Adrienne Hurley. The blog Global Voices features the work of volunteer translators who strive to spread awareness of local perspectives that often end up lost in mainstream reportage. Ten Thousand Things is a blog Supporting Positive Peace in Japan, the Asia-Pacific and Everywhere which includes extensive coverage of peace and environmental movements.
Green Action Kyoto, an NGO which has campaigned against nuclear power since the early s, presents a comprehensive and critical blog of Fukushima stories in English drawing on government, media and NGO sources. True to its mandate, Greenpeace has presented some of the most critical coverage of the Fukushima nuclear disaster.
Greenpeace, in February , published a major critical overview of the 3. The study examines the nuclear meltdown, assesses the dangers of radiation, the fundamental failure of the Japanese nuclear system, and the issues of compensation to victims. Their bi-monthly newsletter is a valuable source of information on nuclear issues. They also offer a blog containing video resources and links to important anti-nuclear publications. English and Japanese sites. EShift, a Japanese network dedicated to phasing out atomic energy in favor of natural renewables.
It has closely followed the Fukushima situation. The Institute for Energy and Environmental Research, a group which aims to provide concise and easily understood commentary on important scientific issues for the general public. A general English language news site, but they are often fastest in providing Kyodo's news reports. Japanese, Chinese and Korean texts available.
Iwakami Yasumi is a freelance journalist whose web journal closely follows issues relating to Fukushima radiation. Tanaka Ryusaku is an independent investigative journalist whose blog contains varied information about Fukushima and anti-nuclear protests. Our Planet TV is an alternative media site that has paid strong attention to the issue of radiation exposure of Fukushima children.
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During a public hearing hosted by METI in August, participants urged the government and Tepco to consider finding an off-site location to store the water instead of discharging it into the ocean. Thierry Charles, deputy director-general in charge of nuclear safety at the Radioprotection and Nuclear Safety Institute in France, admitted it is a difficult problem to address, given the volume of water concerned and the tritium content.
Meanwhile, the crippled plant faces other serious challenges — including how to extract the molten fuel. Reporters visit the site where soil contaminated by radiation from the three core meltdowns at the Fukushima No. In February, Tepco inserted a remote-controlled probe into reactor 2 to make contact with material inside the containment vessel believed to be melted fuel. The machine — equipped with a camera, thermometer and dosimeter — was designed to poke and gently lift sediment to test its physical properties.
This was the first time a machine had touched melted fuel debris inside any of the crippled reactors at Fukushima No. The removal process at the plant is slated to begin in Before that part begins, though, research from the site will be used to make various remote-controlled probes capable of navigating the unique scenarios in each unit. Reactor 3, for example, remains largely submerged and requires an aquatic probe. Miyano said Tepco and the government — with the help of scientists, nuclear physicists and engineers from around the world — are inventing new technologies as they devise a way to remove the debris.
He added that no country has ever attempted to use remote-controlled robots to remove melted fuel from the inside of a crippled nuclear reactor.
Any future discussion of nuclear power will have to take a hard look at regulation and safety, in particular the practice of storing spent nuclear fuel rods on-site. Exposed fuel pools and low-pressure readings at the Fukushima Daiichi plant suggest growing hazard levels there, raising serious concerns about the course of the crisis.
Elevated radiation levels have been detected at and around the stricken nuclear power station in Japan, but the Chernobyl accident remains far more catastrophic.
Japan's Fukushima Daiichi nuclear plant normally relied on purified water to whisk away heat from its reactors, until the destruction wrought by the March 11 tsunami called for extreme measures The speed of the Pacific Plate, the distance Japan's main island was displaced, and other facts and figures about the March 11 earthquake help to put this event into perspective. Drugmakers are claiming to be running out of the thyroid cancer preventative, but depending on age and other circumstances, its usefulness is limited.
As worries grow over radiation leaks at Fukushima, is it possible to gauge the immediate and lasting health effects of radiation exposure? Here's the science behind radiation sickness and other threats facing Japan Nuclear reactors at the Fukushima Daiichi station in Japan are critically endangered but have not reached full meltdown status. Our nuclear primer explains what that means and how the situation compares with past nuclear accidents Even as increased levels of radiation are likely to be picked up in the U.
Fukushima disaster: Japan acknowledges first radiation death from nuclear plant hit by tsunami
Threats of explosions and dangerously high radiation doses are just some of the risks facing workers trying to avert complete meltdowns at multiple reactors in Japan. Hydrogen and steam explosions pose ongoing risks at the stricken Fukushima nuclear power plant, where three such events have already occurred in the past five days. Maps and on-the-ground views reveal the aftermath and its extent. The design, which features reinforcements at the base of a large stilted building to help prevent damage from powerful tsunamis, aims to provide a new city hall and vertical-escape shelter for 1, people On the eve of the 25th anniversary of the nuclear disaster at the Chernobyl power plant in Ukraine, Scientific American frequent contributor Charles Q.
Choi traveled to the site and snapped these haunting images Around 3 P. Initially calculated to be a magnitude 8. Amid conflicting evacuation recommendations, radiation experts say that exposures to date have been relatively low outside the power plant and that people in the U. To safely enclose and robotically dismantle the year-old makeshift confinement sarcophagus at Chernobyl, contractors are now erecting a massive steel structure weighing more than 29, metric tons The full impact of the nuclear emergency in Japan will depend on how bad it gets.
As we watch in the images rolling in from Japan we are yet again reminded of the sudden destructive potential of mother Earth. The number of fatalities is currently in the hundreds; the number displaced from their homes is in the tens of thousands. The tsunami generated by this magnitude 8. It was more than 30 feet high in places and reached six miles inland carrying cars, homes and everything else with it.
Although the earthquake was miles northeast of Tokyo, this was the worst shaking that people have felt in a city used to earthquakes. Explosions at the Fukushima Daiichi Nuclear Power Station have leaked radioactive material into the surrounding area, and we will undoubtedly hear of other catastrophic impacts over the next few days Will seismologists ever be able to reliably predict the exact location, time and magnitude of earthquakes like the one that just devastated Japan and sent tsunamis racing across the Pacific Ocean?
Back in the water: Fukushima no-go zone gets first surf shop since disaster
The National Oceanic and Atmospheric Administration released this video showing the spread of the tsunami generated by a magnitude 8. Japan's devastating earthquake caused cooling problems at one of the nation's nuclear reactors, and authorities scrambled to prevent a meltdown. Less than a year ago I was opposed to nuclear energy for reasons that I explained in this post.
Nuclear power, I believed, was just too risky.
The Japan Earthquake, Tsunami and Nuclear Crisis - Scientific American
Then I got an e-mail from Rod Adams, a former U. Our partners at Nature have a correspondent in Japan. On their blog The Great Beyond they post regular dispatches, which we reproduce below and will update as new articles come in. At a press briefing, physicist Ken Bergeron explained the type of accident occurring at Fukushima.
What causes tremors? What makes them stop? Can they be predicted? Are our buildings as safe as they can be? Earthquake detection systems can sound the alarm in the moments before a big tremor strikes—time enough to save lives.
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On Friday, March 11, Japan was rocked by an earthquake. People were displaced, a nuclear reactor was in trouble, and the world watched as a tsunami flooded Japan, threatened the islands of the Pacific, and ultimately hit the western coasts of North and South America This post is a slightly edited version of my December 29, , post written in reaction to media reports about a "sixth sense" in animals, that supposedly allows them to avoid a tsunami by climbing to higher ground For the second time in under a year, a large-scale energy disaster is unfolding before our eyes.
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