The recent crash of Virgin Galactic’s SpaceShipTwo and explosion on launch three days earlier of an Antares rocket further underline the dangers of inserting nuclear material in the always perilous space flight equation—as the U.S. and Russia still plan.
“SpaceShipTwo has experienced an in-flight anomaly,” Virgin Galactic tweeted after the spacecraft, on which $500 million has been spent for development, exploded on October 31 after being released by its mother ship. One pilot was killed, another seriously injured. Richard Branson, Virgin Galactic founder, hoped to begin flying passengers on SpaceShipTwo this spring. Some 800 people, including actor Leonard DiCaprio and physicist Steven Hawking, have signed up for $250,000-a person tickets to take a suborbital ride. SpaceShipTwo debris was spread over the Mojave Desert in California.
Three days before, on Wallops Island, Virginia, an Antares rocket operated by Orbital Sciences Corp. blew up seconds after launch. It was carrying 5,000 pounds of supplies and experiments to the International Space Station. The cost of the rocket alone was put at $200 million. NASA, in a statement, said that the rocket “suffered a catastrophic anomaly.” The word anomaly, defined as something that deviates from what is standard, normal or expected, has for years been a space program euphemism for a disastrous accident.
“These two recent space ‘anomalies’ remind us that technology frequently goes wrong,” said Bruce Gagnon, coordinator of the Global Network Against Weapons and Nuclear Power in Space. www.space4peace.org “When you consider adding nuclear power into the mix it becomes an explosive combination. We’ve long been sounding the alarm that nuclear power in space is not something the public nor the planet can afford to take a chance on.”
But “adding nuclear power into the mix” is exactly what the U.S. and Russia are planning. Both countries have been using nuclear power on space missions for decades—and accidents involving their nuclear-powered space devices have happened with substantial amounts of radioactive particles released on Earth.
Now, a major expansion in space nuclear power activity is planned with the development by both nations of nuclear-powered rockets for trips to Mars.
One big U.S. site for this is NASA’s Marshall Space Flight Center in Huntsville, Alabama. “NASA Researchers Studying Advanced Nuclear Rocket Technologies,” announced NASA last year. At the center, it said, “The Nuclear Cryogenic Propulsion team is tackling a three-year project to demonstrate the viability of nuclear propulsion technologies.” In them, a “nuclear rocket uses a nuclear reactor to heat hydrogen to very high temperatures, which expands through a nozzle to generate thrust. Nuclear rocket engines generate higher thrust and are more than twice as efficient as conventional chemical engines.”
“A first-generation nuclear cryogenic propulsion system could propel human explorers to Mars more efficiently than conventional spacecraft, reducing crew’s exposure to harmful space radiation and other effects of long-term space missions,” NASA went on. “It could also transport heavy cargo and science payloads.”
And out at Los Alamos National Laboratory, the DUFF project—for Demonstrating Using Flattop Fissions—is moving ahead to develop a “robust fission reactor prototype that could be used as a power system for space travel,” according to Technews World. The laboratory’s Advanced Nuclear Technology Division is running the joint Department of Energy-NASA project. “Nuclear Power Could Blast Humans Into Deep Space,” was the headline of Technewsworld’s 2012 article about it. It quoted Dr. Michael Gruntman, professor of aerospace engineering and systems architecture at the University of Southern California, saying,“If we want solar system exploration, we must utilize nuclear technology.” The article declared: “Without the risk, there will be no reward.”
And in Texas, near NASA’s Johnson Space Center, the Ad Astra Rocket Company of former U.S. astronaut Franklin Chang-Diaz is busy working on what it calls the Variable Specific Impulse Magnetoplasma Rocket or VASMIR. Chang-Diaz began Ad Astra after retiring from NASA in 2005. He’s its president and CEO. The VASMIR system could utilize solar power, related Space News last year, but “using a VASMIR engine to make a superfast Mars run would require incorporating a nuclear reactor that cranks out megawatts of power, Chang-Diaz said, adding that developing this type of powerful reactor should be high on the nation’s to-do list.” Chang-Diaz told Voice of America that by using a nuclear reactor for power “we could do a mission to Mars that would take about 39 days, one-way.” NASA Director Charles Bolden, also a former astronaut as well as a Marine Corps major general, has been a booster of Ad Asra’s project.
Ad Astra and the Nuclear Cryogenic Propulsion project have said their designs would include nuclear systems only starting up when “out of the atmosphere” to prevent, in the event of an accident, “spreading radiation back to Earth.”
However, this isn’t a fail-safe plan. The Soviet Union followed this practice on the satellites powered by nuclear reactors that it launched between the 1960s and 1980s. This included the Cosmos 954. Its on board reactor was only allowed to go critical after it was in orbit, but it subsequently came crashing back to Earth in 1978, breaking up and spreading radioactive debris on the Northwest Territories of Canada.
As to Russia now, “A ground-breaking Russian nuclear space travel propulsion system will be ready by 2017 and will power a ship capable of long-haul interplanetary missions by 2025, giving Russia a head start in the outer-space race,” the Russian news agency RT reported in 2012. “Nuclear power has generally been considered a valid alternative to fossil fuels to power space craft, as it is the only energy source capable of producing the enormous thrust needed for interplanetary travel…. The revolutionary propulsion system falls in line with recently announced plans for Russia to conquer space… Entitled Space Development Strategies up to 2030, Russia aims to send probes to Mars, Jupiter, and Venus, as well as establish a series of bases on the moon.”
This year OSnet Daily, in an article headlined “Russia advances development of nuclear powered Spacecraft,” reported that in 2013 work on the Russian nuclear rocket moved “to the design stage.”
As for space probes, many U.S. and Russian probes have until recently gotten their on board electrical power from systems fueled with plutonium— hotly radioactive from the start.
Also, the U.S. has begun to power Mars rovers with plutonium. After using solar power on Mars rovers, in 2012 NASA launched a Mars rover it named Curiosity fueled with 10.6 pounds of plutonium. NASA plans to launch a Mars rover nearly identical to Curiosity, which it is calling Mars 2020, in 2020.
As devastating in terms of financial damage were last week’s explosions of the Virgin Galactic SpaceshipTwo and Antares rocket, an accident involving a nuclear-powered vehicle or device could be far more costly.
The NASA Final Environmental Impact Statement for the Curiosity (then called Mars Science Laboratory) mission states, for example, that the cost of decontamination of areas affected by dispersed plutonium would be $267 million for each square mile of farmland, $478 million for each square mile of forests and $1.5 billion for each square mile of “mixed-use urban areas.”
Odds of an accident were acknowledged as being low. The EIS said a launch accident discharging plutonium had a 1-in-420 chance of happening and could “release material into the regional area defined… within… 62 miles of the launch pad” on Cape Canaveral, Florida. The EIS said that “overall” on the mission, the likelihood of plutonium being released was 1-in-220. If there were an accident resulting in plutonium fallout that occurred before the rocket carrying Curiosity broke through Earth’s gravitational field, people could be affected in a broad swath of Earth “anywhere between 28-degrees north and 28-degrees south latitude” on Earth, said the EIS.
Gagnon said at the time: “NASA sadly appears committed to maintaining its dangerous alliance with the nuclear industry… The taxpayers are being asked once again to pay for nuclear missions that could endanger the lives of all the people on the planet. Have we not learned anything from Chernobyl and Fukushima? We don’t need to be launching nukes into space. It’s not a gamble we can afford to take.”
Curiosity made it up, and to Mars.
But in NASA’s history of nuclear power shots, happening since the 1950s, there have been accidents. The worst among the 26 U.S. space nuclear missions listed in the Curiosity EIS occurred in 1964 and involved the SNAP-9A plutonium system aboard a satellite that failed to achieve orbit and dropped to Earth, disintegrating as it fell. Its plutonium fuel dispersed widely That accident spurred NASA to develop solar energy for satellites and now all satellites are solar-powered as is the International Space Station.
And in recent times, solar power has been increasingly shown to be practical even to generate on board electricity for missions far out in space. On its way to Jupiter now is NASA’s Juno space probe, chemically-propelled and with solar photovoltaic panels generating all its on board electricity. When Juno reaches Jupiter in 2016 it will be nearly 500 million miles from the Sun, but the high-efficiency solar cells will still be generating power.
Advances, too, have been made in propelling spacecraft in the vacuum of space. The Japan Aerospace Exploration Agency in 2010 launched what it termed a “space yacht” it called Ikaros which successfully got its propulsion power from the pressure on its large sails of ionizing particles emitted by the Sun.
Among other ways of propelling spacecraft, discussed at a Starship Congress last year in Texas was a system using orbiting lasers to direct beams on to a spacecraft. The magazine New Scientist said “beam sails are regarded as the most promising tech for a starship.”
A scientist long-involved in laser space power research is Geoff Landis of the Photovoltaics and Space Environment Branch at NASA’s Glenn Research Center in Cleveland who, in a 2002 NASA publication, “The Edge of Sunshine,” wrote: “In the long term, solar arrays will not have to rely on the Sun. We’re investigating the concept of using lasers to beam photons to solar arrays. If you make a powerful enough laser and can aim the beam, there’s really isn’t any edge to sunshine—with a big enough lens, we could beam light to a space-probe halfway to alpha-Centauri!”
George Monbiot – columnist with The Guardian newspaper in the UK, and author of Heat: How to Stop the Planet Burning. “Atomic energy has just been subjected to one of the harshest of possible tests, and the impact on people and the planet has been small. The crisis at Fukushima has converted me to the cause of nuclear power.”
Tom Wigley – of Climate-Gate infamy, he’s a senior scientist in the Climate and Global Dynamics Division of the University Corporation of Atmospheric Research. “We need nuclear power to solve this problem … people don’t realise just how bad climate change is.”
James Hansen – author of Storms of My Grandchildren.
Barry W Brook – is the Director of Climate Science at Adelaide University, and Sir Hubert Wilkins Chair of Climate Change, is on the board of the Science Council for Global Initiatives and the International Awards Committee of the Global Energy Prize.
Gwyneth Cravens – novelist and journalist, author of Power to Save the World: The Truth About Nuclear Energy.
Ted Nordhaus – Chairman of the Breakthrough Institute, political strategist and author of Break Through, Why We Can’t Leave Saving The Planet To Environmentalists.
Mark Lynas – author of The God Species: How the Planet Can Survive the Age of Humans, also a frequent speaker around the world on climate change science and policy. “Let me be very clear. Without nuclear, the battle against global warming is as good as lost.”
Tom Blees – author of Prescription for the Planet (the seemingly “intractable” problem of nuclear waste is “nothing of the kind”) has “probably done more than anybody to move people to the cause of nuclear power.” Tom also heads the Science Council for Global Initiatives.
Professor Gerry Thomas – of the Imperial College, London, “I am very pro-nuclear as I realise that we have an unwarranted fear of radiation.”
James Lovelock – celebrated father of the Gaia principle.
Fred Pearce – an environment writer with The Guardian newspaper in the UK, and author of The Last Generation: How nature will take her revenge for climate change.
Stewart Brand – a prominent pro-nuclear “environmentalist” and author of Whole Earth Discipline: Why dense cities, nuclear power, transgenic crops, restored wildlands and geoengineering are necessary.
Ken Caldiera – with the Department of Global Ecology, Carnegie Institution, recently co-authored an open letter to the environmental movement urging them to bring their support behind the development of new nuclear power.
Kerry Emmanuel – with the Massachusetts Institute of Technology. He is known for his work on attribution of climate change to hurricane events.
Rachel Pritzker – is the founder and president of the Pritzker Innovation Fund. Rachel currently chairs the advisory board of the Breakthrough Institute.
Suzanne Hobbs-Baker – the brain behind Pop Atomic Studios, an organisation which uses the power of visual and liberal arts to “enrich” the public discussion on atomic energy.
Ed Davey – UK Secretary of State for Energy and Climate Change, “When I have listened to the arguments of pro-nuclear Liberal Democrats in recent years, the one argument I found increasingly difficult to answer is the climate-change argument, because climate change poses a real and massive danger to our planet. Not keeping a genuinely low-carbon source of electricity as an option looks reckless when we don’t know the future.”
As the US Navy conducts war games off the coasts of California and Hawaii over the next four years, environmentalists are fighting back with legal action over concerns that hundreds, if not thousands, of marine animals will be injured or killed.
The Conservation Council for Hawaii has recently asked a judge to put an end to the naval exercises in the region on the grounds that they violate the Marine Mammal Protection Act (MMPA), the Washington Post reports. The group previously filed a lawsuit against the war games last year before the exercises began, arguing the drills should not have been approved in the first place.
At the center of the controversy are the lives and health of potentially millions of marine mammals, which can suffer hearing loss or damaged lungs from powerful sonar and death from underwater explosions.
The Council’s representatives in the lawsuit, including the Natural Resources Defense Council (NRDC), argue that the use of sonar and explosives in the war games will kill too many blue whales, dolphins and seals to justify the training plans.
Environmentalists specifically point to the Navy’s own numbers in making their case. Back in 2013, the Navy projected that 155 marine mammals would be killed between 2014 and 2019 as a result of the war games. Thousands of animals would face permanent injuries, while almost 10 million would suffer temporary hearing loss or have their normal routines and behaviors disrupted.
“The more we look at the Navy’s activities, the more we’re finding the potential for harm,” said NRDC’s Michael Jasny to the Post.
For its part, the Navy has taken exception to the claims of advocates, saying they are misrepresenting the numbers. Navy spokesperson Kenneth Hess reiterated that the figures are not meant to depict one year’s worth of activity and also that they “represent worst-case scenarios.”
“Despite decades of the Navy conducting very similar activities in these same areas, there is no evidence of these types of impacts,” Hess said to the newspaper. He added that permits for these exercises “can only be issued if our activities will have no more than a negligible impact on marine mammal populations.”
Researchers who support the Navy’s position also argue that opponents are trying to gain attention by asserting all these sea-going animals will die.
However, environmental activists note that the Navy’s estimates go beyond the number of deaths permitted under the MMPA. Considering that is the case, they argue there is no evidence suggesting the Navy tried to scale back the potential damage after releasing its projections.
“No one is suggesting the Navy shouldn’t be allowed to do testing and training,” said Eearthjustice attorney David Henkin to the Post. “The question is whether they need every inch of the ocean … particularly biologically significant small refuges.”
So far, the US court system has sided with the Navy. In 2008, the Supreme Court ruled that environmental interests took a backseat to the military’s, but animal rights advocates are hoping that the link between sonar and animal health, as well as the Navy’s estimated fatalities, will help influence a different decision.
On October 31, a new United Nations General Assembly First Committee resolution on depleted uranium (DU) weapons passed overwhelmingly. There were 143 states in favor, four against, and 26 abstentions. The measure calls for UN member states to provide assistance to countries contaminated by the weapons. The resolution also notes the need for health and environmental research on depleted uranium weapons in conflict situations.
This fifth UN resolution on the subject was fiercely opposed by four depleted uranium-shooting countries — Britain, the United States, France and Israel — who cast the only votes in opposition. The 26 states that abstained reportedly sought to avoid souring lucrative trade relationships with the four major shooters.
Uranium-238 — so-called “depleted” uranium — is waste material left in huge quantities by the nuclear weapons complex. It’s used in large caliber armor-piercing munitions and in armor plate on tanks. Toxic, radioactive dust and debris is dispersed when DU shells burn through targets, and its metallic fumes and dust poison water, soil and the food chain. DU has been linked to deadly health effects like Gulf War Syndrome among U.S. and allied troops, and birth abnormalities among populations in bombed areas. DU waste has caused radioactive contamination of large parts of Iraq, Bosnia, Kosovo and perhaps Afghanistan.
The measure explains that DU weapons are made of a “chemically and radiologically toxic heavy metal” [uranium-238], that after use “penetrator fragments, and jackets or casings can be found lying on the surface or buried at varying depth, leading to the potential contamination of air, soil, water and vegetation from depleted uranium residue.”
The main thrust of the latest UN resolution, “Encourages Member States in a position to do so to provide assistance to States affected by the use of arms and ammunition containing depleted uranium, in particular in identifying and managing contaminated sites and material.” The request is a veiled reference to the fact that investigators have been stymied in their study of uranium contamination in Iraq, because the Pentagon refuses to disclose maps of all the places it attacked with DU.
In the diplomatic confines of UN resolutions, individual countries are not named. Yet the world knows that up to 700 tons of DU munitions were blasted into Iraq and Kuwait by U.S. forces in 1991, and that U.S. warplanes fired another three tons into Bosnia in 1994 and 1995; ten tons into Kosovo in 1999, and approximately 170 tons into Iraq again in 2003.
The International Coalition to Ban Uranium Weapons (ICBUW.org), based in Manchester, England and representing over 160 civil society organizations worldwide, played a major part in seeing all five resolutions through the UN process and is working for a convention that would see the munitions outlawed. In October, ICBUW reported that the US military will again use DU weapons in Iraq in its assaults against ISIS “if it needs to”. The admission came in spite of Iraq’s summer 2014 recent call for a global ban on the weapons and assistance in clearing up the contamination left from bombardments in 1991 and 2003.
The new resolution relies heavily on the UN Environment Program (UNEP) which conducted radiation surveys of NATO bombing targets in the Balkans and Kosovo. It was a UNEP study in 2001 that forced the Pentagon to admit that its DU is spiked with plutonium. (Associated Press, Capital Times, Feb. 3, 2001: “But now the Pentagon says shells used in the 1999 Kosovo conflict were tainted with traces of plutonium, neptunium and americium — byproducts of nuclear reactors that are much more radioactive than depleted uranium.”)
The resolution’s significant fourth paragraph notes in part: “… major scientific uncertainties persisted regarding the long-term environmental impacts of depleted uranium, particularly with respect to long-term groundwater contamination. Because of these scientific uncertainties, UNEP called for a precautionary approach to the use of depleted uranium, and recommended that action be taken to clean up and decontaminate the polluted sites. It also called for awareness-raising among local populations and future monitoring.”
The “precautionary principle” holds that risky activities or substances should be shunned and discouraged unless they can be proved safe. Of course, instead of adopting precaution, the Pentagon denies that DU can be linked to health problems.
John LaForge works for Nukewatch and lives on the Plowshares Land Trust near Luck, Wisc.
The first of four sets of spent nuclear fuel rods has been removed from a damaged reactor building at Japan’s Fukushima power plant, scoring a major success in an effort to dismantle the quake and tsunami-wrecked facility.
The 1,331 spent fuel rod assemblies weighting some 400 tons have been recovered from the upper levels of the Reactor 4 building after a year-long operation, a spokeswoman for Fukushima operator TEPCO reported on Wednesday. The last 11 assemblies were removed on Tuesday.
The recovered assemblies were placed in a storage pool at ground level of the plant, the company said.
TEPCO is still to remove 180 rod assemblies that haven’t been used at the reactor and are considered less dangerous because, unlike the spent fuel, they have not been irradiated. Some of the unused rod assemblies are already in the new storage pool. The task is expected to be completed by the end of the year.
Three other reactor buildings are holding almost 1,400 fuel assemblies in storage pools, and they must be recovered too. The operation started with Reactor 4 because it was damaged most in the March 2011 disaster due to a series of hydrogen explosions inside the building and is in danger of collapsing.
The operations at Reactors 1, 2 and 3 would be more difficult, because unlike Reactor 4 they were operational at the time of the disaster and experienced meltdowns, resulting in higher levels of radioactive contamination.
TEPCO plans to start removing fuel from Reactor 1 in 2019, two years later than originally planned. At the moment preparations for the removal are underway, with the operator recently removing the canopy over the building to allow debris removal.
The utility is surveying the interior of the Reactor 2 building and removing debris at the Reactor 3 using remote-controlled robots.
After dealing with the fuel, the most difficult task may be addressed – the recovery of reactor cores. The unprecedented operation may start in 2025, five years after initially planned.
Nuclear disarmament has for too long been about waiting. Waiting for nuclear-armed states to fulfill their obligations. Waiting for the so-called “conditions” to be right for disarmament.
While we wait, we do not get closer to the elimination of nuclear weapons or to a more secure world. While we wait, the risks of the use of nuclear weapons remain or even increase. While we wait, the catastrophic and overwhelming consequences of such use do not diminish.
We do not have time to wait.
The conferences on the humanitarian consequences of nuclear weapons hosted by Norway and Mexico have clearly explained and documented these consequences.
Physicians, physicists, climate scientists, humanitarian agencies, and survivors have all presented alarming evidence about the effects of nuclear weapons.
This evidence has shown that a single nuclear weapon can destroy an entire city, inflicting massive numbers of instantaneous casualties.
This evidence has shown that acute radiation injuries kill people in a matter of minutes, days, or weeks; and that radiation-caused cancers and other illnesses continue to kill for years among those directly exposed and across generations.
This evidence has shown that the use of even a small fraction of existing nuclear arsenals would cause environmental devastation, including disruption of the global climate and agricultural production.
This evidence cannot be ignored.
We know that the only way to ensure these consequences will never occur is to prevent the use of nuclear weapons. And the only way to do that is to eliminate them entirely. The General Assembly, NPT states parties, the International Court of Justice, the overwhelming majority of states that belong to nuclear-weapon-free zones, and civil society have all said this repeatedly. That part of the debate is over.
We don’t have time to wait. States are in fact legally bound not to wait. Every state party to the nuclear Non-Proliferation Treaty is committed to pursuing effective measures for nuclear disarmament.
Most importantly, we do not have to wait.
While the nuclear-armed states modernise their arsenals and refuse to engage in multilateral negotiations for nuclear disarmament as they are obliged to do, there is at least one effective measure that the rest of the world can take.
That is to prohibit nuclear weapons through a legally-binding instrument.
This is not a radical proposal. Indiscriminate weapons get banned. It is what we do as human society in the interests of protecting ourselves. We have done it before with other weapon systems, including biological and chemical weapons. A treaty banning nuclear weapons would complete the set of
prohibitions against WMD.
This should not be a controversial proposal. An international prohibition is merely the logical outcome of an examination of the risks and consequences of nuclear weapons detonation. It is complementary to existing international law governing nuclear weapons.
This is a meaningful proposal. It could have a variety of effects on the policy and practice of states. It could establish a comprehensive set of prohibitions and provide a framework under which the elimination of nuclear weapons can be pursued.
This is a feasible, achievable proposal. It can be negotiated in the near-term, and have normative and practical impacts for the long-term.
Naturally, as we get closer to beginning a diplomatic process, thoughts will turn to how and where such a treaty should be negotiated.
ICAN has no fixed view on this except that effective processes that have meaningful results tend to be based on some important principles of multilateralism. Negotiations must be inclusive, democratic, and involve civil society and international organizations.
A crucial foundation for our confidence in this idea is the conviction that such a treaty can and should be negotiated by those states ready to do so, even if the states with nuclear weapons oppose it and decide not to participate. A few recalcitrant states should not be able to block a successful outcome. It would be better for all states to participate and to move towards prohibition and elimination without delay. But this seems unlikely at the present time.
While we must keep working towards that goal with absolute determination, we believe states should put a prohibition in place now.
To the nuclear-armed states that see this as a hostile idea: it is not. You have applauded groups of states for adopting nuclear-weapon-free zones in their regions. Globalising this prohibition on nuclear weapons will give increased political and legal space for you to pursue elimination. All of you have registered your commitment to a nuclear-free world. A prohibition of nuclear weapons is an important part of the process to achieve that universal goal.
To the states in alliances with nuclear-armed states that are concerned such a treaty would be inconsistent with existing commitments: it would not be. All states have agreed that nuclear weapons should be eliminated. No security alliances have ever crumbled because a weapon system was outlawed and eliminated. Any states that consider humanitarian action a priority should understand that a ban treaty would be consistent with their existing obligations and principles.
To the states that have already foresworn nuclear weapons through the NPT and nuclear-weapon-free zones, and that might baulk at the idea of taking on more of the burden for nuclear disarmament: this ban treaty will not be a burden. It will reinforce the stigma against nuclear weapons. It will undermine their purported value. It will further erode any misplaced perceptions that these weapons of mass destruction confer symbolic power and prestige. It will make global the commitments you have already made regionally. It will give you an opportunity to take charge, for nuclear disarmament is the responsibility and right of everyone. Finally, it will have normative and practical impacts that will facilitate elimination. We welcome the opportunity to consider this approach with you. As Kenya said earlier this month, discussions about this should not cause anxiety.
A window of opportunity is now open to take an important next step towards the elimination of nuclear weapons. We should seize this opportunity before it closes. The conferences in Oslo and Nayarit have helped us see nuclear weapons as the devastating and inhumane weapons they are. We’re confident that the Vienna conference in December will reinforce that humanitarian perspective.
It is clear to us that the logical conclusion of these evidence-based gatherings is to begin a diplomatic process to prohibit nuclear weapons through a legally binding instrument.
This will take courage. We have confidence that the overwhelming majority of states will join this process. And we look forward to accompanying you along the road to a treaty banning nuclear weapons.
“Listening to farmers and addressing their specific needs. We talk to farmers about the crops they want to grow and eat, as well as the unique challenges they face. We partner with organizations that understand and are equipped to address these challenges, and we invest in research to identify relevant and affordable solutions that farmers want and will use.” – First guiding principle of the Gates Foundation’s work on agriculture.1
At some point in June this year, the total amount given as grants to food and agriculture projects by the Bill and Melinda Gates Foundation surpassed the US$3 billion mark. It marked quite a milestone. From nowhere on the agricultural scene less than a decade ago, the Gates Foundation has emerged as one of the world’s major donors to agricultural research and development.
The Gates Foundation is arguably the biggest philanthropic venture ever. It currently holds a $40 billion endowment, made up mostly of contributions from Gates and his billionaire friend Warren Buffet. The foundation has over 1,200 staff, and has given over $30 billion in grants since its inception in 2000, $3.6 billion in 2013 alone.2 Most of the grants go to global health programmes and educational work in the US, traditionally the foundation’s priority areas. But in 2006-2007, the foundation massively expanded its funding for agriculture, with the launch of the Alliance for a Green Revolution in Africa (AGRA) and a series of large grants to the international agricultural research system (CGIAR). In 2007, it spent over half a billion dollars on agricultural projects and has maintained funding at around this level. The vast majority of the foundation’s agricultural grants focus on Africa.
Spending so much money gives the foundation significant influence over agricultural research and development agendas. As the weight of the foundation’s overall focus on technology and private sector partnerships has begun to be felt in the global agriculture arena, it has raised opposition and controversy, particularly around its work in Africa. Critics say that the Gates Foundation is promoting an imported model of industrial agriculture based on the high-tech seeds and chemicals sold by US corporations. They say the foundation is fixated on the work of scientists in centralised labs and that it chooses to ignore the knowledge and biodiversity that Africa’s small farmers have developed and maintained over generations. Some also charge that the Gates Foundation is using its money to impose a policy agenda on Africa, accusing the foundation of direct intervention on highly controversial issues like seed laws and GMOs.
GRAIN looked through the foundation’s publicly available financial records to see if the actual flows of money support these critiques. We combed through all the grants for agriculture that the Gates Foundation gave between 2003 and September 2014.3 We then organised the grant recipients into major groupings (see table 2) and constructed a database, which can be downloaded here.4
Here are some of the conclusions we were able to draw from the data.
1. The Gates Foundation fights hunger in the South by giving money to the North.
Click to enlarge – Graph 1: the Gates Foundation’s $3 billion pie (agriculture grants, by region).
Graph 1 and Table 1 give the overall picture. Roughly half of the foundation’s grants for agriculture went to four big groupings: the CGIAR’s global agriculture research network, international organisations (World Bank, UN agencies, etc.), AGRA (set up by Gates itself) and the African Agricultural Technology Foundation (AATF). The other half ended up with hundreds of different research, development and policy organisations across the world. Of this last group, over 80% of the grants were given to organisations in the US and Europe, 10% went to groups in Africa, and the remainder elsewhere. Table 2 lists the top 10 countries where Gates grantees are located and the amounts they received, highlighting some of the main grantees. By far the main recipient country is Gates’s own home country, the US, followed by the UK, Germany and the Netherlands.
When it comes to agricultural grants by the foundation to universities and national research centres across the world, 79% went to grantees in the US and Europe, and a meagre 12% to recipients in Africa.
The North-South divide is most shocking, however, when we look at the NGOs that the Gates Foundation supports. One would assume that a significant portion of the frontline work that the foundation funds in Africa would be carried out by organisations based there. But of the $669 million that the Gates Foundation has granted to non-governmental organisations for agricultural work, over three quarters has gone to organisations based in the US. Africa-based NGOs get a meagre 4% of the overall agriculture-related grants to NGOs.
2. The Gates Foundation gives to scientists, not farmers
As can be seen in Graph 2, the single biggest recipient of grants from the Gates Foundation is the CGIAR, a consortium of 15 international agricultural research centres. In the 1960s and 70s, these centres were responsible for the development and spread of a controversial Green Revolution model of agriculture in parts of Asia and Latin America which focused on the mass distribution of a few varieties of seeds that could produce high yields – with the generous application of chemical fertilisers and pesticides. Efforts to implement the same model in Africa failed and, globally, the CGIAR lost relevance as corporations like Syngenta and Monsanto took control over seed markets. Money from the Gates Foundation is providing CGIAR and its Green Revolution model a new lease on life, this time in direct partnership with seed and pesticide companies.5
Click to enlarge – Graph 2: the Gates Foundation’s $3 billion pie (agriculture grants, by type of organisation).
The CGIAR centres have received over $720 million from Gates since 2003. During the same period, another $678 million went to universities and national research centres across the world – over three-quarters of them in the US and Europe – for research and development of specific technologies, such as crop varieties and breeding techniques.
The Gates Foundation’s support for AGRA and the AATF is tightly linked to this research agenda. These organisations seek, in different ways, to facilitate research by the CGIAR and other research programmes supported by the Gates Foundation and to ensure that the technologies that come out of the labs get into farmers’ fields. AGRA trains farmers on how to use the technologies, and even organises them into groups to better access the technologies, but it does not support farmers in building up their own seed systems or in doing their own research.6
We could find no evidence of any support from the Gates Foundation for programmes of research or technology development carried out by farmers or based on farmers’ knowledge, despite the multitude of such initiatives that exist across the continent. (African farmers, after all, do continue to supply an estimated 90% of the seed used on the continent!) The foundation has consistently chosen to put its money into top down structures of knowledge generation and flow, where farmers’ are mere recipients of the technologies developed in labs and sold to them by companies.
3. The Gates Foundation buys political influence
Does the Gates Foundation use its money to tell African governments what to do? Not directly. The Gates Foundation set up the Alliance for a Green Revolution in Africa in 2006 and has supported it with $414 million since then. It holds two seats on the Alliance’s board and describes it as the “African face and voice for our work”.7
AGRA, like the Gates Foundation, provides grants to research programmes. It also funds initiatives and agribusiness companies operating in Africa to develop private markets for seeds and fertilisers through support to “agro-dealers” (see box on Malawi). An important component of its work, however, is shaping policy.
AGRA intervenes directly in the formulation and revision of agricultural policies and regulations in Africa on such issues as land and seeds. It does so through national “policy action nodes” of experts, selected by AGRA, that work to advance particular policy changes. For example, in Ghana, AGRA’s Seed Policy Action Node drafted revisions to the country’s national seed policy and submitted it to the government. The Ghana Food Sovereignty Network has been fiercely battling such policies since the government put them forward. In Mozambique, AGRA’s Seed Policy Action Node drafted plant variety protection regulations in 2013, and in Tanzania it reviewed national seed policies and presented a study on the demand for certified seeds. Also in Tanzania, its Land Policy Action Node is involved in revising the Village Land Act as well as “reviewing laws governing land titling at the district level and working closely with district officials to develop guidelines for formulation of by-laws.”8
The African Agricultural Technology Foundation (AATF) is another Gates Foundation supported organisation that straddles the technology and policy arenas. Since 2008, it has received $95 million from the Gates Foundation, which it used to to support the development and distribution of hybrid maize and rice varieties. But it also uses funds from the Gates Foundation to “positively change public perceptions” about GMOs and to lobby for regulatory changes that will increase the adoption of GM products in Africa.9
In a similar vein, the Gates Foundation provides Harvard University University with funds to promote discussion of biotechnology in Africa, Michigan University with a grant to set up a centre to help African policymakers decide on how best to use biotechnology, and Cornell University with funds to create a global “agricultural communications platform” so that people better understand science-based agricultural technologies, with AATF as a main partner.
Gates & AGRA in Malawi: organising the agro-dealers
One of AGRA’s core programmes in Africa is the establishment of “agro-dealer” networks: small, private stockists who sell chemicals and seeds to farmers. In Malawi, AGRA provided a $4.3 million grant for the Malawi Agro-dealer Strengthening Programme (MASP) to supply hybrid maize seeds and chemical pesticides, herbicides and fertilisers.
The main supplier to the agro-dealers in Malawi has been Monsanto, responsible for 67% of all inputs. A Monsanto country manager disclosed that all of Monsanto’s sales of seeds and herbicides in Malawi are made through AGRA’s agro-dealer network.
“Agro-dealers… act as vessels for promoting input suppliers’ products,” says one MASP project document. Another states: “supply companies have expressed their appreciation for field days because MASP trained agro-dealers are helping them promote their products in the very remotest areas of Malawi.” Training the agro-dealers on product knowledge is carried out by the corporate suppliers of the products themselves. In addition, these agro-dealers are increasingly the source of farming advice to small farmers, and an alternative to the government’s agricultural extension service.
A project evaluation report states that 44% of the agro-dealers in the programme were providing extension services. According to the World Bank: “The agro-dealers have… become the most important extension nodes for the rural poor… A new form of private sector driven extension system is emerging in these countries.” The agro-dealer project in Malawi has been implemented by CNFA, a US-based organisation funded by the Gates Foundation, USAID and DFID, and its local affiliate the Rural Market Development Trust (RUMARK), whose trustees include four seed and chemical suppliers: Monsanto, SeedCo, Farmers World and Farmers Association.
Listening to farmers?
“Listening to farmers and addressing their specific needs” is the first guiding principle of the Gates Foundation’s work on agriculture.10 But it is hard to listen to someone when you cannot hear them. Small farmers in Africa do not participate in the spaces where the agendas are set for the agricultural research institutions, NGOs or initiatives, like AGRA, that the Gates Foundation supports. These spaces are dominated by foundation reps, high-level politicians, business executives, and scientists.
Listening to someone, if it has any real significance, should also include the intent to learn. But nowhere in the programmes funded by the Gates Foundation is there any indication that it believes that Africa’s small farmers have anything to teach, that they have anything to contribute to research, development and policy agendas. The continent’s farmers are always cast as the recipients, the consumers of knowledge and technology from others. In practice, the foundation’s first guiding principle appears to be a marketing exercise to sell its technologies to farmers. In that, it looks, not surprisingly, a lot like Microsoft. … Full article with tables and notes
Weakening radiation standards; a cap on accident liability; reactor propaganda vs improvements; old units running past expiration dates; revving the engines beyond design specs …. You’d think we were itching for a meltdown.
The Environmental Protection Agency has recommended increased radiation exposure limits following major releases. It would save the industry a bundle to permit large human exposures then, rather than shut down rickety reactors now.
The EPA proposal is a knock-off prompted by Fukushima, because after the triple meltdown started three years ago, Japan increased — by 20 times — the allowable radiation exposures deemed tolerable for humans. Prior to the meltdowns of March 2011, Japan allowed only 1 milliSievert of radiation per year in an individual’s personal space. Now, the limit is 20 milliSieverts per year. This is not safe, it’s just allowable, or, rather, affordable, since the cost of decontaminating 1,000 square miles of Japan to the stricter standard could bust the bank.
The Price Anderson Act provides US reactor owners with a liability cap and a tax-payer bailout in the event of serious accidents or attacks. The law relieves utilities of hundreds of billions in financial risk posed by our ongoing meltdown roulette game. The owners won’t be bankrupted by the next loss-of-coolant disaster, but the US might.
Fukushima has spewed more long-lived radioactive chemicals to the air, the soil and the ocean than any catastrophe in history. But the chant heard round the world is: “The dose is low, there’s no immediate danger.” Promoters of nuclear power repeat this mantra at every opportunity, hoping to dodge Germany’s answer to Fukushima — a permanent reactor phase-out — and it has nearly drowned out all warnings of radiation’s health and environmental effects.
Have you heard of PSR’s March 2011 “Health risks of the releases of radioactivity from the Fukushima reactors: Are they a concern for residents of the US?”; or IPPNW’s June 2014 “Critical Analysis of the UNSCEAR Report”; or the Nov. 2012 “Report of the UN Special Rapporteur on the right to health within the context of the nuclear accident at Fukushima”; or Greenpeace’s two major reports, “Lessons from Fukushima,” and “Fukushima Fallout”? No, the feds would rather you read the UN Scientific Committee’s exec. summary which claims Fukushima’s effects are “unlikely to be observable.” This conclusion was made before any research was done.
The chances of radiation disasters will increase further if the Nuclear Regulatory Commission allows US reactors to run for 80 years. This is what Duke Power, Dominion Power and Exelon suggest for seven of their 40-year-old rattle traps now operating in Pennsylvania, Virginia and South Carolina.
These seven reactors were designed and licensed to be shut down in the current decade. However, since 1991 the nuclear industry has been granted 70 “license extensions” that have generally added 20 years. Now the owners want to push their units an extra 40 years.
Former NRC Commissioner George Apostolakis wasn’t apoplectic when the commission considered the idea, but, according to the New York Times, he said, “I don’t know how we would explain to the public that these designs, 90-year-old designs, 100-year-old designs, are still safe to operate.” The NRC has yet to rule on the 80-year option, but it’s never denied a single license extension request.
Gunning old Fukushima-type engines
Captured by the industry it’s supposed to govern, the NRC has approved 149 reactor “power uprate” applications and has denied exactly one. Power uprates boost the output of old reactors beyond what their original licenses permit. It’s done by packing reactor cores with extra fuel rods and, feeling lucky, running them harder.
Chillingly, 23 operating US reactors are duplicates of the Fukushima-type General Electric Mark 1. Fifteen of these clunkers have been granted power uprates, and seven of these 15 have been granted a second power uprate. (See chart) Susquehanna’s two 31-year-old Fukushima clones in Pennsylvania were granted a hair-raising three power uprates.
With the radiation industry and the NRC working to deny or delay post-Fukushima safety improvements, how do you feel about reactor operators stomping the accelerator while they run their geriatric uranium jalopies toward the cliff?
A local council has voted to re-open the Sendai Nuclear Power Plant on the outermost western coast of Japan, despite local opposition and meteorologists’ warnings, following tremors in a nearby volcano.
Nineteen out of 26 members of the city council of Satsumasendai approved the reopening that is scheduled to take place from early 2015. Like all of Japan’s 48 functional reactors, Sendai’s 890 MW generators were mothballed in the months following the 2011 earthquake and tsunami.
Satsumasendai, a town of 100,000 people, relies heavily on state subsidies and jobs, which are dependent on the continuing operation of the plant.
But other towns, located within sight of the plant, do not reap the same benefits, yet say they are being exposed to the same risks. A survey conducted by the local Minami-Nippon Shimbun newspaper earlier this year said that overall, 60 percent of those in the region were in favor of Sendai staying shut. In Ichikikushikino, a 30,000-strong community just 5 kilometers away, more than half of the population signed a petition opposing the restart. Fewer than half of the major businesses in the region reported that they backed a reopening, despite potential economic benefits.
Regional governor Yuichiro Ito has waved away the objections, insisting that only the city in which the plant is located is entitled to make the decision.
While most fears have centered around a lack of transparency and inadequate evacuation plans, Sendai is also located near the volcanically active Kirishima mountain range. Mount Ioyama, located just 65 kilometers away from the plant, has been experiencing tremors in recent weeks, prompting the Meteorological Agency to issue a warning. The government’s nuclear agency has dismissed volcanic risks over Sendai’s lifetime as “negligible,” however.
Mount Ioyama (image from blogs.yahoo.co.jp)
Satsumasendai’s Mayor Hideo Iwakiri welcomed the reopening, but said at the ensuing press conference that it would fall upon the government to ensure a repeat of the accident that damaged Fukushima, an outdated facility subject to loose oversight, is impossible.
September’s decision to initiate the return Japan’s nuclear capacity back online was taken by Prime Minister Shinzo Abe, who endorses nuclear production in the country, but has delegated the controversial call on reopening to local councils. Sendai was chosen after becoming the first plant to officially fulfill the government’s new stricter safety rules. It may also have been picked due to its geographical remoteness, and distance from the 2011 disaster area.
The primary reason for Abe’s nuclear drive been the expense in replacing the lost energy that constituted 30 percent of the country’s consumption, which the government says cost Japan an extra $35 billion last year. Japanese consumers have seen their energy bills climb by 20 percent since the disaster as a result.
But another concern remains the state of the country’s aging nuclear plants, which will cost $12 billion to upgrade. Meanwhile plans to build modern nuclear reactors – which were supposed to be responsible for half of the country’s nuclear power by 2030, according to previous government energy plans – have predictably been shelved in the wake of the disaster.
Fukushima dome removal suspended
The painfully slow and calamitous decommissioning of the Fukushima Daiichi plant, in the northeast of the country, had to be halted yet again Tuesday, after the removal of the temporary dome over the damaged Reactor 1 was interrupted by severe winds.
The canopy needs to be taken off so that the radioactive reactor rods, which have been contaminating the soil and water around the plant, can be placed in storage.
But as workers attempted to lift a section of the plastic dome to decontaminate the air inside, a segment of the cover up to six feet was blown off by a severe gust of wind.
Tokyo Electric Power Company, TEPCO, the operator of the shuttered plant, says that the incident has not impacted radiation levels, and hopes to resume operations as soon as possible.
The United States is reportedly trying to fend off an attempt out of Switzerland to change a multi-national nuclear safety agreement in the wake of the 2011 Fukushima disaster in Japan.
Reuters and Bloomberg News both reported this week that Swiss officials are seeking addendums to the 77-nation Convention on Nuclear Safety, or CNS, so that countries around the globe are compelled to upgrade energy facilities in hopes of preventing fallout like the one spawned by the Fukushima meltdown more than three years ago.
But while Reuters says the Swiss-led initiative is tentatively being backed by other European countries, the newswire alleges that energy officials in the US, Russia and Canada are all opposed to the measure, which would likely increase industry costs.
Although details of the proposed pact have not been made public, Bloomberg reported that it would involve rewriting “international standards to ensure nuclear operators not only prevent accidents but mitigate consequences if they occur, by installing costly new structures built to survive natural disasters.” In a report published on Thursday this week by Reuters, the newswire said that the proposed changes would not only apply up-to-date safety standards for new reactors, but also carry out back-fitting measures on sites that are already in operation.
According to this week’s reports, however, some of the world’s top energy powers are opposed because, as Reuters’ Fredrick Dahl wrote, any changes to the CNS could take years to be installed if, of course, they are ratified by the dozens of nations involved.
“You are trying to drop a Ferrari engine into a Volkswagen. If you want a new car, let’s go to the show room” and buy one, a senior but unnamed Department of State official said to Dahl.
But experts have previously said American facilities, in particular, are in need of upgrades, with a July 2014 report published by the National Academy of Science that said the US “should access their preparedness for severe nuclear accidents associated with offsite-scale disasters.” Additionally, the authors of that study wrote that America’s current approach to nuclear safety is “clearly inadequate for preventing core-melt accidents and mitigating their consequences,” yet newly-initiated upgrades in the US are being conducted on a scale hardly comparable to what’s occurring overseas: according to Bloomberg, Electricite de France SA is spending around $13 billion on implementing safety measures on its 59 reactors, whereas American utilities will spend only $3 billion on portable generators and cooling reserves for roughly 100 reactors.
Nevertheless, officials in Berne remain optimistic that the countries currently opposed to the proposed changes will come to an agreement that makes facilities around the world more secure.
“Switzerland, as the initiator of the proposal, will continue to collaborate with all delegations and do everything to find a solution that is acceptable to all of us,” Georg Schwarz, deputy director general of the Swiss nuclear-safety regulator, ENSI, wrote to Bloomberg Business Week.
Russian officials did not immediately respond to Bloomberg’s requests for comment, and neither BusinessWeek nor Reuters included remarks from Canada in their report.
The recent number of articles in the popular press concerning loss of intellect among children exposed to chlorpyrifos is important in the case of this pesticide. Although in-home use of chlorpyrifos was restricted in the U. S in 2000, it is widely used in agriculture, and is a serious risk to health and intellect for people working and living in proximity to fields. Detectable levels of chlorpyrifos detected in New York City children, raises the question of exposure via food.
Across the U. S. we learn that students are doing poorly in school, often blaming the teachers and their unions. Are teachers no longer competent to teach or have children been “dumbed-down” by exposure to this neurotoxin?
The State of California is considering restriction on use, but is prepared for strong opposition from the pesticide and big agricultural industries.
Back in the “Dark Ages” – a mere 50 years ago – when I was a medical student and intern at Wayne State University, I rotated through Children’s Hospital in Detroit. It was staffed by some of the most thoughtful and kind physician/professors I have ever met. I attended a clinic named “FLK” otherwise known as Funny Looking Kid clinic. There we saw children who had abnormal looking faces, abnormal body parts, and, often impaired intelligence. Many of the children required complicated medical care, but I don’t recall much discussion as to why they had these abnormalities that had dramatically cut short their futures and altered the lives of their families.
Realizing you have given birth to a child with birth defects is devastating – not only for the child, but for the family, and for society in general. If the child survives infancy, it means being “different” and having to cope with disability, and with having to learn alternative ways to function. For many families, it means 24/7 care of a child who can never live independently. For society the costs can be enormous – surgery (often multiple), medications, social services, special education, special equipment, then alternative living arrangements, if and when family cannot care for their child, now grown to a non-functional adult.
Although the neurotoxicity of pesticides has been known for decades, recently, several national magazines, have named the pesticide, chlorpyrifos (Dursban/ Lorsban), as an agent causing loss of intelligence, as well as birth defects and structural brain damage.
Dr. James Hamblin’s article in March 2014 issue of The Atlantic, titled “The Toxins that Threaten Our Brains.” listed 12 commonly used chemicals, including chlorpyrifos, which is marketed as Dursban and Lorsban. The exposures described in the Atlantic articles were urban, so we do not know exactly how widespread this epidemic is, especially if we do not include agricultural areas such as in California, Hawaii and the mid-West.
That same month, TheNation published articles by Susan Freinkel “Poisoned Politics” and Lee Fang “Warning Signs” who reported adverse effects from exposure to Dursban and Lorsban.
Dr. Hamblin’s article generously cites Drs. Philip Landrigan of Mt. Sinai in New York City and Philippe Grandjean of Harvard that a “’silent pandemic’ of toxins has been damaging the brains of unborn children.”
Dr. Landrigan chaired a 1998 meeting of the Collegium Ramazzini International Scientific Conference, held in Carpi, Italy. In attendance was Dr. Grandjean, whose research found “Methylmercury as a hazard to brain development.” Dr. Richard Jackson, from the U. S. CDC was also in attendance, as well as U.S. governmental and university members.
At that Collegium Ramazzini International Scientific Conference, on October 25, 1998, I presented definitive data in my paper: “Chlorpyrifos (Dursban) exposure and birth defects: report of 15 incidents, evaluation of 8 cases, theory of action, and medical and social aspects.” This presentation followed my earlier publications beginning in 1994 wherein I reported damage to the unborn from the same pesticide.
The Ramazzini organization sent my paper to the European Journal of Oncology for publication. Since my paper reported birth defects, not cancer, the paper has received little notice, but the attendees, including the EPA, have known of the findings for 16 years.
Currently a new battle is occurring in Hawaii over the use of pesticides, especially by Dow AgroSciences, DuPont Pioneer, BASF Plant Science, and Syngenta on the island of Kauai where giant seed companies develop Genetically Modified Organisms (GMOs) and other specialized seeds. The pesticides used there include alachlor, atrazine, chlorpyrifos, methomyl, metalochlor, permethrin and paraquat. The author, Paul Koberstein from Cascadia Times estimates that annually, more than 2000 pounds of chlorpyrifos are used per acre per year on Kauai, compared to less than 0.025 averages for the U. S. Mainland.
In addition to Hawaii, areas in California include workers and families from the Imperial Valley and other intensive agricultural areas where pesticide use is extensive. Using the Koberstein data, annual use of chlorpyrifos in California is approximately 1500 pounds/ acre.
Neurological Damage: Before and After Birth
Birth defects arise as a result of two mechanisms – damage to a gene, prior to fertilization, or damage to the growing cells of the fetus after life in the womb has begun. Differing from genetic damage, such as occurs in Down syndrome or Trisomy-21, the latter damage results from exposure of the developing fetus to agents called teratogens. For many years Mongolism was the name applied to children with growth delays, similar facial and hand features and intellectual deficits.
Chlorpyrifos is a unique pesticide. It is a combination of an organophosphate and a trichlorinatedpyridinol (TCP.) TCP is not only the feedstock used in the manufacture of chlorpyrifos, but also a contaminant in the product, and a metabolic breakdown product that is known to cause central nervous system abnormalities (hydrocephaly and dilated brain ventricles), and other abnormalities (cleft palate, skull and vertebral abnormalities) in fetuses as reported by Dow Chemical Co.
In March 1995, I was asked to fly to Arkansas to see a child whose mother had been exposed to the pesticide Dursban (chlorpyrifos) early in the pregnancy of her daughter.
Mrs. S had been working in a bank when in mid-March, 1991, she noticed a man spraying the baseboards behind the station where she worked as a teller. She said she asked the man if was okay to be in the area since she was pregnant, and she said the man told her it was “perfectly safe. She said the spraying had occurred around 4 PM, and that she worked at the bank until 6:30 PM, and when she went home that evening she had nausea and a” bit of headache.” She said she retuned to work the next day, felt nausea, but worked most of the day. An electrical fire at the drive-in window followed the pesticide event, and a technician used of a fogger that sprayed a “citrus-like” chemical that was intended to deodorize the smoke odor. Mrs. S. said she worked at the bank until about April of that year, and then worked at a credit union until her daughter was born in September.
When Mrs. S. was about five months pregnant she had an ultrasound, which showed that her baby had enlarged ventricles in her brain. Further examination revealed absence of the septum pellucidum, a central portion of her brain. Mrs. S. had additional follow up at a university center as well as with her own physician that showed normal amniocentesis and normal chromosomes.
Both Mr. & Mrs. S. said that caring for the daughter A. has been a severe financial and emotional drain, sometimes requiring them to be up 72 hours to try to soothe A’s crying. A. had surgery to repair her cleft lip when she was six months old, and repair of her cleft palate and left eyelid when she was a year old.
Both cleft lip and palate can now be repaired (in areas with skilled surgeon, and insurance or other funds) but until they are, the child has difficulty feeding and risks poor nutrition, upper respiratory and lung problems as a result of aspiration of food.
Additional diagnostic procedures indicated that A has a cleft left eye (failure of her eye to fuse during development), and she cannot blink her eye or move the left side of her face.
A was unable to sit up on her own by the time she was a year old, had to have food pureed until she was two, then her parents realized that when A neared her 4th birthday, she could not hear, when they began a program of sign language with the aid of a speech therapist.
A’s brother B. was born two years later, and is well, sleeping thought the night when he was two weeks of age.
I was given a tour of the bank where Ms. S worked by its’ Senior Vice-President, and to minimize stress to A, I examined her in the office and presence of her pediatrician. I also accompanied her parents to their home where I could observe A. at her home.
A was a small-boned child who walked with a wide-based, unsteady gait and who made audible sounds, but no language content. Her head was enlarged with hydrocephaly and a small bruise due to a recent, commonly occurring fall.
Her abnormalities included the following, and were characteristic of findings in other children:
low-set, tapering ears, wide-spaced nipples, and frequent infections. This litany is not to horrify readers, but to bring to attention the burdens imposed upon this child, her parents, and society as a whole. I evaluated seven more children, two families each having two children with similar, but more severe medical conditions.
With the exception of child #1, the seven children were profoundly retarded, were diapered, could not speak, and required feeding.
I first met C & D in 1996, along with their parents and handsome, healthy older brother, at their attractive home on the West Coast. Both D (a girl) and C (a boy) were lying flat, diapered, mouths open, fists clenched, staring into space, and being fed by bottle. Even today, looking at the photographs reminds me what an enormous burden was dealt to that family.
Ultimately I evaluated eight children, and identified seven more, reported by Dow Chemical Co., the manufacturer, to EPA on November 2, 1994, with reporting delays of as long as seven years from when the corporation first learned of them. I obtained the reports via a Freedom of Information request (FOI) from EPA. The reports were labeled with the revealing name: “DERBI” – or – “Dow Elanco Research Business Index.”
When I saw seven more children, all of who looked like siblings, (much as Trisomy-21 or Down Syndrome children do) it became clear to me, that the cause was linked to Dursban, the pre-natal exposure common to each.
Among the Dursban-exposed children, all 8 had both brain and palate abnormalities, seven had widespread nipples and growth retardation, six had low vision or blindness and six had genital abnormalities, five had brain atrophy and external ear abnormalities, four children had absence of the corpus collosum that is the critical connection between the two hemispheres of the brain. Chromosomal studies were normal in all 8 families. All families reported stress and enormous financial burden to care for their children.
In addition to the children with birth defects, I also evaluated a number of families and a group of adults who had been exposed at their work site. Of the workers, all 12 complained of headache, and three of dizziness. Eight had findings of central nervous system damage, and six had peripheral nervous system damage. The patients reported upper respiratory and chest symptoms, as well as nausea, vomiting, diarrhea, and four had incontinence. The families also reported abnormalities and deaths in their household pets.
In February 1996, my deposition in the first case was taken by three groups of attorneys representing the defendants, two principally defending Dow Elanco. I was questioned for three 8-hour days. Ultimately a list of 565 exhibits was accumulated that included over 10,000 pages of materials that I supplied and relied upon for my opinion. These materials included Dow documents and correspondence, EPA documents, legal depositions, basic embryology, biochemistry and toxicology of chlorpyrifos, medical records of other exposed children, patents, books, articles, etc, etc.
Chlorpyrifos was designed to be neurotoxic in action. It is an interesting pesticide, in that it has not only an organophosphate portion, but also it has three chlorine atoms attached to a pyridinol ring. This ring is trichloropyridinol (TCP), a significant hazard, because it is fat-soluble, and persistent, up to 18 years as claimed by Dow Chemical Co. TCP also forms the body of trichlophenoxyacetic acid, part of Agent Orange, also linked to birth defects and cancer. In a war that ended in 1975, Agent Orange continues as a risk to the Vietnamese, and to military troops that were stationed there.
According to multiple Dow documents, TCP is the feedstock for production of chlopryrifos, a contaminant in the product, and a metabolic breakdown product. TCP has been demonstrated to cause central nervous system anomalies (hydrocephaly and dilated brain ventricles) as well as cleft palate, skull and vertebral abnormalities in the fetus at doses nontoxic to the mother, similar to the defects seen in affected children.
That TCP caused birth defects was known by Dow in 1987, but not reported to EPA until five years later in 1992. TCP is used to manufacture chlorpyrifos, and as such, comes under regulation of Section 8(e) of the Toxic Substances Control Act (TSCA), rather than the Federal Insecticide, Fungicide and Rodenticide Control Act (FIFRA.) Though there was regulatory difference, TSCA states very clearly “any person who manufactures, processes or distributed in commerce a chemical substance or mixture, or who obtains information which reasonably supports the conclusion that such substance or mixture presents a substantial risk of injure to heath or the environment, shall immediately inform the Administrator of such information. From 1976 to 1982, I was a member of a 16 person Advisory Committee to the EPA for TSCA, Chairman of the Risk-Benefit Assessment Group from 1977 to 1979, and a member of the Carcinogen Policy Sub-group from 1977 to 1981. It was clear that risks and benefits do no accrue to the same party. In the case of chlorpyrifos, the risks are to the unaware public, and the benefits to the corporation.
The Legal System is Not the Same as the Justice System
Bernard P. Whetstone was a well-established attorney who handled the initial birth defects case in Little Rock, Arkansas, and was aware of another case in that state. Mr. Whetstone was a “Southern Gentleman” with a soft drawl who had earned both a bachelor and doctorate of jurisprudence, and started practice in 1934. In 1995, he was worked with Davidson and Associates until he retired in 1999 at age 86. Mr. Whetstone died in 2001.
I was required to appear In Court in Little Rock, where Judge Eisley ruled that I was not qualified. Hard to believe that 10,000 pages of documents is not adequate, but that opinion was softened because he ruled that all the plaintiff’s experts were not qualified. Another physician/ toxicology expert and I evaluated additional patients (adults) who developed multiple adverse effects, including central nervous system damage, so Dow, employing the Eisley decision, argued successfully in other court jurisdictions that we were not qualified to give an opinion.
The main Dow law firm was Barnes and Thornburg from Indianapolis, where DowElanco, the co-manufacturer Eli Lilly is located. Eli Lilly is a manufacturer of both pharmaceuticals and pesticides. Barnes & Thornburg has over 500 attorneys in 12 cities and appeared to be very well staffed and funded.
A recent news release noted that William W. Wales, who spent more than 30 years in the legal department of The Dow Chemical Company and Dow AgroSciences LLC, had joined Barnes & Thornburg LLP’s Indianapolis office as a partner in the firm’s litigation and corporate departments. “Bill’s depth and breadth of experience in a variety of matters will be a tremendous asset to many of our clients who are dealing with similar issues,” said Joseph G. Eaton, Vice Chair of the firm’s Litigation Department and Co-Chair of the Toxic Tort Practice Group. Joseph Eaton is one of the attorneys who took my extensive deposition. They were the most aggressive law firm I had ever encountered, and I have testified in more than 700 depositions and/or court appearances.
In defense of their product, the Dow attorneys argued that there were no reports of levels of pesticides used or existing levels – a questionable tactic, since the corporation has never suggested or requested that such records be obtained.
Although the EPA stopped home use of Dursban in 2000, Lorsban is widely used in agriculture, on ornamentals, and places where women, the unborn and children are exposed. For many, this exposure is without their knowledge or consent. How is this allowed to happen?
Is it successful advertising, recommendations from country and state agricultural agents, an inept or politically adept EPA such as when on September 11, 2001, the then administrator of the U.S. Environmental Protection Agency and former governor of New Jersey Christie Whitman said on September 13, 2001, “EPA is greatly relieved to have learned that there appears to be no significant levels of asbestos dust in the air in New York City.” A week
Whitman said: “Given the scope of the tragedy from last week, I am glad to reassure the people of New York and Washington, DC that their air is safe to breathe and their water is safe to drink.”
In 2008, the U. S. EPA named Dow as an Energy Star Partner of the Year for excellence in energy management and reductions in greenhouse gas emissions.
Dow’s fleet of skilled lawyers have managed to save Dow from liability, when they achieved a reversal of a $925 million judgment for the contamination of the area around Rocky Flats, the Colorado facility that produced plutonium triggers for hydrogen bombs. And, a lawsuit filed by Vietnamese, damaged by Agent Orange against Dow and Monsanto was dismissed.
Dow is a multinational corporation and the third largest chemical manufacturer in the world, with earnings more than $57 billion in 2013. In addition to the manufacture of insecticides, herbicides, fungicides, and genetically modified seeds, Dow also manufactures multiple plastics, polystyrene, polyurethane, synthetic rubber, biphenyl-A as well as many other chemicals.
What are the chances that the use of Lorsban will be curtailed in the agricultural areas of Hawaii, California and elsewhere? Given what we know of the financial strength of the Dow Corporation, the weakness of the EPA, and our paid-for Congress, it does not look promising.
The Burden of Brain Damage
If the top corporate officials were required to care for one of these severely brain-damaged children for a week, would it change their minds about the ethics of manufacturing chlorpyrifos and corporate profits?
There is not a teacher who can teach brain-damaged children to read and do math, which raises the larger question being proposed: are children’s lack of learning due to poor teachers, or to subtle brain damage? If children are being damaged to various degrees, profoundly in the situation of the 15 children sited in my research, to “mild” learning and/or behavioral problems, ranging from decreased IQ, Asperbergers, hyperactivity, autism, etc., how much is attributable to exposure to pesticides such as Dursban/ Lorsban? If we blame poor teaching, and teachers’ unions, but don’t stop the use of brain-damaging pesticides, where does that leave our U.S. society as a source of creativity and intellect in this world?
Note: All of my chlorpyrifos/ Dursban documents have been accepted and will be archived at the National Library of Medicine, along with my other scientific, medical and legal research.
Janette D. Sherman, M. D. is the author of Life’s Delicate Balance: Causes and Prevention of Breast Cancer and Chemical Exposure and Disease, and is a specialist in internal medicine and toxicology. She edited the book Chernobyl: Consequences of the Catastrophe for People and Nature, written by A. V. Yablokov, V. B., Nesterenko and A. V. Nesterenko, published by the New York Academy of Sciences in 2009. Her primary interest is the prevention of illness through public education. She can be reached at: toxdoc.js@verizon.netand www.janettesherman.com
New documentary about journalist Seymour Hersh uncovers the pathologies of US imperialism
By Leon Hadar | The American Conservative | January 2, 2026
Laura Poitras and Mark Obenhaus’s new film Cover-Up is more than a documentary about the legendary journalist Seymour Hersh—it is an inadvertent chronicle of the pathologies of American empire. As a foreign policy analyst who has long advocated for realist restraint in U.S. international engagement, I find this film both vindicating and deeply troubling. It documents, through one journalist’s extraordinary career, the pattern of deception, overreach, and institutional rot that has characterized American power projection for over half a century.
What makes Hersh’s reporting invaluable from a realist perspective is that it consistently exposed the gap between stated intentions and actual policy outcomes. CIA domestic surveillance, the My Lai massacre, the secret bombing of Cambodia, Abu Ghraib—each revelation demonstrated what realists have long understood: that idealistic rhetoric about spreading democracy and protecting human rights often masks cruder calculations of power, and that unchecked executive authority in foreign affairs inevitably leads to abuse.
The documentary’s treatment of Hersh’s Cambodia reporting is particularly instructive. Here was a case where the American government conducted a massive bombing campaign against a neutral country, killing tens of thousands of civilians, while lying to Congress and the public. This wasn’t an aberration, but the logical consequence of what happens when a superpower faces no effective constraints on its use of force abroad. In exposing the scandal, Hersh also documented how empire actually functions when stripped of its legitimating myths. … continue
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