Read more: http://www.foxnews.com/world/2011/04/07/tsunami-alert-issued-large-quake-strikes-northeastern-japans-coast/#ixzz1Ir3Ka1ds
Thursday, April 7, 2011
Tsunami Warning Issued After Large Quake Strikes Off Northeastern Japan's Coast
Read more: http://www.foxnews.com/world/2011/04/07/tsunami-alert-issued-large-quake-strikes-northeastern-japans-coast/#ixzz1Ir3Ka1ds
Monday, April 4, 2011
Japan Nuke Plant Operator to Dump Radioactive Water Into Ocean
Read more: http://www.foxnews.com/world/2011/04/03/engineers-pin-hopes-polymer-stop-nuke-leak/#ixzz1IY8XFBZG
Tuesday, March 29, 2011
An American Mother's Nightmare in Japan
Wednesday, March 16, 2011
Japan Earthquake: Before and After
Rolling Stones - As Tears Go By - Live '06 Tokyo
Aerial photos taken over Japan have revealed the scale of devastation across dozens of suburbs and tens of thousands of homes and businesses.
The magnitude 9.0 Tohoku earthquake on March 11, 2011, which occurred near the northeast coast of Honshu, Japan, resulted from thrust faulting on or near the subduction zone plate boundary between the Pacific and North America plates. At the latitude of this earthquake, the Pacific plate moves approximately westwards with respect to the North America plate at a rate of 83 mm/yr, and begins its westward descent beneath Japan at the Japan Trench. Note that some authors divide this region into several microplates that together define the relative motions between the larger Pacific, North America and Eurasia plates; these include the Okhotsk and Amur microplates that are respectively part of North America and Eurasia.
The March 11 earthquake was preceded by a series of large foreshocks over the previous two days, beginning on March 9th with a M 7.2 event approximately 40 km from the epicenter of the March 11 earthquake, and continuing with another three earthquakes greater than M 6 on the same day.
The Japan Trench subduction zone has hosted nine events of magnitude 7 or greater since 1973. The largest of these, a M 7.8 earthquake approximately 260 km to the north of the March 11 epicenter, caused 3 fatalities and almost 700 injuries in December 1994. In June of 1978, a M 7.7 earthquake 35 km to the southwest of the March 11 epicenter caused 22 fatalities and over 400 injuries. Large offshore earthquakes have occurred in the same subduction zone in 1611, 1896 and 1933 that each produced devastating tsunami waves on the Sanriku coast of Pacific NE Japan. That coastline is particularly vulnerable to tsunami waves because it has many deep coastal embayments that amplify tsunami waves and cause great wave inundations. The M 7.6 subduction earthquake of 1896 created tsunami waves as high 38 m and a reported death toll of 22,000. The M 8.6 earthquake of March 2, 1933 produced tsunami waves as high as 29 m on the Sanriku coast and caused more than 3000 fatalities.
The March 11, 2011 earthquake was an infrequent catastrophe. It far surpassed other earthquakes in the southern Japan Trench of the 20th century, none of which attained M8. A predecessor may have occurred on July 13, 869, when the Sendai area was swept by a large tsunami that Japanese scientists have identified from written records and a sand sheet.
Continuing readjustments of stress and associated aftershocks are expected in the region of this earthquake. The exact location and timing of future aftershocks cannot be specified. Numbers of aftershocks will continue to be highest on and near to fault-segments on which rupture occurred at the time of the main-shock. The frequency of aftershocks will tend to decrease with elapsed time from the time of the main shock, but the general decrease of activity may be punctuated by episodes of higher aftershock activity. Beyond the ongoing aftershock sequence, the USGS does not believe that the earthquakes in Japan have significantly raised the probability of future major earthquakes. While the probability of future large earthquakes far from northern Honshu has not increased, neither has it decreased and large earthquakes will continue to occur just as we have observed in the past.
Friday, March 11, 2011
Japan: Thousands of deaths expected in quake, Tsunami: Thousands evacuated near nuclear plant as pressure rises
Jerusalem_Post: Japan: Thousands of deaths expected in quake, tsunami: Thousands evacuated near nuclear plant as pressure rises;... http://bit.ly/eKJWoa
Estimated Tsunami arrival times for locations along the North American Pacific coast
The following list gives estimated times of arrival for
locations along the North American Pacific coast from a
tsunami generated at the given source location. The
list is ordered by arrival time starting with the earliest.
Since tsunami speed is directly related to
water depth, tsunami ETAs can be computed independent of
tsunami amplitude. THE LISTING OF A TSUNAMI ARRIVAL TIME
BELOW DOES NOT INDICATE A WAVE IS IMMINENT. The listed arrival
time is the initial wave arrival. Tsunamis can be dangerous
for many hours after arrival, and the initial wave is not
necessarily the largest.
Source:
Lat: 38.0N
Lng: 142.9E
Mag: 7.9
O-time: 0546UTC
Date: MAR 11
Estimated times of initial tsunami arrival:
DART 21415 2348 AKST MAR 10 0848 UTC MAR 11
Shemya, Alaska 0020 AKST MAR 11 0920 UTC MAR 11
Attu, Alaska 0020 AKST MAR 11 0920 UTC MAR 11
DART 21414 0020 AKST MAR 11 0920 UTC MAR 11
Amchitka Pass, Alaska (125 miles W of Adak) 0034 AKST MAR 11 0934 UTC MAR 11
Amchitka, Alaska 0037 AKST MAR 11 0937 UTC MAR 11
DART 46413 0059 AKST MAR 11 0959 UTC MAR 11
Atka, Alaska 0116 AKST MAR 11 1016 UTC MAR 11
Adak, Alaska 0118 AKST MAR 11 1018 UTC MAR 11
DART 46408 0119 AKST MAR 11 1019 UTC MAR 11
DART 46402 0145 AKST MAR 11 1045 UTC MAR 11
Nikolski, Alaska 0159 AKST MAR 11 1059 UTC MAR 11
DART 46403 0219 AKST MAR 11 1119 UTC MAR 11
Akutan, Alaska 0224 AKST MAR 11 1124 UTC MAR 11
Dutch Harbor, Alaska 0228 AKST MAR 11 1128 UTC MAR 11
Unimak Pass, Alaska (80 miles NE of Dutch Harbo 0236 AKST MAR 11 1136 UTC MAR 11
St. Paul, Alaska 0239 AKST MAR 11 1139 UTC MAR 11
DART 46409 0300 AKST MAR 11 1200 UTC MAR 11
King Cove, Alaska 0303 AKST MAR 11 1203 UTC MAR 11
Sand Point, Alaska 0304 AKST MAR 11 1204 UTC MAR 11
Perryville, Alaska 0326 AKST MAR 11 1226 UTC MAR 11
DART 46410 0326 AKST MAR 11 1226 UTC MAR 11
Cold Bay, Alaska 0337 AKST MAR 11 1237 UTC MAR 11
Chignik Bay, Alaska 0357 AKST MAR 11 1257 UTC MAR 11
Kodiak, Alaska 0358 AKST MAR 11 1258 UTC MAR 11
Cape Suckling, Alaska (75 miles SE of Cordova) 0359 AKST MAR 11 1259 UTC MAR 11
Old Harbor, Alaska 0400 AKST MAR 11 1300 UTC MAR 11
Hinchinbrook Entrance, Alaska (90 miles E of Se 0409 AKST MAR 11 1309 UTC MAR 11
Seward, Alaska 0423 AKST MAR 11 1323 UTC MAR 11
Alitak, Alaska 0425 AKST MAR 11 1325 UTC MAR 11
Elfin Cove, Alaska 0425 AKST MAR 11 1325 UTC MAR 11
Kennedy Entrance, Alaska (40 miles SW of Homer) 0428 AKST MAR 11 1328 UTC MAR 11
Saint Matthew Island, Alaska 0433 AKST MAR 11 1333 UTC MAR 11
Cape Fairweather, Alaska (80 miles SE of Yakuta 0433 AKST MAR 11 1333 UTC MAR 11
Yakutat, Alaska 0433 AKST MAR 11 1333 UTC MAR 11
Sitka, Alaska 0433 AKST MAR 11 1333 UTC MAR 11
Salisbury Sound, Alaska (25 miles NW of Sitka) 0434 AKST MAR 11 1334 UTC MAR 11
Port Alexander, Alaska 0434 AKST MAR 11 1334 UTC MAR 11
the Alaska/British Columbia border 0538 PST MAR 11 1338 UTC MAR 11
Valdez, Alaska 0443 AKST MAR 11 1343 UTC MAR 11
Langara Island, British Columbia 0543 PST MAR 11 1343 UTC MAR 11
Cordova, Alaska 0452 AKST MAR 11 1352 UTC MAR 11
Cape Decision, Alaska (85 miles SE of Sitka) 0455 AKST MAR 11 1355 UTC MAR 11
DART 46419 0608 PST MAR 11 1408 UTC MAR 11
Homer, Alaska 0516 AKST MAR 11 1416 UTC MAR 11
DART 46404 0625 PST MAR 11 1425 UTC MAR 11
the north tip of Vancouver Island, British Colu 0626 PST MAR 11 1426 UTC MAR 11
DART 46407 0632 PST MAR 11 1432 UTC MAR 11
Craig, Alaska 0534 AKST MAR 11 1434 UTC MAR 11
Ketchikan, Alaska 0540 AKST MAR 11 1440 UTC MAR 11
Juneau, Alaska 0543 AKST MAR 11 1443 UTC MAR 11
DART 46411 0656 PST MAR 11 1456 UTC MAR 11
Tofino, British Columbia 0706 PST MAR 11 1506 UTC MAR 11
Gambell, Alaska 0606 AKST MAR 11 1506 UTC MAR 11
Prince Rupert, British Columbia 0711 PST MAR 11 1511 UTC MAR 11
the Washington-British Columbia border 0712 PST MAR 11 1512 UTC MAR 11
Neah Bay, Washington 0718 PST MAR 11 1518 UTC MAR 11
Clatsop Spit, Oregon 0719 PST MAR 11 1519 UTC MAR 11
La Push, Washington 0719 PST MAR 11 1519 UTC MAR 11
Cape Blanco, Oregon 0719 PST MAR 11 1519 UTC MAR 11
the Oregon-Washington border 0720 PST MAR 11 1520 UTC MAR 11
Point Grenville, Washington 0721 PST MAR 11 1521 UTC MAR 11
Port Moller, Alaska 0622 AKST MAR 11 1522 UTC MAR 11
Charleston, Oregon 0723 PST MAR 11 1523 UTC MAR 11
Douglas/Lane County Line, Oregon (10 miles SW o 0724 PST MAR 11 1524 UTC MAR 11
Cape Mendocino, California 0724 PST MAR 11 1524 UTC MAR 11
Cascade Head, Oregon (70 miles SW of Portland) 0724 PST MAR 11 1524 UTC MAR 11
Tillamook Bay, Oregon 0726 PST MAR 11 1526 UTC MAR 11
Horse Mountain, California (50 miles SW of Eure 0727 PST MAR 11 1527 UTC MAR 11
Fort Bragg, California 0728 PST MAR 11 1528 UTC MAR 11
Humboldt Bay, California 0729 PST MAR 11 1529 UTC MAR 11
Crescent City, California 0730 PST MAR 11 1530 UTC MAR 11
Seaside, Oregon 0731 PST MAR 11 1531 UTC MAR 11
the Oregon-California border 0731 PST MAR 11 1531 UTC MAR 11
Westport, Washington 0732 PST MAR 11 1532 UTC MAR 11
Point Arena, California 0733 PST MAR 11 1533 UTC MAR 11
Newport, Oregon 0733 PST MAR 11 1533 UTC MAR 11
Gualala Point, California (80 miles NW of San F 0735 PST MAR 11 1535 UTC MAR 11
Point Reyes, California 0746 PST MAR 11 1546 UTC MAR 11
Davenport, California (10 miles NW of Santa Cru 0747 PST MAR 11 1547 UTC MAR 11
Point Sur, California 0749 PST MAR 11 1549 UTC MAR 11
Astoria, Oregon 0751 PST MAR 11 1551 UTC MAR 11
Monterey, California 0752 PST MAR 11 1552 UTC MAR 11
Port Angeles, Washington 0755 PST MAR 11 1555 UTC MAR 11
Ragged Point, California (45 miles NW of San Lu 0758 PST MAR 11 1558 UTC MAR 11
DART 46412 0759 PST MAR 11 1559 UTC MAR 11
Point Concepcion, California 0805 PST MAR 11 1605 UTC MAR 11
Port San Luis, California 0811 PST MAR 11 1611 UTC MAR 11
Bella Bella, British Columbia 0812 PST MAR 11 1612 UTC MAR 11
San Francisco, California 0816 PST MAR 11 1616 UTC MAR 11
Cape Newenham, Alaska 0723 AKST MAR 11 1623 UTC MAR 11
Santa Barbara, California 0824 PST MAR 11 1624 UTC MAR 11
Rincon Point, California (15 miles SE of Santa 0835 PST MAR 11 1635 UTC MAR 11
San Pedro, California 0839 PST MAR 11 1639 UTC MAR 11
Santa Monica, California 0839 PST MAR 11 1639 UTC MAR 11
Newport Beach, California 0845 PST MAR 11 1645 UTC MAR 11
La Jolla, California 0848 PST MAR 11 1648 UTC MAR 11
Seattle, Washington 0851 PST MAR 11 1651 UTC MAR 11
Alamitos Bay, California (20 miles SE of L.A.) 0854 PST MAR 11 1654 UTC MAR 11
the California-Mexico border 0854 PST MAR 11 1654 UTC MAR 11
Hooper Bay, Alaska 0854 AKST MAR 11 1754 UTC MAR 11
Little Diomede Island, Alaska 0904 AKST MAR 11 1804 UTC MAR 11
Dillingham, Alaska 0946 AKST MAR 11 1846 UTC MAR 11
Nome, Alaska 1059 AKST MAR 11 1959 UTC MAR 11
Unalakleet, Alaska 1430 AKST MAR 11 2330 UTC MAR 11
Friday, September 18, 2009
Tsunami Warning Detector
a Tsunami is coming?
*
*
*
This is timely lifesaving
information for people
who live near beaches.
******
****
**
*
Monday, April 20, 2009
Indonesia: New beginnings for young survivors

Four years after the disaster, Masrizal and Bahtiar are looking to the future. Along with nearly 500 other young people, Bahtiar is participating in a vocational training programme provided by the American Red Cross and the Indonesian Red Cross
Masrizal is a sensitive and quiet young man. At age 27, he has a strong vision and a desire to enrich himself and help others. But beneath his stoic demeanor lies a moving story of tragic loss and new beginnings.When the December 2004 tsunami struck, Masrizal lost his entire family, his home and all of his earthly possessions in a matter of hours. His village of Lamlumpu, in Aceh Besar, was utterly destroyed and many of its residents killed.“My parents and siblings disappeared in the waves, together with most of the other people who lived in my village,” he says. “It left me all alone in the world.”
Compassionate and concerned
But Masrizal says the experience made him more compassionate and concerned about the well-being of those around him. He says he often thinks of his mother and tries to emulate her. He remembers her as a warm and lively woman who was at the centre of community life.“My mother was always involved in community events,” he says. “She was easy to talk to and I felt like I could tell her anything.”More than a year ago, he received a new house from an international organization near where most of Lampulu's surviving residents have settled. He has also found a job at a local blood testing laboratory, where he works part time.
Badly injured
Like Masrizal, 20-year-old Bahtiar also lost nearly everything to the tsunami. Caught up in the waves, he was badly injured but luckily managed to survive. Unfortunately, both of his parents and five of his siblings did not.“There was nothing left from our home - it disappeared completely,” Bahtiar, who was aged 16 at the time, recalls. “I felt sad and confused, but thankfully I had my relatives to care for me during that time.”His surviving family members helped nurse him back to health and supported him while he completed secondary school.
Sustainable income
Four years after the disaster, Masrizal and Bahtiar are looking to the future. Along with nearly 500 other young people, Masrizal is participating in a vocational training programme provided by the American Red Cross and the Indonesian Red Cross (PMI). The training, which is part of the psychosocial support programme, aims to help tsunami-affected youth like Masrizal to gain the skills they need to earn a sustainable income.“We are allowed to choose the type of training based on experience and interest,” Masrizal says. “Once I complete the course, I hope to earn more money and establish my own business.”Participants can choose from a range of courses, including carpentry and computer skills.
The training, which is part of the psychosocial support programme, aims to help tsunami-affected youth like Masrizal to gain the skills they need to earn a sustainable income.
Masrizal has chosen a course in electrical repair while Bahtiar has selected a mechanical repair course.“I want to continue my education and go to university,” Bahtiar says. “Hopefully the income I earn from being a mechanic will pay for my school fees.”
Incredible recovery
Though Aceh has seen incredible recovery and growth in the four years since the disaster, it remains one of the poorest provinces in Indonesia. Now that houses have been built and major infrastructure repaired, economic recovery assistance is one of the most pressing needs for survivors.With tsunami-related aid from the government and international organizations coming to an end, it is vital that young people have the skills that they need to continue on the path to recovery and self-sufficiency. The training is being implemented in partnership with local government agencies who help identify local experts to act as facilitators and provide professional certificates to participants successfully completing their course.On the last day of vocational training, Masrizal receives an “A” score for the course.“The more skills and knowledge that I have, the better my life will be and the more I can contribute to my community,” he says.
Bahtiar receives his training certificate.Psychosocial Support Programme (PSP) in Aceh
The PSP programme is working in 160 villages and 139 schools in Aceh Besar, Banda Aceh and Aceh Jaya. After over two years of support in Aceh Besar and Banda Aceh, activities in these two districts are ending while activities in Aceh Jaya will continue through December 2009.To date, 388 community and school facilitators have been trained to design and implement psychosocial activities. 5,624 individuals have been trained in psychological first aid, equipping them with the skills to sensitively respond to the needs of those affected by crisis. It is hoped that these individuals will be able to continue to support their communities in times of need long after the programme ends.With Indonesian Red Cross (PMI) and the University of Indonesia, the American Red Cross is designing and supporting a Master’s degree course in disaster psychology. The first course will begin in February 2009 with 20 students from across the country. As PMI staff and volunteers, these students will trained and prepared to respond the psychological needs of disaster survivors nationwide.
Masrizal proudly display his training certificate.
Special thanks to Wilda Anggraeni, American Red Cross in Aceh, Indonesia for some of the text and photos.
Finale: I am off to New York tomorrow night, 22 April, to be there for the presentation of the Tsunami Global Lessons Learned Report to the SG of the UN and Bill Clinton who has been his special adviser. It will be great to see New York again. The last time I was in New York was 1986 after going to the North Pole with Will Steger, and I appeared on Good Morning America in Polar bear trousers, seal skin boots, Beaver mitts with a badly frostbitten face. Dan Rather was the host on the show. That night in 1986, after 4 months of isolation, I hit New York town and had quite a party.
