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Earth Watch Report – Wednesday October 10th, 2012

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Earthquakes

USGS

MAG UTC DATE-TIME
y/m/d h:m:s
LAT
deg
LON
deg
DEPTH
km
 Region
MAP  4.2 2012/10/09 22:51:19  -43.470   172.780 9.0  SOUTH ISLAND OF NEW ZEALAND
MAP  2.7 2012/10/09 22:22:38   53.543  -166.035 48.8  FOX ISLANDS, ALEUTIAN ISLANDS, ALASKA
MAP  4.8   2012/10/09 22:14:23  -59.790   -26.637 99.1  SOUTH SANDWICH ISLANDS REGION
MAP  2.5 2012/10/09 21:01:35   63.001  -150.385 119.3  CENTRAL ALASKA
MAP  3.4 2012/10/09 20:56:13   18.760   -65.142 50.0  VIRGIN ISLANDS REGION
MAP  2.9 2012/10/09 19:18:45   18.376   -64.438 101.0  VIRGIN ISLANDS REGION
MAP  4.7   2012/10/09 18:34:51   -4.475   129.245 52.0  BANDA SEA
MAP  2.9 2012/10/09 17:24:37   58.717  -153.623 13.0  KODIAK ISLAND REGION, ALASKA
MAP  3.8 2012/10/09 17:21:40   19.493   -64.377 64.0  VIRGIN ISLANDS REGION
MAP  4.3 2012/10/09 16:11:58   20.759   122.184 158.2  BATAN ISLANDS REGION, PHILIPPINES
MAP  3.7 2012/10/09 16:06:50   19.627   -64.324 54.0  VIRGIN ISLANDS REGION
MAP  4.0 2012/10/09 15:50:55   24.438  -109.398 10.0  GULF OF CALIFORNIA
MAP  3.5 2012/10/09 15:21:30   19.566   -64.429 52.0  VIRGIN ISLANDS REGION
MAP  2.5 2012/10/09 13:03:32   62.862  -150.833 109.5  CENTRAL ALASKA
MAP  3.4 2012/10/09 13:00:02   33.711  -117.343 9.2  SOUTHERN CALIFORNIA
MAP  6.4   2012/10/09 12:32:04  -61.033   153.960 10.2  BALLENY ISLANDS REGION
MAP  4.5   2012/10/09 12:14:29  -23.428  -179.854 596.6  SOUTH OF THE FIJI ISLANDS
MAP  2.6 2012/10/09 11:24:56   60.114  -153.183 126.6  SOUTHERN ALASKA
MAP  3.0 2012/10/09 08:49:10   35.777   -97.163 5.0  OKLAHOMA
MAP  4.8   2012/10/09 07:57:52   -2.692   139.200 45.9  NEAR THE NORTH COAST OF PAPUA, INDONESIA
MAP  5.5   2012/10/09 07:49:54   -2.757   139.179 36.9  NEAR THE NORTH COAST OF PAPUA, INDONESIA
MAP  5.2   2012/10/09 07:14:59   -2.710   139.088 33.3  NEAR THE NORTH COAST OF PAPUA, INDONESIA
MAP  3.4 2012/10/09 04:55:44   62.780  -149.622 70.1  CENTRAL ALASKA
MAP  4.6   2012/10/09 04:41:59   4.856   96.543 54.2  NORTHERN SUMATRA, INDONESIA
MAP  4.7   2012/10/09 03:30:35  -29.413   -69.348 111.4  SAN JUAN, ARGENTINA
MAP  2.6 2012/10/09 03:00:53   47.103  -121.113 1.5  WASHINGTON
MAP  4.8   2012/10/09 00:30:21  -20.896  -174.074 27.7  TONGA
MAP  2.6 2012/10/09 00:11:32   18.950   -66.373 40.0  PUERTO RICO REGION

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Seismic movement in Hunza: Landslides affect 15 families, damage infrastructure

A view of the mountains affected by tremors in Mayoon and Hussainabad villages of Hunza-Nagar District. PHOTO: SHABBIR MIR/THE EXPRESS TRIBUNE

GILGIT: At least 15 families have abandoned their houses due to landslides triggered by tremors in two villages of Hunza-Nagar District.

The landslides damaged a main water channel and other public and private property in Mayoon and Hussainabad villages.

“At least 15 families have moved in with their relatives in view of the looming threat,” Shahzad Hussain, a resident of the area told The Express Tribune on Monday. He said that the landslides started two weeks ago.

So far a main water channel, a link road and 12 electricity polls have been damaged. The landslides have also destroyed wild fruit trees.

“There is no light or no water in the area,” Hussain said, adding that the remaining villagers are also considering moving due to the  tremors. Complaints to officials over the disrupted water and electricity supply yielded no result.

Another resident said fissures have already appeared in the ground in some parts. He said the villagers who had moved away did so on the advice of experts sent by a non-governmental organisation.

Another villager said, “We hope the government will act swiftly to minimise our losses.”

Others were not as hopeful, saying that past landslides have devastated several houses, orchards and standing crops in Shinaki area, but the government did not do anything for the people.

Gilgit-Baltistan Disaster Management Authority Director Burhan Afandi said that the government is planning to conduct a survey in the area to find the cause behind landslides and tremors.

“Thirteen families have been relocated as a precautionary measure and we will be conducting a survey to find out the causes,” he said.

In 2010, the government had shifted 55 families from Hussainabad village to safer places due to landslides, but later the villages returned as the situation turned back to normal. According to the then Hunza deputy commissioner, fissures had developed on some parts of the surface, causing landslide in the region, which is on a fault line.

Published in The Express Tribune

Deformation of Earth’s crust to south of Baku can lead to serious quakes and narrowing of Caspian

Baku, Fineko/abc.az. American seismologist predicts an increase in seismic activity of Baku and on the Absheron peninsula.

At the International Seismology Conference taking place in Baku American scientist and seismologist Robert King has informed that in Baku and Absheron peninsula it is expected an increase in seismic activity as a result of compression fracture between the Minor and the Greater Caucasus.

“Our research showed that the Arabian and Eurasian lithospheric plate is characterized by high strength, and as a result they do not deform internally, and tremors are the result of oceanic activity, located between these territories. In the entire Caucasus a fault is observed, in the south and the north there is some movement and deformation in the lowlands between the Minor and the Greater Caucasus. In the Baku seismic zone the speed of fault is 12 mm a year over 100 km. At that, to the south of Baku it is observed fracture and displacement of the Earth’s crust in the direction of the Caspian Sea, where compression takes place that will lead to a narrowing of the Caspian Sea. At the same time, we find it difficult to predict the results of all the occurring processes,” he said.

According to Mr. King, in order to predict the results of the occurring processes it is needed to determine whether a similar contraction is in the depths of the earth, develop a range of different geodetic models, neotectonics, a map of faults that will be possible as the installation of 25 new seismic stations.

“To continue the research, stations should be installed at a distance of 5-10 km from each other on the perimeter of the fault. It is necessary to invest in this as much money as has already been invested in the purchase and installation of stations in order to study the processes occurring in the soil, as well as raising of the level of oil reservoirs. All these studies are important in order to determine possible effects of very large deformations that occur to the south of Baku, in order to prepare for a possible earthquake,” he said.

No tsunami threat from southwestern Pacific quake

By Star-Advertiser staff

A preliminary 6.4-magnitude earthquake struck 452 miles northwest of the Balleny Islands region early this morning at 2:32 a.m., but presented no tsunami threat to Hawaii, according to the Pacific Tsunami Warning Center.

The earthquake struck at a depth of about 6.3 miles.

The Balleny Islands are a series of uninhabited volcanic islands that are part of Antarctica.

LISS – Live Internet Seismic Server

GSN Stations

These data update automatically every 30 minutes. Last update: October 10, 2012 06:49:11 UTC

Seismograms may take several moments to load. Click on a plot to see larger image.

CU/ANWB, Willy Bob, Antigua and Barbuda

 ANWB 24hr plot

CU/BBGH, Gun Hill, Barbados

 BBGH 24hr plot

CU/BCIP, Isla Barro Colorado, Panama

 BCIP 24hr plot

CU/GRGR, Grenville, Grenada

 GRGR 24hr plot

CU/GRTK, Grand Turk, Turks and Caicos Islands

 GRTK 24hr plot

CU/GTBY, Guantanamo Bay, Cuba

 GTBY 24hr plot

CU/MTDJ, Mount Denham, Jamaica

 MTDJ 24hr plot

CU/SDDR, Presa de Sabaneta, Dominican Republic

 SDDR 24hr plot

CU/TGUH, Tegucigalpa, Honduras

 TGUH 24hr plot

IC/BJT, Baijiatuan, Beijing, China

 BJT 24hr plot

IC/ENH, Enshi, China

 ENH 24hr plot

IC/HIA, Hailar, Neimenggu Province, China

 HIA 24hr plot

IC/LSA, Lhasa, China

 LSA 24hr plot

IC/MDJ, Mudanjiang, China

 MDJ 24hr plot

IC/QIZ, Qiongzhong, Guangduong Province, China

 QIZ 24hr plot

IU/ADK, Aleutian Islands, Alaska, USA

 ADK 24hr plot

IU/AFI, Afiamalu, Samoa

 AFI 24hr plot

IU/ANMO, Albuquerque, New Mexico, USA

 ANMO 24hr plot

IU/ANTO, Ankara, Turkey

 ANTO 24hr plot

IU/BBSR, Bermuda

 BBSR 24hr plot

IU/BILL, Bilibino, Russia

 BILL 24hr plot

IU/CASY, Casey, Antarctica

 CASY 24hr plot

IU/CCM, Cathedral Cave, Missouri, USA

 CCM 24hr plot

IU/CHTO, Chiang Mai, Thailand

 CHTO 24hr plot

IU/COLA, College Outpost, Alaska, USA

 COLA 24hr plot

IU/COR, Corvallis, Oregon, USA

 COR 24hr plot

IU/CTAO, Charters Towers, Australia

 CTAO 24hr plot

IU/DAV,Davao, Philippines

 DAV 24hr plot

IU/DWPF,Disney Wilderness Preserve, Florida, USA

 DWPF 24hr plot

IU/FUNA,Funafuti, Tuvalu

 FUNA 24hr plot

IU/FURI, Mt. Furi, Ethiopia

 FURI 24hr plot

IU/GNI, Garni, Armenia

 GNI 24hr plot

IU/GRFO, Grafenberg, Germany

 GRFO 24hr plot

IU/GUMO, Guam, Mariana Islands

 GUMO 24hr plot

IU/HKT, Hockley, Texas, USA

 HKT 24hr plot

IU/HNR, Honiara, Solomon Islands

 HNR 24hr plot

IU/HRV, Adam Dziewonski Observatory (Oak Ridge), Massachusetts, USA

 HRV 24hr plot

IU/INCN, Inchon, Republic of Korea

 INCN 24hr plot

IU/JOHN, Johnston Island, Pacific Ocean

 JOHN 24hr plot

IU/KBS, Ny-Alesund, Spitzbergen, Norway

 KBS 24hr plot

IU/KEV, Kevo, Finland

 KEV 24hr plot

IU/KIEV, Kiev, Ukraine

 KIEV 24hr plot

IU/KIP, Kipapa, Hawaii, USA

 KIP 24hr plot

IU/KMBO, Kilima Mbogo, Kenya

 KMBO 24hr plot

IU/KNTN, Kanton Island, Kiribati

 KNTN 24hr plot

IU/KONO, Kongsberg, Norway

 KONO 24hr plot

IU/KOWA, Kowa, Mali

 KOWA 24hr plot

IU/LCO, Las Campanas Astronomical Observatory, Chile

 LCO 24hr plot

IU/LSZ, Lusaka, Zambia

 LSZ 24hr plot

IU/LVC, Limon Verde, Chile

 LVC 24hr plot

IU/MA2, Magadan, Russia

 MA2 24hr plot

IU/MAJO, Matsushiro, Japan

 MAJO 24hr plot

IU/MAKZ,Makanchi, Kazakhstan

 MAKZ 24hr plot

IU/MBWA, Marble Bar, Western Australia

 MBWA 24hr plot

IU/MIDW, Midway Island, Pacific Ocean, USA

 MIDW 24hr plot

IU/MSKU, Masuku, Gabon

 MSKU 24hr plot

IU/NWAO, Narrogin, Australia

 NWAO 24hr plot

IU/OTAV, Otavalo, Equador

 OTAV 24hr plot

IU/PAB, San Pablo, Spain

 PAB 24hr plot

IU/PAYG Puerto Ayora, Galapagos Islands

 PAYG 24hr plot

IU/PET, Petropavlovsk, Russia

 PET 24hr plot

IU/PMG, Port Moresby, Papua New Guinea

 PMG 24hr plot

IU/PMSA, Palmer Station, Antarctica

 PMSA 24hr plot

IU/POHA, Pohakaloa, Hawaii

 POHA 24hr plot

IU/PTCN, Pitcairn Island, South Pacific

 PTCN 24hr plot

IU/PTGA, Pitinga, Brazil

 PTGA 24hr plot

IU/QSPA, South Pole, Antarctica

 QSPA 24hr plot

IU/RAO, Raoul, Kermandec Islands

 RAO 24hr plot

IU/RAR, Rarotonga, Cook Islands

 RAR 24hr plot

IU/RCBR, Riachuelo, Brazil

 RCBR 24hr plot

IU/RSSD, Black Hills, South Dakota, USA

 RSSD 24hr plot

IU/SAML, Samuel, Brazil

 SAML 24hr plot

IU/SBA, Scott Base, Antarctica

 SBA 24hr plot

IU/SDV, Santo Domingo, Venezuela

 SDV 24hr plot

IU/SFJD, Sondre Stromfjord, Greenland

 SFJD 24hr plot

IU/SJG, San Juan, Puerto Rico

 SJG 24hr plot

IU/SLBS, Sierra la Laguna Baja California Sur, Mexico

 SLBS 24hr plot

IU/SNZO, South Karori, New Zealand

 SNZO 24hr plot

IU/SSPA, Standing Stone, Pennsylvania USA

 SSPA 24hr plot

IU/TARA, Tarawa Island, Republic of Kiribati

 TARA 24hr plot

IU/TATO, Taipei, Taiwan

 TATO 24hr plot

IU/TEIG, Tepich, Yucatan, Mexico

 TEIG 24hr plot

IU/TIXI, Tiksi, Russia

 TIXI 24hr plot

IU/TRIS, Tristan da Cunha, Atlantic Ocean

 TRIS 24hr plot

IU/TRQA, Tornquist, Argentina

 TRQA 24hr plot

IU/TSUM, Tsumeb, Namibia

 TSUM 24hr plot

IU/TUC, Tucson, Arizona

 TUC 24hr plot

IU/ULN, Ulaanbaatar, Mongolia

 ULN 24hr plot

IU/WAKE, Wake Island, Pacific Ocean

 WAKE 24hr plot

IU/WCI, Wyandotte Cave, Indiana, USA

 WCI 24hr plot

IU/WVT, Waverly, Tennessee, USA

 WVT 24hr plot

IU/XMAS, Kiritimati Island, Republic of Kiribati

 XMAS 24hr plot

IU/YAK, Yakutsk, Russia

 YAK 24hr plot

IU/YSS, Yuzhno Sakhalinsk, Russia

 YSS 24hr plot

 

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Extreme Temperatures/ Weather

09.10.2012 Forest / Wild Fire Bulgaria Sofia-Capital, [Vitosha Mountain] Damage level Details

Forest / Wild Fire in Bulgaria on Tuesday, 09 October, 2012 at 12:55 (12:55 PM) UTC.

Description
A large wildfire has erupted Tuesday around noon on the Vitosha Mountain just outside Bulgaria’s capital Sofia. Firefighters have been alerted by citizens about a blaze in the Mecha Polyana (Bear’s Glade) area between the Aleko center and the Bistrishko Branishte reserve in the mountain. The billowing smoke, fanned by high winds, is clearly visited from Sofia, which is located on Vitosha’s northern foothills. Bulgaria’s firefigthing service has reported that the blaze is hard to tackle due to the terrain and windy conditions. 70 firefighters and foresters have been sent to the location, which currently encompasses some 2.5 acres of alpine grassland and pine forest.

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Storms / Flooding

  Active tropical storm system(s)
Name of storm system Location Formed Last update Last category Course Wind Speed Gust Wave Source Details
Prapiroon (22W) Pacific Ocean 08.10.2012 10.10.2012 Typhoon III 295 ° 157 km/h 194 km/h 4.57 m JTWC Details

  Tropical Storm data

Share:
Storm name: Prapiroon (22W)
Area: Pacific Ocean
Start up location: N 17° 54.000, E 135° 42.000
Start up: 08th October 2012
Status: Active
Track long: 316.97 km
Top category.:
Report by: JTWC
Useful links:
Past track
Date Time Position Speed
km/h
Wind
km/h
Gust
km/h
Category Course Wave Pressure Source
08th Oct 2012 05:04:27 N 17° 54.000, E 135° 42.000 9 83 102 Tropical Storm 270 15 JTWC
09th Oct 2012 05:29:14 N 17° 42.000, E 132° 36.000 9 120 148 Typhoon I. 260 15 JTWC
Current position
Date Time Position Speed
km/h
Wind
km/h
Gust
km/h
Category Course Wave
feet
Pressure Source
10th Oct 2012 05:20:41 N 18° 24.000, E 130° 54.000 9 157 194 Typhoon III 295 ° 15 JTWC
Forecast track
Date Time Position Category Wind
km/h
Gust
km/h
Source
11th Oct 2012 12:00:00 N 19° 42.000, E 129° 12.000 SuperTyphoon 213 259 JTWC
11th Oct 2012 00:00:00 N 19° 12.000, E 129° 24.000 Typhoon IV 204 250 JTWC
12th Oct 2012 00:00:00 N 20° 24.000, E 129° 24.000 SuperTyphoon 213 259 JTWC
13th Oct 2012 00:00:00 N 21° 12.000, E 130° 18.000 Typhoon IV 204 250 JTWC
14th Oct 2012 00:00:00 N 22° 6.000, E 131° 12.000 Typhoon IV 194 241 JTWC
15th Oct 2012 00:00:00 N 23° 30.000, E 132° 48.000 Typhoon IV 176 213 JTWC
Today Flash Flood Russia [Asia] Republic of Dagestan, [Derbent City region] Damage level Details

Flash Flood in Russia [Asia] on Wednesday, 10 October, 2012 at 06:39 (06:39 AM) UTC.

Description
Heavy rains caused flooding that killed seven people in the southern Russian province of Dagestan on Wednesday, the Emergency Situations Ministry said. About 320 homes in the Caspian Sea coastal city of Derbent close to the Caucasus Mountains were flooded and seven bodies were found, the ministry said. In Derbent, warnings were issued from loudspeakers at mosques and mounted on cars dispatched around the city in the mostly Muslim province, Ekho Moskvy radio reported.

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Epidemic Hazards / Diseases

Today Epidemic Puerto Rico [Statewide] Damage level Details

Epidemic in Puerto Rico on Wednesday, 10 October, 2012 at 03:12 (03:12 AM) UTC.

Description
Puerto Rico’s health department has declared a dengue epidemic. Health Secretary Lorenzo Gonzalez says at least six people have died, including two children younger than 10. A total of 4,816 cases have been reported, including 21 cases of the potentially fatal hemorrhagic dengue. The U.S. Centers for Disease Control and Prevention says 342 new cases were reported in one week last month, twice the number of cases during the same period last year. Dengue cases usually flare up from August to January. The mosquito-borne virus causes fever, severe headaches and extreme joint and muscle pain. Dengue claimed a record 31 lives during a 2010 epidemic that saw more than 12,000 suspected cases. Gonzalez made the announcement on Monday.
Biohazard name: Dengue Fever
Biohazard level: 3/4 Hight
Biohazard desc.: Bacteria and viruses that can cause severe to fatal disease in humans, but for which vaccines or other treatments exist, such as anthrax, West Nile virus, Venezuelan equine encephalitis, SARS virus, variola virus (smallpox), tuberculosis, typhus, Rift Valley fever, Rocky Mountain spotted fever, yellow fever, and malaria. Among parasites Plasmodium falciparum, which causes Malaria, and Trypanosoma cruzi, which causes trypanosomiasis, also come under this level.
Symptoms:
Status: confirmed

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Climate Change

 

 

Vast differences in Antarctic and Arctic polar ocean microbial communities reported

Scientists uncover vast differences in Earth's polar ocean microbial communities

 

The Swedish icebreaker Oden off the coast of Antarctica, with an emperor penguin in the foreground. Credit: J. Wegelius. (Phys.org)—An international team of scientists, including a University of Michigan graduate student, has demonstrated that a clear difference exists between the marine microbial communities in the Southern and Arctic oceans, contributing to a better understanding of the biodiversity of marine life at the poles.
The most comprehensive comparison of microbial diversity at both of Earth’s polar oceans showed that about 75 percent of the organisms at each pole are different. This insight sheds light on newly recognized biodiversity patterns and reinforces the importance of studying Earth’s polar regions in the face of a changing climate. And it highlights the need for further research on the impacts of sea ice, seasonal shifts and freshwater input in both regions. “We believe that significant differences in the environmental conditions at each pole and unique selection mechanisms in the Arctic and Southern oceans are at play in controlling surface and deep-ocean community structure,” said Alison Murray, leader of the international team and an associate research professor at the Desert Research Institute in Reno, Nev.
The team reported its findings online Monday in the .

Scientists uncover vast differences in Earth's polar ocean microbial communities

A sample-collecting device called a rosette is lowered into the ocean off the coast of Antarctica. Credit: Lollie Garay. Kevin Bakker, a graduate student in the U-M Department of Ecology and Evolutionary Biology, is a co-author of the PNAS paper. Before arriving at U-M last month, Bakker conducted molecular and microbial marine science off the coast of Antarctica while working at the University of Georgia. The scientists found that the differences between the two poles were most pronounced in the microbial communities sampled from the coastal regions, which is “likely a result of the significant differences in freshwater sourcing to the two polar oceans,” said Jean-François Ghiglione, first author of the report and research professor at the French Microbial Oceanography Laboratory.
In the Southern Ocean, glacial melt water accounts for most of the freshwater that flows into the system, Ghiglione said. In contrast, the Arctic Ocean receives much bigger pulses of freshwater from several large river systems with huge continental drainage basins, in addition to glacial melt water. While the surface microbial communities appear to be dominated by environmental selection, the deep ocean communities are more constrained by historical events and connected through oceanic circulation, providing evidence for biogeographically defined communities in the global ocean. “Neither latitude nor temperature drove the composition of the surface bacterial communities directly. Rather, short-term effects such as seasonal river input or melting glaciers shaped community composition,” said U-M’s Bakker. “In contrast, it seems like the deep oceans are driven more by long-term changes.”

Scientists uncover vast differences in Earth's polar ocean microbial communities

 

U-M graduate student Kevin Bakker in a laboratory aboard the icebreaker Oden. After collecting water samples, Bakker filtered the water to extract microbial DNA, then sent the genetic material to another lab for sequencing. Credit: Patricia Yager. The collaboration involved scientists from six countries: Canada, France, New Zealand, Spain, Sweden and the United States. The project was made possible through the International Polar Year, a global research campaign, and the Sloan Foundation’s Census of Marine Life Program, which stimulated field efforts at both poles, along with a separate program targeting marine microbes, the International Census of Marine Microbes. In addition, the national polar research programs from each of the six contributing nations, including the U.S. National Science Foundation, supported field expeditions. “The collective energies required to bring this study to fruition was remarkable,” Murray said. “By using similar strategies and technologies in sample collection through next-generation sequencing, we have a highly comparable, unprecedented data set that for the first time has allowed us to take an in-depth look across a large number of samples into the similarities of the microbial communities between the two polar oceans.” Scientists compared 20 samples from the Southern Ocean against 24 samples from the Arctic Ocean taken from both surface and deep-water sites. They also included an additional 48 samples from Earth’s lower latitudes to investigate the polar signal in global marine bacterial biogeography. The researchers specifically compared samples from coastal and open oceans and between winter and summer seasons to test whether or how environmental conditions and dispersal patterns shape microbial communities in the polar oceans. Samples were processed and analyzed by the International Census of Marine Microbes using an identical approach based on pyrosequencing and involving more than 800,000 sequences from each of the 92 samples. “Our analyses identified a number of key organisms in both poles in the surface and deep-ocean waters that are important in driving the differences between the communities,” Murray said. “Still, further research is needed to address the ecological and evolutionary processes that underlie these unique patterns.”
More information: “Pole-to-pole biogeography of surface and deep marine bacterial communities,” by Jean-Francois Ghiglione et al. doi: 10.1073/pnas.1208160109

Read more at: http://phys.org/news/2012-10-vast-differences-antarctic-arctic-polar.html#jCp

Journal reference: Proceedings of the National Academy of Sciences search and more info website

Provided by University of Michigan search and more info website

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Solar Activity

3MIN News October 9. 2012

Published on Oct 9, 2012 by

Pole Shift Video: http://youtu.be/uI10tKuLtFU
STARWATER: http://youtu.be/LiC-92YgZvQ

TODAY’S LINKS
SpaceX Fail: http://cosmiclog.nbcnews.com/_news/2012/10/08/14297705-spacex-launch-problems…
Polar Biodiversity: http://phys.org/news/2012-10-vast-differences-antarctic-arctic-polar.html

REPEAT LINKS
Spaceweather: http://spaceweather.com/ [Look on the left at the X-ray Flux and Solar Wind Speed/Density]

HAARP: http://www.haarp.alaska.edu/haarp/data.html [Click online data, and have a little fun]

CERES JPL: http://ssd.jpl.nasa.gov/sbdb.cgi?sstr=ceres;orb=1;cov=0;log=0;cad=0#orb

SDO: http://sdo.gsfc.nasa.gov/data/ [Place to find Solar Images and Videos - as seen from earth]

SOHO: http://sohodata.nascom.nasa.gov/cgi-bin/soho_movie_theater [SOHO; Lasco and EIT - as seen from earth]

Stereo: http://stereo.gsfc.nasa.gov/cgi-bin/images [Stereo; Cor, EUVI, HI - as seen from the side]

SunAEON:http://www.sunaeon.com/#/solarsystem/ [Just click it... trust me]

SOLARIMG: http://solarimg.org/artis/ [All purpose data viewing site]

iSWA: http://iswa.gsfc.nasa.gov/iswa/iSWA.html [Free Application; for advanced sun watchers]

NASA ENLIL SPIRAL: http://iswa.gsfc.nasa.gov:8080/IswaSystemWebApp/iSWACygnetStreamer?timestamp=…
NOAA ENLIL SPIRAL: http://www.swpc.noaa.gov/wsa-enlil/

US Wind Map: http://hint.fm/wind/

NOAA Bouys: http://www.ndbc.noaa.gov/

NOAA Environmental Visualization Laboratory: http://www.nnvl.noaa.gov/Default.php

RSOE: http://hisz.rsoe.hu/alertmap/index2.php [That cool alert map I use]

GOES Xray: http://www.swpc.noaa.gov/sxi/goes15/index.html

JAPAN Radiation Map: http://jciv.iidj.net/map/

LISS: http://earthquake.usgs.gov/monitoring/operations/heliplots_gsn.php

Gamma Ray Bursts: http://grb.sonoma.edu/ [Really? You can't figure out what this one is for?]

BARTOL Cosmic Rays: http://neutronm.bartol.udel.edu//spaceweather/welcome.html [Top left box, look for BIG blue circles]

TORCON: http://www.weather.com/news/tornado-torcon-index [Tornado Forecast for the day]

GOES Weather: http://rsd.gsfc.nasa.gov/goes/ [Clouds over America]

RAIN RECORDS: http://www.cocorahs.org/ViewData/ListIntensePrecipReports.aspx

EL DORADO WORLD WEATHER MAP: http://www.eldoradocountyweather.com/satellite/ssec/world/world-composite-ir-…

PRESSURE MAP: http://www.woweather.com/cgi-bin/expertcharts?LANG=us&MENU=0000000000&…

HURRICANE TRACKER: http://www.weather.com/weather/hurricanecentral/tracker

INTELLICAST: http://www.intellicast.com/ [Weather site used by many youtubers]

NASA News: http://science.nasa.gov/science-news/science-at-nasa/

PHYSORG: http://phys.org/ [GREAT News Site!]

QUAKES LIST FULL: http://www.emsc-csem.org/Earthquake/seismologist.php

ACTIVE SUNSPOT:

A sunspot, currently located on the farside of the sun, is about to emerge over the sun’s southeastern limb. It is crackling with M-class solar flares and could bring a significant uptick in solar activity.

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Space

Earth approaching objects (objects that are known in the next 30 days)

Object Name Apporach Date Left AU Distance LD Distance Estimated Diameter* Relative Velocity
(1994 EK) 14th October 2012 4 day(s) 0.1356 52.8 230 m – 520 m 12.22 km/s 43992 km/h
(2012 PA20) 15th October 2012 5 day(s) 0.1502 58.5 100 m – 230 m 10.36 km/s 37296 km/h
(2012 RV16) 18th October 2012 8 day(s) 0.1270 49.4 310 m – 700 m 16.14 km/s 58104 km/h
214869 (2007 PA8) 05th November 2012 26 day(s) 0.0433 16.8 1.5 km – 3.3 km 10.79 km/s 38844 km/h
(2011 UG21) 06th November 2012 27 day(s) 0.1784 69.4 340 m – 760 m 19.73 km/s 71028 km/h
(2010 WT) 07th November 2012 28 day(s) 0.1251 48.7 53 m – 120 m 6.53 km/s 23508 km/h
1 AU = ~150 million kilometers,1 LD = Lunar Distance = ~384,000 kilometers Source: NASA-NEO

DRAGON AND THE ISS:

Laden with supplies, SpaceX’s Dragon spacecraft is approaching the International Space Station for docking on Wednesday, Oct. 10th. Last night, David Blanchard saw the commercial spacecraft chasing the ISS across the sky above Flagstaff, Arizona:

“The Dragon capsule raced to catch the ISS as the pair moved across the western sky separated by about 20 seconds,” says Blanhard. “This image is a single 30-s exposure that shows the separation and how Dragon trails ISS.”

On Wednesday, these two streaks will merge. As the Dragon approaches the ISS, astronaut and station commander Suni Williams will reach out with the station’s robot arm to grapple the capsule. The spacecraft will then be joined to one of the station’s ports where astronauts will unload its 1,000 pounds of food, clothing, science gear and other items. Later, the astronauts will load almost 2,000 pounds of used equipment and experiments into the Dragon to be returned to Earth safely in about three weeks.

GEOMAGNETIC ACTIVITY CONTINUES:

For the third day in a row, geomagnetic storms are circling the poles. In North America, auroras have spilled across the Canadian border descending as far south as Utah, Colorado, Kansas, and Nebraska. The best place to see the show, according to pilot Matt Melnyk, is from the window of an airplane:

“I photographed an unbelievable display from the cockpit at 21,000 feet while flying across Alberta Canada,” says Melnyk. “Being the pilot we get a front row view of the amazing aurora and this display was nothing less than spectacular!”

The storms were instigated by a CME strike on Oct. 8th and they are about to be re-energized by a solar wind stream due to hit Earth’s magnetic field on Oct. 10th. NOAA forecasters estimate a 40% chance of strong geomagnetic storms during the next 24 hours, so high-latitude sky watchers should remain alert for auroras

 

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Biological Hazards / Wildlife / Hazmat

Biological Hazard in South Africa on Tuesday, 09 October, 2012 at 09:55 (09:55 AM) UTC.

Description
A large section of coastline in South Africa has been closed after a 30-metre whale washed ashore following an attack by Great White sharks. The whale was removed from the surf after its carcass attracted high numbers of Great Whites to the coast by Muizenberg beach, near Cape Town, on Sunday. Authorities have since taken the southern right whale from the beach but have closed off a stretch of shore from Muizenberg to Monwabisi ‘as a precaution’. Disaster response teams had moved swiftly to get the animal out of the water and onto a flat-bed truck. Wilfred Solomons-Johannes, a spokesman for Cape Town’s disaster risk management centre, said: ‘A decision was taken to begin the recovery operation immediately because of the increase of shark activity off beaches along the False Bay coastline.’ The warning did not stop curious onlookers streaming to the site. Claire McKinnon, manager of the Cape Town cleansing and solid-waste management department, said samples were taken from the carcass to enable pathologists to establish the cause of death before it was disposed of at a landfill site. Once the whale was out of the water, a bulldozer rolled it over the sand. Solomons-Johannes said it was not known whether the whale was alive when the sharks attacked it or had succumbed to an illness. ‘Under normal circumstances predators such as sharks often sneak up on their prey from behind or underneath. Predators don’t usually face off in a fight,’ he said. ‘A predator goes in quickly and quietly attacks the prey. Predators choose the ill, injured, young or old animals to hunt because they are easier to catch.’
Biohazard name: Shark Attack (Great White Shark)
Biohazard level: 1/4 Low
Biohazard desc.: Bacteria and viruses including Bacillus subtilis, canine hepatitis, Escherichia coli, varicella (chicken pox), as well as some cell cultures and non-infectious bacteria. At this level precautions against the biohazardous materials in question are minimal, most likely involving gloves and some sort of facial protection. Usually, contaminated materials are left in open (but separately indicated) waste receptacles. Decontamination procedures for this level are similar in most respects to modern precautions against everyday viruses (i.e.: washing one’s hands with anti-bacterial soap, washing all exposed surfaces of the lab with disinfectants, etc). In a lab environment, all materials used for cell and/or bacteria cultures are decontaminated via autoclave.
Symptoms:
Status: confirmed
09.10.2012 Biological Hazard Zimbabwe Province of Manicaland, [Buhera, Mutare, Mutasa and Chipinge districts] Damage level Details

Biological Hazard in Zimbabwe on Tuesday, 09 October, 2012 at 08:57 (08:57 AM) UTC.

Description
Anthrax has killed hundreds of animals mostly in the communal parts of Manicaland within the past two months, and veterinary experts say the risk of the hemorrhagic infection may be greater with drought covering much of the province. Though there were no immediate reports of human deaths in the outbreak, health authorities in Manicaland have recorded several hospitalised cases following the consumption of infected carcasses.
Humans usually get anthrax through direct contact with infected livestock, often when spores get into a cut on the skin or eating infected carcasses. Without treatment, anthrax can be fatal, but early treatment with antibiotics is very effective. Dr Kurai Pride Kapondo, the acting provincial veterinary officer for Manicaland, confirmed the developments, adding that Anthrax cases have frequently been documented in Buhera, Mutare, Mutasa and Chipinge districts. The movement of cattle from these affected districts has been suspended with immediate effect, and those caught moving animals from these affected areas will be penalised because the spread of the disease is partially blamed on illegal animal movements. Natural anthrax is endemic in Zimbabwe where its bacillus spores can live for decades in dry soil and are ingested by animals ruminating for remnants of vegetation in the driest months of September and October. Anthrax outbreaks happen occasionally in livestock herds and wild animals in Zimbabwe, usually in the Gonarezhou area. Animals typically contract the disease by ingesting or inhaling spores that can survive in soil for decades. Once infected, livestock can die within hours. Anthrax bacteria react to drought and other harsh conditions by producing more spores, and experts said conditions are ripe for disease this year. A drought stretches throughout the entirety of Manicaland. “The division of veterinary field services would like to inform the general public that there have been cases of anthrax in Manicaland Province. Anthrax is a notifiable disease and the division of veterinary services must be notified of suspected cases,” said Dr Kapondo, adding that the disease presents itself as sudden death and animals are found with tarry blood oozing from the nose, mouth and anus. “Carcasses bloat and decompose very rapidly. The carcasses of suspected anthrax cases should never be opened and the meat should never be consumed. Should a case of anthrax occur on your farm, you may help to stop the spread of infection by burning or burying dead animals, and disinfecting the place using the most effective disinfectants like quicklime, formalin or caustic soda,” said Dr Kapondo.
The veterinary department is suffering from perennial shortage of vaccines and farmers are being encouraged to purchase their own vaccines.
Biohazard name: Anthrax
Biohazard level: 4/4 Hazardous
Biohazard desc.: Viruses and bacteria that cause severe to fatal disease in humans, and for which vaccines or other treatments are not available, such as Bolivian and Argentine hemorrhagic fevers, H5N1(bird flu), Dengue hemorrhagic fever, Marburg virus, Ebola virus, hantaviruses, Lassa fever, Crimean-Congo hemorrhagic fever, and other hemorrhagic or unidentified diseases. When dealing with biological hazards at this level the use of a Hazmat suit and a self-contained oxygen supply is mandatory. The entrance and exit of a Level Four biolab will contain multiple showers, a vacuum room, an ultraviolet light room, autonomous detection system, and other safety precautions designed to destroy all traces of the biohazard. Multiple airlocks are employed and are electronically secured to prevent both doors opening at the same time. All air and water service going to and coming from a Biosafety Level 4 (P4) lab will undergo similar decontamination procedures to eliminate the possibility of an accidental release.
Symptoms:
Status: confirmed
10.10.2012 HAZMAT South Korea Province of Gyeonggi, Gumi Damage level Details

HAZMAT in South Korea on Saturday, 06 October, 2012 at 10:55 (10:55 AM) UTC.

Back

Updated: Wednesday, 10 October, 2012 at 03:17 UTC
Description
A chemical leak at a plant in Gumi, S Korea, about 10 km from US army base Camp Carroll, killed five people and injured 18 others 27 September but details of the extent of the damage are only now becoming clear, with officials declaring it a disaster area Monday 8 October. People living within one kilometre of the plant were evacuated and 3,000 people are reported to have been sickened by the hydrofluoric acid leak, reports RT. The area southeast of the capital Seoul is known as Korea’s Silicon Valley.

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Articles of Interest

Today Power Outage USA State of Texas, [Lower Valley] Damage level Details

Power Outage in USA on Wednesday, 10 October, 2012 at 03:18 (03:18 AM) UTC.

Description
A power outage in the Lower Valley left 13,800 customers without electricity and numerous intersections without working traffic lights. The outage began around 2:16 p.m. and was restored by 3:06 p.m., according to El Paso Electric officials. Police responded to multiple traffic-related calls in the affect area. Officials said the outage affected the Border Highway area all the way to the Yarbrough Drive exit. The cause of the outage is still unknown, but officials said it has something to do with equipment failure at the Ascarate substation. The cause of the outage is unknown, and according to the outage map, repairs may be completed within three hours.

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