長谷川健一さん死因は「甲状腺がん」…福島原発事故と戦った飯舘村の酪農家が投げかけたもの via YAHOO!ニュースJAPAN (日刊ゲンダイ)

「。。。」<長谷川健一さん死去 「原発事故被害者団体連絡会」共同代表>という訃報記事だ。

 長谷川さんは福島県飯舘村で酪農を営んでいたが、2011年3月の東京電力福島第一原発事故で強制避難を余儀なくされた。その後、原発事故被害者団体連絡会の共同代表などを務めたのだが、長谷川さんの「功績」は何と言っても、原発事故直後、村が高濃度の放射能汚染に見舞われたにもかかわらず、それを隠蔽しようとした村や東電の対応を問題視して“告発”したことだろう。  

長谷川さんは2012年に出版した著書「原発に「ふるさと」を奪われて」(宝島社)で、3号機が爆発した11年3月14日当時、役場にあった線量計の値が平常時の年間許容量(1ミリシーベルト)を1日余りで超える「毎時40マイクロシーベルト超」を計測していたと指摘。驚く長谷川さんに向かって、村職員が「この数字、公表しねえでくれよ。(菅野典雄)村長から『絶対人に言うな』と止められている」と“口止め”されていたことを明かしていた。  

さらに京大原子炉実験所の今中哲二助教が村内各地で放射線量を計測。その結果を村に伝えると、菅野村長は「とにかくこのデータは公表しないでほしい」と話したことや、山下俊一長崎大教授ら放射線専門家が入れ代わり立ち代わり村を訪れては「安全だ」「大丈夫だ」と吹聴し、やがて〈放射能をことさら危険視するほうがおかしいという雰囲気さえ漂い始めた〉とつづっていた。  

日刊ゲンダイ記者が出席した当時の出版会見で長谷川さんは、村の復興計画会議の委員に原発推進派の識者が含まれたことを挙げて、「すでに飯舘村は原子力ムラの御用学者たちに牛耳られている」と強調。「実は今、菅野村長の行くところすべてに付いて回っている経産省の官僚がいるのです。村役場でも、常に村長のそばにいる。そして、マスコミの取材の際もその彼が出張ってきて、あれこれと指示を出しているんですね。今では彼がマスコミ取材対応の窓口となって取材をさばくようになった」と話していた。  

長谷川さんはこの時、国の除染モデル事業を請け負った建設会社の作業員が、村のモニタリングポストを高圧洗浄機で洗い、土台の土をソックリ入れ替えるなどして「放射線量を改竄している」とも指摘していた。  

報道された長谷川さんの死因は「甲状腺がん」。68歳だった。  

10年前、村を襲った福島原発放射線量の数字を「公表するな」「安全だ」と強弁していた専門家らは今、どう思っているのだろうか。

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長谷川健一さん死去 「原発事故被害者団体連絡会」共同代表 via 東京新聞

 長谷川健一さん(はせがわ・けんいち=「原発事故被害者団体連絡会」共同代表)22日、甲状腺がんのため死去、68歳。通夜は26日午後6時、葬儀は27日午前11時から、福島県川俣町鶴沢鶴東24のJAホールかわまたで。喪主は長男義宗(よしむね)さん。 2011年3月の東京電力福島第一原発事故で、酪農を営んでいた福島県飯舘村から避難を強いられた。被災者団体の全国組織、原発事故被害者団体連絡会(ひだんれん)の共同代表、飯舘村民の約半数が裁判外紛争解決手続き(ADR)で慰謝料増額などを求めた申立団の団長を務めた。

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Woolsey Fire SPECIAL: Radioactive Particles Released into LA Neighborhoods from Santa Susana Field Lab – Peer-Reviewed Study by Dr. Marco Kaltofen, Arnie Gundersen, Maggie Gundersen – NH #539


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This Week’s SPECIAL Interview:

Woolsey Fire radioactive releases revealed:  In 2018, the massive Woolsey Fire started at the Santa Susana Field Lab – a nuclear radiation- and rocket fuel-contaminated former Rocketdyne site, located in the hills of Simi Valley only 30 miles from downtown Los Angeles.  It burned through contaminated brush and debris, releasing smoke and ash suspected of containing radiation into the environment.  The California Department of Toxic Substances (DTSC) hastily issued reassurances only nine hours after the fire started and as it still burned, “assuring” the public that no radioactive materials had been released by the fire and nothing above normal background levels was found. Local citizens were not convinced and took action to get the area tested.

Now, three years later, a just-released peer-reviewed scientific study of dirt, dust and ash samples taken within a 10 mile radius of the Woolsey fire has revealed a very different picture of what happened.  The study – Radioactive microparticles related to the Woolsey Fire in Simi Valley, CA, published by the Journal of Environmental Radioactivity – was based on 360 samples of ash, dirt and dust taken in the immediate aftermath of the fire.  Research and testing was conducted by the three individuals we interviewed for today’s show:

  • Dr. Marco Kaltofen of Worcester Polytechnic Institute is an environmental scientist with 30 years experience in environmental, workplace, and product safety investigations. Dr. Kaltofen’s nuclear forensics work includes experience in the US, the Middle East, Russia, India, Japan, and European Union countries.
  • Arnie Gundersen, nuclear engineer, licensed nuclear reactor operator, and expert witness, as well as the chief engineer for Fairewinds Associates
  • Maggie Gundersen is a journalist, paralegal, and former atomic power industry spokesperson who serves as president of Fairewinds Energy Education, as well as a member of their Board of Directors.

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Things fall apart via The Ecologist

Paul Dorfman

The UK nuclear military complex is on the front-line of climate breakdown – and not in a good way.

[…]

Because all UK nuclear military installations began operation well before global heating was considered in design or construction, near-term climate change risk to nuclear is very great.

Submerged

This is because climate change will impact nuclear earlier and harder than UK Government, Ministry Of Defence, or regulatory bodies expect, with anymitigation significantly increasing the expense of operation, decommissioning, and on-site radiation waste stockpiles.

So the key questions are: when will climate hit nuclear military infrastructure, and what will the damage be?

Well, the UK Institute of Mechanical Engineers say that UK nuclear coastal installations – together with their spent nuclear fuel and radioactive waste stores – are vulnerable to sea-level rise, flooding, storm surge, and ‘nuclear islanding’. Perhaps alarmingly, they point out that these UK coastal nuclear sites could be relocated or even abandoned.

And it’s not just a UK problem. In the United States, the Pentagon reports that 79 military bases will be affected by rising sea-levels and frequent flooding, including 23 nuclear installations, strategic radar stations, nuclear command centres, missile test ranges, and ballistic missile defence sites – seven of which store nuclear weapons onsite. 

And this has played out in real-time when the nerve centre of the US nuclear deterrent was submerged by flood water, with recovery of the base to cost over $1 billion.

[…]

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Do France’s plans for small nuclear reactors have hidden agenda? via DW

Although France plans to invest in small modular nuclear reactors, experts doubt that this is ecologically and economically sensible. Yet it may be more about geopolitical strategy than energy.

In the wake of the disaster at nuclear power plant Fukushima Daiichi 10 years ago, numerous countries have reviewed their stance on nuclear energy. A tsunami had hit the coast of Japan and flooded the power station, triggering several nuclear meltdowns.

Germany, for example, subsequently decided to bring forward its planned nuclear phaseout to 2022. In Italy, 95% of the population voted in a referendum against a return to nuclear power.

Meanwhile, countries such as Finland, the United States, Russia and France have kept their nuclear plants online, and even decided to expand in recent years.

A French law says the country will have to reduce its share of nuclear energy from currently roughly 70% — the highest in the world — to 50% in 2035, a goal President Emmanuel Macron has in the past called unrealistic. 

But in pursuing small modular reactors (SMRs), some experts believe France may have a hidden agenda.

€1 billion planned investment

Recently, the president announced plans to invest in so-called small modular reactors (SMRs) “to lead the sector with groundbreaking innovations.” The new reactors are ostensibly to help France reduce its CO2 emissions.

The announcement came when Macron unveiled his France 2030 investment strategy of €30 billion

($35 billion) at the Elysee Palace.

“We have a decisive competitive advantage — our historical model, the existing nuclear power plants,” the president said during the ceremony.

The strategy allocates €8 billion to the development of hydrogen power and only €1 billion to SMRs, yet Macron declared the plans to develop the small plants “goal No. 1.”

[…]

He added that the risk of a nuclear incident was very low, especially in France, as the industry is closely monitored. He also said that the country had the necessary expertise to deal with nuclear waste, which continues to emit radiation for thousands of years.

A discussion based on ‘hot air’

But Mycle Schneider thinks nuclear energy is inefficient in the fight against the climate emergency — “too expensive, too slow,” he says. He’s the editor of the annual World Nuclear Industry Status Report (WNISR), which assesses trends in the global nuclear power industry.

“The discussion around SMRs is orchestrated hot air and has become hugely hyped,” he explained to DW.

“Last year, more than 250 GW of renewable energy capacity has been added to the grid and only 0.4 GW of net nuclear capacity — nuclear power has become irrelevant,” he asserted.

Schneider says nuclear power plants only appear to be more reliable than renewables: “France’s nuclear reactors, on average, had to be switched off during one-third of the time in 2020, mostly due to maintenance, also as they now have been running for a long time, on average more than 35 years.”

[…]

Nuclear very capital-intensive

Such delays have Kenneth Gillingham, a professor of environmental and energy economics at Yale University in the US, wondering if investing in nuclear makes economic sense.

“The safety requirement for new nuclear plants are that strict, that constructing them becomes very costly and capital-intensive,” he told DW.

“I don’t really see why you would spend money on SMRs, especially as you don’t know if they will work in the end,” he said.

Philip Johnstone, a research fellow at the University of Sussex School of Business in southern England, thinks that SMRs turn the logic of economies of scale on its head.

Ulterior motives behind investment in SMRs

“We were told all along that building bigger nuclear plants would help us save money through the scale effect, and now it’s supposed to suddenly work the other way around?” Johnstone told DW.

He believes that France has other reasons for continuing to invest in nuclear energy.

“Countries that are clinging on to nuclear power are often nuclear weapon states — such as the UK, the US and France,” he explained, and pointed to a speech by Macron in December 2020.

“Without civil nuclear power, no military nuclear power; and without military nuclear power, no civil nuclear power,” the president had said, praising a sector that employs 220,000 people in France.

“The investment in SMRs seems first and foremost a strategic decision, even though it means wasting a lot of time and money,” Johnstone said.

Time and money that could instead be more effectively invested in climate protection.

According to the United Nations, global CO2 emissions will need to be reduced by more than 7% percent each year until 2030 — based on the year 2019 — to limit global warming to 1.5 degrees Celsius (2.7 degrees Fahrenheit).

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Japanese children of A-bomb survivors worry for health, want exposure certification: survey via The Mainichi

TOKYO — A nationwide survey of the children of Hiroshima and Nagasaki atomic bomb survivors by the Japan Confederation of A- and H-Bomb Sufferers Organizations has found that 60.3% “have anxieties and worries as second-generation survivors.”

In addition to many voicing concerns over their health and the effects of radiation, nearly 50% of those responding said they wanted the Japanese government and local governments to subsidize their health care fees or issue them A-bomb survivor certificates entitling them to free health care and other benefits.

The national government does not recognize second-generation survivors as having genetically experienced effects of the atomic bombs, and they are ineligible for the care provided under the Atomic Bomb Survivors’ Assistance Act. But the survey showed many second-generation hibakusha, or A-bomb survivors, are seeking public support.

The survey is the first nationwide one by the Japan Confederation of A- and H-Bomb Sufferers Organizations. It was carried out between November 2016 and July 2017, with 17,567 survey forms distributed through community hibakusha or second-generation hibakusha organizations. A total of 3,422 forms — 19.5% — were collected, of which 3,417 provided valid responses.

Yoshihiro Yagi, an associate researcher of sociology at Showa Women’s University who worked on compiling the results, gave a report of the survey at the confederation’s all prefectural representative conference held in Tokyo on Oct. 13.

According to the report, of the 60.3% of respondents who said they “have anxieties and worries as second-generation survivors,” the largest proportion of people, 78.6%, cited worries about “the effects of radiation on their health.” Fifty-six percent said they were anxious about their “parents’ health issues and nursing care,” while 41.8% said they were concerned about “the effects of radiation on their children.”

When asked what they most wanted from the national and local governments, the most people — 48.7% — said subsidies for healthcare, while 48.3% said hibakusha certificates for second-generation hibakusha. Because hibakusha certificates are issued based on the Atomic Bomb Survivors’ Assistance Act, under the current system second-generation hibakusha are not eligible for the certificates. But in some places, such as Saitama and Yamaguchi prefectures, certificate handbooks are issued to second-generation hibakusha for use in health management.

At the end of 2020, the Ministry of Health, Labor and Welfare presented a model for a second-generation hibakusha health record handbook to the cities of Hiroshima and Nagasaki as well as to all 47 prefectures. But the survey’s free answer section showed many are seeking certificate handbook content tying directly to health issues experienced by second-generation hibakusha themselves.

Meanwhile, when asked if health problems respondents developed as they aged have “any relation to their parents’ exposure to the A-bomb,” only some said that they thought there was. This suggests there are limitations to determining if there are causal relationships between a parent’s or parents’ exposure to the A-bomb and a second-generation hibakusha’s health.

“The concerns that second-generation hibakusha were harboring on their own have now been backed up with numbers,” Yagi said. “Hopefully this will serve as a nudge toward reflecting on second-generation hibakusha’s policy requests and their activism. Jiro Hamasumi, deputy secretary-general of the A-bomb survivors’ confederation, explained the survey’s significance, saying, “It had long been on the agenda to get an idea for the state of second-generation hibakusha.”

[…]

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Mr Itakura Masao who returned to live in Tomioka Town, Fukushima Prefecture via FoE Japan

“If you haven’t seen Fukushima, you can’t possibly imagine this reality.” The evacuation orders for the town of Tomioka in Fukushima Prefecture were lifted in 2017. Mr Itakura’s home is about six kilometres from the TEPCO Fukushima Daiichi nuclear power plant. We visited Mr Itakura, who has returned to live in Tomioka, together with Ms Muto Ruiko of Miharu Town, Fukushima Prefecture. He told us that he doesn’t bring his grandchildren or children to visit because the radiation levels are still too high. He also spoke of the situation in Tomioka, formerly part of the evacuation zone, where he still drives himself despite being over 90 years old because of the limited shops and services available. Please listen to Mr Itakura’s testimony.

Other videos https://www.youtube.com/playlist?list…

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福島ミエルカプロジェクト:福島県富岡町に帰還した板倉正雄さん via FoE Japan

「福島を見ていない人はこの現実を想定できないでしょう」 2017年に避難解除された福島県富岡町。東電福島第一原発からおよそ6kmのところに板倉さんの家があります。富岡町に帰還した板倉さんを福島県三春町に住む武藤類子さんと訪ねました。 放射線量が未だに高いことから、孫や子どもたちを呼ぶことはないと言います。利用できるお店やサービスが限られているため、90歳を超えても今なお車を運転しなければ生活ができないなど、旧避難指示区域の富岡町の様子を語ってくださいました。ぜひ、板倉さんのお話をおききください。

▼他の方のインタビューやDVD販売もございます。 http://www.foejapan.org/energy/fukush…

▼見える化プロジェクトの再生リストはこちら https://www.youtube.com/playlist?list…

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Spain on track to complete nuclear power phase-out by 2035 via Power Technology

By GlobalDataTechnology

GlobalData’s latest report, “Spain Power Market Outlook to 2030, Update 2021 – Market Trends, Regulations, and Competitive Landscape,” discusses the power market structure of Spain and provides historical and forecast numbers for capacity, generation, and consumption up to 2030. Detailed analysis of the country’s power market regulatory structure, competitive landscape and a list of major power plants are provided. The report also gives a snapshot of the power sector in the country on broad parameters of macroeconomics, supply security, generation infrastructure, transmission and distribution infrastructure, electricity import and export scenario, degree of competition, regulatory scenario and future potential. An analysis of the deals in the country’s power sector is also included in the report.

Spain is on track to complete the nuclear power phase-out by 2035. The nuclear power capacity in the country is expected to decline sharply from 7.1GW in 2020 to 3GW in 2030. As of August 2021, the country had seven operational nuclear power reactors, the majority of which are owned and managed by Iberdrola and Endesa. Under its National Energy and Climate Plan 2021-2030, the Spanish Government is planning to decommission nuclear power capacity during the 2027 to 2035 period. By 2030, nuclear power capacity is expected to decline to 3GW before being phased out altogether by 2035.

[…]

With respect to the power sector, electricity consumption in the country declined by 5.5% in 2020 as compared to 2019. Electricity demand from industrial and commercial sectors declined significantly due to national lockdowns. The manufacturing of renewable power equipment also took a hit in the country due to the lockdowns. In March 2020, Vestas, a major wind turbine manufacturer, stopped almost all manufacturing at its two factories in Spain. Siemens Gamesa, another major wind equipment manufacturer, closed its blade manufacturing plant and another facility in Spain along with temporarily halting all its activities at production plants and wind farms in March 2020. In April 2020, Nordex, a Germany-based wind turbine manufacturer, suspended production activities in Spain due to the rapid spread of the Covid-19 pandemic and the resulting lockdowns. The Spanish Government passed the Royal Decree-law 23/2020 of 23rd June 2020 as a measure towards revitalising the economy and approving energy-related measures. The regulation came into effect on 25th June 2020 and provides measures to ramp up the power sector post the impact of Covid-19 on the economy, especially investments in renewables, energy efficiency and new generation processes.

[…]

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When the sky fell to earth via Republik

By Joshua Wheeler (Text) and Reto Sterchi (Photos), 16.10.2021

Hundreds of twinkling lights, five hundred brown paper sacks with candles in them, luminarias around the mound and spilling out into the base paths and a family of three with singing bowls on the infield grass, the biggest singing bowls I’ve ever seen, like singing buckets between their legs and them dragging mallets along the glass rims to make the air drone, for hours the air drones as one by one the luminarias are extinguished by roving figures in the dark. And when another wisp of smoke from a smothered wick dissipates, then we are done remembering, for this year, one more victim of the Gadget, the Manhattan Project’s crowning achievement at Trinity, the world’s first atomic explosion on July 16, 1945, right here in Southern New Mexico.

Up in the press box a trio of announcers takes turns reading pages of names of all the people in the Tularosa Basin who have died of cancer caused, they say, by radioactive fallout from the first breath of the atomic age. For hours, name after name like the slow grind of a macabre graduation ceremony. So then this is how the Gadget’s blast fades: after a flash of heat ten thousand times hotter than the surface of the sun, after a blast reverberating windows for a hundred miles, after lifting as much as 230 tons of radioactive sand mixed with ash into a mushroom cloud over seven miles high, after seven decades. And still the blast echoes here at the baseball field as another name is called and another flame extinguished in remembrance of someone dead from cancer caused, they say, by the world’s first atomic bomb.

[…]

Nothing but a goddamn gadget.

Just toying with the nauseous joy of physics.

Henry Herrera sits up in his lawn chair next to the bleachers and says, “the thing went off and the fire went up and the cloud rose and the bottom half went up that way.” He gestures over my head toward first base. “But then the top part, the mushroom top started coming back this way and fell all over everything.” He waves both his arms back toward us and all around us, big swoops of old, thin, and crooked arms over his head like he might be able to accurately pantomime an atomic blast or like he’s invoking its spirit or just inviting the fireball to rain down again so the rest of us can really understand.

Henry’s sort of a celebrity in this crowd, one of a handful of folks around Tularosa still living who actually witnessed the Gadget’s blast, a guy who’s beat cancer three times already and says he’ll lick it again if he gets the chance. I’ve heard him repeat his story, word for word, to anyone who will listen, for years now. He sits next to me, fiddling with the pearl snaps on his Western shirt, petting his white hair down in back behind his big ears, telling the tale in spurts, little stanzas between long gaps of pondering, those rests of silent reflection that never stop growing as we age, like ears, like I guess all our really old storytellers have big ears and the will to ride a lull for as long as it takes until an aphorism or anecdote has marinated on the tongue and is ready to serve. He serves one up: “I’ll bet ten dollars to a donut your momma never blamed you for the atomic bomb.”

[…]

Nobody ever thought much of a bomb going off because bombs were always going off over at the Alamogordo Bombing and Gunnery Range since our Second World War began, but this explosion was different.

“It was huge and after a few minutes comes this little filmy dust,” Henry says. “Fine dark ash just came down and landed all over everything. Momma’s clothes hanging out there turned nearly black, so she had to wash them over again. You talk about a mad Mexican.” He laughs at the thought of his momma’s face, seeing all her whites turned to grays, screaming, “what the hell did you explode out here, Henry?”

So that’s the story of how Henry’s momma tried to blame him for the atomic bomb.

“It’s funny until you know we was drinking it and eating and everything else.”

“But we didn’t know that for years.”

“Not really until we started dying.”

Henry intertwines his tale of the Gadget with tales about being in the military 10 years after Trinity, touring Hiroshima and Nagasaki after the war because he’d become obsessed with what he’d seen as a kid – “night turned to day, like heaven came down” – and he needed to see also what the Bomb had done to our enemies, and he surely saw it all: the complete devastation, the rubble and ash and shadows stuck to walls and “just imagine all those families,” he says.

[…]

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