEA
MAP 5.7 2012/02/03 06:01:42 -17.380 167.183 24.9 VANUATU
MAP 5.4 2012/02/03 04:33:09 -17.484 167.232 23.8 VANUATU
MAP 6.0 2012/02/03 03:46:23 -17.376 167.278 21.7 VANUATU
MAP 5.1 2012/02/02 20:26:31 -17.519 167.359 17.4 VANUATU
MAP 5.1 2012/02/02 19:44:36 -17.457 167.229 31.9 VANUATU
MAP 5.2 2012/02/02 17:28:48 -17.596 167.339 20.8 VANUATU
MAP 5.5 2012/02/02 17:27:07 -17.963 167.209 22.8 VANUATU
MAP 5.0 2012/02/02 16:04:46 -17.779 167.233 33.3 VANUATU
MAP 5.3 2012/02/02 13:57:08 -17.462 167.169 10.0 VANUATU
MAP 7.1 2012/02/02 13:34:41 -17.766 167.134 23.1 VANUATU
MAP 5.5 2012/02/02 09:32:16 -6.607 149.813 28.7 NEW BRITAIN REGION, PAPUA NEW GUINEA
MAP 5.0 2012/02/02 09:16:18 -5.294 153.550 74.0 NEW IRELAND REGION, PAPUA NEW GUINEA
MAP 5.4 2012/02/02 06:46:32 -6.642 149.801 69.0 NEW BRITAIN REGION, PAPUA NEW GUINEA
MAP 5.0 2012/02/02 04:50:48 -16.221 -73.615 69.7 NEAR THE COAST OF SOUTHERN PERU
MAP 5.0 2012/02/02 02:48:07 -60.890 153.380 10.3 WEST OF MACQUARIE ISLAND
MAP 5.3 2012/02/01 21:43:48 -31.380 -111.416 10.1 EASTER ISLAND REGION
MAP 5.6 2012/02/01 07:14:28 -3.739 102.162 69.1 SOUTHERN SUMATRA, INDONESIA
MAP 5.2 2012/02/01 04:30:54 11.704 125.584 61.0 SAMAR, PHILIPPINES

I sort of remember another nutcase who used to post like this, but I can't remember the fruitcake's name.

Well la de da....
predicted, or predictable out come.

I posted reference

factor of summering information.

As a matter of of fact.. 1 leads to fact 2..

.

Thanks for the reply.

I managed to make short summery of cause and effects..

Summery conclusions.

Ice age cause, simple verifying model. Immediate determinations based on observation of the globe over time. After the axis has shifted 3 inches.
Feb 27-2010, and again 4 more on march 11-2011 scientific validating factors. The immediate change is used as a main determining factor, or the cause for immediate changes in weather, volcanic activity, and earthquake relations over the last 2 to 3 years.

subduction zones due to torque. clearly the earths magnetic field is attracted to the secondary systems magnetic field interaction with all the planets in our solar system. Earth Has experienced increases, and decreases of rotation speed.

The secondary system will reach its closes point, and a great Quake is therefore predicted, expected. Possibly by March 23 2012.
Earths orbit crosses the horizontal plain according to the position, and alignments of charges, or the magnetic field lines of that secondary system in relation to local space, and earths current position of yearly orbit.. We must be closing in very quickly now. Today is feb 15 2012.

The influence of net charge, and the determined lens effect, or Red shift cassimire effect influences Earths reaction to inductive forces causing eruptions.
April to may we should see this increase in activity once again, according to time sensitive data over the last 2 to 3 years.
Volcanic eruption time variable is predictable, confirming the increase of volcanic eruption expected for the month of January through march 2012. Not excluding April, and May 2012.

The 3-D model has Pictures of ongoing storms earthquakes, and other given effects determined to be a direct relation to the increasing energy inductive forces.

everything needed to make accurate prediction , calculate net charge, Observe gravitational lensing, or poynitng energy was included. A self generated system of mass. The inductive charge and movement through local space.
Increasing pressure, Velocity, and changes of direction of Earths inner fluid.
gaseous material releasing vast quantity of dangerous materials for all life.

The Precession can now be solved as caused by an external torque, rather than caused by lunar or solar cycles alone. Verifiable reactions according to Einstein are confirmed. Astronomers such as Galileo Galilee

See Maxwell poem of continuum mechanics.

Peace

New Activity/Unrest

CLEVELAND Chuginadak Island 52.825°N, 169.944°W; summit elev. 1730 m

AVO reported that during 8-14 February there were no observations of elevated surface temperatures or ash emissions from Cleveland because of partly cloudy conditions. On 10 February satellite observations revealed that the lava dome had grown to about 50 m in diameter. The Volcano Alert Level remained at Watch and the Aviation Color Code remained at Orange. No current seismic information was available because Cleveland does not have a real-time seismic network.

Geologic Summary. Symmetrical Mount Cleveland stratovolcano is situated at the western end of the uninhabited dumbbell-shaped Chuginadak Island in the east-central Aleutians. The 1,730-m-high stratovolcano is the highest of the Islands of Four Mountains group and is one of the most active in the Aleutians. Numerous large lava flows descend its flanks. It is possible that some 18th to 19th century eruptions attributed to Carlisle (a volcano located across the Carlisle Pass Strait to the NW) should be ascribed to Cleveland. In 1944 Cleveland produced the only known fatality from an Aleutian eruption. Recent eruptions from Mt. Cleveland have been characterized by short-lived explosive ash emissions, at times accompanied by lava fountaining and lava flows down the flanks.

Map

Source: Alaska Volcano Observatory (AVO)

Cleveland Information from the Global Volcanism Program

GALUNGGUNG Western Java (Indonesia) 7.25°S, 108.058°E; summit elev. 2168 m

On 13 February, CVGHM reported that from September 2011 to 8 February 2012 discolorations in the crater lake water at Galunggung were observed. In addition, a sudden increase in water temperature was measured, from 27 degrees Celsius on 5 February to 40 degrees on 8 February. Based on seismic data and crater lake observations, CVGHM raised the Alert Level from 1 to 2 (on a scale of 1-4) on 12 February and recommended staying at least 500 m away from the lake shore.

Geologic Summary. The forested slopes of 2,168-m-high Galunggung volcano in western Java are cut by a large horseshoe-shaped caldera breached to the SE that has served to channel the products of recent eruptions in that direction. The "Ten Thousand Hills of Tasikmalaya" dotting the plain below the volcano are debris-avalanche hummocks from the collapse that formed the breached caldera about 4,200 years ago. Although historical eruptions, restricted to the central vent near the caldera headwall, have been infrequent, they have caused much devastation. The first historical eruption in 1822 produced pyroclastic flows and lahars that killed over 4,000 persons. More recently, a strong explosive eruption during 1982-1983 caused severe economic disruption to populated areas near the volcano.

Map

Source: Center of Volcanology and Geological Hazard Mitigation (CVGHM)

Galunggung Information from the Global Volcanism Program

IJEN Eastern Java (Indonesia) 8.058°S, 114.242°E; summit elev. 2799 m

CVGHM lowered the Alert Level for Ijen from 3 to 2 (on a scale of 1-4) on 8 February based on decreased seismicity and visual observations of white plumes rising as high as 300 m above the crater. In addition, a decrease in lake water temperature was measured, which ranged from 42 degrees Celsius on 20 January to 37 degrees on 2 February.

Geologic Summary. The Ijen volcano complex consists of a group of small stratovolcanoes constructed within the large 20-km-wide Ijen (Kendeng) caldera. The N caldera wall forms a prominent arcuate ridge, but elsewhere the caldera rim is buried by post-caldera volcanoes, including Gunung Merapi stratovolcano, which forms the 2,799 m high point of the Ijen complex. Immediately W of Gunung Merapi is the renowned historically active Kawah Ijen volcano, which contains a nearly 1-km-wide, turquoise-colored, acid crater lake. The picturesque lake is the site of a labor-intensive sulfur mining operation, in which sulfur-laden baskets are hand-carried from the crater floor. A half dozen small-to-moderate phreatic eruptions have taken place from Kawah Ijen during the 20th century.

Map

Source: Center of Volcanology and Geological Hazard Mitigation (CVGHM)

Ijen Information from the Global Volcanism Program

LOKON-EMPUNG Sulawesi 1.358°N, 124.792°E; summit elev. 1580 m

According to news articles, an explosion from the Tompaluan crater, in the saddle between the Lokon-Empung peaks, produced an ash plume that rose as high as 2 km above the crater on 10 February; loud "thumping" noises were also heard. Based on information from CVGHM, the Darwin VAAC reported ash plumes that rose to altitudes of 3-3.4 km (10,000-11,000 ft) a.s.l. during 10-12 February, though clouds prevented the detection of ash in satellite imagery.

Geologic Summary. The twin volcanoes Lokon and Empung, rising about 800 m above the plain of Tondano, are among the most active volcanoes of Sulawesi. Lokon, the higher of the two peaks (whose summits are only 2.2 km apart) has a flat, craterless top. The morphologically younger Empung volcano has a 400-m-wide, 150-m-deep crater that erupted last in the 18th century, but all subsequent eruptions have originated from Tompaluan, a 150 x 250 m wide double crater situated in the saddle between the two peaks. Historical eruptions have primarily produced small-to-moderate ash plumes that have occasionally damaged croplands and houses, but lava-dome growth and pyroclastic flows have also occurred.

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Sources: Darwin Volcanic Ash Advisory Centre (VAAC), CNN News, Antara News

Lokon-Empung Information from the Global Volcanism Program

REVENTADOR Ecuador 0.077°S, 77.656°W; summit elev. 3562 m

IG reported that during 10-13 February new activity from Reventador was detected. Satellite images showed a thermal anomaly on 10 February. Based on pilot observations, the Washington VAAC reported an ash plume that rose to an altitude of 5.2 km (17,000 ft) a.s.l. and drifted NW. On 11 February ash-and-steam emissions drifted NW. Seismicity increased on 12 February and a lava flow descended the NE flank during 12-13 February. Crater incandescence was observed during 10-13 February.

Geologic Summary. Reventador is the most frequently active of a chain of Ecuadorian volcanoes in the Cordillera Real, well E of the principal volcanic axis. It is a forested stratovolcano that rises above the remote jungles of the western Amazon basin. A 3-km-wide caldera breached to the E was formed by edifice collapse and is partially filled by a young, unvegetated stratovolcano that rises about 1,300 m above the caldera floor. Reventador has been the source of numerous lava flows as well as explosive eruptions that were visible from Quito in historical time. Frequent lahars in this region of heavy rainfall have constructed a debris plain on the eastern floor of the caldera.

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update, according to data the first outbreak of solar flairs has begun. after the second outbreak of flairs perhaps in 20 day or so, the sun will flip its magnetic poles, and a great quake is predicted.

chili, japan, baja northern cali, Indonesia, all of these places have the highest probability for such an event.

If this doesn’t happen we are coming to take you away ha ha.

well laa dee daa.

one more out break before the new moon march 22 2012..


what does it all mean? it means go *** yourself according to government officials, and nasa....

We are tracking you IP address and Mobile. Drones ordered from Iran (spare one over there right now.)

here are more verifying facts. Closing in quickly.. at least japan only has 1 active reactor?

MAP 5.7 2012/03/14 12:05:06 35.710 140.738 16.9 NEAR THE EAST COAST OF HONSHU, JAPAN
MAP 5.4 2012/03/14 11:40:19 40.957 144.793 22.2 OFF THE EAST COAST OF HONSHU, JAPAN
MAP 5.7 2012/03/14 10:57:42 40.764 144.830 21.8 OFF THE EAST COAST OF HONSHU, JAPAN
MAP 6.1 2012/03/14 10:49:25 40.799 144.770 9.5 OFF THE EAST COAST OF HONSHU, JAPAN
MAP 6.9 2012/03/14 09:08:38 40.899 144.923 26.6 OFF THE EAST COAST OF HONSHU, JAPAN





Sakurajima, Japan (CBS) -- Sakurajima continued its second day of violent eruptions on Tuesday, spewing hot rocks and ash, but there was no major damage in the vicinity, the Japanese Meteorological Agency said.

The agency said Monday's powerful eruption was the most forceful since 2009.

The volcano is located in the southern prefecture of Kagoshima.

The Meteorological Agency added that the volcano has been erupting steadily for the last two years, but the eruption on Monday turned violent, throwing 50-centimetre (1 foot 6 inches) rocks nearly 1.2 miles away, the furthest since 2009.

In response, the Meteorological agency extended the eruption warning to residents living further away from the mouth of the volcano.

The volcano has already had over 300 eruptions this year.

Sakurajima volcano, one of Japan's more active volcanoes, resumed activity in 1955 and has been active ever since.

Sakurajima volcano in Japan's southern Kagoshima prefecture erupts violently in what officials say is the most powerful since 2009, though there has been no damage so far.

MAP 7.6 2012/03/20 18:02:49 16.662 -98.188 17.5 OAXACA, MEXICO
MAP 6.2 2012/03/20 17:56:19 -3.830 140.220 66.9 PAPUA, INDONESIA


hmmmmmmm...

perhaps the new moon march 22, 2012 will bring great results...


These are results none the less.

youtube.com/watch?v=c19b5b-5rMU&feature=plcp&context=C444f025VDvjVQa1PpcFPiMgSnNMO1HNOyG1uIXhtQSz1VYZRMwyE%3D


well la dee daaa. some one is paying attention...

Magnitude 8.2 OFF THE WEST COAST OF NORTHERN SUMATRA April 11, 2012
Magnitude 8.6 OFF THE WEST COAST OF NORTHERN SUMATRA April 11, 2012
Magnitude 7.1 MAULE, CHILE March 25, 2012
Magnitude 6.6 NEW GUINEA, PAPUA NEW GUINEA March 21, 2012
Magnitude 7.4 OAXACA, MEXICO March 20, 2012
Magnitude 6.9 OFF THE EAST COAST OF HONSHU, JAPAN March 14, 2012
Magnitude 6.7 VANUATU March 09, 2012




Validated!