Can Towns Near Japan’s Fukushima Nuclear Plant Recover?
” There are more decontamination workers than townspeople. It’s like we’ve been taken over,” says carpenter Koichi Takeda, who evacuated to nearby Iwaki City and was in town to help a friend clean her house.
He has a number of clients renovating their houses in Naraha, but most of them are undecided about whether they will actually return. “It’s like keeping a vacation home here,” he said.”
A few signs of life are returning to this rural town made desolate by the Fukushima nuclear disaster four-and-a-half years ago: Carpenters bang on houses, an occasional delivery truck drives by and a noodle shop has opened to serve employees who have returned to Naraha’s small town hall.
But weeds cover the now rusty train tracks, there are no sounds of children and wild boars still roam around at night. On the outskirts of town, thousands of black industrial storage bags containing radiation-contaminated soil and debris stretch out across barren fields.
This past weekend, Naraha became the first of seven towns that had been entirely evacuated to reopen since the March 11, 2011, disaster, when a tsunami slammed into the Fukushima Dai-ichi nuclear power plant, causing meltdowns and a massive radiation leak.
The town’s viability is far from certain, and its fate will be watched closely by authorities and neighboring towns to see if recovery is indeed possible on this once-abandoned land.
Just over a tenth of Naraha’s population of 7,400 say they plan to move back soon, and only a few hundred have actually returned, most of them senior citizens. Schools won’t reopen for another two years, and many families with children are staying away due to concerns about radiation levels, which authorities say are below the annual allowable limit. Residents are given personal dosimeters to check their own radiation levels if they want.
One thing that won’t change is the town’s dependence on the nuclear industry — only this time it will involve dismantling damaged reactors, not building and running them.
An economic revival plan centers on a giant 85 billion yen ($700 million) facility that is being built on the edge of town to research, develop and test specialized robots and other technology — part of the government’s “Innovation Coast” plan to turn the disaster-hit region into a hub for nuclear plant decommissioning technology.
The complex will include mock-ups of sections of the wrecked Fukushima reactors to train workers on robot operations. Dismantling the Dai-ichi plant and removing its melted reactor cores will take about 40 years, the government estimates.
The facility is expected to draw hundreds of workers, and the town also seeks to host laborers to decontaminate buildings and outdoor areas in the area. Naraha is also home to a second nuclear power plant — Fukushima Dai-ni — that barely survived the tsunami but may be scrapped due to local opposition to its restart. So it may also be dismantled.
Returning residents are determined to make a go of it, but they wonder if the town will survive economically — and mourn that it will never be the same cozy place it was five years ago.
“There are more decontamination workers than townspeople. It’s like we’ve been taken over,” says carpenter Koichi Takeda, who evacuated to nearby Iwaki City and was in town to help a friend clean her house.
He has a number of clients renovating their houses in Naraha, but most of them are undecided about whether they will actually return. “It’s like keeping a vacation home here,” he said.
Source: ABC News
http://abcnews.go.com/International/wireStory/towns-japans-fukushima-nuclear-plant-recover-33597508
“Radiation is Good for You!” and Other Tall Tales of the Nuclear Industry
The U.S. Nuclear Regulatory Commission is considering a move to eliminate the “Linear No-Threshold” (LNT) basis of radiation protection that the U.S. has used for decades and replace it with the “radiation hormesis” theory—which holds that low doses of radioactivity are good for people.
The change is being pushed by “a group of pro-nuclear fanatics—there is really no other way to describe them,” charges the Nuclear Information and Resource Service (NIRS) based near Washington, D.C.
“If implemented, the hormesis model would result in needless death and misery,” says Michael Mariotte, NIRS president. The current U.S. requirement that nuclear plant operators reduce exposures to the public to “as low as reasonably achievable” would be “tossed out the window. Emergency planning zones would be significantly reduced or abolished entirely. Instead of being forced to spend money to limit radiation releases, nuclear utilities could pocket greater profits. In addition, adoption of the radiation model by the NRC would throw the entire government’s radiation protection rules into disarray, since other agencies, like the EPA, also rely on the LNT model.”
“If anything,” says Mariotte, “the NRC radiation standards need to be strengthened.”
The NRC has a set a deadline of November 19 for people to comment on the proposed change. The public can send comments to the U.S. government’s “regulations” website.
Comments can also be sent by regular mail to: Secretary, U.S. Nuclear Regulatory Commission, Washington, DC 20555-0001, Attention:Rulemakings and Adjudications Staff. Docket ID. Needed to be noted on any letter is the code NRC-2015-0057.
If the NRC agrees to the switch, “This would be the most significant and alarming change to U.S. federal policy on nuclear radiation,” reports the online publication Nuclear-News. “The Nuclear Regulatory Commission may decide that exposure to ionizing radiation is beneficial—from nuclear bombs, nuclear power plants, depleted uranium, x-rays and Fukushima,” notes Nuclear-News. ”No protective measures or public safety warnings would be considered necessary. Clean-up measures could be sharply reduced…In a sense, this would legalize what the government is already doing—failing to protect the public and promoting nuclear radiation.”
In the wake of the Manhattan Project, the U.S. crash program during World War II to build atomic bombs and the spin-offs of that program—led by nuclear power plants, there was a belief, for a time, that there was a certain “threshold” below which radioactivity wasn’t dangerous.
But as the years went by it became clear there was no threshold—that any amount of radiation could injure and kill, that there was no “safe” dose.
Low levels of radioactivity didn’t cause people to immediately sicken or die. But, it was found, after a “latency” or “incubation” period of several years, the exposure could then result in illness and death.
Thus, starting in the 1950s, the “Linear No-Threshold” standard was adopted by the governments of the U.S. and other countries and international agencies.
It holds that radioactivity causes health damage—in particular cancer—directly proportional to dose, and that there is no “threshold.” Moreover, because the effects of radiation are cumulative, the sum of several small exposures are considered to have the same effect as one larger exposure, something called “response linearity.”
The LNT standard has presented a major problem for those involved in developing nuclear technology notably at the national nuclear laboratories established for the Manhattan Project—Los Alamos, Oak Ridge and Argonne national laboratories—and those later set up as the Manhattan Project was turned into the U.S. Atomic Energy Commission.
On one hand, Dr. Alvin Weinberg, director of Oak Ridge National Laboratory, declared in New Scientist magazine in 1972: “If a cure for cancer is found the problem of radiation standards disappear.”
Meanwhile, other nuclear proponents began pushing a theory they named “radiation hormesis” that claimed that the LNT standard was incorrect and that a little amount of radioactivity was good for people.
A leader in the U.S. advocating hormesis has been Dr. T. D. Luckey. A biochemistry professor at the University of Missouri-Columbia and visiting scientist at Argonne National Laboratory, he authored the book Hormesis and Ionizing Radiation and Radiation Hormesis and numerous articles. In one, “Radiation Hormesis Overiew,” he contends: “We need more, not less, exposure to ionizing radiation. The evidence that ionizing radiation is an essential agent has been reviewed…There is proven benefit.” He contends that radioactivity “activates the immune system.” Dr. Luckey further holds: “The trillions of dollars estimated for worldwide nuclear waste management can be reduced to billions to provide safe, low-dose irradiation to improve our health. The direction is obvious; the first step remains to be taken.” And he wrote: “Evidence of health benefits and longer average life-span following low-dose irradiation should replace fear.”
A 2011 story in the St. Louis Post Dispatch quoted Dr. Luckey as saying “if we get more radiation, we’d live a more healthful life” and also noted that he kept on a shelf in his bedroom a rock “the size of a small bowling ball, dotted with flecks of uranium, spilling invisible rays” It reported that “recently” Dr. Luckey “noticed a small red splotch on his lower back. It looked like a mild sunburn, the first sign of too much radiation. So he pushed the rock back on the shelf, a few inches farther away, just to be safe.”
At Brookhaven National Laboratory (BNL), set up by the U.S. Atomic Energy Commission in 1947 to develop civilian uses of nuclear technology and conduct research in atomic science, a highly active proponent of hormesis has been Dr. Ludwig E. Feinendegen. Holding posts as a professor in his native Germany and a BNL scientist, he authored numerous papers advocating hormesis. In a 2005 article published in the British Journal of Radiology he wrote of “beneficial low level radiation effects” and asserted that the “LNT hypothesis for cancer risk is scientifically unfounded and appears to be invalid in favor of a threshold or hormesis.”
The three petitions to the NRC asking it scuttle the LNT standard and replace it with the hormesis theory were submitted by Dr. Mohan Doss on behalf of the organization Scientists for Accurate Radiation Information; Dr. Carol Marcus of the UCLA medical school; and Mark Miller, a health physicist at Sandia National Laboratories.
The Nuclear Information and Resource Service points out that the U.S. Environmental Protection Agency or EPA is fully supportive of LNT.
The agency’s reason for accepting LNT—and history of the standard—were spelled out in 2009 by Dr. Jerome Puskin, chief of its Radiation Protection Division.
The EPA, Dr. Puskin states, “is responsible for protecting the public from environmental exposures to radiation. To meet this objective the agency sets regulatory limits on radionuclide concentrations in air, water, and soil.” The agency bases its “protective exposure limits” on “scientific advisory bodies, including the U.S. National Academy of Sciences, the International Commission on Radiological Protection, the United Nations Scientific Committee on the Effects of Ionizing Radiation, and the National Council on Radiation Protection and Measurements, with additional input from its own independent review.” The LNT standard, he writes, “has been repeatedly endorsed” by all of these bodies.
“It is difficult to imagine any relaxation in this approach unless there is convincing evidence that LNT greatly overestimates risk at the low doses of interest,” Dr. Puskin goes on, and “no such change can be expected” in view of the determination of the National Academies of Sciences’ BEIR VII committee. (BEIR is for Biological Effects of Ionizing Radiation.)
BEIR VII found that “the balance of evidence from epidemiologic, animal and mechanistic studies tend to favor a simple proportionate relationship at low doses between radiation dose and cancer risk.”
As chair of the BEIR VII committee, Dr. Richard Monson, associate dean of the Harvard School of Public Health, said in 2005 on issuance of its report: “The scientific research base shows that there is no threshold of exposure below which low levels of ionizing radiation can be demonstrated to be harmless or beneficial.”
A European expert on radioactivity, Dr. Ian Fairlie, who as an official in the British government worked on radiation risks and has been a consultant on radiation matters to the European Parliament and other government entities, has presented detailed comments to the NRC on the petitions that it drop LNT and adopt the hormesis theory.
Dr. Fairlie says “the scientific evidence for the LNT is plentiful, powerful and persuasive.” He summarizes many studies done in Europe and the United States including BEIR VII. As to the petitions to the NRC, “my conclusion is that they do not merit serious consideration.” They “appear to be based on preconceptions or even ideology, rather than the scientific evidence which points in the opposite direction.”
An additional issue in the situation involves how fetuses and children “are the most vulnerable” to radiation and women “more vulnerable than men,” states an online petition opposing the change. It was put together by the organization Beyond Nuclear, also based near Washington, D.C. It is headed “Protect children from radiation exposure” and advises: “Tell NRC: A little radiation is BAD for you. It can give you cancer and other diseases.” It continues: “NRC should NOT adopt a ‘little radiation is good for you’ model. Instead, they should fully protect the most vulnerable which they are failing to do now.”
How might the commissioners of the NRC decide the issue? Like the Atomic Energy Commission which it grew out of, the NRC is an unabashed booster of nuclear technology and long devoted to drastically downplaying the dangers of radioactivity. A strong public stand—many negative comments—over their deciding that radioactivity is “good” for you could impact on their positions.
INSIGHT: Failing to see dangers of nuclear power right under one’s nose
Fifty-three months after the fateful nuclear disaster, the Sendai nuclear power plant in Kagoshima Prefecture has become the first in Japan to resume after all were taken offline for safety inspections.
But the restart callously disregards the lives of so many people who were uprooted from their irreplaceable ancestral land, jobs, families and friends by the accident at the Fukushima No. 1 nuclear power plant in 2011.
Inspections of nuclear facilities certainly became more stringent after the Fukushima nuclear disaster. But that is no guarantee of their safety. An “unforeseeable” event may occur at any moment, and the cost will be too tragically enormous for anyone to grasp.
Why does the government not want to face up to that fact in earnest? And what about the public, which is allowing the government to move in that direction? While I was furious about these issues, I had the chance to attend a preview of a movie. Seeing it was like getting smacked up the side of the head.
Titled “Tenku no Hachi” (The Big Bee), the action epic, which features an act of terrorism on a nuclear plant, is based on a work of fiction by Keigo Higashino, a best-selling author.
To my surprise, the work both fully and scrupulously presented all the major problems of nuclear power generation that came under the public spotlight after the Fukushima disaster, such as the vulnerability of spent nuclear fuel storage pools, the fictional nature of the safety myth about nuclear power and the merciless way nuclear plants are being forced on depopulated communities in exchange for subsidies.
The original book was written 20 years ago.
Higashino has commented on the work as follows: After his initial plan for it, he spent five years conducting a lot of research on the issue. He was filled with confidence when he finished writing the novel, but received no reaction at all. He thought that, obviously, his work was being ignored on purpose.
If somebody was purposefully “ignoring” the work, who was it?
I WAS PART OF ‘NUCLEAR VILLAGE’
I encountered the issue of nuclear power generation for the first time 27 years ago, when I was a reporter based in The Asahi Shimbun’s Takamatsu bureau in Kagawa Prefecture.
An “output modulation test” was staged at Shikoku Electric Power Co.’s Ikata nuclear power plant in Ehime Prefecture.
A nuclear reactor continues to generate electric power at constant levels day and night, so there is a nighttime surplus of electricity. The test was conducted to raise and lower output levels to enhance efficiency.
Opponents of nuclear power generation reacted angrily to what they argued was a “dangerous” experiment. Thousands of people arrived from all parts of Japan to stage a boisterous protest outside Shikoku Electric’s head office in Takamatsu on the day of the test.
A senior colleague of mine, who had been engaged in a student movement, appeared excited, as he said he was seeing a protest for the first time in a long while. However, local residents gave a chilly reception to the abrupt emergence of the hippie-like band of protesters, which was an uncommon sight.
“What are we supposed to do when all these outsiders suddenly show up and tell us this and that?” went the typical refrain.
I was, frankly, also fed up with the protesters.
The general thinking at the time was: “Japan has great technology. Speaking of possible accidents won’t get you anywhere. After all, modern life is impossible without nuclear power. ”
The anti-nuclear agenda was an unrealistic argument being made by only a few, and was less than catchy as far as news reporting was concerned.
No sooner did I write a halfhearted article about the protest than I returned to covering the police beat–making morning and evening calls to the homes of police detectives in a desperate bid to learn about hidden cases they were pursuing.
That was the way to scoop the competition and enhance my standing at the newspaper. I never attempted, then or afterward, to look into the dilemma of nuclear power generation, although I would have had access to, if only I had sought, a trove of public documents and other materials.
I didn’t even know how many nuclear reactors Japan had, and in which parts of the country, when I was confronted by the Fukushima disaster.
If our eyes are clouded and we are only eager to read the situation and act smartly, we don’t see anything even if something important is hanging right under our noses or if hints are tossed out in our direction.
We use the phrase “nuclear village” to refer to a community of people who rely on benefits generated by the nuclear power industry, which actually represents a major national project. It is exactly those people that created the safety myth and ended up causing the latest disaster. Higashino may have had the nuclear village in mind as the culprit for ignoring the presence of his book.
After all, I was also possibly a member of the nuclear village. I relied on the safety myth as an excuse for looking away from the sorrow and dilemma of those whom nuclear plants were being forced upon, taking the convenient availability of electric power for granted and continuing to scoff at a deluge of alarms.
I was part of the group of people who ignored Higashino’s work, which he had produced with all his might and competence.
LOOKING AT WHAT I SHOULD LOOK AT
One phrase has long stuck in my mind.
I visited a community last year that lies about a 10-kilometer radius from the disaster site. Its deserted landscapes that were frozen in time and were silently tumbling away appeared so eerie that a lump formed in my throat as I realized the exorbitant price of an affluent life.
I blurted out to a local resident who was guiding me around, “Can you forgive Japan for moving to restart its nuclear reactors, oblivious of a disaster of this magnitude?”
The resident remained silent for a while and then muttered, “If nobody changes, nothing will probably ever change.”
Will I be able to change? Will I be able to keep myself separate from the popular sentiment of the time, refuse to conform to the general trend, look at what I should look at and say what I should say?
Source: Asahi Shimbun
Overflowing from a Drainage Ditch into the Sea
Contaminated rain water overflowing from a drainage ditch into the sea at Fukushima Daiichi on September 7, 2015.
毎日新聞映像グループ
-
Archives
- January 2026 (61)
- December 2025 (358)
- November 2025 (359)
- October 2025 (377)
- September 2025 (258)
- August 2025 (319)
- July 2025 (230)
- June 2025 (348)
- May 2025 (261)
- April 2025 (305)
- March 2025 (319)
- February 2025 (234)
-
Categories
- 1
- 1 NUCLEAR ISSUES
- business and costs
- climate change
- culture and arts
- ENERGY
- environment
- health
- history
- indigenous issues
- Legal
- marketing of nuclear
- media
- opposition to nuclear
- PERSONAL STORIES
- politics
- politics international
- Religion and ethics
- safety
- secrets,lies and civil liberties
- spinbuster
- technology
- Uranium
- wastes
- weapons and war
- Women
- 2 WORLD
- ACTION
- AFRICA
- Atrocities
- AUSTRALIA
- Christina's notes
- Christina's themes
- culture and arts
- Events
- Fuk 2022
- Fuk 2023
- Fukushima 2017
- Fukushima 2018
- fukushima 2019
- Fukushima 2020
- Fukushima 2021
- general
- global warming
- Humour (God we need it)
- Nuclear
- RARE EARTHS
- Reference
- resources – print
- Resources -audiovicual
- Weekly Newsletter
- World
- World Nuclear
- YouTube
-
RSS
Entries RSS
Comments RSS

