Natural Disaster Response in Japan and Fiji

The Brookings Institution
My work with natural disasters has largely taken me to developing countries—like Haiti, Indonesia and Central America. My trip to Japan a few weeks ago offered interesting insights on how a large and powerful country deals with a major natural disaster. The facts of the Great East Japan earthquake are well-known: a powerful 9.0 earthquake on 11 March followed minutes later by a tsunami with waves over 100 feet, destroying 120,000 buildings and causing over $300 billion in economic damages. The final casualty figures aren’t in, but are likely to top 20,000. It’s a testament to Japan’s pioneering work in developing earthquake-resistant construction that only 100 people were killed in the earthquake itself. The tsunami was the big killer.
“I’ve never seen anything like it,” an international disaster expert told me. “The scale of the devastation across 300 miles is unbelievable. I’ve never seen anything like it.” “But wait a minute, you worked in the 2004 tsunami, right?” I asked. He nodded and went on: “Yes, in the tsunami, in the 2005 Pakistani earthquake, in Haiti last year, in Myanmar after Cyclone Nargis in 2008—I’ve worked in all the major disasters for the past 20 years. That’s what I do. And I tell you, I’ve never seen anything like the scale of destruction I’ve seen here.”
But in spite of the disaster two months earlier, Tokyo looks normal—the subway is crowded, the streets are bustling. It takes me a while to notice that the air conditioning is off in the metro, that many of the escalators are not running, that the halls in the office buildings I visit are dark and that there seem to be a lot of Japanese businessmen who aren’t wearing coats and ties. The effects of the damaged nuclear facilities are felt on a daily basis. What sets the Japanese disaster apart from every other disaster that has occurred so far is the damage to the nuclear power plants and resulting leaks of radioactive material.

While I am there, the government announces that more nuclear power plants will be shut down for testing and urges residents to conserve energy further. Also while I am there, (feeling guilty for using the air conditioning on in my hotel room) the government reverses itself and says that there will be no new nuclear power plants built in the country. Japan presently gets about 30 percent of its electricity from nuclear power. 
Everyone I talk with (an admittedly unrepresentative sample) about the relief effort is more or less positive about the Japanese response. Neighbors affected by the disaster took care of each other, donations poured in from the public, and Japanese organizations responded quickly and efficiently. The Japanese Red Cross alone deployed 600+ medical teams to affected areas. There are still about 100,000 people living in temporary shelters, but this is down from 400,000. And there are plans to move everyone out of the shelters by September. But building houses takes time and in every disaster I’ve seen, it raises difficult issues, such as whether to allow rebuilding in areas which may be unsafe, about how to establish titles when land registries are destroyed, about how to provide housing for those who rented their accommodations, about who gets priority when housing is built, about whether to build transitional housing or invest the money into permanent homes.

Housing always raises difficult issues—a year after the earthquake in Haiti, a million people were still living in IDP camps, most under tattered tarps. But Haiti and Japan are opposite ends of a spectrum. The plans in Japan seem ambitious, but this is a developed country where people who lost everything in the disaster are beginning to receive appliance packages (including a refrigerator, microwave oven, television, rice cooker, washing machine  and  electric thermos.) I’ve never seen a disaster before where standard relief items include a television and washing machine. But this is a developed country.
When I asked a senior Japanese official "what was his biggest headache with the earthquake response," his response surprised me: "how to deal with the international offers of assistance." As of late May, the Japanese government reported receiving offers of assistance from 159 countries and 43 international organizations. Like the United States after Hurricane Katrina (as Anne Richard points out in her wonderful little book, Role Reversal), the Japanese government and NGOs don’t really know how to respond to the offers of assistance nor to the delegations seeking to visit the affected area. Japan is a major donor country after all, but the offers of assistance pour in from rich and poor countries alike. The government of Kenya, for example, recently announced it was donating $1 million to Japan for earthquake response. Kenya is the largest recipient of Japanese official development assistance. This shift from being a donor to a recipient is a tricky thing.
But as this year has shown—in Australia, New Zealand, Japan and the United States—natural disasters occur in rich countries as well as in poor ones and governments of developed countries would do well to get their systems in order—including how to deal with offers of assistance—before disasters strike.
I traveled to Japan from Fiji where we had organized, together with the UN, a workshop on natural disasters, climate change and human rights for representatives of seven Pacific Island governments and aid agencies. “When the alert went out that the earthquake in Japan could lead to a tsunami through the whole Pacific region,” a representative from Tuvalu explained, “we had no place to run. The highest point on our islands is 3 meters. There is simply no place to escape a tsunami. We sat at home with our families and we prayed.” The tsunami didn’t materialize this time, but future tsunamis can’t be ruled out. And it’s almost certain that climate change will mean both more and more intense natural disasters in the Pacific. 
In the United States, we tend to think of the effects of climate change as occurring in the future. But the Pacific Islands are already feeling the effects. For example, king tides are getting stronger and destroying agricultural lands. As a result, the people of the Carteret islands, off the coast of Papua New Guinea, are already looking for places on the mainland to resettle as their island can no longer support them. Rising sea levels cause increasing salination of water which is likely to be a major factor in pushing people to leave their communities. Participants in our workshop were passionate in their discussions of climate change—how to prepare for it, how to respond to its effects. Some talked of building seawalls, some talked of sending their kids to school in Australia, some talked of reviving indigenous knowledge about predicting disasters. It is more than ironic that these small countries will likely be the first to lose their countries, identities and way of life due to climate change caused by emissions—emissions produced by others, living far from their islands.
Natural disasters also cause displacement and participants talked about the effects of displacement in their countries. In 2009 a tsunami in Samoa displaced some 5,300 people—a relatively small number, but 2.5 percent of the country’s population. In comparison, Hurricane Katrina displaced about a million people—less than 3 tenths of one percent of the U.S. population. A 2007 tsunami in the Solomon Islands affected almost 5 percent of the population—a corresponding impact on the United States would leave about 15 million people affected by a disaster.
In Papua New Guinea, a 2004 volcanic eruption led to the evacuation of 9,000 people from Manam Island. Eighty-five percent of the island is now covered by lava which means that the 9,000 displaced could not return to their homes. The story of the Manam Islanders is a sad one. Provided with temporary shelter on the mainland (shelter which has deteriorated over time), the displaced faced discrimination and violence by their host community. The government seemed unable to find a solution which would allow the displaced islanders to restore their livelihoods and settle into new communities. Last year, in the absence of alternative solutions, about 3,000 of the islanders returned to their ravaged island. In January of this year, rumblings of volcanic activity made it clear that the island is still unsafe and the government announced again that it was working to find alternative sites for the island’s people. A UN official quoted a Manam Islander: “I’ve been listening to words for a very long time. My stomach is already full of words.”
If after seven years, homes can’t be found for the 9,000 Manam islanders, how in the world will the region cope if, as predicted, 1.2 million Pacific Islanders are displaced by the effects of climate change in the next forty years?

Japan report promises independent nuclear agency


TOKYO — Facing widespread criticism for its handling of the crisis at the Fukushima Daiichi plant, the Japanese government on Tuesday announced its intention to create an independent nuclear agency, breaking up the ministry that both promotes and regulates atomic energy.
The decision to separate the regulator (the Nuclear and Industrial Safety Agency, or NISA) from the promoter (the Ministry of Economy, Trade and Industry, or METI) came as part of a government report that calls for several major overhauls in the way Japan operates its nuclear plants and provides information about the ongoing crisis after the earthquake and tsunami in March. Previously, NISA was a subdivision of METI, an arrangement that critics say contributed to lax oversight of nuclear safety in Japan.

Graphic
The massive March 11 earthquake triggered a powerful tsunami that devastated the coastline north of Tokyo.
The massive March 11 earthquake triggered a powerful tsunami that devastated the coastline north of Tokyo.
Graphic
Japan’s nuclear emergency
Japan’s nuclear emergency
The report, to be submitted this month to the International Atomic Energy Agency, also serves as a reminder of the challenges at the disaster-stricken facility. In it, Japan cites the “possibility” that melted fuel has penetrated the reactor pressure vessels in units 1, 2 and 3 and dropped on to the floors of the primary containment vessel. That acknowledgment came a day after the government doubled its estimate of the radiation released so far during the crisis.
The report is at once a pointed self-critique and a pledge to learn from mistakes. Many of its admissions are familiar, echoing assessments by international agencies and outside experts. They include acknowledgments that Fukushima Daiichi was unprepared for a tsunami and that the government was too slow to provide information on radiation to people in the disaster zone.
But the report also lends insight into the jumbled initial response, which was characterized by poor communication among the government and the plant operator, Tokyo Electric Power, as well as government agencies. It was unclear, the report says, exactly who had ultimate authority for nuclear safety. NISA is a regulator, but it was tucked within METI. And Japan’s Nuclear Safety Commission was responsible for part of METI. Local governments were in charge of environmental monitoring.
“This is why it was not clear who has the primary responsibility for ensuring citizens’ safety in an emergency,” the report says. “Also, we cannot deny that the existing organizations and structures made mobilization of capabilities difficult to promptly respond to such a large-scale nuclear accident.”
As the disaster unfolded, Japanese authorities relied on computer models and uncertain data while trying to assess the full scope of the damage to the reactor cores. Even now, it will probably be years before guesses about units 1, 2 and 3 turn into facts. But the government’s admission Tuesday of a possible melt-through reaffirmed assumptions held by outside scientists.
“It’s much like the Japanese government conceding that gravity is a possibility,” David Lochbaum, an independent nuclear power expert, wrote in an e-mail. “Studies for decades have consistently concluded that a reactor core without cooling and makeup will overheat, melt, slump to the bottom of the reactor vessel, and burn through the vessel wall and drop on to the drywell floor.”
Goshi Hosono, the lawmaker in charge of the latest report, said that the government often found itself torn over whether to release unconfirmed — and constantly changing — information to the public. Too often, he said, officials preferred to wait, opening themselves to accusations that they were hiding information.
On March 18, for instance, Japan raised its assessment of the Fukushima accident to a Level 5, using the International Nuclear and Radiological Event Scale. On April 12, it revised that assessment, giving Fukushima a Level 7 rating — on par with Chernobyl.
The government should have been more forthcoming in March, Hosono said during an interview in his office.
“We could have — and should have — told the public even then [on March 18] that there was the possibility of a full meltdown and a level 7 event,” Hosono said.

Special correspondent Akiko Yamamoto contributed to this report.

Don't mention the war - on nuclear power stance unworthy of smart nation

JOHN DE BUEGER
Last updated 09:42 09/06/2011
You've got to hand it to the Germans - this strange race has a weird tendency of periodically being unable to see the wood for the trees. It is extraordinary that such an intelligent, industrious and cultured people can occasionally get the big things so spectacularly wrong.
The Wisdom of Crowds doesn't seem to work in Germany. Eighty years ago they failed to spot what a megalomaniacal monster Hitler was until it was too late, and now they are flummoxed by nuclear energy.
Angela Merkel's decision to phase out/close down their nuclear plants defies rational explanation. David Lange succeeded in brainwashing this country with a series of smart-arse one-liners and half truths, but such nonsense doesn't normally wash in a country that has operated nuclear plants without incident for decades. Germany knows a lot about them, given that about 30 per cent of their power is nuclear. The latest U-turn is the result of Fukushima, and Merkel is being forced by MMP- driven electoral necessity to pander to the ravings of a numerically illiterate minority, who have whipped themselves up into an "emperor's clothes" fury over an invisible bogey man. Like us, Germany too is hamstrung by MMP.
What Fukushima really demonstrated is that a 40-year-old nuclear power plant can withstand a Richter 9 earthquake, and if the Japanese had bothered to "tsunami-proof" the cooling water pumps - by putting a simple concrete shield over them - the current problems wouldn't have arisen. But Fukushima also demonstrated the stupidity of locating a coastal power plant in the Bay of Sendai, which has a long history of tsunamis. Rather than explaining these simple facts, a sensationalist, and intellectually dishonest media has done its best to scare ignorant masses witless worldwide.
Not for nothing is the word tsunami Japanese. The reason all European languages have had to co-opt it is you don't get tsunamis coming down the Rhine or out of the North Sea. Major earthquakes only happen in seismically active regions, and the nearest active seismic zone to Northern Europe is thousands of kilometres away in southern Italy or Turkey.
What is equally puzzling is that Germany is a front-runner as a nation convinced of anthropogenic climate change, and the need to cut CO2. They are world leaders in developing renewable alternatives - they don't need James Lovelock's doomsday predictions to convince them that coal must be phased out.
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Unlike New Zealand, where we can probably achieve a reliable 90 per cent renewables generation mix, large industrial countries like Germany have few choices for reliable CO2-free spinning reserve 24/7 - just nuclear, hydro, or geothermal.
Germany has long had preferential tariffs for solar and wind generation, and they have committed huge R&D resources to drive down the cost of solar PV power - despite not being the first country that comes to mind in topping the sunshine polls. Solar PV costs may well be falling fast, but that counts for nothing on grey days.
What is even weirder is that much of the rest of Europe seems to have finally woken up to the need for CO2 reduction, and many adjoining countries are in the process of reviving their nuclear programmes. The UK is - hardly surprising given that much of the power used in London comes under the channel from French nuclear plants in Normandy. If nuclear plants have to be so close, why not build your own and be doubly certain that appropriate safety regimes are being followed, rather than importing from France?
The French have been more than 80 per cent nuclear for decades and expect to make a killing selling proven technology. Poland has stated that they are going to commence nuclear construction.
On overcast, windless days - a not unusual situation in Northern Europe - Germany is going to be in the absurd situation of having to buy nuclear power from both its next-door neighbours - France to the west and Poland the east. This must be obvious to Chancellor Merkel, who is a trained physicist and who can count.
About the only other country that comes to mind with such senseless objection to nuclear power - but where solar will eventually be economic - is Australia.
Given the irrationality floating about on this subject, it's a good thing that nuclear plants don't make economic sense in New Zealand, because if they did you have to admit that when it comes to mind-numbing stupidity on such matters, as a nation, we are as bad or worse than the Germans.
- Taranaki Daily News

AIG: Bad News Is Mostly History

   

AIG… Patient Investor

I have been observing AIG (AIG) for over two decades as a customer, broker, and investor. One sees many arguments for investing in AIG and many arguments for shorting or ignoring AIG as an investment. Both sides have their issues and good points. The major factor contributing to the downfall of AIG was AIG's Financial Products division, located in the United Kingdom, which did not have a comprehension or understanding of the risks they were taking in mortgage markets, thus forcing AIG to obtain financial assistance from the U.S. Government which now owns approximately 77%. Consider the issues against investing in AIG, and the positive facts for investing in AIG.

AIG the poor investment…

  1. The overhang of the U.S. Government owning 77% of the company can be deemed a negative factor by some. Many investors feel that with the government selling so many shares, it will not support the price of the stock and cause further dilution of ownership.
  2. AIG has been adding additional bulk reserves as a result of poor long-term loss estimates in asbestos, excess casualty, primary workers' compensation, and excess workers' compensation.
  3. Many investors, including Hank Greenberg, the former Chairman, feel that the company has sold many of its great businesses.
  4. The recent earthquake/tsunami in Japan, the New Zealand earthquake as well as the floods of Australia resulted in a $1.7 billion reserve loss.

AIG the great long-term investment…

  1. AIG has great worldwide brand recognition.
  2. Its products are innovative and highly creative.
  3. Chartis has realigned itself in order to reduce its business lines in less profitable areas and increase its writings in more profitable lines. One example of this is the worker's compensation writings have been greatly reduced.
  4. AIG has increased their bulk reserves the last two years. Typically, insurance companies are very conservative reserving in a hard insurance market (hiding profits) and reserving lightly in a soft market (showing more profit). AIG has seriously addressed this issue and even established a recent contract with Berkshire Hathaway (BRK.A) for the asbestos reserves reinsuring this exposure for a premium of $1.65 billion with a limit of $3.5 billion. AIG had tackled this issue even in a prolonged soft market. The reserving process is really a very educated guess that involves the use of algorithms, past historical data, changes in court decisions, and changes in insurance policy forms. There have been accusations that AIG did not reserve enough over the past years; however, the critics have no data to support this theory with the exception of the reserve increases the past two years.
  5. There has been vast improvement in AIG's earnings potential. When examining the first quarter of 2010, the after tax operating earnings per share was stated at $.95, and checking the first quarter of 2011, it improved to $1.30 (.pdf) per share. There was significant improvement even with all the charges, including, but not limited to the $3.3 billion charge for prepayment of the FRBNY loan and various costs of selling entities and downsizing the company. Even in AIG Financial Products, they have reduced their trades from 44,000 to 3,900, thus reducing the volatility in their profits.
  6. AIG has substantial deferred tax assets that can offset future tax obligations. In fact, the management installed a poison pill with warrants that should be preventing anyone from buying more than five% of AIG. The purchase of shares exceeding five% could trigger IRS rules that would eliminate or reduce these tax credits.
  7. The expense ratio for Chartis in the first quarter was 31.1% (.pdf) the prior year, and is currently 29.3%. This is a 1.8% reduction.
  8. ILFC continues to purchase aircraft from Boeing (BA) and Airbus for their leasing operations. The new aircraft require less fuel and maintenance. This is a real plus if the airlines are focusing on reducing future costs and attracting new customers for air travel.
  9. Bruce Berkowitz, Chairman of Fairholme Capital Management, is known for his long-term investing abilities. He made a considerable investment in AIG and it is one of his top ten holdings.
  10. BlackRock Financial Management, Inc. purchased 1,779,500 shares of stock as of March, 2011. BlackRock's original holding was slightly over 394,000 shares as of December 31, 2010.
In conclusion, it is very difficult to analyze the financials because AIG is a very complex company. However, with trading at a substantial discount to its book value, I believe the risk/reward of this stock has dramatically increased and is currently much below where the current stock price should be. Robert Miller, Chairman, and Robert Benmosche, President and CEO, have made enormous progress with AIG. Both men have extraordinary backgrounds, and I have complete confidence in their management style.
I believe, at this point, that most of the bad news - increased reserving and major changes - is history. Earnings in the future will be more predictable and stable; this gives the agile AIG more flexibility in designing its future for customer commitment, employees, and shareholders. I am not saying there is no risk when investing in AIG, however, this is not the same company and should be reevaluated by all investors whether you are an institutional buyer, a hedge fund, a mutual fund, or the all-important individual investor.
Disclosure: I am long AIG.

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Kaiga nuclear plant’s safety disputed by many

Published: Monday, Jun 13, 2011, 10:12 IST
By M Raghuram | Place: Karwar | Agency: DNA

NGOs and activists dismissed the statements of Union minister of state for science, technology and earth sciences, Ashwini Kumar, as hogwash when he said on Sunday that the Kaiga nuclear plant is safe from natural disasters.
“How can the minister give such a statement? We know what happened in Japan and how much radiation had leaked due to the Tsunami onslaught. What has the government done to make the Kaiga nuclear plant safer for millions of people?” asked BV Pai, an anti-nuclear proliferation activist.
“We should be doubly sure about these things, as terrible things can happen.The Nuclear Power Corporation of India authorities was eager to get the safety certification from the International nuclear safety certifying agencies, but we don’t think it’s true,” said Pai.
“The Kaiga authorities are hiding facts about the safety aspect. I shall raise it in the parliament in the next session” said MP Ananth Kumar Hegde.
“Due to radiation leaks, many people residing around Kaiga are suffering from different health disorders and the local health authorities have opined that most of them were suffering from various types of cancers.I wanted a health profile to be made in 20 villages around Kaiga,” Hegde said.
However, in a recent statement, the site director of the Kaiga Generating Station JP Gupta had clarified that there are no health problems related to radiation and that the Kaiga station was absolutely safe even in natural disasters like earthquakes and tsunamis.
“We have an automatic device that will shut down the plant within minutes of any natural disaster that will endanger the Kaiga nuclear reactors,” he said.
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Preparation can lessen devastation

Workshops are held to urge residents to be ready in case of hurricane or tsunami
By Rob Shikina

POSTED: 01:30 a.m. HST, Jun 12, 2011



Two weeks into hurricane season, the city's Department of Emergency Management is reminding residents to take steps to prepare before the next disaster strikes.
The city held the first of two free community workshops Saturday near downtown, where dozens of residents received information about preparing for hurricanes and tsunamis.
The next session of the Natural Hazard Community Preparedness Workshop on Oahu will be July 9 at Kapolei High School.

BE PREPARED

Here are four ways to prepare for a disaster:
>> Prepare an emergency kit.
>> Have an evacuation plan for a tsunami and a plan for a hurricane; they are different.
>> Strengthen your home in advance, such as with hurricane clips and window protection.
>> Have homeowner’s insurance for hurricanes and, if needed, for flooding.
To download the handbook or see the schedule for future workshops, visit: seagrant.soest.hawaii.edu/announcements/join-us-upcoming-statewide-workshops-focusing-natural-hazard-community-preparedness
Source: University of Hawaii, “Homeowner’s Handbook to Prepare for Natural Hazards”
County-sponsored workshops also will be held Thursday on Kauai and later this month on Hawaii island.
Weather forecasters predict a slower hurricane season this year in the central Pacific, where about four to five hurricanes usually form. But experts emphasized that it takes only one powerful hurricane to cause a disaster.
National Weather Service meteorologist Victor DeJesus said the low frequency of hurricane landfalls in Hawaii can make residents complacent — until it's too late.
Yesterday's workshop was organized by the National Oceanic and Atmospheric Administration and the University of Hawaii Sea Grant College Program, which disseminate scientific information from the university to the community.
Dennis Hwang, an affiliate member of the Sea Grant faculty, created a handbook of facts and information on preparing for natural hazards that was given out at the workshop. Copies of the handbook can be downloaded online.
He said he hopes to educate some residents who might believe a disaster won't happen to them or that there's not a lot they can do.
He told attendees they could prepare by having an evacuation kit and creating an evacuation plan for tsunamis and a separate one for hurricanes. He also told homeowners how to protect their homes.
"Before you make it pretty, make it strong," he said.
For example, a home's weakest link is the connection between the roof and wall, he said. Hurricane clips, braces that connect the roof to the wall, can be installed by the homeowner over a couple of weekends and might reduce the cost of hurricane insurance.
Homes built in Hawaii before 1988 were not required to have them.
Koa Webster attended the workshop for extra credit for a college course at Kapiolani Community College and brought his mother, Mina Webster, who found the information useful.
"It's good," she said. In preparing for a disaster, "knowledge makes a big difference."
She also appreciated how the safety tips were presented simply, so if a large hurricane or a tsunami hits, "you don't panic."
"When it comes to a time of emergency, you want to keep it simple," she said.

Japan: Six More Nuclear Plant Workers May Have Exceeded Radiation Limits


Six more workers at the tsunami-damaged nuclear power plant have exceeded the radiation exposure limit, according to the preliminary results of tests announced by the Health and Labor Ministry on Monday. The new cases bring the total to eight. Three of the men were control room operators at the Fukushima Daiichi plant and five worked to restore power that was knocked out by the earthquake and tsunami on March 11. The plant’s operator, Tokyo Electric Power, said none of them were showing immediate health problems but they would require long-term monitoring as they had an increased risk of cancer. All eight have been transferred to desk jobs.

More Fukushima fallout

Tokyo
June 15, 2011
Workers inside the Fukushima Daiichi nuclear power plant Unit 2 reactor turbine building. Workers inside the Fukushima Daiichi nuclear power plant's Unit 2 reactor turbine building. Photo: Reuters
Six more workers at the Fukushima No.1 nuclear plant may have exceeded the radiation exposure limit, bringing the total to eight, the Japanese government said.
Three men are control room operators and five worked to restore power that was knocked out by the earthquake and tsunami on March 11. Tokyo Electric Power Company (TEPCO) said the men would require long-term monitoring.
Soon after the disaster, the government raised the radiation limit for men to 250 millisieverts from the standard 100 millisieverts so workers could tackle the emergency.
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TEPCO has admitted that workers in the earliest moments of the crisis did not wear masks and lacked dosimeters to monitor their radiation exposure.

Read more: http://www.smh.com.au/world/more-fukushima-fallout-20110614-1g1r7.html#ixzz1PGmsfFcp

Japan nuke plants to add vents, other safety steps

Quick ReadJapan nuclear plants to add rooftop vents, other measures to cope with severe accidents
Photo credit: AP | Danish Crown Prince Frederik puts on an origami, or folded paper, helmet made and presented by children during his visit to Akai Minami Nursery School in Higashimatsushima in Miyagi Prefecture Tuesday, June 14, 2011. Frederik, currently on a three-day visit to Japan, became the first foreign royal figure to visit the northeastern Japan badly damaged by the March 11 earthquake and tsunami. (AP Photo/Koji Sasahara)

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(AP) -- The operator of Japan's tsunami-damaged nuclear plant said Tuesday it is installing rooftop vents and taking additional safety measures at two other plants to help cope with any severe accident in the future.
Tokyo Electric Power Co. said it will add vents to seven reactors at the Kashiwazaki-Kariwa plant in north-central Japan to prevent devastating hydrogen explosions like those...

Japan city to give radiation counters to children

TOKYO — Japan's Fukushima city said on Tuesday it would hand radiation dosimeters to 34,000 children to gauge their exposure from the crippled nuclear power plant about 60 kilometres (40 miles) away.
The city will hand the measuring devices to all children aged between four and 15 for three months from September so that they can wear them around the clock, an official at the city's education board told AFP.
The city is outside the government's 20-kilometre (12-mile) evacuation and no-go zone around the tsunami-hit Fukushima Daiichi nuclear plant, but many residents are concerned about radiation, he said.
"There have been fixed-spot radiation measurements but parents and citizens are concerned about individual exposure," said the official.
"We also believe the distribution of dosimeters will help ease parents' worries if they confirm their children's exposure does not pose health risks."
He added that radiation in the city had been below the official threshold for health risks, and said the children's dosimeters would be read out once a month to assess cumulative radiation exposure.
Japan has struggled to bring the plant under control since it was hit by a tsunami that knocked out its cooling systems, leading to three reactor meltdowns, explosions and radiation leaks into the air, soil and sea.
Since the March 11 disaster, Japan has raised the legal exposure limit for people, including children, from one to 20 millisieverts per year -- matching the safety standard for nuclear industry workers in many countries.
Environmental activist group Greenpeace called on Japan last Thursday to evacuate children and pregnant women from Fukushima town.
It said people were being exposed to 10 to 20 millisieverts per year through the air, not counting contaminants inhaled or ingested, a level Greenpeace considers unacceptable, especially for high-risk groups.
Radiation experts agree that children are at greatest risk from cancers and genetic defects because they are still growing, are more prone to thyroid cancers, and because they will have more time to develop health defects.
The city of Date just outside the no-go zone also plans to distribute dosimeters to all its 8,000 pre-school, elementary and junior high pupils.
Embattled plant operator Tokyo Electric Power Company (TEPCO) said this week that elevated levels of radioactive strontium had been detected in the sea and groundwater at the plant, aside from iodine and caesium isotopes.
TEPCO also said that six more nuclear emergency workers had received more than the permitted annual radiation dose, a limit that was raised from 100 to 250 millisieverts amid the current crisis.
Previously two male workers exceeded the limit, and two women workers topped the lower limit for females of five millisieverts in a three-month period.
Health and labour minister Ritsuo Hosokawa said Tuesday he had ordered TEPCO to relieve workers of their duties if their preliminary radiation doses for internal exposure exceed 100 millisieverts, Kyodo News reported.
Hosokawa also criticised the company's "extremely deplorable" delay in testing the thousands of workers and subcontractors at Fukushima Daiichi.
The crews have for three months hosed water into the facility to cool the reactor fuel, creating more than 100,000 tonnes of highly radioactive runoff that has prevented them from carrying out crucial repairs.
TEPCO has installed a water treatment system, using French and US technology, and plans to launch it Friday to process about 1,200 tonnes of water per day, with the aim of recycling it for reactor cooling.
Amid the crisis, Japanese public support for gradually reducing the use of nuclear energy to zero in the future came to 74 percent, the Asahi Shimbun daily said after a nationwide weekend telephone poll.
The poll also showed 64 percent of respondents believed renewable energy sources such as wind and solar power would replace nuclear power in the future.
The survey covered 3,394 voters of whom 58 percent gave valid responses.

Earthquake hits southern Spain, eight dead

At least eight people were reported dead and dozens injured after an earthquake shook southeastern Spain on Wednesday, toppling historic buildings in the medieval town of Lorca.

The 5.2 magnitude earthquake was felt across the Murcia region, where hundreds of British expatriate live, from Alicante to Malaga and as far away as Madrid.
The epicentre was registered in the Tercia mountain range close to the town of Lorca, where several buildings were destroyed including a medieval church bell tower. It was the worst earthquake in Spain for 50 years.
Authorities confirmed that at least ten people had died, including a child of 13 years old.
Francisco Jodar, the mayor of the town said: "Unfortunately people have died as a result of cave-ins and falling debris. We're trying to find out if people have been trapped inside the collapsed houses."
Television images showed streets in the historic quarter of the town strewn with rubble and crushed cars. There were also reports that historical heritage sites as the Sanctuary of the Virgen de la Huerta and several local temples had been damaged.
The local hospital was evacuated raising fears over how those injured would be treated and military units were dispatched to the earthquake zone to help in the rescue.
An earlier quake registering 4.4 on the Richter scale occurred at 5.05pm local time, and the second bigger shock of 5.2 followed at 6.47pm.
Residents in the town, which has a population of around 90,000, described the terrifying moments when the quake struck.
"There was a tremendous roar and the church was split in half," Catalina Lopez, told Spanish state television.
One neighbour said that most people had already left their houses before the second bigger quake struck.
"I felt a movement of such force, and with such noise, that made all the furniture jump about. It was terrifying," said Juani Avellaneda.
"Everyone ran into the street and then when we were thinking it was safe to return to our houses, the shaking started again," he said.
Lorca dates back to the Bronze Age and is thought to have gained its name from the Romans. The old part of the town is made up of a network of narrow alleyways.
Spain is at moderate risk of earthquakes. On average every 200 years an earthquake of over six on the Richter scale occurs. In 2007 an earthquake of 6.3 magnitude struck the region in Cabo Sao Vicente on Portugal's southern coast, with no reports of damage or casualties.
The biggest earthquake to hit Europe in recent years occurred in April 2009 when a 5.8 magnitude earthquake hit L'Aquila in central Italy killing over 300 people.
One in five residents of Rome did not go into work and many children were kept off school on Wednesday following the 1915 prediction of Raffaele Bendani, a seismologist, that "the big one" would strike on May 11, 2011.

California-Nevada Fault Maps

Earthquake index map Advanced National Seismic System Home Page CA Geological Survey Homepage US Geological Survey Homepage 115-33 115-34 115-35 115-36 115-37 115-38 115-39 115-40 115-41 116-33 116-34 116-35 116-36 116-37 116-38 116-39 116-40 116-41 117-33 117-34 117-35 117-36 117-37 117-38 117-39 117-40 117-41 118-33 118-34 118-35 118-36 118-37 118-38 118-39 118-40 118-41 119-33 119-34 119-35 119-36 119-37 119-38 119-39 119-40 119-41 120-33 120-34 120-35 120-36 120-37 120-38 120-39 120-40 120-41 121-33 121-34 121-35 121-36 121-37 121-38 121-39 121-40 121-41 122-33 122-34 122-35 122-36 122-37 122-38 122-39 122-40 122-41 123-33 123-34 123-35 123-36 123-37 123-38 123-39 123-40 123-41 124-33 124-34 124-35 124-36 124-37 124-38 124-39 124-40 124-41 125-33 125-34 125-35 125-36 125-37 125-38 125-39 125-40 125-41

Instructions

Tips

  • Red lines are known faults (orange lines are unnamed faults).
  • Thin grey lines are roads.
  • Magnitude = ? for new earthquakes until a magnitude is determined (takes 4-5 minutes).
  • Earthquakes can appear near a fault without having occurred on that fault. To associate an earthquake with a fault requires viewing both of them in three-dimensions.
  • Maps show events recorded in the past 7 days.
  • Maps are updated whenever a new earthquake has been located. Try to reload this page if you do not have the most current map.