Hidden agenda: The unspoken argument for more nuclear power via Beyond Nuclear International

By Linda Pentz Gunter

So here we are again at another COP (Conference of the Parties). Well, some of us are in Glasgow, Scotland at the COP itself, and some of us, this writer included, are sitting at a distance, trying to feel hopeful.

But this is COP 26. That means there have already been 25 tries at dealing with the once impending and now upon us climate crisis. Twenty five rounds of “blah, blah, blah” as youth climate activist, Greta Thunberg, so aptly put it. 

[…]

But what are the world’s greatest greenhouse gas emitters consumed with right now? Upgrading and expanding their nuclear weapons arsenals. Another crime against humanity. It’s as if they haven’t even noticed that our planet is already going quite rapidly to hell in a handbasket. They’d just like to hasten things along a bit by inflicting a nuclear armageddon on us as well.

Not that the two things are unconnected. The civilian nuclear power industry is desperately scrambling to find a way into the COP climate solutions. It has rebranded itself as “zero-carbon”, which is a lie. And this lie goes unchallenged by our willing politicians who blithely repeat it. Are they really that lazy and stupid? Possibly not. Read on.

Nuclear power isn’t a climate solution of course. It can make no plausible financial case, compared with renewables and energy efficiency, nor can it deliver nearly enough electricity in time to stay the inexorable onrush of climate catastrophe. It is too slow, too expensive, too dangerous, hasn’t solved its lethal waste problem and presents a potentially disastrous security and proliferation risk. 

Nuclear power is so slow and expensive that it doesn’t even matter whether or not it is ‘low-carbon’ (let alone ‘zero-carbon’). As the scientist, Amory Lovins, says, “ Being carbon-free does not establish climate-effectiveness.” If an energy source is too slow and too costly, it will “reduce and retard achievable climate protection,” no matter how ‘low-carbon’ it is.

This leaves only one possible rationale for the political obsession with keeping the nuclear power industry alive: its indispensability to the nuclear weapons sector.

New, small, fast reactors will make plutonium, essential to the nuclear weapons industry as Henry Sokolski and Victor Gilinsky of the Nonproliferation Policy Education Center continue to point out. Some of these so-called micro-reactors would be used to power the military battlefield. The Tennessee Valley Authority is already using two of its civilian nuclear reactors to produce tritium, another key “ingredient” for nuclear weapons and a dangerous blurring of the military and civil nuclear lines.

Keeping existing reactors going, and building new ones, maintains the lifeline of personnel and know-how needed by the nuclear weapons sector. Dire warnings are being sounded in the halls of power about the threat to national security should the civil nuclear sector fade away.

This is more than a hypothesis. It is all spelled out in numerous documents from bodies such as The Atlantic Council to The Energy Futures Initiative. It has been well researched by two stellar academics at the University of Sussex in the UK — Andy Stirling and Phil Johnstone. It’s just almost never talked about. Including by those of us in the anti-nuclear power movement, much to Stirling and Johnstone’s consternation.

But in a way it’s just glaringly obvious. As we in the anti-nuclear movement wrack our brains to understand why our perfectly empirical and compelling arguments against using nuclear power for climate fall perpetually on deaf ears, we are maybe missing the fact that the nuclear-is-essential-for-climate arguments we hear are just one big smokescreen.

[…]

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小児甲状腺がん患者ら半数「被曝影響」疑う〜支援団体が報告書 via OurPlanet-TV

[…]

今回、同団体が手渡したのは、原発事故後に甲状腺がんと診断された26歳以下の患者を対象としたアンケート結果。同団体は2006年の活動開始から5年間で、小児や若年の甲状腺がん患者176人に療養費を給付しているが、そのうち、福島県内の70人(61.4%)と福島県外の35人(56.5%)の計105人が回答した。本人が回答したのは72人で、残り33人は保護者が回答しているという。

県外は全摘が51.7%、県内は再手術が16%

報告書では、患者の臨床状況につおてもまとめている。これによると、「県民健康調査」で甲状腺検査が実施されている福島県に比べ、福島県外の患者は自覚症状でがんが見つかるケースが多く、術式は全摘が51.7%で肺に転移している患者は15%に上っている。これに対し、福島県内では1.2%と大きな差がある。

 同団体は、福島県内で見つかったがんは、甲状腺の全摘例や遠隔転移の割合が少なく、県民健康調査が早期発見・早期治療につながっていると一方、過剰診断は起きていないとして、原発事故と甲状腺がんをめぐる正確な調査研究を実現するよう求めた。県の担当者は、回答しなかった。

なお、福島県内では再手術が目立っている。再発または転移により再手術を受けている患者は16.4%にのぼり、県外より多い。この数字が、県内で多数の手術をになっている福島県立医科大学鈴木眞一教授の臨床データと大きくかけ離れているのは、途中で県外の転院した患者が多数いるためと、同団体は分析している。

[…]

とりわけ保護者は原発との関係を強く疑っており、「関係ない」と考える人は県外も県内もゼロで、福島県内では、原発事故との関係が「おおいにある」と回答した保護者が56%を占めた。

[…]

アンケート結果は今春に一部、公表していたが、福島県内と県外のすべてのデータを公表したのは今回が初めて。約100ページにわたる報告書には、今年3月に実施した オンラインイベントの再録や、分析に協力した山口大学人文学部の高橋征仁教授のコメントなども盛り込まれている。PDF版は無料。冊子版は1000円。

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東電株主代表訴訟 裁判官が初めて福島第一原発を視察 via NHK News Web

「。。。」

原発事故のあと裁判官が敷地内を視察するのは初めてです。

福島第一原発を視察したのは東京地方裁判所の朝倉佳秀裁判長ら裁判官2人と書記官、それに、原告側と被告側の弁護士などで、29日午前、福島県大熊町のJR大野駅からバスに乗って原発の敷地内に向かいました。

福島第一原発の事故をめぐって、東京電力の株主たちが旧経営陣5人に対し会社に賠償するよう求めている裁判では、震災前に津波対策が可能だったかどうかを検証するため、株主側が裁判官に現地視察を求めていました。

株主側の弁護士によりますと、視察は5時間以上にわたって行われ、1号機から6号機の建屋の状況や、重要な機器がある建物の出入り口などについて、事故の前とその後の状況を確認したということです。

東京電力によりますと、原発事故のあと、裁判官が福島第一原発の敷地内を視察するのは今回が初めてだということです。

視察のあと株主側の河合弘之弁護士は、「裁判官たちは、東京電力に何度も質問して、真剣に現場を見て回っていた。非常に意義がある検証で、いい判決を期待している」と話していました。

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Stop trying to make nuclear power happen via New Socialist

David Cullen

A number of eco-modernists are now arguing that the threat of climate crisis means that nuclear power is necessary. However, it remains wildly impractical, and at odds with any world we would like to build.

[…]

A handful of people with a surface understanding of the issue have decided to define themselves against their strident forebears and paint themselves as reasonable pragmatists. Unfortunately, a handful of prominent public environmentalists are members of this last group.

Their position is particularly unfortunate because of the poverty of public debate on this issue. It would not be so harmful if these people, who mostly reached adulthood after the battlelines on this issue had already been drawn, were airing what should be understood as their contrarian views within a healthy fact-based discourse. But instead they are parroting a PR line from the nuclear power industry in a context where almost everyone is operating from a position of little to no understanding.

In that context, it’s completely understandable that some comrades have also accepted the industry line that nuclear power is necessary to tackle climate change. I think this is a huge mistake, for the reasons I will set out in this piece, but I have no interest in picking a fight with anyone who formed that belief in good faith. Although I think nuclear power is a fundamentally bad idea that nobody on the left should have any truck with, supporting nuclear power is not like supporting migrant detention or abstaining on the spy cops bill. However, I do think a lot of comrades need to think a lot more critically about whose interests are being served, and what answers are predetermined by framing the issue in terms of choosing between nuclear power and the greater evil of climate change.

Let’s be clear: nuclear power is not worse than climate change. But that doesn’t matter. Comparing the two is a pointless false dichotomy, and the focus of all the public debate in the UK on this framing is the main reason nuclear power is being built here at all. In fact, nuclear power is an expensive dead end, and pursuing it will make climate change worse. Furthermore, nuclear power has several unalterable characteristics that mean it is fundamentally incompatible with the world we want, and need, to build.

[…]

Hinkley C is now predicted to start producing power at least three years later than its original 2023 completion date, and a year beyond the date given when the Cameron government saved the project by guaranteeing EDF would be paid for the power the plant produces at double the market rate. The estimated cost of the project has risen from £16bn to £23bn. Hinkley C is actually going quite well compared to earlier EPR projects. The first two EPR reactors to be started at Olkiluoto in Finland and Flamanville in France have both been under construction for more than 14 years and are expected to cost three and five times their original budgets respectively.

[…]

In part, eco-modernism is an understandable reaction to the stereotypical Green belief that technological progress is actually bad. But we really need to move beyond approaching technology with a default attitude of either credulity or suspicion. Instead, let’s consider individual technologies and the types of social relations and state forms that those technologies engender in order to decide whether they have a role to play in the future we need to build. A technology does not on its own cause social relations or forms of the state. Raymond Williams was right to insist, in their debate over the politics of nuclear disarmament, that E. P. Thompson’s technologically determinist argument that nuclear weapons immediately give us a particular social and international order obscures decisive questions, including around the relationships that produced the technological form: “behind it, of course, is another question: who ‘gave us’ the hand-mill, the steam-mill, the missile factories?” However, Williams’ refusal of the intellectual closure of Thompson’s argument does not entail presenting technologies as politically indeterminate, as many eco-modernists would.

It is not possible to abstract nuclear power from its current context and purposes and simply transfer it to a socialist context and purposes. Nuclear power was, in Williams’ terms, “consciously sought and developed” within particular social and international relationships, and features of the technology favour the maintenance of these relationships, and particular forms of the state. Considering nuclear power in this way, it’s clear that its characteristics militate against the world we want to see.

Nuclear power requires large and secretive states and companies. The fundamental role of technologies and knowledge that could be used to create nuclear weapons, and the extensive upfront costs, makes state intervention in alliance with big capital, without any possibility of democratic planning, almost inevitable. The disparities of knowledge and of financial power that flow from these basic facts mean that nuclear power is inherently hierarchical and cannot be subject to meaningful democratic control. Unsurprisingly, given the overlap between the two technologies, many of the characteristics of Elaine Scarry’s conception of a Thermonuclear Monarchy, which argues that nuclear weapons structurally require forms of secrecy and unaccountable powers that are democratically harmful, are also present in nuclear power.

[…]

Conclusion

In summary, nuclear power is antithetical to the world we want to see. From its origins as a figleaf to distract us from the grim truth of mutually assured destruction, to its recent resurrection as a bogus solution to climate change, it is inherently bound up with violent state forms and paranoid and secretive hierarchies. It cannot be deployed at a speed and scale to make a difference to climate change, but it will make the world less safe and stable at a time when we can least afford to manage the many problems that come with it. People will already have to deal with its legacy for countless generations and the only moral course of action is to decline to add to their burden by generating more waste.

Climate change mitigation measures need to be prefigurative of the other changes we want to see in the world. Technology will never be the solution to climate change, but any viable solution will need to deploy it alongside social change. Nuclear cannot deliver on even the limited grounds where it claims to make a difference and is a distracting dead end. In political circumstances where social change is not immediately realisable, we need to be advocating for technologies which are in harmony with the changes we want to see, not providing free PR for an industry which should have been left to die decades ago.

Democratically controlled renewable power generation is much more amenable to the types of adaptation and demand matching that make a zero carbon grid a realistic possibility. Renewables are less complex than nuclear power, much quicker and easier to deploy, and much more scalable. The technologies can easily be shared globally, and building more cross-border grid interconnectors will make it much easier to manage the variance of renewable generation. Rather than reproducing existing oppressive structures and relationships, these technologies are at the very least compatible with the relationships and institutions we would want to see as socialists.

Locally owned and run renewables, linked together in a web of global interdependencies, is exactly the kind of prefigurative solution that we need to be working towards, and it is actually cheaper and more realistic than nuclear power. Decarbonising electricity generation is the low hanging fruit of climate change adaptation, but if we carry it out in the right way, it will be easier to work towards just and equitable solutions in future steps. Nuclear has already blown its chance to be a meaningful part of that future – the only question is how quickly people on the left will recognise this, and how much more we are going to continue storing future problems by trying to resist its inevitable demise.

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An unearthly spectacle: The untold story of the world’s biggest bomb via the Bulletin of Atomic Scientists

By Alex Wellerstein

[…]

The flash alone lasted more than a minute. The fireball expanded to nearly six miles in diameter—large enough to include the entire urban core of Washington or San Francisco, or all of midtown and downtown Manhattan. Over several minutes it rose and mushroomed into a massive cloud. Within ten minutes, it had reached a height of 42 miles and a diameter of some 60 miles. One civilian witness remarked that it was “as if the Earth was killed.” Decades later, the weapon would be given the name it is most commonly known by today: Tsar Bomba, meaning “emperor bomb.”

Designed to have a maximum explosive yield of 100 million tons (or 100 megatons) of TNT equivalent, the 60,000-pound monster bomb was detonated at only half its strength. Still, at 50 megatons, it was more than 3,300 times as powerful as the atomic bomb that killed at least 70,000 people in Hiroshima, and more than 40 times as powerful as the largest nuclear bomb in the US arsenal today. Its single test represents about one tenth of the total yield of all nuclear weapons ever tested by all nations.[2]

At the time of its detonation, the Tsar Bomba held the world’s attention, largely as an object of infamy, recklessness, and terror. Within two years, though, the Soviet Union and the United States would sign and ratify the Limited Test Ban Treaty, prohibiting atmospheric nuclear weapons testing, and the 50-megaton bomb would fall into relative obscurity.

From the very beginning, the United States sought to minimize the importance of the 50-megaton test, and it became fashionable in both the United States and the former Soviet Union to dismiss it as a political stunt with little technical or strategic importance. But recently declassified files from the Kennedy administration now indicate that the Tsar Bomba was taken far more seriously as a weapon, and possibly as something to emulate, than ever was indicated publicly. And memoirs from former Soviet weapons workers, only recently available outside Russia, make clear that the gigantic bomb’s place in the history of Soviet thermonuclear weapons may be far more important than has been appreciated. Sixty years after the detonation, it’s now finally possible to piece together a deeper understanding of the creation of the Tsar Bomba and its broader impacts.

The Tsar Bomba is not just a subject for history; some of the same dynamics exist today. It is not just the story of a single weapon that was detonated six decades ago, but a parable about political posturing and technical enablement that applies just as acutely today. In a new era of nuclear weapons and delivery competition, the Tsar Bomba is a potent example of how nationalism, fear, and high-technology can combine in a fashion that is ultimately dangerous, wasteful, and pointless.

[…]

A few days later, Seaborg met with weapons scientists to discuss building high-yield weapons. Betts initiated a discussion with Sandia National Laboratory over the feasibility of dropping weapons with yields of 30 or 50 megatons from a B-52, which would require using drogue parachutes to ensure the survival of the pilots. At the same time, a team of Livermore scientists got together to review the possibilities of a US return to nuclear testing. Along with ideas relating to more optimized designs and “clean” bombs deriving most of their yield from fusion, they were intrigued once again by Teller’s possibility of bigger bangs: “USSR high-yield tests have reawakened interest in high-yield testing by the United States. High-yield weapons (50 megatons to 1,000 megatons) should be reconsidered and re-evaluated for their possible military use.”[34] Again, let that sink in: Even after denouncing the Tsar Bomba as pointless terrorism, there were scientists and military planners working for the US government who were considering nuclear weapons with yields 20 times larger.

In early 1962, one scientist at the Sandia lab reported to his colleagues about this sudden interest in superbombs, noting dryly that the Soviet detonation had “started some thinking in this country that there must be a good application for these things that has escaped our attention… the military would like to see the development of a few [very high-yield] bombs and would even feel good if a few were in the stockpile even though no known targets justify such weapons.”[35]

[…]

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Letters to the Editor: Nuclear power poses unacceptable risks. It’s not a climate change solution via Los Angeles Times

To the editor: Jonah Goldberg’s column, “If Biden is serious about the climate crisis, he should put nuclear on the table,” is misleading. 

The myth of “newer, safer, less expensive” nuclear power has promised for decades to deliver a magical climate solution. Unfortunately, despite billions of dollars in research and development, subsidies, loan guarantees and liability waivers, and countless promises that next-generation technology was “just around the corner,” nuclear power is not and will never be that solution. 

It is far too slow and costly to impact the climate crisis, and it presents insurmountable threats to public health that will worsen as the climate crisis grows. Radioactive waste generated by nuclear power will remain dangerous for thousands of years, burdening future generations for our short-sighted gain.

[…]

Denise Duffield, Santa Monica

The writer is associate director of Physicians for Social Responsibility-Los Angeles.

[…]

To the editor: Considering that the U.S. Department of Energy can’t even decide where to put the nuclear waste that is already mounting up, why would we want to generate even more of it when it will sit in “temporary” storage areas, some of which are susceptible to sea-level rise?

Three Mile Island, Chernobyl and Fukushima are good examples of why nuclear power generation cannot be trusted as a safe source of power. Whether it is because of human error or otherwise, any mistake presents dangerous consequences to people in the areas surrounding nuclear plants.

The risks and costs are not worth investing more money into nuclear power.

Phillip Roullard, San Diego

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震災10年「変われない日本」 脱原発デモ参加者の思い via 朝日新聞

(略)

「結局、何も変えられなかったのかなあ」。東京都小平市で食肉販売業を営んできた永井忠さん(76)は自宅でため息をつく。震災翌年の12年3月、官邸前でデモが始まると「地震は待ってくれない」と記した手製の看板を抱え、電車を乗り継いで官邸前に通った。体力的にデモへの参加が難しくなり、地元でエネルギー問題の勉強会を続けてきたが、それもコロナ禍で打ち切りとなった。

 岸田政権が今月22日に閣議決定したエネルギー基本計画は、温室効果ガスの抑制を理由に、30年度の発電量に占める原発比率を従来の目標同様20~22%とし、「必要な規模を持続的に活用していく」とした。永井さんは「あれだけの事故が起きても方向転換せず、小型原子炉の活用案まで語られ始めた。選挙戦でも、原発はほとんど話題になっていない」と嘆く。

 震災翌年の朝日新聞社の世論調査で「原子力発電を段階的に減らし、将来はやめることに賛成」と答えたのは70%。首相に声を直接届けようと、ツイッターなどSNSを通じて数千、数万人規模の市民が毎週集まり、官邸前は脱原発デモの象徴的な場となった。

(略)

どうすれば、政治を変えられるのか。従来の市民運動は党派の影響で分断されがちだったが、同連合は「脱原発」で団結しようと訴え、連携して集会を開くなどしてきた。17年の衆院選では野党共闘を呼びかけ、メンバーが個別に候補を応援した。日本の原発事故がきっかけとなり脱原発へ政策転換した台湾を視察して交流も続けてきた。

 ただ、官邸前デモは運営の人手が不足し、参加者も減少。今年3月26日の400回目の後、休止中だ。

 この間、何が見えてきたのか――。ミサオさんは「変化への抵抗がとても強く、なぜか変われずにいる日本」と話す。一方で、デモという形で反対の世論の存在を示してきたからこそ、新規制基準の下で再稼働に至った原発の数を10基に押しとどめ、新増設を難しくしてきたと思う。

 同連合は今月22日、衆院選に向けて声明を出し、「10年前の原発事故の記憶」を思いだそうと訴えた。

 「すぐには変われないかもしれない。普段は生活に忙しいかもしれない。それでも選挙のときは、震災のときに感じた思いを忘れずに投票してほしい」とミサオさん。

 メンバーたちは「官邸前デモは終わってはいない」と言う。何かのとき再開できるよう、メガホンなど機材を自宅に保管している。(西本秀

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●原子力推進派 今週の暴言・失言集【第2回】via 安全問題研究会

●50年後に生まれた子供が全部片輪になるやらわかりませんが、タナボタ式の街づくりが出来る原発をみなさんにお勧めしたい(高木孝一・元福井県敦賀市長/1983.1.26 石川県羽咋郡志賀町での原発講演会で)

「原子力推進派 今週の暴言・失言集」第2回は、かなり古めですが、福井県敦賀市長(当時)だった高木孝一氏の絶対に許せない発言をご紹介します。[…]

この発言が「鬼畜以下」であることは論じるまでもありません。言語道断です。しかし、同時に読者のみなさんには、40年近く前、それも中央政界の政治家ではなく地方の自治体首長に過ぎない人物の発言を、なぜ今頃になって取り上げるのかという疑問もあることでしょう。

端的に答えを申し上げましょう。この高木孝一・元敦賀市長、実は岸田内閣発足と同時に自民党国対委員長に就任した高木毅衆院議員の父親なのです。世間では高木毅氏ご本人の過去のパンツ泥棒事件のことばかり取り上げられていますが、日本の大手メディアはパンツよりも高木氏の父親である、この元敦賀市長の発言こそ問題にすべきだと思います。

この発言を私に教えてくれたのは「原発への警鐘」(講談社文庫、1986年9月)という1冊の本です。著者は、この9月に逝去された経済評論家・内橋克人さん。福島原発事故後に復刻されているようです。新自由主義の本当の恐ろしさを教えてくれた「悪夢のサイクル」も内橋さんの「必読文献」としてこの機会にぜひご紹介しておきたいと思います。人間が幸せに生きるためにどんな経済・社会が必要かを深い洞察力と鋭い視点で明らかにした力作です。

「原発への警鐘」は、1986年9月に出版されています。1986年4月にチェルノブイリ原発事故が起きており、それが出版の契機になったことがよくわかります。日本の原発推進派、電力業界がこの大事故を他山の石として反省するどころか「日本の原発はソ連と違って黒鉛など使っていないので絶対に事故は起こりません」とソ連との違いばかり強調し、全くの無反省だったこと、その連中の驚くべき無反省ぶりを見て「次の原発事故が起こるとすれば、多分日本だな」と子供心に思ったことを私は今もよく覚えています。その私の「予感」は、四半世紀の時を経て、福島で最も悲しい形で現実になりました。あのとき連中を少しでも反省されることができていれば……。

[…]

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The Push for Nukes in Space via Counterpunch

BY KARL GROSSMANFacebookTwitterRedditEmail

The co-chairs of the Subcommittee on Space and Aeronautics of the U.S. House of Representatives Science, Space & Technology Committee were cheerleaders for the use of nuclear power in space at a hearing at which they presided over last week titled “Accelerating Deep Space Travel with Space Nuclear Propulsion.”

The advocacy of Representatives Don Beyer and Eddie Bernice Johnson for nukes in space was strongly criticized in a subsequent interview by Bruce Gagnon, coordinator of the Global Network Against Weapons and Nuclear Power in Space.

Representative Don Beyer opened the October 20th hearing in Washington by declaring: “Space nuclear propulsion can produce thrust far more efficiently than conventional chemical systems, allowing for shorter tip times to Mars. Why does this matter? One reason is that shortening the trip reduces the risk of space radiation exposure to our astronauts.”

Representative Eddie Bernice Johnson of Texas stated: “For decades, the space community has identified nuclear propulsion as a required and enabling technology for our human exploration goals. Even the best chemical propulsion capabilities of today mean long travel times to and from Mars.”

Witnesses testifying before the subcommittee included those from the aerospace industry including Michael French, vice president for space systems of the Aerospace Industries Association. He said his association “is proud to represent the largest and most diverse coalition of aerospace companies in the United States, an industry that generates $909 billion in economic output and supports 2.1 million employees across the country.”

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There were no witnesses invited to the hearing who are critical of the use of nuclear power in space. Gagnon has been coordinator of the Global Network Against Weapons and Nuclear Power in Space since its formation in 1992. Based in Maine, it is the leading international organization opposing the use of nuclear power in space through protests, an annual “Space for Peace Week” and lawsuits through the years.

Said Gagnon: “The recent testimonies by aerospace industry operatives before the House Subcommittee on Space and Aeronautics were quite telling. But even more so were the opening statements by committee co-chairs, both Democrats, who hail from the heavily space-oriented states of Virginia and Texas. Both committee chairs Don Beyer (VA) and Bernice Johnson (TX) enthusiastically endorsed the proposal to continue spending hundreds of millions of dollars annually toward preparation of nuclear reactor flight tests in space.”

“The logic behind this dangerous ‘field test’ is to prepare to send nuclear-powered rockets to Mars,” said Gagnon. “Ostensibly these plans are to protect the ‘safety of our astronauts’ by reducing their exposure to in-space radiation with ‘shorter trips’ to the red planet because nuclear rockets would cut in half the travel time. This is very telling as concern over the safety of a couple of astronauts ‘trumps’ the safety of the Department of Energy workers who will be fabricating these space nuclear devices.”

“We know that over the years the U.S. Department of Energy has a terrible track record of worker and community contamination during these space nukes fabrication processes. One example is the 244 cases of worker contamination at Los Alamos National Laboratory in New Mexico while building the plutonium generators for the 1997 Cassini space probe,” said Gagnon.

“In addition, this concern over astronaut safety also ‘trumps’ the safety of all life on Earth as plans call for the testing of these nuclear rocket engines just over our heads in space,” he said.

“During the testimony of several aerospace industry executives at the hearing they admitted that current regulations that oversee ground testing of these reactors are ‘too restrictive’ because they require the capture and processing of ‘radiologic sources’ in order to ‘reduce contamination.’ Thus, with no regulation of testing in space the powerful alliance of aerospace and nuclear industry is asking Congress to give them a free pass,” Gagnon said.

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‘Ignored for 70 Years’: Human Rights Group to Investigate Uranium Contamination on Navajo Nation via Reader Supported News (Guardian)

Rita Capitan has been worrying about her water since 1994. It was that autumn she read a local newspaper article about another uranium mine, the Crownpoint Uranium Project, getting under way near her home.

Capitan has spent her entire life in Crownpoint, New Mexico, a small town on the eastern Navajo Nation, and is no stranger to the uranium mining that has persisted in the region for decades. But it was around the time the article was published that she began learning about the many risks associated with uranium mining.

“We as community members couldn’t just sit back and watch another company come in and just take what is very precious to us. And that is water – our water,” Capitan said.

To this effect, Capitan and her husband, Mitchell, founded Eastern Navajo Diné Against Uranium Mining (Endaum). The group’s fight against uranium mining on their homeland has continued for nearly three decades, despite the industry’s disastrous health and environmental impacts being public knowledge for years.

Capitan’s newest concerns are over the Canadian mining company Laramide Resources, which, through its US subsidiary NuFuels, holds a federal mining license for Crownpoint and nearby Church Rock. Due to the snail’s pace at which operations like this can move, Laramide hasn’t begun extraction in these areas, but is getting closer by the day.

While the US legal system hasn’t given them much recourse to fight the mining, Capitan and other community members see new hope in the Inter-American Commission on Human Rights.

Endaum and the New Mexico Environmental Law Center made a substantial evidence filing last week with the commission, alleging that the US government and its Nuclear Regulatory Commission (NRC) have violated their human rights by licensing uranium mines in their communities.

The petition with the commission won’t necessarily offer Endaum legal recourse. However, a favorable recommendation could help them in future legal proceedings against uranium mine projects while also guiding future advocacy on mining policy, said Eric Jantz, senior staff attorney at the New Mexico Environmental Law Center.

He said it would also be a form of vindication: “There is moral value in having an international human rights body lay bare the abuses of the nuclear industry and the US government’s complicity in those abuses.”

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