Anti-nuclear movement

Protests in Bonn on 14 October 1979.

A modern protest of the anti-nuclear movement targeted towards the French European Pressurised Reactor (EPR).

The anti-nuclear movement is a loosely-linked international social movement that opposes the use of various nuclear technologies. Initially, its objective was nuclear disarmament. Later the focus began to shift to other issues, such as the use of nuclear power, food irradiation, and the use of depleted uranium munitions. Both grassroots organizations and political parties have identified themselves with the movement.

Current activities include opposition to the construction of new nuclear plants, protesting against the transport and reprocessing of spent nuclear fuel, opposing uranium mining, discouraging the use of other technologies associated with nuclear power, and public information campaigns highlighting the perceived and real risks of radiation and nuclear technologies. Extreme forms of the movement also oppose research into fusion power. Although closely related, nuclear medicine and activities associated with it, such as the transport of medical radiation sources, are rarely campaigned against.

Symbols

A symbol of the anti-nuclear movement is a smiling, traditionally red sun, usually on a yellow background. There are several variations, such as pugnacious raised fist or angry face. It is often accompanied by the slogan "Nuclear power? No thanks!" This symbol has its roots in the Danish anti-nuclear movement in the 1970s and has since gained worldwide usage.

A symbol of resistance against nuclear waste transport is a (mostly yellow) X. This symbol is newer than the smiling sun. It originated in the German anti-nuclear movement.

• The "Smiling Sun" icon of the anti-nuclear movement. Originated from the Danish Antinuclear Movement (OOA).[2]
  The "Smiling Sun" icon of the anti-nuclear movement. Originated from the Danish Antinuclear Movement (OOA).
• Another high profile anti-nuclear symbol, which is a variation on the international radiation symbol. It is used and recognised in at least Australia.
  Another high profile anti-nuclear symbol, which is a variation on the international radiation symbol. It is used and recognised in at least Australia.
• Anti-nuclear poster from the 1970s American movement.
  Anti-nuclear poster from the 1970s American movement.

History

The roots of the anti-nuclear movement stem mainly from three sources:

• First, within Western culture there is a thread of mistrust of science and technology which dates back to novels written in the early nineteenth century, in which ambitious and over-confident scientists unleashed uncontrollable forces.
• Second, radioactive materials were misused and carelessly handled in the early part of the twentieth century (see Radioactive quackery), which led to a general belief that all forms of radiation were dangerous at any level.
• Third, nuclear energy was, and is, associated in the public mind with nuclear weapons.

All three of these roots coalesced following the use of atomic weapons on Japan and the subsequent bomb tests, with resultant distribution of radioactive fallout. The anti-nuclear movement grew out of this convergence.

In the 1960s, the environmental movement grew mainly in reaction to obvious deterioration of the natural and urban environments. Although some environmentalists favoured nuclear energy as a way to reduce pollution, the majority came to the movement with already-formed anti-nuclear attitudes, and at present the anti-nuclear movement and the environmental movement have considerable overlap.

Opponents of nuclear energy used the Nuclear Non-proliferation Treaty of 1968 to reinforce the connections between the international export and development of nuclear power technologies and the proliferation of nuclear weapons.

Finally, because nuclear power has always been a technology which requires and employs specialists, some individuals with little or no scientific training view it as an elitist technology. The public view of nuclear power is based on popular political and social perception rather than in-depth knowledge of the technology and scientific specifics of nuclear power.

Much early opposition to nuclear power was expressed in relation to environmental grounds: thermal pollution, known and postulated reactor accidents, potential release of radiation during shipments, and still-developing means for long-term radioactive waste storage and disposal. The environmental movement made such concerns well-known, whereas opposition on issues such as concentration of capital in major engineering endeavors rather than decentralised and less productive energy sources, and proliferation of nuclear weapons, did not attract much attention.

By the time of the rise of New England's Clamshell Alliance, California's Abalone Alliance, and dozens of similar regional groups dedicated to stopping the growth of nuclear power through nonviolent civil disobedience based actions, points of opposition had expanded from concerns about pollution and proliferation to include concerns about economic viability and terrorist target threats.

The John Gofman controversy

John Gofman was called the father of the anti-nuclear movement by some, even though his concerns over nuclear energy began in the 1960s, long after the movement started. He was, in fact, a weapons researcher and never apologised for his work on atomic bombs. He claimed that the consequences of exposure to low levels of radiation were much greater than previously thought. His findings were disputed by other analysts, but safety standards were strengthened, and in 2005 The National Academies of Science released a report which concluded "that the smallest dose [of radiation] has the potential to cause a small increase in risk to humans."

The National Institutes of Health and the Health Physics Society in the United States and other professional health organisations internationally reject the hypothesis on which Gofman based his calculations, the "linear-no-threshold" formula. The International Commission on Radiation Protection and the United Nations Scientific Committee on the Effects of Atomic Radiation acknowledge that the concept is unsupported by scientific evidence but recommend the rule be applied in risk calculations in the interest of conservatism, supposing that overstating the risk leads to safer design considerations. Critics complain that the rule encourages unsafe decisions by driving choices toward other, greater, health risks.

Gofman predicted that Chernobyl would cause 1,000,000 cancers and 475,000 deaths, and later, in 1996, estimated that the majority of cancers in the U.S. were caused by medical radiation. These estimates are widely disputed, and in 2005 a report prepared by the Chernobyl Forum, led by the International Atomic Energy Agency (IAEA) and World Health Organisation (WHO), attributed 56 direct deaths (47 accident workers, and nine children with thyroid cancer), and estimated that there may be 4,000 extra cancer deaths among the approximately 600,000 most highly exposed people; thus disputing Gofman's hypothesis.

Gofman acted as an expert witness in several radiation-exposure legal cases and helped to establish an advocacy group, the Committee for Nuclear Responsibility, based in San Francisco.

Gofman did not play a major organising role in the movement, and suggested that Larry Bogart is the movement's true originator.

Stances

Main article: Nuclear debate

Nuclear accidents are often cited by anti-nuclear groups as evidence of the inherent danger of nuclear power (see Nuclear and radiation accidents). Also, according to anti-nuclear organisations, rendering nuclear waste harmless is not being done satisfactorily and it remains a hazard for anywhere between a few years to many thousands of years (although the same organisations usually oppose, and lobby against, processing the waste to reduce its radioactivity and longevity). The economics and nuclear proliferation issues are also primary concerns.

Anti-consumerist philosophy

A common theme in the movement is the belief in the need to reduce consumerism. Early anti-nuclear advocates thought that nuclear energy would enable lifestyles which would strain the viability of the natural environment. This belief reinforced their generally anti-nuclear attitudes.

If you ask me, it'd be a little short of disastrous for us to discover a source of clean, cheap, abundant energy because of what we would do with it. We ought to be looking for energy sources that are adequate for our needs, but that won't give us the excesses of concentrated energy with which we could do mischief to the earth or to each other.

— Amory Lovins, The Mother Earth - Plowboy Interview, Nov/Dec 1977, p. 22

Giving society cheap, abundant energy ... would be the equivalent of giving an idiot child a machine gun.

— Paul Ehrlich, "An Ecologist's Perspective on Nuclear Power", May/June 1978 issue of Federation of American Scientists Public Issue Report

We can and should seize upon the energy crisis as a good excuse and great opportunity for making some very fundamental changes that we should be making anyhow for other reasons.

— Russell Train (EPA Administrator at the time, and soon thereafter became head of the World Wildlife Fund), Science 184 p. 1050, 7 June 1974

Let's face it. We don't want safe nuclear power plants. We want NO nuclear power plants.

— A spokesman for the Government Accountability Project, an offshoot of the Institute for Policy Studies, The American Spectator, Vol 18, No. 11, Nov. 1985

Nuclear-free alternatives

Further information: Non-nuclear future

In general, anti-nuclear groups tend to claim that reliance on nuclear energy can be reduced by adopting energy conservation policies. Some favour changing human lifestyles to allow lower energy consumption that can be supported by renewable energy sources, believing those lifestyles would generate less pollution.

Anti-nuclear groups favour the development of distributed generation of renewable energy, such as biomass (wood fuel and biofuel), wind power and solar power, and efficiency-enhancing approaches including co-generation. Some favour geothermal power as well, though it isn't distributed and emits considerable amounts of air pollution and greenhouse gases.

Greenpeace advocates reduction of fossil fuels by 50% by 2050 as well as phasing out nuclear energy, contending that innovative technologies can increase energy efficiency, and suggests that by 2050 the majority of electricity will be generated from renewable sources.

Activities

The movement uses a number of methods to influence policy and gain publicity. Many prominent institutionalised groups advocate Non-violent direct action. Others, individuals or anti-nuclear groups, have taken violent direct action (such as rocket attacks on the Superphénix site). Types of actions taken include:

• Propaganda
  • Websites. Many anti-nuclear groups maintain websites which include information on nuclear technology.
  • Demonstrations and information desks. Many nuclear power opponents man information desks and organise demonstrations. These, however, gain little attention from the press and the public if they are not very large. Forms of demonstrations may include:
  • Concerts. The best known concerts were the No-Nukes concerts by MUSE at Madison Square Garden in 1979, in response to the Three Mile Island accident.
  • Picketing
  • A Die-in - this has been done by groups such as Stop Rokkasho
• Non-violent direct action. Similar to a Sit-in, this kind of action is commonly considered civil disobedience. Examples include:
  • Blockages. Nuclear transports or nuclear plants have been blocked by protesters. This leads to large-size blockades with several thousand people, based on the principle of nonviolence, but also smaller demonstrations happen. In Germany, if a blockade states that it is not coercive, there are no severe legal repercussions to the activists. In Austria, a blockade was staged in protest of the Temelin Nuclear Power Plant across the Czech Republic border (critics of the movement saw this action as nationalistic). In France in November 2004, an activist died on train tracks after chaining himself down.
• Direct action.
  • Sabotage. Another method is sabotage, such as track and signal systems of the railway. Also, damage to overhead lines by hook claws have been a result of this kind of protest. After an engine driver was slightly injured, the method has been labelled as a "severe interference in the rail transport".
  • Violent demonstrations. During Germany's largest demonstration, which took place in 1981 in Brokdorf, West Germany, an estimated 50,000 demonstrators faced 6,000 policemen. Twenty-one policemen were injured by hundreds of demonstrators who were armed with gasoline bombs, sticks, stones and high-powered slingshots. Police arrested seven demonstrators and drove the others back with water cannons. In 1986, West German police were confronted by demonstrators armed with slingshots, crowbars and Molotov cocktails at the site of a nuclear reprocessing plant in Wackersdorf.

The results of one study that investigated the relative prevalence of each kind of protests in the anti-nuclear movement in Germany are shown below.

Profile of German anti-nuclear protests from 1988 through 1993.

Type of protest	Entire German Environmental Movement	Anti-nuclear Movement
Appeal	16.1	7.2
Procedural	8.9	7.7
Demonstrative	42.3	44.5
Confrontational	16.9	24.6
Light violence	5.7	2.4
Heavy violence	6.2	10.9
Other	3.8	2.6
Total	100	100
Sample size	1,377	62

Notable events

Anti-nuclear events have seen participation in the tens of thousands on a number of occasions. Exact counts, however, are generally impossible, and estimates may differ by large margins in some cases, making an exact ranking difficult. A likely candidate for the largest anti-nuclear protest was a nuclear weapons protest in West Berlin boasting on the order of 600,000 participants in 1983. The largest petition was against nuclear weapons and boasted 32 million signatures. The largest protest against nuclear power may have been on July 13, 1976 in Bilbao, Spain when 200,000 have been estimated to be in attendance; its platform was to have public votes on nuclear plants.

Protests in the United States

See also: List of anti-nuclear protests in the United States

The American public were concerned about the release of radioactive gas from the Three Mile Island accident in 1979 and many mass demonstrations took place across the country in the following months. The largest one was held in New York City in September 1979 and involved two hundred thousand people; speeches were given by Jane Fonda and Ralph Nader.

Other notable anti-nuclear protests in the United States have included:

• May 2, 1977: 1,414 protesters were arrested at Seabrook Station Nuclear Power Plant.
• June 1978: some 12,000 people attended a protest at Seabrook.
• August 1978: almost 500 people were arrested for protesting at Diablo Canyon Nuclear Power Plant.
• April 8, 1979: 30,000 people marched in San Francisco to support shutting down the Diablo Canyon nuclear power plant.
• April 28, 1979: 15,000 people demonstrated against the Rocky Flats Nuclear Processing Plant in Colorado, making the link between nuclear power and nuclear weaponry.
• May 1979: An estimated 65,000 people, including the Governor of California, attended a march and rally against nuclear power in Washington, D.C.
• June 2, 1979: about 500 people were arrested for protesting about construction of the Black Fox Nuclear Power Plant in Oklahoma.
• June 3, 1979: following the Three Mile Island accident, some 15,000 people attended a rally organized by the Shad Alliance and about 600 were arrested at Shoreham Nuclear Power Plant in New York.
• June 30, 1979: about 40,000 people attended a protest rally at Diablo Canyon.
• June 22, 1980: about 15,000 people attended a protest near San Onofre Nuclear Generating Station in California.
• 1997: Over 2,000 people turned out for a demonstration at the Nevada Test Site and 700 were arrested.
• May 1, 2005: 40,000 anti-nuclear/anti-war protesters march past the UN in New York, 60 years after the bomb was dropped on Hiroshima and Nagasaki.

Other events

A few injuries during protests have occurred which include a train worker who was hurt when a hook claw sabotage method was used once. No deaths have resulted from violent action, although one resulted from non-violent direct action, and one resulted from an attack by right wingers on a protest. Major instances include:

• In 1977 over 10 acts of violence targeted EDF-connected sites. Coined as Nuclear's night of terrorism, acts included explosive charges placed outside the senior management building, a garage, in Toulouse and Talence buildings, and on pylons supporting the Bugey Nuclear Power Plant and the Saint-Maurice Nuclear Power Plant. A group called C.A.R.L.O.S. claimed responsibility under the purpose of urgently stopping the building of nuclear plants.

• In 1979 a group called CRANE stole irradiated plates in Lyon and placed them in scattered places throughout the university. 11 out of 14 were found. The group intended to demonstrate what a terrorist group could do.

• On 18 January 1982, five rockets were fired at the Superphénix reactor under construction by Chaïm Nissim: two reached the building. Magdalena Kopp, the wife of international terrorist Carlos, claimed to provide support. The objective of the terrorists was to halt construction of the facility.

• In 1990 an anti-nuclear group claimed responsibility for attacks on the EDF dam at the Malause Nuclear Power Plant.

• Also in 1990 two pylons holding high voltage power lines connecting the French and Italian grid were blown up by Italian eco-terrorists, and the attack is believed to have been directly in opposition against the Superphénix.

• In 2004, a 23 year old activist who had tied himself to train tracks in front of a shipment of reprocessed nuclear waste was run over and effectively cut in two by the wheels of the train. The event happened in Avricourt, France and the fuel (totaling 12 containers) was from a German plant, on its way to be reprocessed.

• On July 21, 2007, a Russian antinuclear activist was killed in a protest outside a future Uranium enrichment site. The victim was sleeping in a peace camp, which was part of the protest when it was attacked by unidentified raiders who beat activists who were sleeping, injuring eight and killing one. The protest group was self identified as anarchist and the assailants were suspected to be right wing.

In popular culture

Beginning in the 1960s, anti-nuclear ideas received coverage in the popular media with novels such as Fail-Safe and feature films such as Dr. Strangelove or: How I Learned to Stop Worrying and Love the Bomb, The China Syndrome, and Silkwood.

Musicians United for Safe Energy (MUSE) was a musical group founded in 1979 by Jackson Browne, Graham Nash, Bonnie Raitt, and John Hall of Orleans, following the Three Mile Island nuclear accident. The group organized a series of five No Nukes concerts held at Madison Square Garden in New York City in September 1979. On September 23, 1979, almost 200,000 people attended a large anti-nuclear rally staged by MUSE on the then-empty north end of the Battery Park City landfill in New York. The album No Nukes, and a film, also titled No Nukes, were both released in 1980 to document the performances.

In 2007, Bonnie Raitt, Graham Nash, and Jackson Browne, as part of the No Nukes group, recorded a music video of the Buffalo Springfield song "For What It's Worth".

Recent developments

Anti-nuclear protest near nuclear waste disposal centre at Gorleben in Northern Germany, on 8 November 2008.

Anti-nuclear march from London to Geneva, 2008

Start of anti-nuclear march from Geneva to Brussels, 2009

On March 17, 2007 simultaneous protests, organised by Sortir du nucléaire, were staged in 5 French towns to protest construction of EPR plants; Rennes, Lyon, Toulouse, Lille, and Strasbourg.

During a weekend in October 2008, some 15,000 people disrupted the transport of radioactive nuclear waste from France to a dump in Germany. This was one of the largest such protests in many years and, according to Der Spiegel, it signals a revival of the anti-nuclear movement in Germany. This coincides with the new government's plan to cancel or postpone the nuclear phase-out. In 2009, the coalition of green parties in the European parliament, who are unanimous in their anti-nuclear position, increased their presence in the parliament from 5.5% to 7.1% (52 seats).

In October 2008 in the United Kingdom, more than 30 people were arrested during one of the largest anti-nuclear protests at the Atomic Weapons Establishment at Aldermaston for 10 years. The demonstration marked the start of the UN World Disarmament Week and involved about 400 people.

In 2008 and 2009, there have been protests about, and criticism of, several new nuclear reactor proposals in the United States.

A convoy of 350 farm tractors and 50,000 protesters took part in an anti-nuclear rally in Berlin on September 5, 2009. The marchers demanded that Germany close all nuclear plants by 2020 and close the Gorleben radioactive dump.

Impact

Impact on policy

Main article: Nuclear energy policy

Under the New Zealand Nuclear Free Zone, Disarmament, and Arms Control Act 1987, all territorial sea and land of New Zealand is declared a nuclear free zone. Nuclear-powered and nuclear-armed ships are prohibited from entering the country's territorial waters. Dumping of foreign radioactive waste and development of nuclear weapons in the country is outlawed. Despite common misconception, this act does not make nuclear power plants illegal.

In Italy the use of nuclear power was barred by a referendum in 1987. Recently, however, Italy has agreed to export nuclear technology and now intends to restart its civil nuclear power program.

Touted as a victory by the Alliance '90/The Greens political party, which positions itself as anti-nuclear, Germany set a date of 2020 for the permanent shutdown of the last nuclear power plant in the Nuclear Exit Law, although recently there have been significant discussions to extend this date or repeal the law.

Ireland also has no plans to change its non-nuclear stance and pursue nuclear power in the future.

In the United States, the Navajo Nation forbids uranium mining and processing in its land.

As of 2009, Australia has no nuclear power stations and the current Rudd Labor government is opposed to nuclear power for Australia.

Impact on public perception of nuclear power

2007 opinion survey in Spain regarding energy sources. Nuclear obtained a low rating (3.1 on a scale of 10)

Feb 2005 opinion poll regarding nuclear power in the USA.

  Respondents opposed to nuclear, many of whom would consider themselves "anti-nuclear"

  undecided

  In favour of nuclear power

Approval ratings of nuclear energy, which are a reflection of the anti-nuclear movement's position prevalence in the general public, vary from poll to poll. These variations can be due to news coverage of events concerning e.g. nuclear reactors, energy supplies, global warming. Some polls show that the approval of nuclear power rises with the education level of the respondents.

The results of the polls tend to be variable, depending on the question asked: a CBS News/New York Times poll in 2007 showed that a majority of Americans would not like to have a nuclear plant built in their community, although an increasing percentage would like to see more nuclear power.

A poll in the European Union for Feb-Mar 2005 showed 37% in favour of nuclear energy and 55% opposed, leaving 8% undecided. The same agency ran another poll in Oct-Nov 2006 that showed 14% favoured building new nuclear plants, 34% favoured maintaining the same number, and 39% favoured reducing the number of operating plants, leaving 13% undecided.

In the United States, the Nuclear Energy Institute has run polls since the 1980s which had shown a general trend toward favourable attitudes on nuclear energy. A poll in conducted March 30 to April 1, 2007 chose solar as the most likely largest source for electricity in the US in 15 years (27% of those polled) followed by nuclear, 24% and coal, 14%. Those who were favourable of nuclear being used dropped to 63% from a historic high of 70% in 2005 and 68% in September, 2006.

In Spain in 2007, nuclear energy received a low poll rating at 3.1 on a scale of 10. Solar and wind received the highest rating, at 8.6 and 8.3, respectively.

Criticism of the anti-nuclear movement

Criticism comes mainly from three sources: nuclear experts with specialised technical knowledge, environmentalists, and businesses that conduct nuclear activities. The principal criticisms are that nuclear opponents overstate the impacts on human health and on the environment from nuclear energy and fail to consider the impacts of alternatives, that they make the same unbalanced comparisons with respect to economic cost, and that they ignore the practical limits of alternatives. Beyond that, critics charge that the more radical nuclear opponents argue points which are frightening but irrelevant, that they misrepresent the facts about nuclear energy and fail to substantiate their statements, and that they contradict independent analyses done by unbiased professionals.

Environmentalists criticise the anti-nuclear movement for under-stating the environmental costs of fossil fuels and non-nuclear alternatives, and overstating the environmental costs of nuclear energy.

Of the numerous nuclear experts who have offered their expertise in addressing controversies, Bernard Cohen, Professor Emeritus of Physics at the University of Pittsburgh, is likely the most frequently cited. In his extensive writings he examines the safety issues in detail. He is best known for comparing nuclear safety to the relative safety of a wide range of other phenomena.

Anti-nuclear activists are sometimes accused of representing the risks of nuclear power in an unfair way. The War Against the Atom (Basic Books, 1982) Samuel MacCracken of Boston University argued that in 1982, 50,000 deaths per year could be attributed directly to non-nuclear power plants, if fuel production and transportation, as well as pollution, were taken into account. He argued that if non-nuclear plants were judged by the same standards as nuclear ones, each US non-nuclear power plant could be held responsible for about 100 deaths per year. Nuclear power, according to MacCracken, even has a better safety record than solar.

The Nuclear Energy Institute (NEI) is the main lobby group for companies doing nuclear work in the USA, while most countries that employ nuclear energy have a national industry group. The World Nuclear Association is the only global trade body. In seeking to counteract the arguments of nuclear opponents, it points to independent studies that quantify the costs and benefits of nuclear energy and compares them to the costs and benefits of alternatives. NEI sponsors studies of its own, but it also references studies performed for the World Health Organisation, for the International Energy Agency , and by university researchers.

Criticism arising from concerns over global warming

Some environmentalists, including former opponents of nuclear energy, criticise the movement on the basis of the claim that nuclear energy is necessary for reducing carbon dioxide emissions. These individuals include James Lovelock, originator of the Gaia hypothesis, Patrick Moore, and Stewart Brand, creator of the Whole Earth Catalog. Lovelock goes further to refute claims about the danger of nuclear energy and its waste products. In a January, 2008 interview, Moore said that "It wasn't until after I'd left Greenpeace and the climate change issue started coming to the forefront that I started rethinking energy policy in general and realised that I had been incorrect in my analysis of nuclear as being some kind of evil plot." [2]

Some anti-nuclear organisations have acknowledged that their positions are subject to review. However, concern for global warming has not changed the views of some other anti-nuclear organisations toward nuclear energy. These include Greenpeace, the Sierra Club and Friends of the Earth (FoE). Nuclear opponents counter that capital resources would be spent more productively on renewable energy sources than nuclear plants, arguing further that the problem of intermittancy can be overcome through storage, biofuels, and improving the electrical-distribution grid.

But critics of the movement point to independent studies that show the opposite: that the capital resources required for renewable energy sources are higher. They also point out that storage and long-distance redistribution of electricity, assuming they could be accomplished, would add to the cost and that the inefficiencies of both mitigation methods would raise the costs even more. They also argue that biofuels can't even replace a major part of petroleum-based fuel for vehicles, much less generate electricity. Some have gone so far as to claim that incorporating renewable technologies such as wind may increase fuel consumption and carbon emissions, in places such as Denmark.

Organisations

International organisations

• International Campaign to Abolish Nuclear Weapons
• International Physicians for the Prevention of Nuclear War
• Friends of the Earth
• Greenpeace
• Ploughshares Fund
• Nuclear Information and Resource Service - World Information Service on Energy
• World Union for Protection of Life

National and local

• Anti-nuclear movement in Africa
  • Earthlife Africa
  • Koeberg Alert
• Anti-nuclear movement in Australia
  • Anti-Nuclear Alliance of Western Australia
  • Nuclear Free Australia
• Anti-nuclear movement in Canada
  • Sortir du nucléaire
• Anti-nuclear movement in the European Union
  • Association pour la Protection contre les Rayonnements Ionisants (1962)
  • Sortir du nucléaire in France
  • Anti-nuclear movement in Germany
  • Anti-nuclear movement in the United Kingdom
  • No New Nukes! in the United Kingdom
• Anti-nuclear Movement in India
  • Kothamangalam (1984) and Peringome (1991) in Kerala, Organisation for Protection from Nuclear Radiation (OPNR)
  • Kaiga (1985-94) in Karnataka, Citizens for Alternatives to Nuclear Energy (CANE), Bangalore
  • Proposed Jaitapur, Ratnagiri Nuclear Power Plant in Maharashtra. 1) Lokayat, Pune, Maharashtra (2001-till date) 2) Kokan Vinashkari Prakalp Virodhi Samiti, Ratnagiri, Maharashtra.
• Anti-nuclear movement in Japan
  • Citizens' Nuclear Information Centre
• Anti-nuclear movement in Russia
  • ECOperestroika
• Anti-nuclear movement in the United States
  • Anti-nuclear movement in California
  • Council for a Livable World

See also

• Campaign for Nuclear Disarmament
• Conservation movement
• External cost
• John Gofman
• Gregory Minor
• Leuren Moret
• Nuclear-Free Future Award
• Nuclear-free zone
• Nuclear Power
• Renewable energy commercialisation
• Trans-Mediterranean Renewable Energy Cooperation (TREC)
• List of anti-nuclear groups

External links

• WISE Antinuclear movement's website
• The History of the Clamshell Alliance and why it matters today.
• European NGOs aim to collect one million signatures against nuclear power in Europe
• Natural Resources Defense Council
• Three Mile Island Alert
• Nuclear Files
• Template:PDFlink
• Anti-nuclear websites and related resources
• Linus Pauling and the International Peace Movement: A Documentary History

Bibliography

• Lawrence S. Wittner The Struggle Against the Bomb Stanford, CA: Stanford University 3 vol. ed I 1993 II 1997 III 2003